https://onnocenter.or.id/wiki/api.php?action=feedcontributions&feedformat=atom&user=Yopi+Sopiyana OnnoWiki - User contributions [en] 2026-04-04T01:17:36Z User contributions MediaWiki 1.35.4 https://onnocenter.or.id/wiki/index.php?title=Run_UE_Ueransim&diff=69006 Run UE Ueransim 2023-07-04T09:44:15Z <p>Yopi Sopiyana: </p> <hr /> <div>Untuk menjalankan UE Ueransim, pastikan kita berada di folder tempat source code Ueransim berada.<br /> Selanjutnya kita dapat menjalankan perintah berikut untuk menjalakan nr-ue dengan konfigurasi open5gs-ue,<br /> <br /> cd /usr/local/src/UERANSIM/<br /> sudo ./build/nr-ue -c config/open5gs-ue.yaml<br /> <br /> Sesudah tersambung ke gNB Ueransim,<br /> kita dapat mencoba ping ke Internet (disini dicontohkan ping ke google.com) melalui interface tunnel yang di bangun seperti perintah di bawah ini,<br /> <br /> ping -I uesimtun0 google.com<br /> <br /> <br /> ==Pranala Menarik==<br /> <br /> * [[5G]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=Run_gNB_Ueransim&diff=69005 Run gNB Ueransim 2023-07-04T09:44:01Z <p>Yopi Sopiyana: </p> <hr /> <div>Untuk menjalankan gNB Ueransim dan log-nya, dapat dilakukan melalui windows tersendiri. Pastikan kita berada di folder source gNB Ueransim, kemudian ketik perintah berikut,<br /> <br /> cd /usr/local/src/UERANSIM/ <br /> ./build/nr-gnb -c config/open5gs-gnb.yaml<br /> tail -F /var/log/open5gs/amf.log<br /> <br /> <br /> ==Pranala Menarik==<br /> <br /> * [[5G]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=Run_gNB_Ueransim&diff=69004 Run gNB Ueransim 2023-07-04T09:43:44Z <p>Yopi Sopiyana: </p> <hr /> <div>Untuk menjalankan gNB Ueransim dan log-nya, dapat dilakukan melalui windows tersendiri. Pastikan kita berada di folder source gNB Ueransim, kemudian ketik perintah berikut,<br /> <br /> cd /usr/local/src/UERANSIM/ <br /> ./build/nr-gnb -c config/open5gs-gnb.yaml<br /> tail -F /var/log/open5gs/amf.log<br /> <br /> <br /> ==Pranala Menarik==<br /> <br /> * [[5G]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:Speedtest_Tangselkom.JPG&diff=66916 File:Speedtest Tangselkom.JPG 2022-11-17T14:22:07Z <p>Yopi Sopiyana: Yopi Sopiyana uploaded a new version of File:Speedtest Tangselkom.JPG</p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=5G&diff=66915 5G 2022-11-17T14:18:59Z <p>Yopi Sopiyana: /* Hasil Testing */</p> <hr /> <div><br /> <br /> <br /> ==Pendahuluan==<br /> <br /> * [[Apa Itu 5G]]<br /> * [[Bagaimana 5G membuat Perubahan]]<br /> <br /> <br /> ===Perbedaan 4G dan 5G===<br /> <br /> * [[Cara Kerja Jaringan Mobile]]<br /> * [[Gelombang Radio yang menyambungkan Device]]<br /> * [[5G adalah Speed dan Kapasitas]]<br /> * [[5G menyambungkan lebih banyak device dibandingkan 4G]]<br /> * [[5G dirancang tidak hanya untuk handphone]]<br /> * [[5G tidak sekedar jaringan mobile]]<br /> * [[5G bisa berfungsi sebagai bermacam-macam network]]<br /> * [[Siapa Pembuat 5G]]<br /> <br /> <br /> <br /> <br /> ===Bagaimana 5G mendorong Innovasi===<br /> <br /> * [[5G dan Lalu Lintas]] <br /> * [[5G dan Gaming]]<br /> * [[5G dan Pertanian]]<br /> <br /> ===Frekuensi 4G dan 5G===<br /> <br /> * [[4G: Frekuensi]]<br /> <br /> * [[5G: Frekuensi]]<br /> <br /> <br /> Ref:<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> * https://en.wikipedia.org/wiki/LTE_frequency_bands<br /> * http://anisimoff.org/eng/lte_bands.html<br /> * https://en.wikipedia.org/wiki/5G_NR_frequency_bands<br /> * http://anisimoff.org/eng/5g/5g_spectrum.html<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> <br /> ===Implementasi 5G di ASEAN dan Indonesia===<br /> <br /> * [[5G: Kondisi Asia Pacific]]<br /> * [[5G: Peta 5G di Negara2 ASEAN]]<br /> * [[5G: Contoh potensi 5G di negara ASEAN]]<br /> <br /> ===Sepintas Masalah Legal===<br /> <br /> * [[5G: 5G Mandiri Untuk Private Network]]<br /> * [[5G: Syarat Penyelenggara Jaringan Selular]]<br /> <br /> ===Overview Pembahasan===<br /> <br /> ==Arsitektur Dasar 5G==<br /> <br /> ===Arsitektur 5G Secara Sederhana===<br /> Pada bagian ini akan di identifikasi komponen arsitektur utama jaringan akses seluler. Ini berfokus pada komponen yang umum untuk 4G dan 5G dan, dengan demikian, menetapkan dasar untuk memahami fitur-fitur canggih 5G yang disajikan dalam bagian-bagian selanjutnya.<br /> <br /> Ikhtisar ini sebagian merupakan latihan dalam memperkenalkan terminologi 3GPP. Untuk seseorang yang akrab dengan Internet, terminologi ini mungkin tampak sembarangan (misalnya, &quot;eNB&quot; adalah &quot;base station&quot;), tetapi penting untuk diingat bahwa terminologi ini keluar dari proses standarisasi 3GPP, yang secara historis khawatir tentang telepon dan hampir sepenuhnya terputus dari IETF dan upaya terkait Internet lainnya. Untuk lebih memperumit masalah, terminologi 3GPP sering berubah di setiap generasi (misalnya, base station disebut eNB di 4G dan gNB di 5G). Kita mengatasi situasi seperti ini dengan menggunakan terminologi umum (misalnya, base station), dan merujuk pada mitra khusus 3GPP hanya jika perbedaannya bermanfaat.<br /> <br /> *[[Arsitektur 5G: Komponen Utama]]<br /> *[[Arsitektur 5G: Radio Access Network]]<br /> *[[Arsitektur 5G: Mobile Core]]<br /> ** [[4G Mobile Core]]<br /> ** [[5G Mobile Core]]<br /> *[[Arsitektur 5G: Security dan Mobility]]<br /> *[[Arsitektur 5G: Pilihan Implementasi]]<br /> <br /> <br /> ===Referensi===<br /> <br /> * https://5g.systemsapproach.org/arch.html<br /> * http://anisimoff.org/eng/5g/5g_uc_requirements.html<br /> <br /> ==Smartphone untuk 4G dan 5G==<br /> <br /> <br /> ===4G Device===<br /> <br /> * [[4G: Secara Umum]]<br /> * [[4G: HP yang berhasil connect]]<br /> <br /> ===5G Device===<br /> <br /> * [[5G: Secara Umum]]<br /> * [[5G: Chipset Maker]]<br /> * [[5G: Upgrade ke 5G]]<br /> * [[5G: Smartphone yang Compatible dengan 5G]]<br /> <br /> <br /> Ref:<br /> * http://anisimoff.org/eng/5g/5g_devices.html<br /> * https://docs.celona.io/en/articles/3484781-private-lte-5g-capable-devices-in-the-market<br /> <br /> ==Kebutuhan Hardware==<br /> <br /> ===Hardware yang dibutuhkan===<br /> <br /> * Hardware SDR yang disarankan<br /> ** [[Ettus B210]]<br /> ** [[Ettus X310]]<br /> ** [[LimeSDR mini 2.0]]<br /> ** [[bladeRF 2.0 micro xA4]]<br /> <br /> * Hardware SDR yang tidak Disarankan<br /> ** [[RTL-SDR]]<br /> ** [[Ettus N210]]<br /> <br /> * Hardware Simcard Writer<br /> ** [[HID OMNIKEY 3121]]<br /> ** [[GENERIC EMV SMARTCARD READER]]<br /> ** [[IDENTIV CLOUD 2700 R SMART CARD READER]]<br /> <br /> <br /> ===Antenna BTS Selular===<br /> <br /> * [[Gambaran umum tentang Antenna]]<br /> * [[Antenna Pola Radiasi]]<br /> * [[Tipe Antenna]]<br /> * [[5G: Antenna Sectoral]]<br /> * [[5G: Antenna Omni]]<br /> <br /> Ref:<br /> * https://www.kenbotong.com/search?key=&amp;&amp;&amp;3300-3800&amp;&amp;&amp;<br /> * https://www.l-com.com/wireless-antenna-35-ghz-16-dbi-90-degree-dual-polarized-dual-feed-mimo-sector-antenna<br /> <br /> ===Duplexer===<br /> <br /> * [[5G: Fungsi Duplexer]]<br /> * [[5G: Tanpa Duplexer mungkinkah]]<br /> <br /> Ref:<br /> * https://expo.made-in-china.com/venue/vGmtTFJEjxlc/productSearch?word=duplexer&amp;log_from=4<br /> <br /> ===Amplifier===<br /> <br /> <br /> * [[5G: Power Amplifier]]<br /> <br /> <br /> Ref:<br /> * https://www.pasternack.com/47-db-gain-3.5-ghz-high-power-high-gain-amplifier-sma-pe15a5003-p.aspx<br /> * https://www.pasternack.com/4-ghz-medium-power-amplifier-30-db-gain-sma-pe15a4053-p.aspx<br /> <br /> ===Jaringan Backbone / Backhaul===<br /> <br /> * [[5G: Topologi Jaringan Backbone / Backhaul]]<br /> * [[5G: backbone wireless]]<br /> * [[5G: backbone fiber optik]]<br /> <br /> ==Software untuk Membuat Selular Operator Sendiri==<br /> <br /> ===Software Core Network===<br /> <br /> *free5GC<br /> ** [[free5GC]]<br /> ** [[free5GC: Install]]<br /> <br /> * Open5gs<br /> ** [[Open5gs: Download]]<br /> ** [[Open5gs: Compile]]<br /> ** [[Open5gs: Menambahkan subcriber pada Open5gs]]<br /> ** [[Open5gs: Install WebUI Open5gs]]<br /> ** [[Open5gs: Allow WebUI access from Network]]<br /> ** [[Open5gs: NAT port forwarding]]<br /> <br /> * srsEPC<br /> ** [[srsEPC]]<br /> ** [[srsEPC: Install]]<br /> <br /> * [[OpenAirInterface-CN: Install]]<br /> <br /> ===Software Base Station===<br /> ====Software Open Source====<br /> * srsRAN<br /> ** [[srsRAN]]<br /> ** [[srsRAN: Download]]<br /> ** [[srsRAN: Compile]]<br /> ** [[srsRAN: Install srsRAN with ZeroMQ]]<br /> ** [[srsRAN: Set CPU Governor to Performance]]<br /> <br /> * OpenAirInterface<br /> ** [[OpenAirInterface]]<br /> ** [[OpenAirInterface: Compile]]<br /> ** [[OpenAirInterface: Install Kernel]]<br /> ** [[OpenAirInterface: Set CPU Governor to Performance]]<br /> <br /> * Ueransim<br /> ** [[Ueransim]]<br /> ** [[Ueransim: Install]]<br /> <br /> * [[OpenLTE]]<br /> <br /> ====Software Komersial====<br /> * [[Amarisoft]]<br /> * [[YateBTS]]<br /> <br /> ===Software SIMCard Writer===<br /> * [https://smacarte.com/wp/grsimwrite_download/ GRSimWrite: Download]<br /> * [[Pysimcard: Download]]<br /> <br /> ==Konfigurasi==<br /> <br /> ===Konfigurasi 4G===<br /> * [[Konfigurasi Core Network 4G]]<br /> * Konfigurasi eNB<br /> ** [[Konfigurasi eNB: srsRAN]]<br /> ** [[Konfigurasi eNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi 5G===<br /> * [[Konfigurasi Core Network 5G]]<br /> * Konfigurasi gNB<br /> ** [[Konfigurasi gNB: srsRAN]]<br /> ** [[Konfigurasi gNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi SimCard===<br /> * [[Konfigurasi SimCard Menggunakan Linux]]<br /> * [[Konfigurasi SimCard Menggunakan Windows]]<br /> <br /> ==Disain Jaringan Selular &amp; Wireless==<br /> <br /> * [[5G: Perhitungan Pancaran / Transmisi Radio]]<br /> * [[5G: Penggunaan TDD dan FDD]]<br /> * [[5G: Disain Sel jaringan selular]]<br /> * [[5G: Interkoneksi Sel]]<br /> * [http://anisimoff.org/eng/lte_throughput_calculator.html Bandwidth Calculator]<br /> <br /> <br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Menghitung Link Budget]]<br /> * [[WiFi: Konversi Satuan Watt - dBm]]<br /> * [[WiFi: Kalkulasi Free Space Loss (FSL)]]<br /> * [[WiFi: Kalkulasi Fresnel Zone Clearence]]<br /> * [[Effective Isotropics Radiated Power]]<br /> * [[WiFi: Mengarahkan Antenna]]<br /> * [[WiFi: Sudut Tilt Antenna]]<br /> * [[WiFi: Down Tilt Coverage]]<br /> * [[Mengapa Disain Metropolitan Area Network Menjadi Penting]]<br /> * [[Kinerja Kanal Wireless Dengan Beban]]<br /> * [[WiFi: Channel di Infrastruktur WiFi 2.4GHz]]<br /> * [[WiFi: Non-Overlapping Channel Set]]<br /> * [[WiFi: Jarak Transmisi WLAN]]<br /> * [[WiFi: Modeling Jangkauan Transmisi Radio]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Omnidirectional Access Point]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Disain MAN Empat (4) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Memasukan Sambungan Point To Point (P2P)]]<br /> * [[WiFi: Beberapa Catatan Tentang Polarisasi Antenna]]<br /> * [[WiFi: Beberapa Catatan Tentang Wilayah Sektoral]]<br /> * [[WiFi: Interkoneksi Sel]]<br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Beberapa Catatan dengan MIMO]]<br /> <br /> ==Testing==<br /> <br /> ===srsRAN untuk test 4G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Install srsRAN with ZeroMQ]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf]]<br /> * [[Run srsENB]]<br /> * [[Konfigurasi ue.conf]]<br /> * [[Run srsUE]]<br /> <br /> ===UERANSIM untuk test 5G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi AMF &amp; UPF Open5gs]]<br /> * [[Ueransim: Install]]<br /> * [[Konfigurasi gNB.yaml Ueransim]]<br /> * [[Run gNB Ueransim]]<br /> * [[Konfigurasi UE.yaml Ueransim]]<br /> * [[Run UE Ueransim]]<br /> <br /> ===OpenAirInterface dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[OpenAirInterface: Compile]]<br /> * [[OpenAirInterface: Konfigurasi enb.conf]]<br /> * [[OpenAirInterface: Running]]<br /> <br /> ===srsRAN dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Compile]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf USRP B200]]<br /> * [[Run srsENB]]<br /> <br /> <br /> ==Hasil Testing==<br /> *[[srsRAN untuk test 4G]]<br /> *[[UERANSIM untuk test 5G]]<br /> *[[OpenAirInterface &amp; srsRAN menggunakan USRP Ettus B200 (4G)]]<br /> <br /> ==Pranala Menarik==<br /> <br /> * [[5G: List HP / Smartphone untuk 3.5GHz]]<br /> * [[5G: Connecting 5G BTS Antenna]]<br /> * [[5G: Ettus B210 Compatible]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=5G&diff=66914 5G 2022-11-17T14:18:28Z <p>Yopi Sopiyana: /* Hasil Testing */</p> <hr /> <div><br /> <br /> <br /> ==Pendahuluan==<br /> <br /> * [[Apa Itu 5G]]<br /> * [[Bagaimana 5G membuat Perubahan]]<br /> <br /> <br /> ===Perbedaan 4G dan 5G===<br /> <br /> * [[Cara Kerja Jaringan Mobile]]<br /> * [[Gelombang Radio yang menyambungkan Device]]<br /> * [[5G adalah Speed dan Kapasitas]]<br /> * [[5G menyambungkan lebih banyak device dibandingkan 4G]]<br /> * [[5G dirancang tidak hanya untuk handphone]]<br /> * [[5G tidak sekedar jaringan mobile]]<br /> * [[5G bisa berfungsi sebagai bermacam-macam network]]<br /> * [[Siapa Pembuat 5G]]<br /> <br /> <br /> <br /> <br /> ===Bagaimana 5G mendorong Innovasi===<br /> <br /> * [[5G dan Lalu Lintas]] <br /> * [[5G dan Gaming]]<br /> * [[5G dan Pertanian]]<br /> <br /> ===Frekuensi 4G dan 5G===<br /> <br /> * [[4G: Frekuensi]]<br /> <br /> * [[5G: Frekuensi]]<br /> <br /> <br /> Ref:<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> * https://en.wikipedia.org/wiki/LTE_frequency_bands<br /> * http://anisimoff.org/eng/lte_bands.html<br /> * https://en.wikipedia.org/wiki/5G_NR_frequency_bands<br /> * http://anisimoff.org/eng/5g/5g_spectrum.html<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> <br /> ===Implementasi 5G di ASEAN dan Indonesia===<br /> <br /> * [[5G: Kondisi Asia Pacific]]<br /> * [[5G: Peta 5G di Negara2 ASEAN]]<br /> * [[5G: Contoh potensi 5G di negara ASEAN]]<br /> <br /> ===Sepintas Masalah Legal===<br /> <br /> * [[5G: 5G Mandiri Untuk Private Network]]<br /> * [[5G: Syarat Penyelenggara Jaringan Selular]]<br /> <br /> ===Overview Pembahasan===<br /> <br /> ==Arsitektur Dasar 5G==<br /> <br /> ===Arsitektur 5G Secara Sederhana===<br /> Pada bagian ini akan di identifikasi komponen arsitektur utama jaringan akses seluler. Ini berfokus pada komponen yang umum untuk 4G dan 5G dan, dengan demikian, menetapkan dasar untuk memahami fitur-fitur canggih 5G yang disajikan dalam bagian-bagian selanjutnya.<br /> <br /> Ikhtisar ini sebagian merupakan latihan dalam memperkenalkan terminologi 3GPP. Untuk seseorang yang akrab dengan Internet, terminologi ini mungkin tampak sembarangan (misalnya, &quot;eNB&quot; adalah &quot;base station&quot;), tetapi penting untuk diingat bahwa terminologi ini keluar dari proses standarisasi 3GPP, yang secara historis khawatir tentang telepon dan hampir sepenuhnya terputus dari IETF dan upaya terkait Internet lainnya. Untuk lebih memperumit masalah, terminologi 3GPP sering berubah di setiap generasi (misalnya, base station disebut eNB di 4G dan gNB di 5G). Kita mengatasi situasi seperti ini dengan menggunakan terminologi umum (misalnya, base station), dan merujuk pada mitra khusus 3GPP hanya jika perbedaannya bermanfaat.