Simulate Tens of Thousands of UES and eNodeBs on a single system using the Polaris eNodeB Emulator To learn more, please visit: https://lnkd.in/gnRHAAV #3GPP #4G #LTE #packetcore #LoadTesting #basestation #devices #functionality #testing #capitalcost #opensource #opensourceepc #LTENetwork
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Polaris Networks emulators offer a powerful lab testbed for 5G. Their NetTest 5G Platform provides a comprehensive test solution for 5G Core Network and 5G NR base stations. This platform includes: * **Network Function (NF) Emulators:** These emulators can be used to simulate individual 5G network functions, such as the AMF, AUSF, NSSF, UDM, UDR, SMF, UPF, PCF, and SEPP. This allows users to test the functionality and performance of these functions in isolation, or in combination with other emulators to simulate a complete 5G network. * **Functionality Test Suites:** These test suites provide a set of pre-defined tests that can be used to verify the conformance of 5G network elements to 3GPP standards. * **Load Tester:** This load tester can be used to stress test 5G network elements and measure their performance under heavy load conditions. Polaris Networks emulators are used by a wide range of customers, including mobile network operators, equipment vendors, and system integrators. They are used for a variety of purposes, including: * **Functional testing:** To verify that 5G network elements work as expected and meet the requirements of the customer. * **Performance testing:** To measure the performance of 5G network elements under different conditions, such as varying load levels and different network topologies. * **Interoperability testing:** To test the interoperability of 5G network elements from different vendors. * **Troubleshooting:** To help identify and resolve problems with 5G network elements. Overall, Polaris Networks emulators offer a powerful and flexible lab testbed for 5G. They can be used to test a wide range of 5G network elements and functions, and can help users to ensure that their 5G networks are reliable and performant. Here are some specific examples of how Polaris Networks emulators can be used to test 5G networks: * **Testing a new 5G gNB:** A mobile network operator can use a Polaris Networks gNB emulator to test a new 5G gNB before deploying it in the field. This emulator can be used to test the gNB's functionality, performance, and interoperability with other network elements. * **Testing a 5G core network function:** A 5G core network equipment vendor can use a Polaris Networks core network emulator to test a new 5G core network function, such as an AMF or SMF. This emulator can be used to test the function's functionality, performance, and conformance to 3GPP standards. * **Testing a 5G network service:** A mobile network operator can use Polaris Networks emulators to test a new 5G network service, such as a 5G voice call or video streaming service. This emulator can be used to test the service's functionality, performance, and scalability. Polaris Networks emulators are a valuable tool for testing 5G networks and ensuring that they meet the needs of users.
Simulate Tens of Thousands of UES and eNodeBs on a single system using the Polaris eNodeB Emulator To learn more, please visit: https://lnkd.in/gnRHAAV #3GPP #4G #LTE #packetcore #LoadTesting #basestation #devices #functionality #testing #capitalcost #opensource #opensourceepc #LTENetwork
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Polaris Networks emulators offer a powerful lab testbed for 5G. Their NetTest 5G Platform provides a comprehensive test solution for 5G Core Network and 5G NR base stations. This platform includes: * **Network Function (NF) Emulators:** These emulators can be used to simulate individual 5G network functions, such as the AMF, AUSF, NSSF, UDM, UDR, SMF, UPF, PCF, and SEPP. This allows users to test the functionality and performance of these functions in isolation, or in combination with other emulators to simulate a complete 5G network. * **Functionality Test Suites:** These test suites provide a set of pre-defined tests that can be used to verify the conformance of 5G network elements to 3GPP standards. * **Load Tester:** This load tester can be used to stress test 5G network elements and measure their performance under heavy load conditions. Polaris Networks emulators are used by a wide range of customers, including mobile network operators, equipment vendors, and system integrators. They are used for a variety of purposes, including: * **Functional testing:** To verify that 5G network elements work as expected and meet the requirements of the customer. * **Performance testing:** To measure the performance of 5G network elements under different conditions, such as varying load levels and different network topologies. * **Interoperability testing:** To test the interoperability of 5G network elements from different vendors. * **Troubleshooting:** To help identify and resolve problems with 5G network elements. Overall, Polaris Networks emulators offer a powerful and flexible lab testbed for 5G. They can be used to test a wide range of 5G network elements and functions,
