Megaplexer Ip implementation in Enode B
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Megalexer collection interface to the NSN eNBs is based on the 3rd party trace reporting feature offered by NSN via their OSS system. This feature enables the eNodeB to stream multiple call traces to specified 3rd Party IP addresses
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- The lab's ability to emulate 4G network elements and traffic types to enable testing of applications, devices, and services prior to real-world deployment.
- An overview of the evolution of wireless technologies from 2G to 4G and the core network architectures associated with each.
- The lab's protocol simulation capabilities and ability to simulate any network node or interface for testing purposes.
- Diagrams of sample lab configurations including elements like the eNodeB, MME, HSS, SGW, and PGW.
- Examples of test cases like mobile-to-mobile voice calls, hand
Link labs LTE-M NB-IOT Hype Webinar slides
Join us as Link Labs VP of Business Development and Cellular IoT Product Director, Glenn Schatz, discusses common misconceptions about LTE Cat-M1 and Cat-NB1 (NB-IoT), as well as how business and product leaders can use these transformative technologies to deliver value to their customers, while avoiding some of the pitfalls companies face when embarking on this journey.
In this Webinar we will cover:
What are the key features and benefits of LTE Cat-M1 and NB-IoT?
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CCNA (R & S) Module 02 - Connecting Networks - Chapter 3
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Branch Connections, Broadband Connections, STP, PPPoE, VPNs, GRE, eBGP
Mpls
MPLS stands for Multi-Protocol Label Switching, a framework specified by the IETF to efficiently forward, route, and switch traffic through a network. MPLS works at layer 2.5, using label switching to combine the benefits of circuit switching and packet switching. It allows separation of addressing and traffic through VPNs, improving security, bandwidth utilization, and user experience while reducing network complexity and congestion.
Similar to Megaplexer Ip implementation in Enode B (20)
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Ccnav5.org ccna 1-v50_itn_practice_final_exam_answers
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CCNA (R & S) Module 02 - Connecting Networks - Chapter 3
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Megaplexer Ip implementation in Enode B
- 2. Contents ■ Introduction ■ Feature Required ■ MO Description- CTRLTS/LTRACE/MTRACE ■ MO Parameters ■ Challenges
- 3. Introduction to Megaplexer ■ MegaPlexer is an application which is designed to collect cell trace from the LTE eNodeB Network Elements ■ MegaPlexer is a solution which can collect message streams from several eNodeB’s simultaneously and further send it defined IP-address ■ Megalexer collection interface to the NSN eNBs is based on the 3rd party trace reporting feature offered by NSN via their OSS system. This feature enables the eNodeB to stream multiple call traces to specified 3rd Party IP addresses
- 4. Feature Required ■ LTE 433 MCell trace
- 5. MOs for Megaplexer Following Mos are added in SCF for Megaplexer IP Implementation ■ CTRLTS ■ LTRACE ■ MTRACE (For SBTS we have used CTRLTS and MTRACE only since LTRACE is not Required)
- 6. MO Parameters CTRLTS <p name="maxUeTraceSessions">60</p> <p name="netActIpAddr">10.34.39.186</p> <p name="omsTracePortNum">49392</p> <p name="tceTracePortNum">49151</p> <list name="extTraceReporting"> <item> <p name="extCellTraceRep">True</p> <p name="extUeTraceRep">True</p> </item> </list> <list name="vendorSpecTracing"> <item> <p name="taTracing">True</p> </item> </list> <list name="traceRepMode"> <item> <p name="cellTraceRepMode">Online</p> <p name="ueTraceRepMode">Online</p> MTRACE <p name="eutranTraceIdMcc">405</p> <p name="eutranTraceIdMnc">54</p> <p name="traceId">1</p> <p name="trcRecSessionRef">65535</p> <p name="cellMaxActiveUEsTraced">10000</p> <p name="cellTrcMode">True</p> <p name="cellTaTracing">True</p> <p name="jobType">TraceOnly</p> <p name="maxBufferingTime">2000</p> <p name="tceCellTracePortNum">49151</p> <p name="tceIpAddress">10.0.94.1</p> <p name="traceRrcSetting">All</p> <p name="traceS1Setting">All</p> <p name="traceX2Setting">All</p> Megaplxer IP
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