<br /> <br /> *[[Arsitektur 5G: Komponen Utama]]<br /> *[[Arsitektur 5G: Radio Access Network]]<br /> *[[Arsitektur 5G: Mobile Core]]<br /> ** [[4G Mobile Core]]<br /> ** [[5G Mobile Core]]<br /> *[[Arsitektur 5G: Security dan Mobility]]<br /> *[[Arsitektur 5G: Pilihan Implementasi]]<br /> <br /> <br /> ===Referensi===<br /> <br /> * https://5g.systemsapproach.org/arch.html<br /> * http://anisimoff.org/eng/5g/5g_uc_requirements.html<br /> <br /> ==Smartphone untuk 4G dan 5G==<br /> <br /> <br /> ===4G Device===<br /> <br /> * [[4G: Secara Umum]]<br /> * [[4G: HP yang berhasil connect]]<br /> <br /> ===5G Device===<br /> <br /> * [[5G: Secara Umum]]<br /> * [[5G: Chipset Maker]]<br /> * [[5G: Upgrade ke 5G]]<br /> * [[5G: Smartphone yang Compatible dengan 5G]]<br /> <br /> <br /> Ref:<br /> * http://anisimoff.org/eng/5g/5g_devices.html<br /> * https://docs.celona.io/en/articles/3484781-private-lte-5g-capable-devices-in-the-market<br /> <br /> ==Kebutuhan Hardware==<br /> <br /> ===Hardware yang dibutuhkan===<br /> <br /> * Hardware SDR yang disarankan<br /> ** [[Ettus B210]]<br /> ** [[Ettus X310]]<br /> ** [[LimeSDR mini 2.0]]<br /> ** [[bladeRF 2.0 micro xA4]]<br /> <br /> * Hardware SDR yang tidak Disarankan<br /> ** [[RTL-SDR]]<br /> ** [[Ettus N210]]<br /> <br /> * Hardware Simcard Writer<br /> ** [[HID OMNIKEY 3121]]<br /> ** [[GENERIC EMV SMARTCARD READER]]<br /> ** [[IDENTIV CLOUD 2700 R SMART CARD READER]]<br /> <br /> <br /> ===Antenna BTS Selular===<br /> <br /> * [[Gambaran umum tentang Antenna]]<br /> * [[Antenna Pola Radiasi]]<br /> * [[Tipe Antenna]]<br /> * [[5G: Antenna Sectoral]]<br /> * [[5G: Antenna Omni]]<br /> <br /> Ref:<br /> * https://www.kenbotong.com/search?key=&amp;&amp;&amp;3300-3800&amp;&amp;&amp;<br /> * https://www.l-com.com/wireless-antenna-35-ghz-16-dbi-90-degree-dual-polarized-dual-feed-mimo-sector-antenna<br /> <br /> ===Duplexer===<br /> <br /> * [[5G: Fungsi Duplexer]]<br /> * [[5G: Tanpa Duplexer mungkinkah]]<br /> <br /> Ref:<br /> * https://expo.made-in-china.com/venue/vGmtTFJEjxlc/productSearch?word=duplexer&amp;log_from=4<br /> <br /> ===Amplifier===<br /> <br /> <br /> * [[5G: Power Amplifier]]<br /> <br /> <br /> Ref:<br /> * https://www.pasternack.com/47-db-gain-3.5-ghz-high-power-high-gain-amplifier-sma-pe15a5003-p.aspx<br /> * https://www.pasternack.com/4-ghz-medium-power-amplifier-30-db-gain-sma-pe15a4053-p.aspx<br /> <br /> ===Jaringan Backbone / Backhaul===<br /> <br /> * [[5G: Topologi Jaringan Backbone / Backhaul]]<br /> * [[5G: backbone wireless]]<br /> * [[5G: backbone fiber optik]]<br /> <br /> ==Software untuk Membuat Selular Operator Sendiri==<br /> <br /> ===Software Core Network===<br /> <br /> *free5GC<br /> ** [[free5GC]]<br /> ** [[free5GC: Install]]<br /> <br /> * Open5gs<br /> ** [[Open5gs: Download]]<br /> ** [[Open5gs: Compile]]<br /> ** [[Open5gs: Menambahkan subcriber pada Open5gs]]<br /> ** [[Open5gs: Install WebUI Open5gs]]<br /> ** [[Open5gs: Allow WebUI access from Network]]<br /> ** [[Open5gs: NAT port forwarding]]<br /> <br /> * srsEPC<br /> ** [[srsEPC]]<br /> ** [[srsEPC: Install]]<br /> <br /> * [[OpenAirInterface-CN: Install]]<br /> <br /> ===Software Base Station===<br /> ====Software Open Source====<br /> * srsRAN<br /> ** [[srsRAN]]<br /> ** [[srsRAN: Download]]<br /> ** [[srsRAN: Compile]]<br /> ** [[srsRAN: Install srsRAN with ZeroMQ]]<br /> ** [[srsRAN: Set CPU Governor to Performance]]<br /> <br /> * OpenAirInterface<br /> ** [[OpenAirInterface]]<br /> ** [[OpenAirInterface: Compile]]<br /> ** [[OpenAirInterface: Install Kernel]]<br /> ** [[OpenAirInterface: Set CPU Governor to Performance]]<br /> <br /> * Ueransim<br /> ** [[Ueransim]]<br /> ** [[Ueransim: Install]]<br /> <br /> * [[OpenLTE]]<br /> <br /> ====Software Komersial====<br /> * [[Amarisoft]]<br /> * [[YateBTS]]<br /> <br /> ===Software SIMCard Writer===<br /> * [https://smacarte.com/wp/grsimwrite_download/ GRSimWrite: Download]<br /> * [[Pysimcard: Download]]<br /> <br /> ==Konfigurasi==<br /> <br /> ===Konfigurasi 4G===<br /> * [[Konfigurasi Core Network 4G]]<br /> * Konfigurasi eNB<br /> ** [[Konfigurasi eNB: srsRAN]]<br /> ** [[Konfigurasi eNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi 5G===<br /> * [[Konfigurasi Core Network 5G]]<br /> * Konfigurasi gNB<br /> ** [[Konfigurasi gNB: srsRAN]]<br /> ** [[Konfigurasi gNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi SimCard===<br /> * [[Konfigurasi SimCard Menggunakan Linux]]<br /> * [[Konfigurasi SimCard Menggunakan Windows]]<br /> <br /> ==Disain Jaringan Selular &amp; Wireless==<br /> <br /> * [[5G: Perhitungan Pancaran / Transmisi Radio]]<br /> * [[5G: Penggunaan TDD dan FDD]]<br /> * [[5G: Disain Sel jaringan selular]]<br /> * [[5G: Interkoneksi Sel]]<br /> * [http://anisimoff.org/eng/lte_throughput_calculator.html Bandwidth Calculator]<br /> <br /> <br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Menghitung Link Budget]]<br /> * [[WiFi: Konversi Satuan Watt - dBm]]<br /> * [[WiFi: Kalkulasi Free Space Loss (FSL)]]<br /> * [[WiFi: Kalkulasi Fresnel Zone Clearence]]<br /> * [[Effective Isotropics Radiated Power]]<br /> * [[WiFi: Mengarahkan Antenna]]<br /> * [[WiFi: Sudut Tilt Antenna]]<br /> * [[WiFi: Down Tilt Coverage]]<br /> * [[Mengapa Disain Metropolitan Area Network Menjadi Penting]]<br /> * [[Kinerja Kanal Wireless Dengan Beban]]<br /> * [[WiFi: Channel di Infrastruktur WiFi 2.4GHz]]<br /> * [[WiFi: Non-Overlapping Channel Set]]<br /> * [[WiFi: Jarak Transmisi WLAN]]<br /> * [[WiFi: Modeling Jangkauan Transmisi Radio]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Omnidirectional Access Point]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Disain MAN Empat (4) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Memasukan Sambungan Point To Point (P2P)]]<br /> * [[WiFi: Beberapa Catatan Tentang Polarisasi Antenna]]<br /> * [[WiFi: Beberapa Catatan Tentang Wilayah Sektoral]]<br /> * [[WiFi: Interkoneksi Sel]]<br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Beberapa Catatan dengan MIMO]]<br /> <br /> ==Testing==<br /> <br /> ===srsRAN untuk test 4G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Install srsRAN with ZeroMQ]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf]]<br /> * [[Run srsENB]]<br /> * [[Konfigurasi ue.conf]]<br /> * [[Run srsUE]]<br /> <br /> ===UERANSIM untuk test 5G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi AMF &amp; UPF Open5gs]]<br /> * [[Ueransim: Install]]<br /> * [[Konfigurasi gNB.yaml Ueransim]]<br /> * [[Run gNB Ueransim]]<br /> * [[Konfigurasi UE.yaml Ueransim]]<br /> * [[Run UE Ueransim]]<br /> <br /> ===OpenAirInterface dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[OpenAirInterface: Compile]]<br /> * [[OpenAirInterface: Konfigurasi enb.conf]]<br /> * [[OpenAirInterface: Running]]<br /> <br /> ===srsRAN dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Compile]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf USRP B200]]<br /> * [[Run srsENB]]<br /> <br /> <br /> ==Hasil Testing==<br /> ===*[[srsRAN untuk test 4G]]===<br /> ===*[[UERANSIM untuk test 5G]]===<br /> ===*[[OpenAirInterface &amp; srsRAN menggunakan USRP Ettus B200 (4G)]]===<br /> <br /> ==Pranala Menarik==<br /> <br /> * [[5G: List HP / Smartphone untuk 3.5GHz]]<br /> * [[5G: Connecting 5G BTS Antenna]]<br /> * [[5G: Ettus B210 Compatible]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66913 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T14:06:28Z <p>Yopi Sopiyana: </p> <hr /> <div>Tampilan USRP B200 ketika sedang running<br /> [[File:USRP B200 Running.jpg|400px|thumb|center|USRP B200 Running]]<br /> <br /> Tampilan Jaringan Tangselkom<br /> [[File:Tangselkom.JPG|400px|thumb|center|Tangselkom]]<br /> <br /> Video Scan Jaringan Tangselkom : [[Media:Scan Jaringan Tangselkom.webp|Jaringan Tangselkom]]<br /> <br /> Hasil Speedtest Jaringan Tangselkom<br /> [[File:Speedtest Tangselkom.JPG|400px|thumb|center|Speedtest]]<br /> <br /> <br /> Video Speedtest Jaringan Tangselkom : [[Media:Speedtest Tangselkom.webp|Speedtest Jaringan Tangselkom]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66912 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T14:05:52Z <p>Yopi Sopiyana: </p> <hr /> <div>Tampilan USRP B200 ketika sedang running<br /> [[File:USRP B200 Running.jpg|400px|thumb|center|USRP B200 Running]]<br /> <br /> Tampilan Jaringan Tangselkom<br /> [[File:Tangselkom.JPG|400px|thumb|center|Tangselkom]]<br /> <br /> Video Scan Jaringan Tangselkom : [[Media:Scan Jaringan Tangselkom.webp]]<br /> <br /> Hasil Speedtest Jaringan Tangselkom<br /> [[File:Speedtest Tangselkom.JPG|400px|thumb|center|Speedtest]]<br /> <br /> <br /> Video Speedtest Jaringan Tangselkom : [[Media:Speedtest Tangselkom.webp]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66911 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T14:05:04Z <p>Yopi Sopiyana: </p> <hr /> <div>Tampilan USRP B200 ketika sedang running<br /> [[File:USRP B200 Running.jpg|400px|thumb|center|USRP B200 Running]]<br /> <br /> Tampilan Jaringan Tangselkom<br /> [[File:Tangselkom.JPG|400px|thumb|center|Tangselkom]]<br /> [[Media:Scan Jaringan Tangselkom.webp]]<br /> <br /> Hasil Speedtest Jaringan Tangselkom<br /> [[File:Speedtest Tangselkom.JPG|400px|thumb|center|Speedtest]]<br /> [[Media:Speedtest Tangselkom.webp]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66910 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T14:04:38Z <p>Yopi Sopiyana: </p> <hr /> <div>Tampilan USRP B200 ketika sedang running<br /> [[Media:USRP B200 Running.jpg|400px|thumb|center|USRP B200 Running]]<br /> <br /> Tampilan Jaringan Tangselkom<br /> [[File:Tangselkom.JPG|400px|thumb|center|Tangselkom]]<br /> [[Media:Scan Jaringan Tangselkom.webp]]<br /> <br /> Hasil Speedtest Jaringan Tangselkom<br /> [[File:Speedtest Tangselkom.JPG|400px|thumb|center|Speedtest]]<br /> [[Media:Speedtest Tangselkom.webp]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66909 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T14:03:36Z <p>Yopi Sopiyana: </p> <hr /> <div>Tampilan USRP B200 ketika sedang running<br /> [[File:USRP B200 Running.jpg|400px|thumb|center|USRP B200 Running]]<br /> <br /> Tampilan Jaringan Tangselkom<br /> [[File:Tangselkom.JPG|400px|thumb|center|Tangselkom]]<br /> [[Media:Scan Jaringan Tangselkom.webp]]<br /> <br /> Hasil Speedtest Jaringan Tangselkom<br /> [[File:Speedtest Tangselkom.JPG|400px|thumb|center|Speedtest]]<br /> [[Media:Speedtest Tangselkom.webp]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66908 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T14:01:25Z <p>Yopi Sopiyana: </p> <hr /> <div>Tampilan USRP B200 ketika sedang running<br /> [[File:USRP B200 Running.jpg|400px|thumb|center|USRP B200 Running]]<br /> <br /> Tampilan Jaringan Tangselkom<br /> [[File:Tangselkom.JPG|400px|thumb|center|Tangselkom]]<br /> <br /> Hasil Speedtest Jaringan Tangselkom<br /> [[File:Speedtest Tangselkom.JPG|400px|thumb|center|Speedtest]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66907 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T14:01:05Z <p>Yopi Sopiyana: </p> <hr /> <div>Tampilan USRP B200 ketika sedang running<br /> [[File:USRP B200 Running.jpg|400px|thumb|Centre|USRP B200 Running]]<br /> <br /> Tampilan Jaringan Tangselkom<br /> [[File:Tangselkom.JPG|400px|thumb|Centre|Tangselkom]]<br /> <br /> Hasil Speedtest Jaringan Tangselkom<br /> [[File:Speedtest Tangselkom.JPG|400px|thumb|Centre|Speedtest]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66906 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T14:00:50Z <p>Yopi Sopiyana: </p> <hr /> <div>Tampilan USRP B200 ketika sedang running<br /> [[File:USRP B200 Running.jpg|600px|thumb|Centre|USRP B200 Running]]<br /> <br /> Tampilan Jaringan Tangselkom<br /> [[File:Tangselkom.JPG|600px|thumb|Centre|Tangselkom]]<br /> <br /> Hasil Speedtest Jaringan Tangselkom<br /> [[File:Speedtest Tangselkom.JPG|600px|thumb|Centre|Speedtest]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66905 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T13:59:47Z <p>Yopi Sopiyana: </p> <hr /> <div>[[File:USRP B200 Running.jpg|600px|thumb|Centre|USRP B200 Running]]<br /> [[File:Tangselkom.JPG|600px|thumb|Centre|Tangselkom]]<br /> [[File:Speedtest Tangselkom.JPG|600px|thumb|Centre|Speedtest]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66904 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T13:59:10Z <p>Yopi Sopiyana: </p> <hr /> <div>[[File:USRP B200 Running.jpg|600px|thumb|Centre|USRP B200 Running]]<br /> [[File:Tangselkom.JPG|600px|thumb|Centre|USRP B200 Running]]<br /> [[File:Speedtest Tangselkom.JPG|600px|thumb|Centre|USRP B200 Running]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=OpenAirInterface_%26_srsRAN_menggunakan_USRP_Ettus_B200_(4G)&diff=66903 OpenAirInterface & srsRAN menggunakan USRP Ettus B200 (4G) 2022-11-17T13:58:20Z <p>Yopi Sopiyana: Created page with &quot;USRP B200 Running USRP B200 Running File:Speedtest Tangselkom.JPG|600px|thumb|Ce...&quot;</p> <hr /> <div>[[File:USRP B200 Running.jpg|600px|thumb|Centre|USRP B200 Running]]<br /> [[File:Tangselkom.JPG|600px|thumb|Centre|USRP B200 Running]]<br /> [[File:Speedtest Tangselkom.JPG|600px|thumb|Centre|USRP B200 Running]]<br /> [[File:Scan Jaringan Tangselkom.webp|600px|thumb|Centre|USRP B200 Running]]<br /> [[File:Speedtest Tangselkom.webp|600px|thumb|Centre|USRP B200 Running]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:Tangselkom.JPG&diff=66902 File:Tangselkom.JPG 2022-11-17T13:55:08Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:Speedtest_Tangselkom.JPG&diff=66901 File:Speedtest Tangselkom.JPG 2022-11-17T13:54:51Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:USRP_B200_Running.jpg&diff=66900 File:USRP B200 Running.jpg 2022-11-17T13:54:27Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:Speedtest_Tangselkom.webp&diff=66899 File:Speedtest Tangselkom.webp 2022-11-17T13:52:57Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:Scan_Jaringan_Tangselkom.webp&diff=66898 File:Scan Jaringan Tangselkom.webp 2022-11-17T13:52:35Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=5G&diff=66897 5G 2022-11-17T07:52:52Z <p>Yopi Sopiyana: /* Hasil Testing */</p> <hr /> <div><br /> <br /> <br /> ==Pendahuluan==<br /> <br /> * [[Apa Itu 5G]]<br /> * [[Bagaimana 5G membuat Perubahan]]<br /> <br /> <br /> ===Perbedaan 4G dan 5G===<br /> <br /> * [[Cara Kerja Jaringan Mobile]]<br /> * [[Gelombang Radio yang menyambungkan Device]]<br /> * [[5G adalah Speed dan Kapasitas]]<br /> * [[5G menyambungkan lebih banyak device dibandingkan 4G]]<br /> * [[5G dirancang tidak hanya untuk handphone]]<br /> * [[5G tidak sekedar jaringan mobile]]<br /> * [[5G bisa berfungsi sebagai bermacam-macam network]]<br /> * [[Siapa Pembuat 5G]]<br /> <br /> <br /> <br /> <br /> ===Bagaimana 5G mendorong Innovasi===<br /> <br /> * [[5G dan Lalu Lintas]] <br /> * [[5G dan Gaming]]<br /> * [[5G dan Pertanian]]<br /> <br /> ===Frekuensi 4G dan 5G===<br /> <br /> * [[4G: Frekuensi]]<br /> <br /> * [[5G: Frekuensi]]<br /> <br /> <br /> Ref:<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> * https://en.wikipedia.org/wiki/LTE_frequency_bands<br /> * http://anisimoff.org/eng/lte_bands.html<br /> * https://en.wikipedia.org/wiki/5G_NR_frequency_bands<br /> * http://anisimoff.org/eng/5g/5g_spectrum.html<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> <br /> ===Implementasi 5G di ASEAN dan Indonesia===<br /> <br /> * [[5G: Kondisi Asia Pacific]]<br /> * [[5G: Peta 5G di Negara2 ASEAN]]<br /> * [[5G: Contoh potensi 5G di negara ASEAN]]<br /> <br /> ===Sepintas Masalah Legal===<br /> <br /> * [[5G: 5G Mandiri Untuk Private Network]]<br /> * [[5G: Syarat Penyelenggara Jaringan Selular]]<br /> <br /> ===Overview Pembahasan===<br /> <br /> ==Arsitektur Dasar 5G==<br /> <br /> ===Arsitektur 5G Secara Sederhana===<br /> Pada bagian ini akan di identifikasi komponen arsitektur utama jaringan akses seluler. Ini berfokus pada komponen yang umum untuk 4G dan 5G dan, dengan demikian, menetapkan dasar untuk memahami fitur-fitur canggih 5G yang disajikan dalam bagian-bagian selanjutnya.<br /> <br /> Ikhtisar ini sebagian merupakan latihan dalam memperkenalkan terminologi 3GPP. Untuk seseorang yang akrab dengan Internet, terminologi ini mungkin tampak sembarangan (misalnya, &quot;eNB&quot; adalah &quot;base station&quot;), tetapi penting untuk diingat bahwa terminologi ini keluar dari proses standarisasi 3GPP, yang secara historis khawatir tentang telepon dan hampir sepenuhnya terputus dari IETF dan upaya terkait Internet lainnya. Untuk lebih memperumit masalah, terminologi 3GPP sering berubah di setiap generasi (misalnya, base station disebut eNB di 4G dan gNB di 5G). Kita mengatasi situasi seperti ini dengan menggunakan terminologi umum (misalnya, base station), dan merujuk pada mitra khusus 3GPP hanya jika perbedaannya bermanfaat.