Simulate Tens of Thousands of UES and eNodeBs on a single system using the Polaris eNodeB Emulator To learn more, please visit: https://lnkd.in/gnRHAAV #3GPP #4G #LTE #packetcore #LoadTesting #basestation #devices #functionality #testing #capitalcost #opensource #opensourceepc #LTENetwork
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Test the Functionality, Scalability & Performance of your Base Station with a Complete Packet Core Emulation using the Polaris EPC Emulator To learn more, please visit: https://lnkd.in/gdfGnyd #3GPP #4G #LTE #packetcore #LoadTesting #basestation #devices #functionality #testing #capital cost #opensource #opensourceepc #LTE Network
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Hello connections!!! "Excited to share insights from our recent workshop on chips-level testing and debugging for mobile devices! 📱💻 Exploring the intricacies of ensuring top-notch performance and functionality. #MobileTech #Testing #Debugging"
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Hi developers 😀 We’re launching a new blog to introduce PacketRusher: a new UE/gNB simulator and CP/UP load tester. Let's check it out. 👇🏻 PacketRusher is an innovative open-source project developed by Hewlett Packard, drawing inspiration from my5G-RANTester and leveraging multiple libraries created by free5GC. Its primary objective is to establish automated and high-performance UE/RAN testing suites. The blog will go through some setup processes, configurations, and experiment results. Join us on this journey to explore the experiment.🚀 ✒Author - Michael Chien Full article: https://lnkd.in/gYGYcBEh #3gpp #5gcore #5gtechnology #5gnetworks #nfv #opensourcesoftware
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Linux Foundation (LF) Edge Akraino Technical Steering Committee (TSC) member, 6G, 5G Advanced, 5G Official logo use approval by 3GPP, 5G Advanced IoT PINs/CPNs, equivalent NPNs/SNPNs New Services & Solution Management
Attached the OpenAPI Specification Files for 3GPP 5G Core Network CN tool enabling anyone & everyone interested in 5G APIs to download the 5G APIs, as standard specified by 3GPP, & stored at 3GPP Forge. 3GPP Rel-18 (aka "5G Advanced") APIs are set as "default" (& still "open", till end of March 2024). All other 5G APIs, starting from 5G Rel-15, & Rel-16, & Rel-17 are "frozen". You can chose to start from 3GPP 5G initial release, namely, Rel-15 or the Release that is "revealed" to you & then pick the respective specified Service Solution related APIs...also in "YAML" format for automation..
Files · REL-18 · All Groups / 5G APIs · GitLab
forge.3gpp.org
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I play 5 instruments including Chapman Stick. The Neural DSP Archetypes have been real game changers for me. Here's a short vid of me playing Stick thru Archetypes Cory Wong (left hand) and Mateus Asato (right hand) - https://lnkd.in/g8pm7c4X
CorOS 3.0.0 is still undergoing internal beta testing. A small number of issues were found that have taken some time to resolve. A new release candidate of the beta firmware will be released to the testing team in the next couple of days where all identified issues have been fixed, and the sweeps will begin again. We’re not ready to commit to an exact release date yet, but we are weeks away, not months. We’ll update you if there are any changes - positive or negative - to our development time. Thank you for your continued patience. 🫶 Keep up to date with us at: www.neuraldsp.com/news
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Linux Foundation (LF) Edge Akraino Technical Steering Committee (TSC) member, 6G, 5G Advanced, 5G Official logo use approval by 3GPP, 5G Advanced IoT PINs/CPNs, equivalent NPNs/SNPNs New Services & Solution Management
Attached the OpenAPI Specification Files for 3GPP 5G Core Network CN tool enabling anyone & everyone interested in 5G APIs to download the 5G APIs, as standard specified by 3GPP, & stored at 3GPP Forge. 3GPP Rel-18 (aka "5G Advanced") APIs are set as "default" (& still "open", till end of March 2024). All other 5G APIs, starting from 5G Rel-15, & Rel-16, & Rel-17 are "frozen". You can chose to start from 3GPP 5G initial release, namely, Rel-15 or the Release that is "revealed" to you & then pick the respective specified Service Solution related APIs...also in "YAML" format for automation.. https://lnkd.in/dAini8Gc
Files · Rel17-draft-TSG103 · All Groups / 5G APIs · GitLab
forge.3gpp.org
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