<br /> <br /> *[[Arsitektur 5G: Komponen Utama]]<br /> *[[Arsitektur 5G: Radio Access Network]]<br /> *[[Arsitektur 5G: Mobile Core]]<br /> ** [[4G Mobile Core]]<br /> ** [[5G Mobile Core]]<br /> *[[Arsitektur 5G: Security dan Mobility]]<br /> *[[Arsitektur 5G: Pilihan Implementasi]]<br /> <br /> <br /> ===Referensi===<br /> <br /> * https://5g.systemsapproach.org/arch.html<br /> * http://anisimoff.org/eng/5g/5g_uc_requirements.html<br /> <br /> ==Smartphone untuk 4G dan 5G==<br /> <br /> <br /> ===4G Device===<br /> <br /> * [[4G: Secara Umum]]<br /> * [[4G: HP yang berhasil connect]]<br /> <br /> ===5G Device===<br /> <br /> * [[5G: Secara Umum]]<br /> * [[5G: Chipset Maker]]<br /> * [[5G: Upgrade ke 5G]]<br /> * [[5G: Smartphone yang Compatible dengan 5G]]<br /> <br /> <br /> Ref:<br /> * http://anisimoff.org/eng/5g/5g_devices.html<br /> * https://docs.celona.io/en/articles/3484781-private-lte-5g-capable-devices-in-the-market<br /> <br /> ==Kebutuhan Hardware==<br /> <br /> ===Hardware yang dibutuhkan===<br /> <br /> * Hardware SDR yang disarankan<br /> ** [[Ettus B210]]<br /> ** [[Ettus X310]]<br /> ** [[LimeSDR mini 2.0]]<br /> ** [[bladeRF 2.0 micro xA4]]<br /> <br /> * Hardware SDR yang tidak Disarankan<br /> ** [[RTL-SDR]]<br /> ** [[Ettus N210]]<br /> <br /> * Hardware Simcard Writer<br /> ** [[HID OMNIKEY 3121]]<br /> ** [[GENERIC EMV SMARTCARD READER]]<br /> ** [[IDENTIV CLOUD 2700 R SMART CARD READER]]<br /> <br /> <br /> ===Antenna BTS Selular===<br /> <br /> * [[Gambaran umum tentang Antenna]]<br /> * [[Antenna Pola Radiasi]]<br /> * [[Tipe Antenna]]<br /> * [[5G: Antenna Sectoral]]<br /> * [[5G: Antenna Omni]]<br /> <br /> Ref:<br /> * https://www.kenbotong.com/search?key=&amp;&amp;&amp;3300-3800&amp;&amp;&amp;<br /> * https://www.l-com.com/wireless-antenna-35-ghz-16-dbi-90-degree-dual-polarized-dual-feed-mimo-sector-antenna<br /> <br /> ===Duplexer===<br /> <br /> * [[5G: Fungsi Duplexer]]<br /> * [[5G: Tanpa Duplexer mungkinkah]]<br /> <br /> Ref:<br /> * https://expo.made-in-china.com/venue/vGmtTFJEjxlc/productSearch?word=duplexer&amp;log_from=4<br /> <br /> ===Amplifier===<br /> <br /> <br /> * [[5G: Power Amplifier]]<br /> <br /> <br /> Ref:<br /> * https://www.pasternack.com/47-db-gain-3.5-ghz-high-power-high-gain-amplifier-sma-pe15a5003-p.aspx<br /> * https://www.pasternack.com/4-ghz-medium-power-amplifier-30-db-gain-sma-pe15a4053-p.aspx<br /> <br /> ===Jaringan Backbone / Backhaul===<br /> <br /> * [[5G: Topologi Jaringan Backbone / Backhaul]]<br /> * [[5G: backbone wireless]]<br /> * [[5G: backbone fiber optik]]<br /> <br /> ==Software untuk Membuat Selular Operator Sendiri==<br /> <br /> ===Software Core Network===<br /> <br /> *free5GC<br /> ** [[free5GC]]<br /> ** [[free5GC: Install]]<br /> <br /> * Open5gs<br /> ** [[Open5gs: Download]]<br /> ** [[Open5gs: Compile]]<br /> ** [[Open5gs: Menambahkan subcriber pada Open5gs]]<br /> ** [[Open5gs: Install WebUI Open5gs]]<br /> ** [[Open5gs: Allow WebUI access from Network]]<br /> ** [[Open5gs: NAT port forwarding]]<br /> <br /> * srsEPC<br /> ** [[srsEPC]]<br /> ** [[srsEPC: Install]]<br /> <br /> * [[OpenAirInterface-CN: Install]]<br /> <br /> ===Software Base Station===<br /> ====Software Open Source====<br /> * srsRAN<br /> ** [[srsRAN]]<br /> ** [[srsRAN: Download]]<br /> ** [[srsRAN: Compile]]<br /> ** [[srsRAN: Install srsRAN with ZeroMQ]]<br /> ** [[srsRAN: Set CPU Governor to Performance]]<br /> <br /> * OpenAirInterface<br /> ** [[OpenAirInterface]]<br /> ** [[OpenAirInterface: Compile]]<br /> ** [[OpenAirInterface: Install Kernel]]<br /> ** [[OpenAirInterface: Set CPU Governor to Performance]]<br /> <br /> * Ueransim<br /> ** [[Ueransim]]<br /> ** [[Ueransim: Install]]<br /> <br /> * [[OpenLTE]]<br /> <br /> ====Software Komersial====<br /> * [[Amarisoft]]<br /> * [[YateBTS]]<br /> <br /> ===Software SIMCard Writer===<br /> * [https://smacarte.com/wp/grsimwrite_download/ GRSimWrite: Download]<br /> * [[Pysimcard: Download]]<br /> <br /> ==Konfigurasi==<br /> <br /> ===Konfigurasi 4G===<br /> * [[Konfigurasi Core Network 4G]]<br /> * Konfigurasi eNB<br /> ** [[Konfigurasi eNB: srsRAN]]<br /> ** [[Konfigurasi eNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi 5G===<br /> * [[Konfigurasi Core Network 5G]]<br /> * Konfigurasi gNB<br /> ** [[Konfigurasi gNB: srsRAN]]<br /> ** [[Konfigurasi gNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi SimCard===<br /> * [[Konfigurasi SimCard Menggunakan Linux]]<br /> * [[Konfigurasi SimCard Menggunakan Windows]]<br /> <br /> ==Disain Jaringan Selular &amp; Wireless==<br /> <br /> * [[5G: Perhitungan Pancaran / Transmisi Radio]]<br /> * [[5G: Penggunaan TDD dan FDD]]<br /> * [[5G: Disain Sel jaringan selular]]<br /> * [[5G: Interkoneksi Sel]]<br /> * [http://anisimoff.org/eng/lte_throughput_calculator.html Bandwidth Calculator]<br /> <br /> <br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Menghitung Link Budget]]<br /> * [[WiFi: Konversi Satuan Watt - dBm]]<br /> * [[WiFi: Kalkulasi Free Space Loss (FSL)]]<br /> * [[WiFi: Kalkulasi Fresnel Zone Clearence]]<br /> * [[Effective Isotropics Radiated Power]]<br /> * [[WiFi: Mengarahkan Antenna]]<br /> * [[WiFi: Sudut Tilt Antenna]]<br /> * [[WiFi: Down Tilt Coverage]]<br /> * [[Mengapa Disain Metropolitan Area Network Menjadi Penting]]<br /> * [[Kinerja Kanal Wireless Dengan Beban]]<br /> * [[WiFi: Channel di Infrastruktur WiFi 2.4GHz]]<br /> * [[WiFi: Non-Overlapping Channel Set]]<br /> * [[WiFi: Jarak Transmisi WLAN]]<br /> * [[WiFi: Modeling Jangkauan Transmisi Radio]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Omnidirectional Access Point]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Disain MAN Empat (4) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Memasukan Sambungan Point To Point (P2P)]]<br /> * [[WiFi: Beberapa Catatan Tentang Polarisasi Antenna]]<br /> * [[WiFi: Beberapa Catatan Tentang Wilayah Sektoral]]<br /> * [[WiFi: Interkoneksi Sel]]<br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Beberapa Catatan dengan MIMO]]<br /> <br /> ==Testing==<br /> <br /> ===srsRAN untuk test 4G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Install srsRAN with ZeroMQ]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf]]<br /> * [[Run srsENB]]<br /> * [[Konfigurasi ue.conf]]<br /> * [[Run srsUE]]<br /> <br /> ===UERANSIM untuk test 5G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi AMF &amp; UPF Open5gs]]<br /> * [[Ueransim: Install]]<br /> * [[Konfigurasi gNB.yaml Ueransim]]<br /> * [[Run gNB Ueransim]]<br /> * [[Konfigurasi UE.yaml Ueransim]]<br /> * [[Run UE Ueransim]]<br /> <br /> ===OpenAirInterface dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[OpenAirInterface: Compile]]<br /> * [[OpenAirInterface: Konfigurasi enb.conf]]<br /> * [[OpenAirInterface: Running]]<br /> <br /> ===srsRAN dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Compile]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf USRP B200]]<br /> * [[Run srsENB]]<br /> <br /> <br /> ==Hasil Testing==<br /> *[[srsRAN untuk test 4G]]<br /> *[[UERANSIM untuk test 5G]]<br /> *[[OpenAirInterface &amp; srsRAN menggunakan USRP Ettus B200 (4G)]]<br /> <br /> ==Pranala Menarik==<br /> <br /> * [[5G: List HP / Smartphone untuk 3.5GHz]]<br /> * [[5G: Connecting 5G BTS Antenna]]<br /> * [[5G: Ettus B210 Compatible]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=UERANSIM_untuk_test_5G&diff=66884 UERANSIM untuk test 5G 2022-11-16T05:12:40Z <p>Yopi Sopiyana: </p> <hr /> <div>1. EPC<br /> [[File:UERANSIM-EPC.png|600px|thumb|center|EPC Open5gs]]<br /> 10/11 08:26:13.962: [sbi] WARNING: Try to discover [nudm-sdm] (../lib/sbi/path.c:114) 10/11 08:26:13.962: [sbi] WARNING:<br /> andler.c:735)<br /> [3bb53418-491c-41ed-alc9-2d8fcc500ce7] (NF-discover) NF has already b<br /> 10/11 08:26:13.963: [sbi] WARNING: NF EndPoint updated [127.0.0.12:80] (../lib/sbi/context.c:1572) 10/11 08:26:13.963: [sbi] WARNING: NF EndPoint updated [127.0.0.12:7777] (../lib/sbi/context.c:1481) 10/11 08:26:13.963: [sbi] <br /> INFO: [3bb53418-491c-41ed-a1c9-2d8fcc500ce7] (NF-discover) NF Profile updated 58)<br /> 10/11 08:26:13.966: [sbi] WARNING: Try to discover [npcf-am-policy-control]<br /> 10/11 08:26:13.967: [sbi] INFO:<br /> 10/11 08:26:13.967: [sbi] INFO:<br /> X<br /> [36555d2c-491c-41ed-b4e6-0d46ce2f77d4] [36555d2c-491c-41ed-b4e6-0d46ce2f77d4]<br /> (../lib/sbi/path.c:114) (NF-discover) NF registered (../1 (NF-discover) NF Profile updated<br /> 58)<br /> 10/11 08:26:14.176: [gmm] INFO: [imsi-510330000012345] Registration complete (../src/amf/gmm-sm.c:1124) 10/11 08:26:14.176: [amf] INFO: [imsi-510330000012345] Configuration update command (../src/amf/nas-path 10/11 08:26:14.177: <br /> [gmm] INFO: UTC [2022-10-11T08:26:14] Timezone [0]/DST [0] (../src/amf/gmm-build.c 10/11 08:26:14.177: [gmm] INFO: LOCAL [2022-10-11T08:26:14] Timezone [0] /DST [0] (../src/amf/gmm-build 10/11 08:26:14.177: [amf] INFO: [Added] <br /> Number of AMF-Sessions is now 1 (../src/amf/context.c:2239) 10/11 08:26:14.177: [gmm] INFO: UE SUPI [imsi-510330000012345] DNN [internet] S_NSSAI[SST:1 SD:0xffffff] ( 2)<br /> (../lib/sbi/path.c:114)<br /> (NF-discover) NF registered (../1 (NF-discover) NF Profile updated<br /> 10/11 08:26:14.178: [sbi] WARNING: Try to discover [nnssf-nsselection] 10/11 08:26:14.179: [sbi] INFO: [3ae3fc68-491c-41ed-bef0-6b660371ec58] 10/11 08:26:14.179: [sbi] INFO:<br /> [3ae3fc68-491c-41ed-bef0-6b660371ec58]<br /> 58)<br /> 10/11 08:26:14.181: [amf] WARNING: Try to discover [nsmf-pdusession] (../src/amf/sbi-path.c:339) 10/11 08:26:14.182: [sbi] INFO: [366fda3a-491c-41ed-88d8-c3a3950698ee] (NF-discover) NF registered (../1 10/11 08:26:14.182: [sbi] <br /> INFO: [366fda3a-491c-41ed-88d8-c3a3950698ee] (NF-discover) NF Profile updated<br /> 58)<br /> <br /> <br /> 2. ENB<br /> [[File:UERANSIM-ENB.png|600px|thumb|center|UERANSIM ENB]]<br /> [2022-10-11 08:17:30.210] [sctp] [info] Trying to establish SCTP connection... (192.168.100.238:38412) [2022-10-11 08:17:30.215] [sctp] [info] SCTP connection established (192.168.100.238:38412) [2022-10-11 08:17:30.216] [sctp] <br /> [debug] SCTP association setup ascId[6] [2022-10-11 08:17:30.216] [ngap] [debug] Sending NG Setup Request [2022-10-11 08:17:30.233] [ngap] [debug] NG Setup Response received [2022-10-11 08:17:30.233] [ngap] [info] NG Setup <br /> procedure is successful ^Croot@ueransim: /usr/local/src/UERANSIM root@ueransim: /usr/local/src/UERANSIM# cd build/ root@ueransim: /usr/local/src/UERANSIM/build# ls libdevbnd.so nr-gnb nr-ue<br /> nr-cli<br /> root@ueransim: /usr/local/src/UERANSIM/build# cd ../config/ root@ueransim: /usr/local/src/UERANSIM/config# ls custom-gnb.yaml<br /> root@ueransim: /usr/local/src/UERANSIM/config# cd .. root@ueransim:/usr/local/src/UERANSIM# ./build/nr-gnb -c config/open5gs-gnb.yaml<br /> nr-binder<br /> custom-ue.yaml<br /> free5gc-gnb.yaml free5gc-ue.yaml open5gs-gnb.yaml open5gs-ue.yaml<br /> UERANSIM v3.2.6<br /> [2022-10-11 08:19:37.195] [sctp] [info] Trying to establish SCTP connection... (192.168.100.238:38412) [2022-10-11 08:19:37.199] [sctp] [info] SCTP connection established (192.168.100.238:38412) [2022-10-11 08:19:37.199] [sctp] <br /> [debug] SCTP association setup ascId[7]<br /> [2022-10-11 08:19:37.200] [ngap] [debug] Sending NG Setup Request [2022-10-11 08:19:37.200] [ngap] [debug] NG Setup Response received<br /> [ngap] [info] NG Setup procedure is successful<br /> [2022-10-11 08:19:37.200] [2022-10-11 08:26:11.394] [rrc] [debug] UE [1] new signal detected [2022-10-11 08:26:13.895] [rrc] [info] RRC Setup for UE [1]<br /> [2022-10-11 08:26:13.895]<br /> [ngap]<br /> [debug] Initial NAS message received from UE [1] [2022-10-11 08:26:13.937] [ngap] [debug] Initial Context Setup Request received [2022-10-11 08:26:14.165] [ngap] [info] PDU session resource (s) setup for UE [1] count [1]<br /> <br /> <br /> <br /> 3. UE<br /> [[File:UERANSIM-UE.png|600px|thumb|center|UERANSIM UE]]<br /> [2022-10-11 08:26:13.894] [rrc] [info] Selected cell plmn [510/33] tac[1] category [SUITABLE] [2022-10-11 08:26:13.894] [nas] [info] UE switches to state [MM-DEREGISTERED/PS]<br /> [2022-10-11 08:26:13.894] [nas] [info] UE switches to state [MM-DEREGISTERED/NORMAL-SERVICE] [2022-10-11 08:26:13.894] [nas] [debug] Initial registration required due to [MM-DEREG-NORMAL-SERVICE] [2022-10-11 08:26:13.894] [nas] <br /> [debug] UAC access attempt is allowed for identity[0], category [MO_sig] [2022-10-11 08:26:13.894] [nas] [debug] Sending Initial Registration<br /> [debug] Sending RRC Setup Request<br /> [2022-10-11 08:26:13.894] [rrc] [2022-10-11 08:26:13.894] [nas] [info] UE switches to state [MM-REGISTER-INITIATED] [2022-10-11 08:26:13.895] [rrc] [info] RRC connection established [2022-10-11 08:26:13.895] [rrc] [info] UE <br /> switches to state [RRC-CONNECTED] [2022-10-11 08:26:13.895] [nas] [info] UE switches to state [CM-CONNECTED] [2022-10-11 08:26:13.907] [nas] [debug] Authentication Request received [2022-10-11 08:26:13.907] [nas] [debug] Sending <br /> Authentication Failure due to SON out of range [2022-10-11 08:26:13.912] [nas] [debug] Authentication Request received<br /> [debug] Security Mode Command received [debug] Selected integrity [2] ciphering [0] [debug] Registration accept received<br /> [2022-10-11 08:26:13.916] [nas] [2022-10-11 08:26:13.916] [nas] [2022-10-11 08:26:13.938] [nas] [2022-10-11 08:26:13.938] [nas] [2022-10-11 08:26:13.938] [nas] [2022-10-11 08:26:13.938] [nas] [2022-10-11 08:26:13.938] [nas] [2022- <br /> 10-11 08:26:13.938] [nas] [2022-10-11 08:26:14.142] [nas] [2022-10-11 08:26:14.165] [nas] [2022-10-11 08:26:14.165] [nas] [info] PDU Session establishment is successful PSI [1] [2022-10-11 08:26:14.185] [app] [info] Connection <br /> setup for PDU session [1] is successful, TUN interface [<br /> [info] UE switches to state [MM-REGISTERED/NORMAL-SERVICE] [debug] Sending Registration Complete [info] Initial Registration is successful [debug] Sending PDU Session Establishment Request<br /> [debug] UAC access attempt is allowed for identity[0], category [MO_sig] [debug] Configuration Update Command received<br /> [debug] PDU Session Establishment Accept received<br /> 10.45.0.2] is up.<br /> <br /> <br /> <br /> 4. Ping Test<br /> [[File:UERANSIM-Ping.png|600px|thumb|center|UERANSIM Ping]]<br /> root@srsran:/usr/local/src/srsRAN/srsue# ping google.com<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=40 ttl=102 time=15.2 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=41 ttl=102 time=15.2 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=42 ttl=102 time=15.6 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=43 ttl=102 time=15.4 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=44 ttl=102 time=15.4 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=45 ttl=102 time=15.2 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=46 ttl=102 time=15.7 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=47 ttl=102 time=15.4 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=48 ttl=102 time=15.5 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=49 ttl=102 time=15.4 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=50 ttl=102 time=15.2 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=51 ttl=102 time=15.2 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=52 ttl=102 time=15.8 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=53 ttl=102 time=15.5 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=54 ttl=102 time=15.5 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=55 ttl=102 time=15.1 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=56 ttl=102 time=15.8 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=57 ttl=102 time=15.4 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=58 ttl=102 time=15.2 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=59 ttl=102 time=15.2 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=60 ttl=102 time=15.4 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=61 ttl=102 time=15.2 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=62 ttl=102 time=15.4 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=63 ttl=102 time=15.4 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=64 ttl=102 time=15.2 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=65 ttl=102 time=16.1 ms<br /> 64 bytes from sa-in-f101.1e100.net (74.125.200.101): icmp_seq=66 ttl=102 time=15.0 ms</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=UERANSIM_untuk_test_5G&diff=66882 UERANSIM untuk test 5G 2022-11-16T05:09:55Z <p>Yopi Sopiyana: </p> <hr /> <div>1. EPC<br /> [[File:UERANSIM-EPC.png|600px|thumb|center|EPC Open5gs]]<br /> 10/11 08:26:13.962: [sbi] WARNING: Try to discover [nudm-sdm] (../lib/sbi/path.c:114) 10/11 08:26:13.962: [sbi] WARNING:<br /> andler.c:735)<br /> [3bb53418-491c-41ed-alc9-2d8fcc500ce7] (NF-discover) NF has already b<br /> 10/11 08:26:13.963: [sbi] WARNING: NF EndPoint updated [127.0.0.12:80] (../lib/sbi/context.c:1572) 10/11 08:26:13.963: [sbi] WARNING: NF EndPoint updated [127.0.0.12:7777] (../lib/sbi/context.c:1481) 10/11 08:26:13.963: [sbi] INFO: [3bb53418-491c-41ed-a1c9-2d8fcc500ce7] (NF-discover) NF Profile updated 58)<br /> 10/11 08:26:13.966: [sbi] WARNING: Try to discover [npcf-am-policy-control]<br /> 10/11 08:26:13.967: [sbi] INFO:<br /> 10/11 08:26:13.967: [sbi] INFO:<br /> X<br /> [36555d2c-491c-41ed-b4e6-0d46ce2f77d4] [36555d2c-491c-41ed-b4e6-0d46ce2f77d4]<br /> (../lib/sbi/path.c:114) (NF-discover) NF registered (../1 (NF-discover) NF Profile updated<br /> 58)<br /> 10/11 08:26:14.176: [gmm] INFO: [imsi-510330000012345] Registration complete (../src/amf/gmm-sm.c:1124) 10/11 08:26:14.176: [amf] INFO: [imsi-510330000012345] Configuration update command (../src/amf/nas-path 10/11 08:26:14.177: [gmm] INFO: UTC [2022-10-11T08:26:14] Timezone [0]/DST [0] (../src/amf/gmm-build.c 10/11 08:26:14.177: [gmm] INFO: LOCAL [2022-10-11T08:26:14] Timezone [0] /DST [0] (../src/amf/gmm-build 10/11 08:26:14.177: [amf] INFO: [Added] Number of AMF-Sessions is now 1 (../src/amf/context.c:2239) 10/11 08:26:14.177: [gmm] INFO: UE SUPI [imsi-510330000012345] DNN [internet] S_NSSAI[SST:1 SD:0xffffff] ( 2)<br /> (../lib/sbi/path.c:114)<br /> (NF-discover) NF registered (../1 (NF-discover) NF Profile updated<br /> 10/11 08:26:14.178: [sbi] WARNING: Try to discover [nnssf-nsselection] 10/11 08:26:14.179: [sbi] INFO: [3ae3fc68-491c-41ed-bef0-6b660371ec58] 10/11 08:26:14.179: [sbi] INFO:<br /> [3ae3fc68-491c-41ed-bef0-6b660371ec58]<br /> 58)<br /> 10/11 08:26:14.181: [amf] WARNING: Try to discover [nsmf-pdusession] (../src/amf/sbi-path.c:339) 10/11 08:26:14.182: [sbi] INFO: [366fda3a-491c-41ed-88d8-c3a3950698ee] (NF-discover) NF registered (../1 10/11 08:26:14.182: [sbi] INFO: [366fda3a-491c-41ed-88d8-c3a3950698ee] (NF-discover) NF Profile updated<br /> 58)<br /> <br /> <br /> 2. ENB<br /> [[File:UERANSIM-ENB.png|600px|thumb|center|UERANSIM ENB]]<br /> [2022-10-11 08:17:30.210] [sctp] [info] Trying to establish SCTP connection... (192.168.100.238:38412) [2022-10-11 08:17:30.215] [sctp] [info] SCTP connection established (192.168.100.238:38412) [2022-10-11 08:17:30.216] [sctp] [debug] SCTP association setup ascId[6] [2022-10-11 08:17:30.216] [ngap] [debug] Sending NG Setup Request [2022-10-11 08:17:30.233] [ngap] [debug] NG Setup Response received [2022-10-11 08:17:30.233] [ngap] [info] NG Setup procedure is successful ^Croot@ueransim: /usr/local/src/UERANSIM root@ueransim: /usr/local/src/UERANSIM# cd build/ root@ueransim: /usr/local/src/UERANSIM/build# ls libdevbnd.so nr-gnb nr-ue<br /> nr-cli<br /> root@ueransim: /usr/local/src/UERANSIM/build# cd ../config/ root@ueransim: /usr/local/src/UERANSIM/config# ls custom-gnb.yaml<br /> root@ueransim: /usr/local/src/UERANSIM/config# cd .. root@ueransim:/usr/local/src/UERANSIM# ./build/nr-gnb -c config/open5gs-gnb.yaml<br /> nr-binder<br /> custom-ue.yaml<br /> free5gc-gnb.yaml free5gc-ue.yaml open5gs-gnb.yaml open5gs-ue.yaml<br /> UERANSIM v3.2.6<br /> [2022-10-11 08:19:37.195] [sctp] [info] Trying to establish SCTP connection... (192.168.100.238:38412) [2022-10-11 08:19:37.199] [sctp] [info] SCTP connection established (192.168.100.238:38412) [2022-10-11 08:19:37.199] [sctp] [debug] SCTP association setup ascId[7]<br /> [2022-10-11 08:19:37.200] [ngap] [debug] Sending NG Setup Request [2022-10-11 08:19:37.200] [ngap] [debug] NG Setup Response received<br /> [ngap] [info] NG Setup procedure is successful<br /> [2022-10-11 08:19:37.200] [2022-10-11 08:26:11.394] [rrc] [debug] UE [1] new signal detected [2022-10-11 08:26:13.895] [rrc] [info] RRC Setup for UE [1]<br /> [2022-10-11 08:26:13.895]<br /> [ngap]<br /> [debug] Initial NAS message received from UE [1] [2022-10-11 08:26:13.937] [ngap] [debug] Initial Context Setup Request received [2022-10-11 08:26:14.165] [ngap] [info] PDU session resource (s) setup for UE [1] count [1]<br /> <br /> <br /> <br /> 3. UE<br /> [[File:UERANSIM-UE.png|600px|thumb|center|UERANSIM UE]]<br /> [2022-10-11 08:26:13.894] [rrc] [info] Selected cell plmn [510/33] tac[1] category [SUITABLE] [2022-10-11 08:26:13.894] [nas] [info] UE switches to state [MM-DEREGISTERED/PS]<br /> [2022-10-11 08:26:13.894] [nas] [info] UE switches to state [MM-DEREGISTERED/NORMAL-SERVICE] [2022-10-11 08:26:13.894] [nas] [debug] Initial registration required due to [MM-DEREG-NORMAL-SERVICE] [2022-10-11 08:26:13.894] [nas] [debug] UAC access attempt is allowed for identity[0], category [MO_sig] [2022-10-11 08:26:13.894] [nas] [debug] Sending Initial Registration<br /> [debug] Sending RRC Setup Request<br /> [2022-10-11 08:26:13.894] [rrc] [2022-10-11 08:26:13.894] [nas] [info] UE switches to state [MM-REGISTER-INITIATED] [2022-10-11 08:26:13.895] [rrc] [info] RRC connection established [2022-10-11 08:26:13.895] [rrc] [info] UE switches to state [RRC-CONNECTED] [2022-10-11 08:26:13.895] [nas] [info] UE switches to state [CM-CONNECTED] [2022-10-11 08:26:13.907] [nas] [debug] Authentication Request received [2022-10-11 08:26:13.907] [nas] [debug] Sending Authentication Failure due to SON out of range [2022-10-11 08:26:13.912] [nas] [debug] Authentication Request received<br /> [debug] Security Mode Command received [debug] Selected integrity [2] ciphering [0] [debug] Registration accept received<br /> [2022-10-11 08:26:13.916] [nas] [2022-10-11 08:26:13.916] [nas] [2022-10-11 08:26:13.938] [nas] [2022-10-11 08:26:13.938] [nas] [2022-10-11 08:26:13.938] [nas] [2022-10-11 08:26:13.938] [nas] [2022-10-11 08:26:13.938] [nas] [2022-10-11 08:26:13.938] [nas] [2022-10-11 08:26:14.142] [nas] [2022-10-11 08:26:14.165] [nas] [2022-10-11 08:26:14.165] [nas] [info] PDU Session establishment is successful PSI [1] [2022-10-11 08:26:14.185] [app] [info] Connection setup for PDU session [1] is successful, TUN interface [<br /> [info] UE switches to state [MM-REGISTERED/NORMAL-SERVICE] [debug] Sending Registration Complete [info] Initial Registration is successful [debug] Sending PDU Session Establishment Request<br /> [debug] UAC access attempt is allowed for identity[0], category [MO_sig] [debug] Configuration Update Command received<br /> [debug] PDU Session Establishment Accept received<br /> 10.45.0.2] is up.<br /> <br /> <br /> <br /> 4. Ping Test<br /> [[File:UERANSIM-Ping.png|600px|thumb|center|UERANSIM Ping]]<br /> root@srsran:/usr/local/src/srsRAN/srsue# ping google.com<br /> 64 bytes from sa-in-fl13.1e100.net (74.125.200.113): icmp_seq=4 ttl=52 time=56.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=5 ttl=52 time=42.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=6 ttl=52 time=49.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=48.2 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=8 ttl=52 time=48.6 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=9 ttl=52 time=45.3 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=10 ttl=52 time=41.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=56.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=12 ttl=52 time=40.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=13 ttl=52 time=45.1 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=45.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=37.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=42.6 ms</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=UERANSIM_untuk_test_5G&diff=66881 UERANSIM untuk test 5G 2022-11-16T05:09:07Z <p>Yopi Sopiyana: </p> <hr /> <div>1. EPC<br /> [[File:UERANSIM-EPC.png|600px|thumb|center|EPC Open5gs]]<br /> 10/11 08:26:13.962: [sbi] WARNING: Try to discover [nudm-sdm] (../lib/sbi/path.c:114) 10/11 08:26:13.962: [sbi] WARNING:<br /> andler.c:735)<br /> [3bb53418-491c-41ed-alc9-2d8fcc500ce7] (NF-discover) NF has already b<br /> 10/11 08:26:13.963: [sbi] WARNING: NF EndPoint updated [127.0.0.12:80] (../lib/sbi/context.c:1572) 10/11 08:26:13.963: [sbi] WARNING: NF EndPoint updated [127.0.0.12:7777] (../lib/sbi/context.c:1481) 10/11 08:26:13.963: [sbi] INFO: [3bb53418-491c-41ed-a1c9-2d8fcc500ce7] (NF-discover) NF Profile updated 58)<br /> 10/11 08:26:13.966: [sbi] WARNING: Try to discover [npcf-am-policy-control]<br /> 10/11 08:26:13.967: [sbi] INFO:<br /> 10/11 08:26:13.967: [sbi] INFO:<br /> X<br /> [36555d2c-491c-41ed-b4e6-0d46ce2f77d4] [36555d2c-491c-41ed-b4e6-0d46ce2f77d4]<br /> (../lib/sbi/path.c:114) (NF-discover) NF registered (../1 (NF-discover) NF Profile updated<br /> 58)<br /> 10/11 08:26:14.176: [gmm] INFO: [imsi-510330000012345] Registration complete (../src/amf/gmm-sm.c:1124) 10/11 08:26:14.176: [amf] INFO: [imsi-510330000012345] Configuration update command (../src/amf/nas-path 10/11 08:26:14.177: [gmm] INFO: UTC [2022-10-11T08:26:14] Timezone [0]/DST [0] (../src/amf/gmm-build.c 10/11 08:26:14.177: [gmm] INFO: LOCAL [2022-10-11T08:26:14] Timezone [0] /DST [0] (../src/amf/gmm-build 10/11 08:26:14.177: [amf] INFO: [Added] Number of AMF-Sessions is now 1 (../src/amf/context.c:2239) 10/11 08:26:14.177: [gmm] INFO: UE SUPI [imsi-510330000012345] DNN [internet] S_NSSAI[SST:1 SD:0xffffff] ( 2)<br /> (../lib/sbi/path.c:114)<br /> (NF-discover) NF registered (../1 (NF-discover) NF Profile updated<br /> 10/11 08:26:14.178: [sbi] WARNING: Try to discover [nnssf-nsselection] 10/11 08:26:14.179: [sbi] INFO: [3ae3fc68-491c-41ed-bef0-6b660371ec58] 10/11 08:26:14.179: [sbi] INFO:<br /> [3ae3fc68-491c-41ed-bef0-6b660371ec58]<br /> 58)<br /> 10/11 08:26:14.181: [amf] WARNING: Try to discover [nsmf-pdusession] (../src/amf/sbi-path.c:339) 10/11 08:26:14.182: [sbi] INFO: [366fda3a-491c-41ed-88d8-c3a3950698ee] (NF-discover) NF registered (../1 10/11 08:26:14.182: [sbi] INFO: [366fda3a-491c-41ed-88d8-c3a3950698ee] (NF-discover) NF Profile updated<br /> 58)<br /> <br /> <br /> 2. ENB<br /> [[File:UERANSIM-ENB.png|600px|thumb|center|UERANSIM ENB]]<br /> [2022-10-11 08:17:30.210] [sctp] [info] Trying to establish SCTP connection... (192.168.100.238:38412) [2022-10-11 08:17:30.215] [sctp] [info] SCTP connection established (192.168.100.238:38412) [2022-10-11 08:17:30.216] [sctp] [debug] SCTP association setup ascId[6] [2022-10-11 08:17:30.216] [ngap] [debug] Sending NG Setup Request [2022-10-11 08:17:30.233] [ngap] [debug] NG Setup Response received [2022-10-11 08:17:30.233] [ngap] [info] NG Setup procedure is successful ^Croot@ueransim: /usr/local/src/UERANSIM root@ueransim: /usr/local/src/UERANSIM# cd build/ root@ueransim: /usr/local/src/UERANSIM/build# ls libdevbnd.so nr-gnb nr-ue<br /> nr-cli<br /> root@ueransim: /usr/local/src/UERANSIM/build# cd ../config/ root@ueransim: /usr/local/src/UERANSIM/config# ls custom-gnb.yaml<br /> root@ueransim: /usr/local/src/UERANSIM/config# cd .. root@ueransim:/usr/local/src/UERANSIM# ./build/nr-gnb -c config/open5gs-gnb.yaml<br /> nr-binder<br /> custom-ue.yaml<br /> free5gc-gnb.yaml free5gc-ue.yaml open5gs-gnb.yaml open5gs-ue.yaml<br /> UERANSIM v3.2.6<br /> [2022-10-11 08:19:37.195] [sctp] [info] Trying to establish SCTP connection... (192.168.100.238:38412) [2022-10-11 08:19:37.199] [sctp] [info] SCTP connection established (192.168.100.238:38412) [2022-10-11 08:19:37.199] [sctp] [debug] SCTP association setup ascId[7]<br /> [2022-10-11 08:19:37.200] [ngap] [debug] Sending NG Setup Request [2022-10-11 08:19:37.200] [ngap] [debug] NG Setup Response received<br /> [ngap] [info] NG Setup procedure is successful<br /> [2022-10-11 08:19:37.200] [2022-10-11 08:26:11.394] [rrc] [debug] UE [1] new signal detected [2022-10-11 08:26:13.895] [rrc] [info] RRC Setup for UE [1]<br /> [2022-10-11 08:26:13.895]<br /> [ngap]<br /> [debug] Initial NAS message received from UE [1] [2022-10-11 08:26:13.937] [ngap] [debug] Initial Context Setup Request received [2022-10-11 08:26:14.165] [ngap] [info] PDU session resource (s) setup for UE [1] count [1]<br /> <br /> <br /> <br /> 3. UE<br /> [[File:UERANSIM-UE.png|600px|thumb|center|UERANSIM UE]]<br /> <br /> <br /> <br /> 4. Ping Test<br /> [[File:UERANSIM-Ping.png|600px|thumb|center|UERANSIM Ping]]<br /> root@srsran:/usr/local/src/srsRAN/srsue# ping google.com<br /> 64 bytes from sa-in-fl13.1e100.net (74.125.200.113): icmp_seq=4 ttl=52 time=56.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=5 ttl=52 time=42.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=6 ttl=52 time=49.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=48.2 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=8 ttl=52 time=48.6 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=9 ttl=52 time=45.3 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=10 ttl=52 time=41.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=56.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=12 ttl=52 time=40.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=13 ttl=52 time=45.1 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=45.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=37.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=42.6 ms</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=UERANSIM_untuk_test_5G&diff=66880 UERANSIM untuk test 5G 2022-11-16T05:08:11Z <p>Yopi Sopiyana: </p> <hr /> <div>1. EPC<br /> [[File:UERANSIM-EPC.png|600px|thumb|center|EPC Open5gs]]<br /> <br /> <br /> <br /> 2. ENB<br /> [[File:UERANSIM-ENB.png|600px|thumb|center|UERANSIM ENB]]<br /> [2022-10-11 08:17:30.210] [sctp] [info] Trying to establish SCTP connection... (192.168.100.238:38412) [2022-10-11 08:17:30.215] [sctp] [info] SCTP connection established (192.168.100.238:38412) [2022-10-11 08:17:30.216] [sctp] [debug] SCTP association setup ascId[6] [2022-10-11 08:17:30.216] [ngap] [debug] Sending NG Setup Request [2022-10-11 08:17:30.233] [ngap] [debug] NG Setup Response received [2022-10-11 08:17:30.233] [ngap] [info] NG Setup procedure is successful ^Croot@ueransim: /usr/local/src/UERANSIM root@ueransim: /usr/local/src/UERANSIM# cd build/ root@ueransim: /usr/local/src/UERANSIM/build# ls libdevbnd.so nr-gnb nr-ue<br /> nr-cli<br /> root@ueransim: /usr/local/src/UERANSIM/build# cd ../config/ root@ueransim: /usr/local/src/UERANSIM/config# ls custom-gnb.yaml<br /> root@ueransim: /usr/local/src/UERANSIM/config# cd .. root@ueransim:/usr/local/src/UERANSIM# ./build/nr-gnb -c config/open5gs-gnb.yaml<br /> nr-binder<br /> custom-ue.yaml<br /> free5gc-gnb.yaml free5gc-ue.yaml open5gs-gnb.yaml open5gs-ue.yaml<br /> UERANSIM v3.2.6<br /> [2022-10-11 08:19:37.195] [sctp] [info] Trying to establish SCTP connection... (192.168.100.238:38412) [2022-10-11 08:19:37.199] [sctp] [info] SCTP connection established (192.168.100.238:38412) [2022-10-11 08:19:37.199] [sctp] [debug] SCTP association setup ascId[7]<br /> [2022-10-11 08:19:37.200] [ngap] [debug] Sending NG Setup Request [2022-10-11 08:19:37.200] [ngap] [debug] NG Setup Response received<br /> [ngap] [info] NG Setup procedure is successful<br /> [2022-10-11 08:19:37.200] [2022-10-11 08:26:11.394] [rrc] [debug] UE [1] new signal detected [2022-10-11 08:26:13.895] [rrc] [info] RRC Setup for UE [1]<br /> [2022-10-11 08:26:13.895]<br /> [ngap]<br /> [debug] Initial NAS message received from UE [1] [2022-10-11 08:26:13.937] [ngap] [debug] Initial Context Setup Request received [2022-10-11 08:26:14.165] [ngap] [info] PDU session resource (s) setup for UE [1] count [1]<br /> <br /> <br /> <br /> 3. UE<br /> [[File:UERANSIM-UE.png|600px|thumb|center|UERANSIM UE]]<br /> <br /> <br /> <br /> 4. Ping Test<br /> [[File:UERANSIM-Ping.png|600px|thumb|center|UERANSIM Ping]]<br /> root@srsran:/usr/local/src/srsRAN/srsue# ping google.com<br /> 64 bytes from sa-in-fl13.1e100.net (74.125.200.113): icmp_seq=4 ttl=52 time=56.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=5 ttl=52 time=42.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=6 ttl=52 time=49.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=48.2 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=8 ttl=52 time=48.6 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=9 ttl=52 time=45.3 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=10 ttl=52 time=41.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=56.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=12 ttl=52 time=40.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=13 ttl=52 time=45.1 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=45.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=37.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=42.6 ms</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=UERANSIM_untuk_test_5G&diff=66878 UERANSIM untuk test 5G 2022-11-16T05:06:15Z <p>Yopi Sopiyana: </p> <hr /> <div>1. EPC<br /> [[File:UERANSIM-EPC.png|600px|thumb|center|EPC Open5gs]]<br /> <br /> <br /> <br /> 2. ENB<br /> [[File:UERANSIM-ENB.png|600px|thumb|center|UERANSIM ENB]]<br /> <br /> <br /> <br /> 3. UE<br /> [[File:UERANSIM-UE.png|600px|thumb|center|UERANSIM UE]]<br /> <br /> <br /> <br /> 4. Ping Test<br /> [[File:UERANSIM-Ping.png|600px|thumb|center|UERANSIM Ping]]<br /> root@srsran:/usr/local/src/srsRAN/srsue# ping google.com<br /> 64 bytes from sa-in-fl13.1e100.net (74.125.200.113): icmp_seq=4 ttl=52 time=56.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=5 ttl=52 time=42.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=6 ttl=52 time=49.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=48.2 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=8 ttl=52 time=48.6 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=9 ttl=52 time=45.3 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=10 ttl=52 time=41.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=56.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=12 ttl=52 time=40.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=13 ttl=52 time=45.1 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=45.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=37.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=42.6 ms</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=SrsRAN_untuk_test_4G&diff=66877 SrsRAN untuk test 4G 2022-11-16T05:03:47Z <p>Yopi Sopiyana: </p> <hr /> <div>1. EPC<br /> [[File:SrsRAN-EPC.png|600px|thumb|center|EPC Open5gs]]<br /> 10/12 04:13:52.284: [mme] INFO:<br /> ENB_UE_S1AP_ID [2] MME_UE_S1AP_ID [35] TAC [1] CellID [0x17b01] (../src/mme/slap-handler.c:363)<br /> ENB_UE_S1AP_ID[2] MME_UE_S1AP_ID[35] (../src/mme/slap-handler.c:1454)<br /> 10/12 04:13:52.284: [emm] INFO: [510330000012344] Detach request (../src/mme/emm-sm.c:523) 10/12 04:13:52.288: [mme] INFO: [Removed] Number of MME-Sessions is now 0 (../src/mme/mme-context.c:3558) 10/12 04:13:52.289: [mme] INFO: <br /> UE Context Release [Action:2] (../src/mme/slap-handler.c:1453) 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 <br /> 04:14:24.076: [mme] INFO: eNB-S1 accepted [192.168.100.238]: 33804 in sl_path module (../src/mme/slap-sctp.c:114) 10/12 04:14:24.076: [mme] INFO: eNB-51 accepted [192.168.100.238] in master_sm module (../src/mme/mme-sm.c:106) <br /> 10/12 04:14:24.076: [mme] INFO: [Added] Number of eNBs is now 1 (../src/mme/mme-context.c:1841) 10/12 04:14:24.077: [mme] INFO: eNB-S1 [192.168.100.238] max_num_of_ostreams : 30 (../src/mme/mme-sm.c:148) 10/12 04:14:25.924: [mme] <br /> INFO: InitialUEMessage (../src/mme/slap-handler.c:223) 10/12 04:14:25.924: [mme] INFO: [Added] Number of eNB-UEs is now 1 (../src/mme/mme-context.c:3537) 10/12 04:14:25.924: [mme] INFO: S_TMSI [G:2,C:1,M_TMSI: 0xef00798b] IMSI: <br /> [510330000012344] (../src/mme/slap-handler .c:287)<br /> ENB_UE_S1AP_ID[1] MME_UE_S1AP_ID[36] TAC [1] CellID [0x17b01] (../src/mme/slap-hand<br /> 10/12 04:14:25.924: [mme] INFO: ler.c:363)<br /> [510330000012344] Attach request (../src/mme/emm-sm.c:203)<br /> 10/12 04:14:25.924: [emm] INFO: 10/12 04:14:25.924: [mm] INFO: 04)<br /> GUTI [G:2,C:1,M_TMSI: 0xef00798b] IMSI [510330000012344] (../src/mme/emm-handler.c:2<br /> 10/12 04:14:25.924: [mme] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO:<br /> IMSI [510330000012344] (../src/mme/slap-handler.c:1457) [Removed] Number of eNB-UEs is now 0 (../src/mme/mme-context.c:3544) eNB-S1 [192.168.100.238] connection refused!!! (../src/mme/mme-sm.c:164) [Removed] Number of eNBs is now <br /> 0 (../src/mme/mme-context.c:1875)<br /> [Added] Number of MME-Sessions is now 1 (../src/mme/mme-context.c:3551) [510330000012344] Attach complete (../src/mme/emm-sm.c:1039)<br /> IMSI [510330000012344] (../src/mme/emm-handler.c:242)<br /> UTC [2022-10-12T04:14:26] Timezone [0]/DST[0] (../src/mme/emm-handler.c:248) LOCAL [2022-10-12T04:14:26] Timezone [0]/DST [0] (../src/mme/emm-handler.c:252)<br /> <br /> <br /> 2. ENB<br /> [[File:SrsRAN-ENB.png|600px|thumb|center|srsRAN ENB]]<br /> CStopping .. Couldn't stop after 5s. Forcing exit. Killed root@srsran:/usr/local/src/srsRAN/srsenb# ../build/srsenb/src/srsenb enb.conf Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins: --- Software Radio Systems LTE <br /> eNodeB ---<br /> Reading configuration file enb.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening i channels in RF device=zmq with args=fail on disconnect=true, tx port=tcp://*:2000, rx port=tcp://localhost:20 01, id=enb, base_srate=23.046 Supported RF device list: zmg file CHx base_srate=23.046 CHx id=enb Current <br /> sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2001 CH0 từ port=tcp://*:2000 CHO fail_on_disconnect=true<br /> ==== eNodeB started === Type &lt;t&gt; to view trace Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Setting frequency: <br /> DL=1845.0 Mhz, UL=1750.0 MHz for cc_idx=0 nof_prb=50 RACH: tti=341, cc=0, pci-i, preamble=20, offset=0, temp_crnti=0x46 User Ox46 connected<br /> <br /> <br /> 3. UE<br /> [[File:SrsRAN-UE.png|600px|thumb|center|srsRAN UE]]<br /> root@srsran:/usr/local/src/srsRAN/srsue# ../build/srsue/src/srsue ue.conf<br /> Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins:<br /> Reading configuration file ue.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening 1 channels in RF device=zmq with args=tx_port=tcp://*:2001, rx_port=tcp://localhost:2000,id=ue, base_srate=23.0 4e6<br /> Supported RF device list: zmq file<br /> CHx base srate=23.04e6<br /> CHx id=ue<br /> Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2000<br /> CHO tx_port=tcp://*:2001<br /> Waiting PHY to initialize... done!<br /> Attaching UE...<br /> Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation)<br /> Found Cell: Mode=FDD, PCI-1, PRB=50, Ports=1, CP=Normal, CFO=-0.2 KHz Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) <br /> Found PLMN: Id=51033, TAC=1<br /> Random Access Transmission: seq=20, tti=341, ra-rnti=0x2<br /> RRC Connected<br /> Random Access Complete.<br /> Network attach successful. IP: 10.45.0.8<br /> nTp) 12/10/2022 4:14:26 TZ:0<br /> c-rnti=0x46, ta=0<br /> <br /> <br /> 4. Ping Test<br /> [[File:SrsRAN-Ping.png|600px|thumb|center|srsRAN Ping]]<br /> root@srsran:/usr/local/src/srsRAN/srsue# ping google.com<br /> 64 bytes from sa-in-fl13.1e100.net (74.125.200.113): icmp_seq=4 ttl=52 time=56.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=5 ttl=52 time=42.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=6 ttl=52 time=49.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=48.2 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=8 ttl=52 time=48.6 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=9 ttl=52 time=45.3 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=10 ttl=52 time=41.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=56.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=12 ttl=52 time=40.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=13 ttl=52 time=45.1 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=45.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=37.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=42.6 ms</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:UERANSIM-UE.png&diff=66876 File:UERANSIM-UE.png 2022-11-16T05:02:27Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:UERANSIM-Ping.png&diff=66875 File:UERANSIM-Ping.png 2022-11-16T05:02:20Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:UERANSIM-EPC.png&diff=66874 File:UERANSIM-EPC.png 2022-11-16T05:02:12Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:UERANSIM-ENB.png&diff=66873 File:UERANSIM-ENB.png 2022-11-16T05:02:05Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:SrsRAN-UE.png&diff=66872 File:SrsRAN-UE.png 2022-11-16T05:01:59Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:SrsRAN-Ping.png&diff=66871 File:SrsRAN-Ping.png 2022-11-16T05:01:52Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:SrsRAN-EPC.png&diff=66869 File:SrsRAN-EPC.png 2022-11-16T05:01:45Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:SrsRAN-ENB.png&diff=66868 File:SrsRAN-ENB.png 2022-11-16T05:01:34Z <p>Yopi Sopiyana: </p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=SrsRAN_untuk_test_4G&diff=66867 SrsRAN untuk test 4G 2022-11-16T05:01:13Z <p>Yopi Sopiyana: </p> <hr /> <div>1. EPC<br /> [[File:SrsRAN-EPC.png|600px|thumb|center|srsRAN Simulator]]<br /> 10/12 04:13:52.284: [mme] INFO:<br /> ENB_UE_S1AP_ID [2] MME_UE_S1AP_ID [35] TAC [1] CellID [0x17b01] (../src/mme/slap-handler.c:363)<br /> ENB_UE_S1AP_ID[2] MME_UE_S1AP_ID[35] (../src/mme/slap-handler.c:1454)<br /> 10/12 04:13:52.284: [emm] INFO: [510330000012344] Detach request (../src/mme/emm-sm.c:523) 10/12 04:13:52.288: [mme] INFO: [Removed] Number of MME-Sessions is now 0 (../src/mme/mme-context.c:3558) 10/12 04:13:52.289: [mme] INFO: <br /> UE Context Release [Action:2] (../src/mme/slap-handler.c:1453) 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 <br /> 04:14:24.076: [mme] INFO: eNB-S1 accepted [192.168.100.238]: 33804 in sl_path module (../src/mme/slap-sctp.c:114) 10/12 04:14:24.076: [mme] INFO: eNB-51 accepted [192.168.100.238] in master_sm module (../src/mme/mme-sm.c:106) <br /> 10/12 04:14:24.076: [mme] INFO: [Added] Number of eNBs is now 1 (../src/mme/mme-context.c:1841) 10/12 04:14:24.077: [mme] INFO: eNB-S1 [192.168.100.238] max_num_of_ostreams : 30 (../src/mme/mme-sm.c:148) 10/12 04:14:25.924: [mme] <br /> INFO: InitialUEMessage (../src/mme/slap-handler.c:223) 10/12 04:14:25.924: [mme] INFO: [Added] Number of eNB-UEs is now 1 (../src/mme/mme-context.c:3537) 10/12 04:14:25.924: [mme] INFO: S_TMSI [G:2,C:1,M_TMSI: 0xef00798b] IMSI: <br /> [510330000012344] (../src/mme/slap-handler .c:287)<br /> ENB_UE_S1AP_ID[1] MME_UE_S1AP_ID[36] TAC [1] CellID [0x17b01] (../src/mme/slap-hand<br /> 10/12 04:14:25.924: [mme] INFO: ler.c:363)<br /> [510330000012344] Attach request (../src/mme/emm-sm.c:203)<br /> 10/12 04:14:25.924: [emm] INFO: 10/12 04:14:25.924: [mm] INFO: 04)<br /> GUTI [G:2,C:1,M_TMSI: 0xef00798b] IMSI [510330000012344] (../src/mme/emm-handler.c:2<br /> 10/12 04:14:25.924: [mme] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO:<br /> IMSI [510330000012344] (../src/mme/slap-handler.c:1457) [Removed] Number of eNB-UEs is now 0 (../src/mme/mme-context.c:3544) eNB-S1 [192.168.100.238] connection refused!!! (../src/mme/mme-sm.c:164) [Removed] Number of eNBs is now <br /> 0 (../src/mme/mme-context.c:1875)<br /> [Added] Number of MME-Sessions is now 1 (../src/mme/mme-context.c:3551) [510330000012344] Attach complete (../src/mme/emm-sm.c:1039)<br /> IMSI [510330000012344] (../src/mme/emm-handler.c:242)<br /> UTC [2022-10-12T04:14:26] Timezone [0]/DST[0] (../src/mme/emm-handler.c:248) LOCAL [2022-10-12T04:14:26] Timezone [0]/DST [0] (../src/mme/emm-handler.c:252)<br /> <br /> <br /> 2. ENB<br /> [[File:SrsRAN-ENB.png|600px|thumb|center|srsRAN Simulator]]<br /> CStopping .. Couldn't stop after 5s. Forcing exit. Killed root@srsran:/usr/local/src/srsRAN/srsenb# ../build/srsenb/src/srsenb enb.conf Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins: --- Software Radio Systems LTE <br /> eNodeB ---<br /> Reading configuration file enb.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening i channels in RF device=zmq with args=fail on disconnect=true, tx port=tcp://*:2000, rx port=tcp://localhost:20 01, id=enb, base_srate=23.046 Supported RF device list: zmg file CHx base_srate=23.046 CHx id=enb Current <br /> sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2001 CH0 từ port=tcp://*:2000 CHO fail_on_disconnect=true<br /> ==== eNodeB started === Type &lt;t&gt; to view trace Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Setting frequency: <br /> DL=1845.0 Mhz, UL=1750.0 MHz for cc_idx=0 nof_prb=50 RACH: tti=341, cc=0, pci-i, preamble=20, offset=0, temp_crnti=0x46 User Ox46 connected<br /> <br /> <br /> 3. UE<br /> [[File:SrsRAN-UE.png|600px|thumb|center|srsRAN Simulator]]<br /> root@srsran:/usr/local/src/srsRAN/srsue# ../build/srsue/src/srsue ue.conf<br /> Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins:<br /> Reading configuration file ue.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening 1 channels in RF device=zmq with args=tx_port=tcp://*:2001, rx_port=tcp://localhost:2000,id=ue, base_srate=23.0 4e6<br /> Supported RF device list: zmq file<br /> CHx base srate=23.04e6<br /> CHx id=ue<br /> Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2000<br /> CHO tx_port=tcp://*:2001<br /> Waiting PHY to initialize... done!<br /> Attaching UE...<br /> Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation)<br /> Found Cell: Mode=FDD, PCI-1, PRB=50, Ports=1, CP=Normal, CFO=-0.2 KHz Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) <br /> Found PLMN: Id=51033, TAC=1<br /> Random Access Transmission: seq=20, tti=341, ra-rnti=0x2<br /> RRC Connected<br /> Random Access Complete.<br /> Network attach successful. IP: 10.45.0.8<br /> nTp) 12/10/2022 4:14:26 TZ:0<br /> c-rnti=0x46, ta=0<br /> <br /> <br /> 4. Ping Test<br /> [[File:SrsRAN-Ping.png|600px|thumb|center|srsRAN Simulator]]<br /> root@srsran:/usr/local/src/srsRAN/srsue# ping google.com<br /> 64 bytes from sa-in-fl13.1e100.net (74.125.200.113): icmp_seq=4 ttl=52 time=56.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=5 ttl=52 time=42.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=6 ttl=52 time=49.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=48.2 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=8 ttl=52 time=48.6 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=9 ttl=52 time=45.3 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=10 ttl=52 time=41.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=56.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=12 ttl=52 time=40.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=13 ttl=52 time=45.1 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=45.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=37.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=42.6 ms</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=SrsRAN_untuk_test_4G&diff=66866 SrsRAN untuk test 4G 2022-11-16T04:52:09Z <p>Yopi Sopiyana: </p> <hr /> <div>[[File:SrsRAN Simulator.png|600px|thumb|center|srsRAN Simulator]]<br /> <br /> 1. EPC<br /> 10/12 04:13:52.284: [mme] INFO:<br /> ENB_UE_S1AP_ID [2] MME_UE_S1AP_ID [35] TAC [1] CellID [0x17b01] (../src/mme/slap-handler.c:363)<br /> ENB_UE_S1AP_ID[2] MME_UE_S1AP_ID[35] (../src/mme/slap-handler.c:1454)<br /> 10/12 04:13:52.284: [emm] INFO: [510330000012344] Detach request (../src/mme/emm-sm.c:523) 10/12 04:13:52.288: [mme] INFO: [Removed] Number of MME-Sessions is now 0 (../src/mme/mme-context.c:3558) 10/12 04:13:52.289: [mme] INFO: <br /> UE Context Release [Action:2] (../src/mme/slap-handler.c:1453) 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 <br /> 04:14:24.076: [mme] INFO: eNB-S1 accepted [192.168.100.238]: 33804 in sl_path module (../src/mme/slap-sctp.c:114) 10/12 04:14:24.076: [mme] INFO: eNB-51 accepted [192.168.100.238] in master_sm module (../src/mme/mme-sm.c:106) <br /> 10/12 04:14:24.076: [mme] INFO: [Added] Number of eNBs is now 1 (../src/mme/mme-context.c:1841) 10/12 04:14:24.077: [mme] INFO: eNB-S1 [192.168.100.238] max_num_of_ostreams : 30 (../src/mme/mme-sm.c:148) 10/12 04:14:25.924: [mme] <br /> INFO: InitialUEMessage (../src/mme/slap-handler.c:223) 10/12 04:14:25.924: [mme] INFO: [Added] Number of eNB-UEs is now 1 (../src/mme/mme-context.c:3537) 10/12 04:14:25.924: [mme] INFO: S_TMSI [G:2,C:1,M_TMSI: 0xef00798b] IMSI: <br /> [510330000012344] (../src/mme/slap-handler .c:287)<br /> ENB_UE_S1AP_ID[1] MME_UE_S1AP_ID[36] TAC [1] CellID [0x17b01] (../src/mme/slap-hand<br /> 10/12 04:14:25.924: [mme] INFO: ler.c:363)<br /> [510330000012344] Attach request (../src/mme/emm-sm.c:203)<br /> 10/12 04:14:25.924: [emm] INFO: 10/12 04:14:25.924: [mm] INFO: 04)<br /> GUTI [G:2,C:1,M_TMSI: 0xef00798b] IMSI [510330000012344] (../src/mme/emm-handler.c:2<br /> 10/12 04:14:25.924: [mme] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO:<br /> IMSI [510330000012344] (../src/mme/slap-handler.c:1457) [Removed] Number of eNB-UEs is now 0 (../src/mme/mme-context.c:3544) eNB-S1 [192.168.100.238] connection refused!!! (../src/mme/mme-sm.c:164) [Removed] Number of eNBs is now <br /> 0 (../src/mme/mme-context.c:1875)<br /> [Added] Number of MME-Sessions is now 1 (../src/mme/mme-context.c:3551) [510330000012344] Attach complete (../src/mme/emm-sm.c:1039)<br /> IMSI [510330000012344] (../src/mme/emm-handler.c:242)<br /> UTC [2022-10-12T04:14:26] Timezone [0]/DST[0] (../src/mme/emm-handler.c:248) LOCAL [2022-10-12T04:14:26] Timezone [0]/DST [0] (../src/mme/emm-handler.c:252)<br /> <br /> <br /> 2. ENB<br /> CStopping .. Couldn't stop after 5s. Forcing exit. Killed root@srsran:/usr/local/src/srsRAN/srsenb# ../build/srsenb/src/srsenb enb.conf Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins: --- Software Radio Systems LTE <br /> eNodeB ---<br /> Reading configuration file enb.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening i channels in RF device=zmq with args=fail on disconnect=true, tx port=tcp://*:2000, rx port=tcp://localhost:20 01, id=enb, base_srate=23.046 Supported RF device list: zmg file CHx base_srate=23.046 CHx id=enb Current <br /> sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2001 CH0 từ port=tcp://*:2000 CHO fail_on_disconnect=true<br /> ==== eNodeB started === Type &lt;t&gt; to view trace Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Setting frequency: <br /> DL=1845.0 Mhz, UL=1750.0 MHz for cc_idx=0 nof_prb=50 RACH: tti=341, cc=0, pci-i, preamble=20, offset=0, temp_crnti=0x46 User Ox46 connected<br /> <br /> <br /> 3. UE<br /> root@srsran:/usr/local/src/srsRAN/srsue# ../build/srsue/src/srsue ue.conf<br /> Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins:<br /> Reading configuration file ue.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening 1 channels in RF device=zmq with args=tx_port=tcp://*:2001, rx_port=tcp://localhost:2000,id=ue, base_srate=23.0 4e6<br /> Supported RF device list: zmq file<br /> CHx base srate=23.04e6<br /> CHx id=ue<br /> Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2000<br /> CHO tx_port=tcp://*:2001<br /> Waiting PHY to initialize... done!<br /> Attaching UE...<br /> Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation)<br /> Found Cell: Mode=FDD, PCI-1, PRB=50, Ports=1, CP=Normal, CFO=-0.2 KHz Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) <br /> Found PLMN: Id=51033, TAC=1<br /> Random Access Transmission: seq=20, tti=341, ra-rnti=0x2<br /> RRC Connected<br /> Random Access Complete.<br /> Network attach successful. IP: 10.45.0.8<br /> nTp) 12/10/2022 4:14:26 TZ:0<br /> c-rnti=0x46, ta=0<br /> <br /> <br /> 4. Ping Test<br /> root@srsran:/usr/local/src/srsRAN/srsue# ping google.com<br /> 64 bytes from sa-in-fl13.1e100.net (74.125.200.113): icmp_seq=4 ttl=52 time=56.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=5 ttl=52 time=42.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=6 ttl=52 time=49.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=48.2 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=8 ttl=52 time=48.6 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=9 ttl=52 time=45.3 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=10 ttl=52 time=41.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=56.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=12 ttl=52 time=40.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=13 ttl=52 time=45.1 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=45.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=37.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=42.6 ms</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=SrsRAN_untuk_test_4G&diff=66865 SrsRAN untuk test 4G 2022-11-16T04:51:30Z <p>Yopi Sopiyana: </p> <hr /> <div>[[File:SrsRAN Simulator.png|600px|thumb|center|srsRAN Simulator]]<br /> <br /> 1. EPC<br /> .c:287)<br /> 10/12 04:13:52.284: [mme] INFO:<br /> ENB_UE_S1AP_ID [2] MME_UE_S1AP_ID [35] TAC [1] CellID [0x17b01] (../src/mme/slap-handler.c:363)<br /> ENB_UE_S1AP_ID[2] MME_UE_S1AP_ID[35] (../src/mme/slap-handler.c:1454)<br /> 10/12 04:13:52.284: [emm] INFO: [510330000012344] Detach request (../src/mme/emm-sm.c:523) 10/12 04:13:52.288: [mme] INFO: [Removed] Number of MME-Sessions is now 0 (../src/mme/mme-context.c:3558) 10/12 04:13:52.289: [mme] INFO: <br /> UE Context Release [Action:2] (../src/mme/slap-handler.c:1453) 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 <br /> 04:14:24.076: [mme] INFO: eNB-S1 accepted [192.168.100.238]: 33804 in sl_path module (../src/mme/slap-sctp.c:114) 10/12 04:14:24.076: [mme] INFO: eNB-51 accepted [192.168.100.238] in master_sm module (../src/mme/mme-sm.c:106) <br /> 10/12 04:14:24.076: [mme] INFO: [Added] Number of eNBs is now 1 (../src/mme/mme-context.c:1841) 10/12 04:14:24.077: [mme] INFO: eNB-S1 [192.168.100.238] max_num_of_ostreams : 30 (../src/mme/mme-sm.c:148) 10/12 04:14:25.924: [mme] <br /> INFO: InitialUEMessage (../src/mme/slap-handler.c:223) 10/12 04:14:25.924: [mme] INFO: [Added] Number of eNB-UEs is now 1 (../src/mme/mme-context.c:3537) 10/12 04:14:25.924: [mme] INFO: S_TMSI [G:2,C:1,M_TMSI: 0xef00798b] IMSI: <br /> [510330000012344] (../src/mme/slap-handler .c:287)<br /> ENB_UE_S1AP_ID[1] MME_UE_S1AP_ID[36] TAC [1] CellID [0x17b01] (../src/mme/slap-hand<br /> 10/12 04:14:25.924: [mme] INFO: ler.c:363)<br /> [510330000012344] Attach request (../src/mme/emm-sm.c:203)<br /> 10/12 04:14:25.924: [emm] INFO: 10/12 04:14:25.924: [mm] INFO: 04)<br /> GUTI [G:2,C:1,M_TMSI: 0xef00798b] IMSI [510330000012344] (../src/mme/emm-handler.c:2<br /> 10/12 04:14:25.924: [mme] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO:<br /> IMSI [510330000012344] (../src/mme/slap-handler.c:1457) [Removed] Number of eNB-UEs is now 0 (../src/mme/mme-context.c:3544) eNB-S1 [192.168.100.238] connection refused!!! (../src/mme/mme-sm.c:164) [Removed] Number of eNBs is now <br /> 0 (../src/mme/mme-context.c:1875)<br /> [Added] Number of MME-Sessions is now 1 (../src/mme/mme-context.c:3551) [510330000012344] Attach complete (../src/mme/emm-sm.c:1039)<br /> IMSI [510330000012344] (../src/mme/emm-handler.c:242)<br /> UTC [2022-10-12T04:14:26] Timezone [0]/DST[0] (../src/mme/emm-handler.c:248) LOCAL [2022-10-12T04:14:26] Timezone [0]/DST [0] (../src/mme/emm-handler.c:252)<br /> <br /> <br /> 2. ENB<br /> CStopping .. Couldn't stop after 5s. Forcing exit. Killed root@srsran:/usr/local/src/srsRAN/srsenb# ../build/srsenb/src/srsenb enb.conf Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins: --- Software Radio Systems LTE <br /> eNodeB ---<br /> Reading configuration file enb.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening i channels in RF device=zmq with args=fail on disconnect=true, tx port=tcp://*:2000, rx port=tcp://localhost:20 01, id=enb, base_srate=23.046 Supported RF device list: zmg file CHx base_srate=23.046 CHx id=enb Current <br /> sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2001 CH0 từ port=tcp://*:2000 CHO fail_on_disconnect=true<br /> ==== eNodeB started === Type &lt;t&gt; to view trace Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Setting frequency: <br /> DL=1845.0 Mhz, UL=1750.0 MHz for cc_idx=0 nof_prb=50 RACH: tti=341, cc=0, pci-i, preamble=20, offset=0, temp_crnti=0x46 User Ox46 connected<br /> <br /> <br /> 3. UE<br /> root@srsran:/usr/local/src/srsRAN/srsue# ../build/srsue/src/srsue ue.conf<br /> Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins:<br /> Reading configuration file ue.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening 1 channels in RF device=zmq with args=tx_port=tcp://*:2001, rx_port=tcp://localhost:2000,id=ue, base_srate=23.0 4e6<br /> Supported RF device list: zmq file<br /> CHx base srate=23.04e6<br /> CHx id=ue<br /> Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2000<br /> CHO tx_port=tcp://*:2001<br /> Waiting PHY to initialize... done!<br /> Attaching UE...<br /> Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation)<br /> Found Cell: Mode=FDD, PCI-1, PRB=50, Ports=1, CP=Normal, CFO=-0.2 KHz Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) <br /> Found PLMN: Id=51033, TAC=1<br /> Random Access Transmission: seq=20, tti=341, ra-rnti=0x2<br /> RRC Connected<br /> Random Access Complete.<br /> Network attach successful. IP: 10.45.0.8<br /> nTp) 12/10/2022 4:14:26 TZ:0<br /> c-rnti=0x46, ta=0<br /> <br /> <br /> 4. Ping Test<br /> root@srsran:/usr/local/src/srsRAN/srsue# ping google.com<br /> 64 bytes from sa-in-fl13.1e100.net (74.125.200.113): icmp_seq=4 ttl=52 time=56.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=5 ttl=52 time=42.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=6 ttl=52 time=49.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=48.2 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=8 ttl=52 time=48.6 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=9 ttl=52 time=45.3 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=10 ttl=52 time=41.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=56.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=12 ttl=52 time=40.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=13 ttl=52 time=45.1 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=45.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=37.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=42.6 ms</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:UERANSIM_Simulator.png&diff=66863 File:UERANSIM Simulator.png 2022-11-16T04:50:16Z <p>Yopi Sopiyana: Yopi Sopiyana uploaded a new version of File:UERANSIM Simulator.png</p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=File:SrsRAN_Simulator.png&diff=66862 File:SrsRAN Simulator.png 2022-11-16T04:49:37Z <p>Yopi Sopiyana: Yopi Sopiyana uploaded a new version of File:SrsRAN Simulator.png</p> <hr /> <div></div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=SrsRAN_untuk_test_4G&diff=66859 SrsRAN untuk test 4G 2022-11-16T04:44:42Z <p>Yopi Sopiyana: </p> <hr /> <div>[[File:SrsRAN Simulator.png|600px|thumb|center|srsRAN Simulator]]<br /> <br /> 1. EPC<br /> .c:287)<br /> 10/12 04:13:52.284: [mme] INFO:<br /> ENB_UE_S1AP_ID [2] MME_UE_S1AP_ID [35] TAC [1] CellID [0x17b01] (../src/mme/slap-handler.c:363)<br /> ENB_UE_S1AP_ID[2] MME_UE_S1AP_ID[35] (../src/mme/slap-handler.c:1454)<br /> 10/12 04:13:52.284: [emm] INFO: [510330000012344] Detach request (../src/mme/emm-sm.c:523) 10/12 04:13:52.288: [mme] INFO: [Removed] Number of MME-Sessions is now 0 (../src/mme/mme-context.c:3558) 10/12 04:13:52.289: [mme] INFO: <br /> UE Context Release [Action:2] (../src/mme/slap-handler.c:1453) 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 <br /> 04:14:24.076: [mme] INFO: eNB-S1 accepted [192.168.100.238]: 33804 in sl_path module (../src/mme/slap-sctp.c:114) 10/12 04:14:24.076: [mme] INFO: eNB-51 accepted [192.168.100.238] in master_sm module (../src/mme/mme-sm.c:106) <br /> 10/12 04:14:24.076: [mme] INFO: [Added] Number of eNBs is now 1 (../src/mme/mme-context.c:1841) 10/12 04:14:24.077: [mme] INFO: eNB-S1 [192.168.100.238] max_num_of_ostreams : 30 (../src/mme/mme-sm.c:148) 10/12 04:14:25.924: [mme] <br /> INFO: InitialUEMessage (../src/mme/slap-handler.c:223) 10/12 04:14:25.924: [mme] INFO: [Added] Number of eNB-UEs is now 1 (../src/mme/mme-context.c:3537) 10/12 04:14:25.924: [mme] INFO: S_TMSI [G:2,C:1,M_TMSI: 0xef00798b] IMSI: <br /> [510330000012344] (../src/mme/slap-handler .c:287)<br /> ENB_UE_S1AP_ID[1] MME_UE_S1AP_ID[36] TAC [1] CellID [0x17b01] (../src/mme/slap-hand<br /> 10/12 04:14:25.924: [mme] INFO: ler.c:363)<br /> [510330000012344] Attach request (../src/mme/emm-sm.c:203)<br /> 10/12 04:14:25.924: [emm] INFO: 10/12 04:14:25.924: [mm] INFO: 04)<br /> GUTI [G:2,C:1,M_TMSI: 0xef00798b] IMSI [510330000012344] (../src/mme/emm-handler.c:2<br /> 10/12 04:14:25.924: [mme] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO:<br /> IMSI [510330000012344] (../src/mme/slap-handler.c:1457) [Removed] Number of eNB-UEs is now 0 (../src/mme/mme-context.c:3544) eNB-S1 [192.168.100.238] connection refused!!! (../src/mme/mme-sm.c:164) [Removed] Number of eNBs is now <br /> 0 (../src/mme/mme-context.c:1875)<br /> [Added] Number of MME-Sessions is now 1 (../src/mme/mme-context.c:3551) [510330000012344] Attach complete (../src/mme/emm-sm.c:1039)<br /> IMSI [510330000012344] (../src/mme/emm-handler.c:242)<br /> UTC [2022-10-12T04:14:26] Timezone [0]/DST[0] (../src/mme/emm-handler.c:248) LOCAL [2022-10-12T04:14:26] Timezone [0]/DST [0] (../src/mme/emm-handler.c:252)<br /> <br /> <br /> 2. ENB<br /> CStopping .. Couldn't stop after 5s. Forcing exit. Killed root@srsran:/usr/local/src/srsRAN/srsenb# ../build/srsenb/src/srsenb enb.conf Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins: --- Software Radio Systems LTE <br /> eNodeB ---<br /> Reading configuration file enb.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening i channels in RF device=zmq with args=fail on disconnect=true, tx port=tcp://*:2000, rx port=tcp://localhost:20 01, id=enb, base_srate=23.046 Supported RF device list: zmg file CHx base_srate=23.046 CHx id=enb Current <br /> sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2001 CH0 từ port=tcp://*:2000 CHO fail_on_disconnect=true<br /> ==== eNodeB started === Type &lt;t&gt; to view trace Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Setting frequency: <br /> DL=1845.0 Mhz, UL=1750.0 MHz for cc_idx=0 nof_prb=50 RACH: tti=341, cc=0, pci-i, preamble=20, offset=0, temp_crnti=0x46 User Ox46 connected<br /> <br /> <br /> 3. UE<br /> root@srsran:/usr/local/src/srsRAN/srsue# ../build/srsue/src/srsue ue.conf<br /> Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins:<br /> Reading configuration file ue.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening 1 channels in RF device=zmq with args=tx_port=tcp://*:2001, rx_port=tcp://localhost:2000,id=ue, base_srate=23.0 4e6<br /> Supported RF device list: zmq file<br /> CHx base srate=23.04e6<br /> CHx id=ue<br /> Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2000<br /> CHO tx_port=tcp://*:2001<br /> Waiting PHY to initialize... done!<br /> Attaching UE...<br /> Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation)<br /> Found Cell: Mode=FDD, PCI-1, PRB=50, Ports=1, CP=Normal, CFO=-0.2 KHz Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) <br /> Found PLMN: Id=51033, TAC=1<br /> Random Access Transmission: seq=20, tti=341, ra-rnti=0x2<br /> RRC Connected<br /> Random Access Complete.<br /> Network attach successful. IP: 10.45.0.8<br /> nTp) 12/10/2022 4:14:26 TZ:0<br /> c-rnti=0x46, ta=0<br /> <br /> <br /> 4. Ping Test<br /> 64 bytes from sa-in-fl13.1e100.net (74.125.200.113): icmp_seq=4 ttl=52 time=56.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=5 ttl=52 time=42.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=6 ttl=52 time=49.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=48.2 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=8 ttl=52 time=48.6 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=9 ttl=52 time=45.3 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=10 ttl=52 time=41.8 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=56.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=12 ttl=52 time=40.0 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=13 ttl=52 time=45.1 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=45.9 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=37.5 ms<br /> 64 bytes from sa-in-f113.1e100.net (74.125.200.113): icmp_seq=1 ttl=52 time=42.6 ms</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=SrsRAN_untuk_test_4G&diff=66858 SrsRAN untuk test 4G 2022-11-16T04:39:32Z <p>Yopi Sopiyana: </p> <hr /> <div>[[File:SrsRAN Simulator.png|600px|thumb|center|srsRAN Simulator]]<br /> <br /> 1. EPC<br /> .c:287)<br /> 10/12 04:13:52.284: [mme] INFO:<br /> ENB_UE_S1AP_ID [2] MME_UE_S1AP_ID [35] TAC [1] CellID [0x17b01] (../src/mme/slap-hand<br /> ler.c:363)<br /> ENB_UE_S1AP_ID[2] MME_UE_S1AP_ID[35] (../src/mme/slap-handler.c:1454)<br /> 10/12 04:13:52.284: [emm] INFO: [510330000012344] Detach request (../src/mme/emm-sm.c:523) 10/12 04:13:52.288: [mme] INFO: [Removed] Number of MME-Sessions is now 0 (../src/mme/mme-context.c:3558) 10/12 04:13:52.289: [mme] INFO: <br /> UE Context Release [Action:2] (../src/mme/slap-handler.c:1453) 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 <br /> 04:14:24.076: [mme] INFO: eNB-S1 accepted [192.168.100.238]: 33804 in sl_path module (../src/mme/slap-sctp.c:114) 10/12 04:14:24.076: [mme] INFO: eNB-51 accepted [192.168.100.238] in master_sm module (../src/mme/mme-sm.c:106) <br /> 10/12 04:14:24.076: [mme] INFO: [Added] Number of eNBs is now 1 (../src/mme/mme-context.c:1841) 10/12 04:14:24.077: [mme] INFO: eNB-S1 [192.168.100.238] max_num_of_ostreams : 30 (../src/mme/mme-sm.c:148) 10/12 04:14:25.924: [mme] <br /> INFO: InitialUEMessage (../src/mme/slap-handler.c:223) 10/12 04:14:25.924: [mme] INFO: [Added] Number of eNB-UEs is now 1 (../src/mme/mme-context.c:3537) 10/12 04:14:25.924: [mme] INFO: S_TMSI [G:2,C:1,M_TMSI: 0xef00798b] IMSI: <br /> [510330000012344] (../src/mme/slap-handler .c:287)<br /> ENB_UE_S1AP_ID[1] MME_UE_S1AP_ID[36] TAC [1] CellID [0x17b01] (../src/mme/slap-hand<br /> 10/12 04:14:25.924: [mme] INFO: ler.c:363)<br /> [510330000012344] Attach request (../src/mme/emm-sm.c:203)<br /> 10/12 04:14:25.924: [emm] INFO: 10/12 04:14:25.924: [mm] INFO: 04)<br /> GUTI [G:2,C:1,M_TMSI: 0xef00798b] IMSI [510330000012344] (../src/mme/emm-handler.c:2<br /> 10/12 04:14:25.924: [mme] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO:<br /> IMSI [510330000012344] (../src/mme/slap-handler.c:1457) [Removed] Number of eNB-UEs is now 0 (../src/mme/mme-context.c:3544) eNB-S1 [192.168.100.238] connection refused!!! (../src/mme/mme-sm.c:164) [Removed] Number of eNBs is now <br /> 0 (../src/mme/mme-context.c:1875)<br /> [Added] Number of MME-Sessions is now 1 (../src/mme/mme-context.c:3551) [510330000012344] Attach complete (../src/mme/emm-sm.c:1039)<br /> IMSI [510330000012344] (../src/mme/emm-handler.c:242)<br /> UTC [2022-10-12T04:14:26] Timezone [0]/DST[0] (../src/mme/emm-handler.c:248) LOCAL [2022-10-12T04:14:26] Timezone [0]/DST [0] (../src/mme/emm-handler.c:252)<br /> <br /> <br /> 2. ENB<br /> CStopping .. Couldn't stop after 5s. Forcing exit. Killed root@srsran:/usr/local/src/srsRAN/srsenb# ../build/srsenb/src/srsenb enb.conf Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins: --- Software Radio Systems LTE eNodeB ---<br /> Reading configuration file enb.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening i channels in RF device=zmq with args=fail on disconnect=true, tx port=tcp://*:2000, rx port=tcp://localhost:20 01, id=enb, base_srate=23.046 Supported RF device list: zmg file CHx base_srate=23.046 CHx id=enb Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2001 CH0 từ port=tcp://*:2000 CHO fail_on_disconnect=true<br /> ==== eNodeB started === Type &lt;t&gt; to view trace Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Setting frequency: DL=1845.0 Mhz, UL=1750.0 MHz for cc_idx=0 nof_prb=50 RACH: tti=341, cc=0, pci-i, preamble=20, offset=0, temp_crnti=0x46 User Ox46 connected<br /> <br /> <br /> 3. UE<br /> 4. Ping Test</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=SrsRAN_untuk_test_4G&diff=66857 SrsRAN untuk test 4G 2022-11-16T04:39:08Z <p>Yopi Sopiyana: </p> <hr /> <div>[[File:SrsRAN Simulator.png|600px|thumb|center|srsRAN Simulator]]<br /> <br /> 1. EPC<br /> .c:287)<br /> 10/12 04:13:52.284: [mme] INFO:<br /> ENB_UE_S1AP_ID [2] MME_UE_S1AP_ID [35] TAC [1] CellID [0x17b01] (../src/mme/slap-hand<br /> ler.c:363)<br /> ENB_UE_S1AP_ID[2] MME_UE_S1AP_ID[35] (../src/mme/slap-handler.c:1454)<br /> 10/12 04:13:52.284: [emm] INFO: [510330000012344] Detach request (../src/mme/emm-sm.c:523) 10/12 04:13:52.288: [mme] INFO: [Removed] Number of MME-Sessions is now 0 (../src/mme/mme-context.c:3558) 10/12 04:13:52.289: [mme] INFO: UE Context Release [Action:2] (../src/mme/slap-handler.c:1453) 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:13:52.289: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 04:14:02.453: [mme] INFO: 10/12 04:14:24.076: [mme] INFO: eNB-S1 accepted [192.168.100.238]: 33804 in sl_path module (../src/mme/slap-sctp.c:114) 10/12 04:14:24.076: [mme] INFO: eNB-51 accepted [192.168.100.238] in master_sm module (../src/mme/mme-sm.c:106) 10/12 04:14:24.076: [mme] INFO: [Added] Number of eNBs is now 1 (../src/mme/mme-context.c:1841) 10/12 04:14:24.077: [mme] INFO: eNB-S1 [192.168.100.238] max_num_of_ostreams : 30 (../src/mme/mme-sm.c:148) 10/12 04:14:25.924: [mme] INFO: InitialUEMessage (../src/mme/slap-handler.c:223) 10/12 04:14:25.924: [mme] INFO: [Added] Number of eNB-UEs is now 1 (../src/mme/mme-context.c:3537) 10/12 04:14:25.924: [mme] INFO: S_TMSI [G:2,C:1,M_TMSI: 0xef00798b] IMSI: [510330000012344] (../src/mme/slap-handler .c:287)<br /> ENB_UE_S1AP_ID[1] MME_UE_S1AP_ID[36] TAC [1] CellID [0x17b01] (../src/mme/slap-hand<br /> 10/12 04:14:25.924: [mme] INFO: ler.c:363)<br /> [510330000012344] Attach request (../src/mme/emm-sm.c:203)<br /> 10/12 04:14:25.924: [emm] INFO: 10/12 04:14:25.924: [mm] INFO: 04)<br /> GUTI [G:2,C:1,M_TMSI: 0xef00798b] IMSI [510330000012344] (../src/mme/emm-handler.c:2<br /> 10/12 04:14:25.924: [mme] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO: 10/12 04:14:26.224: [emm] INFO:<br /> IMSI [510330000012344] (../src/mme/slap-handler.c:1457) [Removed] Number of eNB-UEs is now 0 (../src/mme/mme-context.c:3544) eNB-S1 [192.168.100.238] connection refused!!! (../src/mme/mme-sm.c:164) [Removed] Number of eNBs is now 0 (../src/mme/mme-context.c:1875)<br /> [Added] Number of MME-Sessions is now 1 (../src/mme/mme-context.c:3551) [510330000012344] Attach complete (../src/mme/emm-sm.c:1039)<br /> IMSI [510330000012344] (../src/mme/emm-handler.c:242)<br /> UTC [2022-10-12T04:14:26] Timezone [0]/DST[0] (../src/mme/emm-handler.c:248) LOCAL [2022-10-12T04:14:26] Timezone [0]/DST [0] (../src/mme/emm-handler.c:252)<br /> <br /> <br /> 2. ENB<br /> CStopping .. Couldn't stop after 5s. Forcing exit. Killed root@srsran:/usr/local/src/srsRAN/srsenb# ../build/srsenb/src/srsenb enb.conf Active RF plugins: libsrsran_rf_zmq.so Inactive RF plugins: --- Software Radio Systems LTE eNodeB ---<br /> Reading configuration file enb.conf...<br /> Built in Release mode using commit ce8a3cael on branch master.<br /> Opening i channels in RF device=zmq with args=fail on disconnect=true, tx port=tcp://*:2000, rx port=tcp://localhost:20 01, id=enb, base_srate=23.046 Supported RF device list: zmg file CHx base_srate=23.046 CHx id=enb Current sample rate is 1.92 MHz with a base rate of 23.04 MHz (x12 decimation) CHO rx_port=tcp://localhost:2001 CH0 từ port=tcp://*:2000 CHO fail_on_disconnect=true<br /> ==== eNodeB started === Type &lt;t&gt; to view trace Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Current sample rate is 11.52 MHz with a base rate of 23.04 MHz (x2 decimation) Setting frequency: DL=1845.0 Mhz, UL=1750.0 MHz for cc_idx=0 nof_prb=50 RACH: tti=341, cc=0, pci-i, preamble=20, offset=0, temp_crnti=0x46 User Ox46 connected<br /> <br /> <br /> 3. UE<br /> 4. Ping Test</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=5G&diff=66852 5G 2022-11-16T04:31:46Z <p>Yopi Sopiyana: /* Hasil Testing */</p> <hr /> <div><br /> <br /> <br /> ==Pendahuluan==<br /> <br /> * [[Apa Itu 5G]]<br /> * [[Bagaimana 5G membuat Perubahan]]<br /> <br /> <br /> ===Perbedaan 4G dan 5G===<br /> <br /> * [[Cara Kerja Jaringan Mobile]]<br /> * [[Gelombang Radio yang menyambungkan Device]]<br /> * [[5G adalah Speed dan Kapasitas]]<br /> * [[5G menyambungkan lebih banyak device dibandingkan 4G]]<br /> * [[5G dirancang tidak hanya untuk handphone]]<br /> * [[5G tidak sekedar jaringan mobile]]<br /> * [[5G bisa berfungsi sebagai bermacam-macam network]]<br /> * [[Siapa Pembuat 5G]]<br /> <br /> <br /> <br /> <br /> ===Bagaimana 5G mendorong Innovasi===<br /> <br /> * [[5G dan Lalu Lintas]] <br /> * [[5G dan Gaming]]<br /> * [[5G dan Pertanian]]<br /> <br /> ===Frekuensi 4G dan 5G===<br /> <br /> * [[4G: Frekuensi]]<br /> <br /> * [[5G: Frekuensi]]<br /> <br /> <br /> Ref:<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> * https://en.wikipedia.org/wiki/LTE_frequency_bands<br /> * http://anisimoff.org/eng/lte_bands.html<br /> * https://en.wikipedia.org/wiki/5G_NR_frequency_bands<br /> * http://anisimoff.org/eng/5g/5g_spectrum.html<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> <br /> ===Implementasi 5G di ASEAN dan Indonesia===<br /> <br /> * [[5G: Kondisi Asia Pacific]]<br /> * [[5G: Peta 5G di Negara2 ASEAN]]<br /> * [[5G: Contoh potensi 5G di negara ASEAN]]<br /> <br /> ===Sepintas Masalah Legal===<br /> <br /> * [[5G: 5G Mandiri Untuk Private Network]]<br /> * [[5G: Syarat Penyelenggara Jaringan Selular]]<br /> <br /> ===Overview Pembahasan===<br /> <br /> ==Arsitektur Dasar 5G==<br /> <br /> ===Arsitektur 5G Secara Sederhana===<br /> Pada bagian ini akan di identifikasi komponen arsitektur utama jaringan akses seluler. Ini berfokus pada komponen yang umum untuk 4G dan 5G dan, dengan demikian, menetapkan dasar untuk memahami fitur-fitur canggih 5G yang disajikan dalam bagian-bagian selanjutnya.<br /> <br /> Ikhtisar ini sebagian merupakan latihan dalam memperkenalkan terminologi 3GPP. Untuk seseorang yang akrab dengan Internet, terminologi ini mungkin tampak sembarangan (misalnya, &quot;eNB&quot; adalah &quot;base station&quot;), tetapi penting untuk diingat bahwa terminologi ini keluar dari proses standarisasi 3GPP, yang secara historis khawatir tentang telepon dan hampir sepenuhnya terputus dari IETF dan upaya terkait Internet lainnya. Untuk lebih memperumit masalah, terminologi 3GPP sering berubah di setiap generasi (misalnya, base station disebut eNB di 4G dan gNB di 5G). Kita mengatasi situasi seperti ini dengan menggunakan terminologi umum (misalnya, base station), dan merujuk pada mitra khusus 3GPP hanya jika perbedaannya bermanfaat.<br /> <br /> *[[Arsitektur 5G: Komponen Utama]]<br /> *[[Arsitektur 5G: Radio Access Network]]<br /> *[[Arsitektur 5G: Mobile Core]]<br /> ** [[4G Mobile Core]]<br /> ** [[5G Mobile Core]]<br /> *[[Arsitektur 5G: Security dan Mobility]]<br /> *[[Arsitektur 5G: Pilihan Implementasi]]<br /> <br /> <br /> ===Referensi===<br /> <br /> * https://5g.systemsapproach.org/arch.html<br /> * http://anisimoff.org/eng/5g/5g_uc_requirements.html<br /> <br /> ==Smartphone untuk 4G dan 5G==<br /> <br /> <br /> ===4G Device===<br /> <br /> * [[4G: Secara Umum]]<br /> * [[4G: HP yang berhasil connect]]<br /> <br /> ===5G Device===<br /> <br /> * [[5G: Secara Umum]]<br /> * [[5G: Chipset Maker]]<br /> * [[5G: Upgrade ke 5G]]<br /> * [[5G: Smartphone yang Compatible dengan 5G]]<br /> <br /> <br /> Ref:<br /> * http://anisimoff.org/eng/5g/5g_devices.html<br /> * https://docs.celona.io/en/articles/3484781-private-lte-5g-capable-devices-in-the-market<br /> <br /> ==Kebutuhan Hardware==<br /> <br /> ===Hardware yang dibutuhkan===<br /> <br /> * Hardware SDR yang disarankan<br /> ** [[Ettus B210]]<br /> ** [[Ettus X310]]<br /> ** [[LimeSDR mini 2.0]]<br /> ** [[bladeRF 2.0 micro xA4]]<br /> <br /> * Hardware SDR yang tidak Disarankan<br /> ** [[RTL-SDR]]<br /> ** [[Ettus N210]]<br /> <br /> * Hardware Simcard Writer<br /> ** [[HID OMNIKEY 3121]]<br /> ** [[GENERIC EMV SMARTCARD READER]]<br /> ** [[IDENTIV CLOUD 2700 R SMART CARD READER]]<br /> <br /> <br /> ===Antenna BTS Selular===<br /> <br /> * [[Gambaran umum tentang Antenna]]<br /> * [[Antenna Pola Radiasi]]<br /> * [[Tipe Antenna]]<br /> * [[5G: Antenna Sectoral]]<br /> * [[5G: Antenna Omni]]<br /> <br /> Ref:<br /> * https://www.kenbotong.com/search?key=&amp;&amp;&amp;3300-3800&amp;&amp;&amp;<br /> * https://www.l-com.com/wireless-antenna-35-ghz-16-dbi-90-degree-dual-polarized-dual-feed-mimo-sector-antenna<br /> <br /> ===Duplexer===<br /> <br /> * [[5G: Fungsi Duplexer]]<br /> * [[5G: Tanpa Duplexer mungkinkah]]<br /> <br /> Ref:<br /> * https://expo.made-in-china.com/venue/vGmtTFJEjxlc/productSearch?word=duplexer&amp;log_from=4<br /> <br /> ===Amplifier===<br /> <br /> <br /> * [[5G: Power Amplifier]]<br /> <br /> <br /> Ref:<br /> * https://www.pasternack.com/47-db-gain-3.5-ghz-high-power-high-gain-amplifier-sma-pe15a5003-p.aspx<br /> * https://www.pasternack.com/4-ghz-medium-power-amplifier-30-db-gain-sma-pe15a4053-p.aspx<br /> <br /> ===Jaringan Backbone / Backhaul===<br /> <br /> * [[5G: Topologi Jaringan Backbone / Backhaul]]<br /> * [[5G: backbone wireless]]<br /> * [[5G: backbone fiber optik]]<br /> <br /> ==Software untuk Membuat Selular Operator Sendiri==<br /> <br /> ===Software Core Network===<br /> <br /> *free5GC<br /> ** [[free5GC]]<br /> ** [[free5GC: Install]]<br /> <br /> * Open5gs<br /> ** [[Open5gs: Download]]<br /> ** [[Open5gs: Compile]]<br /> ** [[Open5gs: Menambahkan subcriber pada Open5gs]]<br /> ** [[Open5gs: Install WebUI Open5gs]]<br /> ** [[Open5gs: Allow WebUI access from Network]]<br /> ** [[Open5gs: NAT port forwarding]]<br /> <br /> * srsEPC<br /> ** [[srsEPC]]<br /> ** [[srsEPC: Install]]<br /> <br /> * [[OpenAirInterface-CN: Install]]<br /> <br /> ===Software Base Station===<br /> ====Software Open Source====<br /> * srsRAN<br /> ** [[srsRAN]]<br /> ** [[srsRAN: Download]]<br /> ** [[srsRAN: Compile]]<br /> ** [[srsRAN: Install srsRAN with ZeroMQ]]<br /> ** [[srsRAN: Set CPU Governor to Performance]]<br /> <br /> * OpenAirInterface<br /> ** [[OpenAirInterface]]<br /> ** [[OpenAirInterface: Compile]]<br /> ** [[OpenAirInterface: Install Kernel]]<br /> ** [[OpenAirInterface: Set CPU Governor to Performance]]<br /> <br /> * Ueransim<br /> ** [[Ueransim]]<br /> ** [[Ueransim: Install]]<br /> <br /> * [[OpenLTE]]<br /> <br /> ====Software Komersial====<br /> * [[Amarisoft]]<br /> * [[YateBTS]]<br /> <br /> ===Software SIMCard Writer===<br /> * [https://smacarte.com/wp/grsimwrite_download/ GRSimWrite: Download]<br /> * [[Pysimcard: Download]]<br /> <br /> ==Konfigurasi==<br /> <br /> ===Konfigurasi 4G===<br /> * [[Konfigurasi Core Network 4G]]<br /> * Konfigurasi eNB<br /> ** [[Konfigurasi eNB: srsRAN]]<br /> ** [[Konfigurasi eNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi 5G===<br /> * [[Konfigurasi Core Network 5G]]<br /> * Konfigurasi gNB<br /> ** [[Konfigurasi gNB: srsRAN]]<br /> ** [[Konfigurasi gNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi SimCard===<br /> * [[Konfigurasi SimCard Menggunakan Linux]]<br /> * [[Konfigurasi SimCard Menggunakan Windows]]<br /> <br /> ==Disain Jaringan Selular &amp; Wireless==<br /> <br /> * [[5G: Perhitungan Pancaran / Transmisi Radio]]<br /> * [[5G: Penggunaan TDD dan FDD]]<br /> * [[5G: Disain Sel jaringan selular]]<br /> * [[5G: Interkoneksi Sel]]<br /> * [http://anisimoff.org/eng/lte_throughput_calculator.html Bandwidth Calculator]<br /> <br /> <br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Menghitung Link Budget]]<br /> * [[WiFi: Konversi Satuan Watt - dBm]]<br /> * [[WiFi: Kalkulasi Free Space Loss (FSL)]]<br /> * [[WiFi: Kalkulasi Fresnel Zone Clearence]]<br /> * [[Effective Isotropics Radiated Power]]<br /> * [[WiFi: Mengarahkan Antenna]]<br /> * [[WiFi: Sudut Tilt Antenna]]<br /> * [[WiFi: Down Tilt Coverage]]<br /> * [[Mengapa Disain Metropolitan Area Network Menjadi Penting]]<br /> * [[Kinerja Kanal Wireless Dengan Beban]]<br /> * [[WiFi: Channel di Infrastruktur WiFi 2.4GHz]]<br /> * [[WiFi: Non-Overlapping Channel Set]]<br /> * [[WiFi: Jarak Transmisi WLAN]]<br /> * [[WiFi: Modeling Jangkauan Transmisi Radio]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Omnidirectional Access Point]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Disain MAN Empat (4) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Memasukan Sambungan Point To Point (P2P)]]<br /> * [[WiFi: Beberapa Catatan Tentang Polarisasi Antenna]]<br /> * [[WiFi: Beberapa Catatan Tentang Wilayah Sektoral]]<br /> * [[WiFi: Interkoneksi Sel]]<br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Beberapa Catatan dengan MIMO]]<br /> <br /> ==Testing==<br /> <br /> ===srsRAN untuk test 4G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Install srsRAN with ZeroMQ]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf]]<br /> * [[Run srsENB]]<br /> * [[Konfigurasi ue.conf]]<br /> * [[Run srsUE]]<br /> <br /> ===UERANSIM untuk test 5G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi AMF &amp; UPF Open5gs]]<br /> * [[Ueransim: Install]]<br /> * [[Konfigurasi gNB.yaml Ueransim]]<br /> * [[Run gNB Ueransim]]<br /> * [[Konfigurasi UE.yaml Ueransim]]<br /> * [[Run UE Ueransim]]<br /> <br /> ===OpenAirInterface dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[OpenAirInterface: Compile]]<br /> * [[OpenAirInterface: Konfigurasi enb.conf]]<br /> * [[OpenAirInterface: Running]]<br /> <br /> ===srsRAN dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Compile]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf USRP B200]]<br /> * [[Run srsENB]]<br /> <br /> <br /> ==Hasil Testing==<br /> *[[srsRAN untuk test 4G]]<br /> *[[UERANSIM untuk test 5G]]<br /> *[[OpenAirInterface dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)]]<br /> *[[srsRAN dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)]]<br /> <br /> ==Pranala Menarik==<br /> <br /> * [[5G: List HP / Smartphone untuk 3.5GHz]]<br /> * [[5G: Connecting 5G BTS Antenna]]<br /> * [[5G: Ettus B210 Compatible]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=UERANSIM_untuk_test_5G&diff=66851 UERANSIM untuk test 5G 2022-11-16T04:30:59Z <p>Yopi Sopiyana: Created page with &quot;UERANSIM Simulator&quot;</p> <hr /> <div>[[File:UERANSIM Simulator.png|600px|thumb|center|UERANSIM Simulator]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=5G&diff=66850 5G 2022-11-16T04:30:52Z <p>Yopi Sopiyana: /* UERANSIM untuk test 5G */</p> <hr /> <div><br /> <br /> <br /> ==Pendahuluan==<br /> <br /> * [[Apa Itu 5G]]<br /> * [[Bagaimana 5G membuat Perubahan]]<br /> <br /> <br /> ===Perbedaan 4G dan 5G===<br /> <br /> * [[Cara Kerja Jaringan Mobile]]<br /> * [[Gelombang Radio yang menyambungkan Device]]<br /> * [[5G adalah Speed dan Kapasitas]]<br /> * [[5G menyambungkan lebih banyak device dibandingkan 4G]]<br /> * [[5G dirancang tidak hanya untuk handphone]]<br /> * [[5G tidak sekedar jaringan mobile]]<br /> * [[5G bisa berfungsi sebagai bermacam-macam network]]<br /> * [[Siapa Pembuat 5G]]<br /> <br /> <br /> <br /> <br /> ===Bagaimana 5G mendorong Innovasi===<br /> <br /> * [[5G dan Lalu Lintas]] <br /> * [[5G dan Gaming]]<br /> * [[5G dan Pertanian]]<br /> <br /> ===Frekuensi 4G dan 5G===<br /> <br /> * [[4G: Frekuensi]]<br /> <br /> * [[5G: Frekuensi]]<br /> <br /> <br /> Ref:<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> * https://en.wikipedia.org/wiki/LTE_frequency_bands<br /> * http://anisimoff.org/eng/lte_bands.html<br /> * https://en.wikipedia.org/wiki/5G_NR_frequency_bands<br /> * http://anisimoff.org/eng/5g/5g_spectrum.html<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> <br /> ===Implementasi 5G di ASEAN dan Indonesia===<br /> <br /> * [[5G: Kondisi Asia Pacific]]<br /> * [[5G: Peta 5G di Negara2 ASEAN]]<br /> * [[5G: Contoh potensi 5G di negara ASEAN]]<br /> <br /> ===Sepintas Masalah Legal===<br /> <br /> * [[5G: 5G Mandiri Untuk Private Network]]<br /> * [[5G: Syarat Penyelenggara Jaringan Selular]]<br /> <br /> ===Overview Pembahasan===<br /> <br /> ==Arsitektur Dasar 5G==<br /> <br /> ===Arsitektur 5G Secara Sederhana===<br /> Pada bagian ini akan di identifikasi komponen arsitektur utama jaringan akses seluler. Ini berfokus pada komponen yang umum untuk 4G dan 5G dan, dengan demikian, menetapkan dasar untuk memahami fitur-fitur canggih 5G yang disajikan dalam bagian-bagian selanjutnya.<br /> <br /> Ikhtisar ini sebagian merupakan latihan dalam memperkenalkan terminologi 3GPP. Untuk seseorang yang akrab dengan Internet, terminologi ini mungkin tampak sembarangan (misalnya, &quot;eNB&quot; adalah &quot;base station&quot;), tetapi penting untuk diingat bahwa terminologi ini keluar dari proses standarisasi 3GPP, yang secara historis khawatir tentang telepon dan hampir sepenuhnya terputus dari IETF dan upaya terkait Internet lainnya. Untuk lebih memperumit masalah, terminologi 3GPP sering berubah di setiap generasi (misalnya, base station disebut eNB di 4G dan gNB di 5G). Kita mengatasi situasi seperti ini dengan menggunakan terminologi umum (misalnya, base station), dan merujuk pada mitra khusus 3GPP hanya jika perbedaannya bermanfaat.<br /> <br /> *[[Arsitektur 5G: Komponen Utama]]<br /> *[[Arsitektur 5G: Radio Access Network]]<br /> *[[Arsitektur 5G: Mobile Core]]<br /> ** [[4G Mobile Core]]<br /> ** [[5G Mobile Core]]<br /> *[[Arsitektur 5G: Security dan Mobility]]<br /> *[[Arsitektur 5G: Pilihan Implementasi]]<br /> <br /> <br /> ===Referensi===<br /> <br /> * https://5g.systemsapproach.org/arch.html<br /> * http://anisimoff.org/eng/5g/5g_uc_requirements.html<br /> <br /> ==Smartphone untuk 4G dan 5G==<br /> <br /> <br /> ===4G Device===<br /> <br /> * [[4G: Secara Umum]]<br /> * [[4G: HP yang berhasil connect]]<br /> <br /> ===5G Device===<br /> <br /> * [[5G: Secara Umum]]<br /> * [[5G: Chipset Maker]]<br /> * [[5G: Upgrade ke 5G]]<br /> * [[5G: Smartphone yang Compatible dengan 5G]]<br /> <br /> <br /> Ref:<br /> * http://anisimoff.org/eng/5g/5g_devices.html<br /> * https://docs.celona.io/en/articles/3484781-private-lte-5g-capable-devices-in-the-market<br /> <br /> ==Kebutuhan Hardware==<br /> <br /> ===Hardware yang dibutuhkan===<br /> <br /> * Hardware SDR yang disarankan<br /> ** [[Ettus B210]]<br /> ** [[Ettus X310]]<br /> ** [[LimeSDR mini 2.0]]<br /> ** [[bladeRF 2.0 micro xA4]]<br /> <br /> * Hardware SDR yang tidak Disarankan<br /> ** [[RTL-SDR]]<br /> ** [[Ettus N210]]<br /> <br /> * Hardware Simcard Writer<br /> ** [[HID OMNIKEY 3121]]<br /> ** [[GENERIC EMV SMARTCARD READER]]<br /> ** [[IDENTIV CLOUD 2700 R SMART CARD READER]]<br /> <br /> <br /> ===Antenna BTS Selular===<br /> <br /> * [[Gambaran umum tentang Antenna]]<br /> * [[Antenna Pola Radiasi]]<br /> * [[Tipe Antenna]]<br /> * [[5G: Antenna Sectoral]]<br /> * [[5G: Antenna Omni]]<br /> <br /> Ref:<br /> * https://www.kenbotong.com/search?key=&amp;&amp;&amp;3300-3800&amp;&amp;&amp;<br /> * https://www.l-com.com/wireless-antenna-35-ghz-16-dbi-90-degree-dual-polarized-dual-feed-mimo-sector-antenna<br /> <br /> ===Duplexer===<br /> <br /> * [[5G: Fungsi Duplexer]]<br /> * [[5G: Tanpa Duplexer mungkinkah]]<br /> <br /> Ref:<br /> * https://expo.made-in-china.com/venue/vGmtTFJEjxlc/productSearch?word=duplexer&amp;log_from=4<br /> <br /> ===Amplifier===<br /> <br /> <br /> * [[5G: Power Amplifier]]<br /> <br /> <br /> Ref:<br /> * https://www.pasternack.com/47-db-gain-3.5-ghz-high-power-high-gain-amplifier-sma-pe15a5003-p.aspx<br /> * https://www.pasternack.com/4-ghz-medium-power-amplifier-30-db-gain-sma-pe15a4053-p.aspx<br /> <br /> ===Jaringan Backbone / Backhaul===<br /> <br /> * [[5G: Topologi Jaringan Backbone / Backhaul]]<br /> * [[5G: backbone wireless]]<br /> * [[5G: backbone fiber optik]]<br /> <br /> ==Software untuk Membuat Selular Operator Sendiri==<br /> <br /> ===Software Core Network===<br /> <br /> *free5GC<br /> ** [[free5GC]]<br /> ** [[free5GC: Install]]<br /> <br /> * Open5gs<br /> ** [[Open5gs: Download]]<br /> ** [[Open5gs: Compile]]<br /> ** [[Open5gs: Menambahkan subcriber pada Open5gs]]<br /> ** [[Open5gs: Install WebUI Open5gs]]<br /> ** [[Open5gs: Allow WebUI access from Network]]<br /> ** [[Open5gs: NAT port forwarding]]<br /> <br /> * srsEPC<br /> ** [[srsEPC]]<br /> ** [[srsEPC: Install]]<br /> <br /> * [[OpenAirInterface-CN: Install]]<br /> <br /> ===Software Base Station===<br /> ====Software Open Source====<br /> * srsRAN<br /> ** [[srsRAN]]<br /> ** [[srsRAN: Download]]<br /> ** [[srsRAN: Compile]]<br /> ** [[srsRAN: Install srsRAN with ZeroMQ]]<br /> ** [[srsRAN: Set CPU Governor to Performance]]<br /> <br /> * OpenAirInterface<br /> ** [[OpenAirInterface]]<br /> ** [[OpenAirInterface: Compile]]<br /> ** [[OpenAirInterface: Install Kernel]]<br /> ** [[OpenAirInterface: Set CPU Governor to Performance]]<br /> <br /> * Ueransim<br /> ** [[Ueransim]]<br /> ** [[Ueransim: Install]]<br /> <br /> * [[OpenLTE]]<br /> <br /> ====Software Komersial====<br /> * [[Amarisoft]]<br /> * [[YateBTS]]<br /> <br /> ===Software SIMCard Writer===<br /> * [https://smacarte.com/wp/grsimwrite_download/ GRSimWrite: Download]<br /> * [[Pysimcard: Download]]<br /> <br /> ==Konfigurasi==<br /> <br /> ===Konfigurasi 4G===<br /> * [[Konfigurasi Core Network 4G]]<br /> * Konfigurasi eNB<br /> ** [[Konfigurasi eNB: srsRAN]]<br /> ** [[Konfigurasi eNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi 5G===<br /> * [[Konfigurasi Core Network 5G]]<br /> * Konfigurasi gNB<br /> ** [[Konfigurasi gNB: srsRAN]]<br /> ** [[Konfigurasi gNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi SimCard===<br /> * [[Konfigurasi SimCard Menggunakan Linux]]<br /> * [[Konfigurasi SimCard Menggunakan Windows]]<br /> <br /> ==Disain Jaringan Selular &amp; Wireless==<br /> <br /> * [[5G: Perhitungan Pancaran / Transmisi Radio]]<br /> * [[5G: Penggunaan TDD dan FDD]]<br /> * [[5G: Disain Sel jaringan selular]]<br /> * [[5G: Interkoneksi Sel]]<br /> * [http://anisimoff.org/eng/lte_throughput_calculator.html Bandwidth Calculator]<br /> <br /> <br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Menghitung Link Budget]]<br /> * [[WiFi: Konversi Satuan Watt - dBm]]<br /> * [[WiFi: Kalkulasi Free Space Loss (FSL)]]<br /> * [[WiFi: Kalkulasi Fresnel Zone Clearence]]<br /> * [[Effective Isotropics Radiated Power]]<br /> * [[WiFi: Mengarahkan Antenna]]<br /> * [[WiFi: Sudut Tilt Antenna]]<br /> * [[WiFi: Down Tilt Coverage]]<br /> * [[Mengapa Disain Metropolitan Area Network Menjadi Penting]]<br /> * [[Kinerja Kanal Wireless Dengan Beban]]<br /> * [[WiFi: Channel di Infrastruktur WiFi 2.4GHz]]<br /> * [[WiFi: Non-Overlapping Channel Set]]<br /> * [[WiFi: Jarak Transmisi WLAN]]<br /> * [[WiFi: Modeling Jangkauan Transmisi Radio]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Omnidirectional Access Point]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Disain MAN Empat (4) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Memasukan Sambungan Point To Point (P2P)]]<br /> * [[WiFi: Beberapa Catatan Tentang Polarisasi Antenna]]<br /> * [[WiFi: Beberapa Catatan Tentang Wilayah Sektoral]]<br /> * [[WiFi: Interkoneksi Sel]]<br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Beberapa Catatan dengan MIMO]]<br /> <br /> ==Testing==<br /> <br /> ===srsRAN untuk test 4G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Install srsRAN with ZeroMQ]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf]]<br /> * [[Run srsENB]]<br /> * [[Konfigurasi ue.conf]]<br /> * [[Run srsUE]]<br /> <br /> ===UERANSIM untuk test 5G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi AMF &amp; UPF Open5gs]]<br /> * [[Ueransim: Install]]<br /> * [[Konfigurasi gNB.yaml Ueransim]]<br /> * [[Run gNB Ueransim]]<br /> * [[Konfigurasi UE.yaml Ueransim]]<br /> * [[Run UE Ueransim]]<br /> <br /> ===OpenAirInterface dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[OpenAirInterface: Compile]]<br /> * [[OpenAirInterface: Konfigurasi enb.conf]]<br /> * [[OpenAirInterface: Running]]<br /> <br /> ===srsRAN dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Compile]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf USRP B200]]<br /> * [[Run srsENB]]<br /> <br /> <br /> ==Hasil Testing==<br /> ===[[srsRAN untuk test 4G]]===<br /> ===[[UERANSIM untuk test 5G]]===<br /> <br /> ===[[OpenAirInterface dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)]]===<br /> ===[[srsRAN dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)]]===<br /> <br /> ==Pranala Menarik==<br /> <br /> * [[5G: List HP / Smartphone untuk 3.5GHz]]<br /> * [[5G: Connecting 5G BTS Antenna]]<br /> * [[5G: Ettus B210 Compatible]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=SrsRAN_untuk_test_4G&diff=66849 SrsRAN untuk test 4G 2022-11-16T04:30:35Z <p>Yopi Sopiyana: </p> <hr /> <div>[[File:SrsRAN Simulator.png|600px|thumb|center|srsRAN Simulator]]</div> Yopi Sopiyana https://onnocenter.or.id/wiki/index.php?title=5G&diff=66848 5G 2022-11-16T04:30:29Z <p>Yopi Sopiyana: /* Hasil Testing */</p> <hr /> <div><br /> <br /> <br /> ==Pendahuluan==<br /> <br /> * [[Apa Itu 5G]]<br /> * [[Bagaimana 5G membuat Perubahan]]<br /> <br /> <br /> ===Perbedaan 4G dan 5G===<br /> <br /> * [[Cara Kerja Jaringan Mobile]]<br /> * [[Gelombang Radio yang menyambungkan Device]]<br /> * [[5G adalah Speed dan Kapasitas]]<br /> * [[5G menyambungkan lebih banyak device dibandingkan 4G]]<br /> * [[5G dirancang tidak hanya untuk handphone]]<br /> * [[5G tidak sekedar jaringan mobile]]<br /> * [[5G bisa berfungsi sebagai bermacam-macam network]]<br /> * [[Siapa Pembuat 5G]]<br /> <br /> <br /> <br /> <br /> ===Bagaimana 5G mendorong Innovasi===<br /> <br /> * [[5G dan Lalu Lintas]] <br /> * [[5G dan Gaming]]<br /> * [[5G dan Pertanian]]<br /> <br /> ===Frekuensi 4G dan 5G===<br /> <br /> * [[4G: Frekuensi]]<br /> <br /> * [[5G: Frekuensi]]<br /> <br /> <br /> Ref:<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> * https://en.wikipedia.org/wiki/LTE_frequency_bands<br /> * http://anisimoff.org/eng/lte_bands.html<br /> * https://en.wikipedia.org/wiki/5G_NR_frequency_bands<br /> * http://anisimoff.org/eng/5g/5g_spectrum.html<br /> * https://www.cablefree.net/wirelesstechnology/4glte/5g-frequency-bands-lte/<br /> <br /> ===Implementasi 5G di ASEAN dan Indonesia===<br /> <br /> * [[5G: Kondisi Asia Pacific]]<br /> * [[5G: Peta 5G di Negara2 ASEAN]]<br /> * [[5G: Contoh potensi 5G di negara ASEAN]]<br /> <br /> ===Sepintas Masalah Legal===<br /> <br /> * [[5G: 5G Mandiri Untuk Private Network]]<br /> * [[5G: Syarat Penyelenggara Jaringan Selular]]<br /> <br /> ===Overview Pembahasan===<br /> <br /> ==Arsitektur Dasar 5G==<br /> <br /> ===Arsitektur 5G Secara Sederhana===<br /> Pada bagian ini akan di identifikasi komponen arsitektur utama jaringan akses seluler. Ini berfokus pada komponen yang umum untuk 4G dan 5G dan, dengan demikian, menetapkan dasar untuk memahami fitur-fitur canggih 5G yang disajikan dalam bagian-bagian selanjutnya.<br /> <br /> Ikhtisar ini sebagian merupakan latihan dalam memperkenalkan terminologi 3GPP. Untuk seseorang yang akrab dengan Internet, terminologi ini mungkin tampak sembarangan (misalnya, &quot;eNB&quot; adalah &quot;base station&quot;), tetapi penting untuk diingat bahwa terminologi ini keluar dari proses standarisasi 3GPP, yang secara historis khawatir tentang telepon dan hampir sepenuhnya terputus dari IETF dan upaya terkait Internet lainnya. Untuk lebih memperumit masalah, terminologi 3GPP sering berubah di setiap generasi (misalnya, base station disebut eNB di 4G dan gNB di 5G). Kita mengatasi situasi seperti ini dengan menggunakan terminologi umum (misalnya, base station), dan merujuk pada mitra khusus 3GPP hanya jika perbedaannya bermanfaat.<br /> <br /> *[[Arsitektur 5G: Komponen Utama]]<br /> *[[Arsitektur 5G: Radio Access Network]]<br /> *[[Arsitektur 5G: Mobile Core]]<br /> ** [[4G Mobile Core]]<br /> ** [[5G Mobile Core]]<br /> *[[Arsitektur 5G: Security dan Mobility]]<br /> *[[Arsitektur 5G: Pilihan Implementasi]]<br /> <br /> <br /> ===Referensi===<br /> <br /> * https://5g.systemsapproach.org/arch.html<br /> * http://anisimoff.org/eng/5g/5g_uc_requirements.html<br /> <br /> ==Smartphone untuk 4G dan 5G==<br /> <br /> <br /> ===4G Device===<br /> <br /> * [[4G: Secara Umum]]<br /> * [[4G: HP yang berhasil connect]]<br /> <br /> ===5G Device===<br /> <br /> * [[5G: Secara Umum]]<br /> * [[5G: Chipset Maker]]<br /> * [[5G: Upgrade ke 5G]]<br /> * [[5G: Smartphone yang Compatible dengan 5G]]<br /> <br /> <br /> Ref:<br /> * http://anisimoff.org/eng/5g/5g_devices.html<br /> * https://docs.celona.io/en/articles/3484781-private-lte-5g-capable-devices-in-the-market<br /> <br /> ==Kebutuhan Hardware==<br /> <br /> ===Hardware yang dibutuhkan===<br /> <br /> * Hardware SDR yang disarankan<br /> ** [[Ettus B210]]<br /> ** [[Ettus X310]]<br /> ** [[LimeSDR mini 2.0]]<br /> ** [[bladeRF 2.0 micro xA4]]<br /> <br /> * Hardware SDR yang tidak Disarankan<br /> ** [[RTL-SDR]]<br /> ** [[Ettus N210]]<br /> <br /> * Hardware Simcard Writer<br /> ** [[HID OMNIKEY 3121]]<br /> ** [[GENERIC EMV SMARTCARD READER]]<br /> ** [[IDENTIV CLOUD 2700 R SMART CARD READER]]<br /> <br /> <br /> ===Antenna BTS Selular===<br /> <br /> * [[Gambaran umum tentang Antenna]]<br /> * [[Antenna Pola Radiasi]]<br /> * [[Tipe Antenna]]<br /> * [[5G: Antenna Sectoral]]<br /> * [[5G: Antenna Omni]]<br /> <br /> Ref:<br /> * https://www.kenbotong.com/search?key=&amp;&amp;&amp;3300-3800&amp;&amp;&amp;<br /> * https://www.l-com.com/wireless-antenna-35-ghz-16-dbi-90-degree-dual-polarized-dual-feed-mimo-sector-antenna<br /> <br /> ===Duplexer===<br /> <br /> * [[5G: Fungsi Duplexer]]<br /> * [[5G: Tanpa Duplexer mungkinkah]]<br /> <br /> Ref:<br /> * https://expo.made-in-china.com/venue/vGmtTFJEjxlc/productSearch?word=duplexer&amp;log_from=4<br /> <br /> ===Amplifier===<br /> <br /> <br /> * [[5G: Power Amplifier]]<br /> <br /> <br /> Ref:<br /> * https://www.pasternack.com/47-db-gain-3.5-ghz-high-power-high-gain-amplifier-sma-pe15a5003-p.aspx<br /> * https://www.pasternack.com/4-ghz-medium-power-amplifier-30-db-gain-sma-pe15a4053-p.aspx<br /> <br /> ===Jaringan Backbone / Backhaul===<br /> <br /> * [[5G: Topologi Jaringan Backbone / Backhaul]]<br /> * [[5G: backbone wireless]]<br /> * [[5G: backbone fiber optik]]<br /> <br /> ==Software untuk Membuat Selular Operator Sendiri==<br /> <br /> ===Software Core Network===<br /> <br /> *free5GC<br /> ** [[free5GC]]<br /> ** [[free5GC: Install]]<br /> <br /> * Open5gs<br /> ** [[Open5gs: Download]]<br /> ** [[Open5gs: Compile]]<br /> ** [[Open5gs: Menambahkan subcriber pada Open5gs]]<br /> ** [[Open5gs: Install WebUI Open5gs]]<br /> ** [[Open5gs: Allow WebUI access from Network]]<br /> ** [[Open5gs: NAT port forwarding]]<br /> <br /> * srsEPC<br /> ** [[srsEPC]]<br /> ** [[srsEPC: Install]]<br /> <br /> * [[OpenAirInterface-CN: Install]]<br /> <br /> ===Software Base Station===<br /> ====Software Open Source====<br /> * srsRAN<br /> ** [[srsRAN]]<br /> ** [[srsRAN: Download]]<br /> ** [[srsRAN: Compile]]<br /> ** [[srsRAN: Install srsRAN with ZeroMQ]]<br /> ** [[srsRAN: Set CPU Governor to Performance]]<br /> <br /> * OpenAirInterface<br /> ** [[OpenAirInterface]]<br /> ** [[OpenAirInterface: Compile]]<br /> ** [[OpenAirInterface: Install Kernel]]<br /> ** [[OpenAirInterface: Set CPU Governor to Performance]]<br /> <br /> * Ueransim<br /> ** [[Ueransim]]<br /> ** [[Ueransim: Install]]<br /> <br /> * [[OpenLTE]]<br /> <br /> ====Software Komersial====<br /> * [[Amarisoft]]<br /> * [[YateBTS]]<br /> <br /> ===Software SIMCard Writer===<br /> * [https://smacarte.com/wp/grsimwrite_download/ GRSimWrite: Download]<br /> * [[Pysimcard: Download]]<br /> <br /> ==Konfigurasi==<br /> <br /> ===Konfigurasi 4G===<br /> * [[Konfigurasi Core Network 4G]]<br /> * Konfigurasi eNB<br /> ** [[Konfigurasi eNB: srsRAN]]<br /> ** [[Konfigurasi eNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi 5G===<br /> * [[Konfigurasi Core Network 5G]]<br /> * Konfigurasi gNB<br /> ** [[Konfigurasi gNB: srsRAN]]<br /> ** [[Konfigurasi gNB: OpenAirInterface]]<br /> <br /> ===Konfigurasi SimCard===<br /> * [[Konfigurasi SimCard Menggunakan Linux]]<br /> * [[Konfigurasi SimCard Menggunakan Windows]]<br /> <br /> ==Disain Jaringan Selular &amp; Wireless==<br /> <br /> * [[5G: Perhitungan Pancaran / Transmisi Radio]]<br /> * [[5G: Penggunaan TDD dan FDD]]<br /> * [[5G: Disain Sel jaringan selular]]<br /> * [[5G: Interkoneksi Sel]]<br /> * [http://anisimoff.org/eng/lte_throughput_calculator.html Bandwidth Calculator]<br /> <br /> <br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Menghitung Link Budget]]<br /> * [[WiFi: Konversi Satuan Watt - dBm]]<br /> * [[WiFi: Kalkulasi Free Space Loss (FSL)]]<br /> * [[WiFi: Kalkulasi Fresnel Zone Clearence]]<br /> * [[Effective Isotropics Radiated Power]]<br /> * [[WiFi: Mengarahkan Antenna]]<br /> * [[WiFi: Sudut Tilt Antenna]]<br /> * [[WiFi: Down Tilt Coverage]]<br /> * [[Mengapa Disain Metropolitan Area Network Menjadi Penting]]<br /> * [[Kinerja Kanal Wireless Dengan Beban]]<br /> * [[WiFi: Channel di Infrastruktur WiFi 2.4GHz]]<br /> * [[WiFi: Non-Overlapping Channel Set]]<br /> * [[WiFi: Jarak Transmisi WLAN]]<br /> * [[WiFi: Modeling Jangkauan Transmisi Radio]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Omnidirectional Access Point]]<br /> * [[WiFi: Disain MAN Tiga (3) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Disain MAN Empat (4) Non-Overlapping Channel Sectoral Access Point]]<br /> * [[WiFi: Memasukan Sambungan Point To Point (P2P)]]<br /> * [[WiFi: Beberapa Catatan Tentang Polarisasi Antenna]]<br /> * [[WiFi: Beberapa Catatan Tentang Wilayah Sektoral]]<br /> * [[WiFi: Interkoneksi Sel]]<br /> * [[WiFi: Disain Jaringan Wireless berbasis WiFi]]<br /> * [[WiFi: Beberapa Catatan dengan MIMO]]<br /> <br /> ==Testing==<br /> <br /> ===srsRAN untuk test 4G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Install srsRAN with ZeroMQ]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf]]<br /> * [[Run srsENB]]<br /> * [[Konfigurasi ue.conf]]<br /> * [[Run srsUE]]<br /> <br /> ===UERANSIM untuk test 5G===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi AMF &amp; UPF Open5gs]]<br /> * [[Ueransim: Install]]<br /> * [[Konfigurasi gNB.yaml Ueransim]]<br /> * [[Run gNB Ueransim]]<br /> * [[Konfigurasi UE.yaml Ueransim]]<br /> * [[Run UE Ueransim]]<br /> <br /> ===OpenAirInterface dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[OpenAirInterface: Compile]]<br /> * [[OpenAirInterface: Konfigurasi enb.conf]]<br /> * [[OpenAirInterface: Running]]<br /> <br /> ===srsRAN dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)===<br /> * [[Open5gs: Download]]<br /> * [[Open5gs: Install WebUI Open5gs]]<br /> * [[Open5gs: NAT port forwarding]]<br /> * [[Konfigurasi MME &amp; SGWU Open5gs]]<br /> * [[srsRAN: Compile]]<br /> * [[Konfigurasi enb.conf &amp; rr.conf USRP B200]]<br /> * [[Run srsENB]]<br /> <br /> <br /> ==Hasil Testing==<br /> ===[[srsRAN untuk test 4G]]===<br /> ===[[UERANSIM untuk test 5G]]===<br /> [[File:UERANSIM Simulator.png|600px|thumb|center|UERANSIM Simulator]]<br /> ===[[OpenAirInterface dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)]]===<br /> ===[[srsRAN dengan EPC Open5gs menggunakan USRP Ettus B200 (4G)]]===<br /> <br /> ==Pranala Menarik==<br /> <br /> * [[5G: List HP / Smartphone untuk 3.5GHz]]<br /> * [[5G: Connecting 5G BTS Antenna]]<br /> * [[5G: Ettus B210 Compatible]]</div> Yopi Sopiyana