LTE Power On scenario LTE Call Flow LTE Attach Procedurepart3

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If you need pdf copy of this session please send mail to [email protected] • 5G Stand Alone Call Flow with Log Analysis in details with Complete Information Elements. 5G NR SA Registration/Attach Call Flow, 5G Stand Alone, 5G SA Registration Call Flow, OTA messages, RRC Connection Request, RACH Procedure, Authentication and NAS Security in 5G, UE Capability Transfer, NGAP Signaling for UE Registration, 5G/NR - Initial Attach, SA Initial Attach Sequence, registration in 5G, difference between SA and NSA, open ran, 5g explained, 5g technology explained, gsm architecture, Which network function performs UE registration, 5G SA Core Network Procedure. • 5G wireless technology, 5G how it works, 5g fundamentals, Wireless School, LTE 5G Protocol Testing, 5G NOTES, 5G videos, 4G LTE Fundamentals training course, 5G Protocol Videos • • In this video, you will learn about 5G SA L3 RRC Analysis - 5G SA Call Flow Resource Grid Visualization Using Post Processing Tool. • As many of you have requested to share real UE log analysis with a Post Processing Tool, so here is a session showing L3 analysis using post processing tool • After completing this session, you should be able to grasp all the important 5G messages and their contents along with an understanding how to interpret any network's configuration using the L3 RRC messages. • This covers 5G Call Flows as well as visualization of the 5G IEs into a 5G Resource Grid. • One of the most complex areas for beginners is to understand 5G Call Flows and Signaling procedures. 3GPP defines them but they are not easy to understand. • So, in this video, I have explained the 5G Call Flows (SA) in a simplified manner and I have also included the contents of some of the important messages to show what goes on between UE/Mobile and the 5G network during the 5G Initial Access or Network Entry procedure! • Moreover, I have highlighted some of the important 5G KPIs in the end that will help the audience to correlate the 5G Call Flow Signaling procedure with the 5G KPI itself. This is also one of a popular 5G Interview topic as well and many questions are asked from this Signaling Procedure. • We will also go through Mobility specially A3 in detail. • The A3 measurement configuration is shared by the gNB to the eNB during NR leg addition and then the eNB sends it to the UE via RRC Reconfiguration. • Once, the UE meets the A3 condition which means that another 5G cell within the same gNB is now a better candidate cell and has better coverage than the source cell then the UE sends A3 Measurement Report to the eNB. The eNB forwards that measurement report to the gNB over X2. The gNB takes the handover/PSCell Change decision and sends a SgNB Modification/Change Required message to the eNB indicating a PSCell Change request to the target cell. • The eNB reconfigures the UE to move it to the target NR cell and sends confirmation to the source gNB over X2 interface. The UE moves to target cell after completing RACH on the target cell. • Disclaimer: The information available on this YouTube channel is for educational and information purposes only. • • The 3GPP, LTE, LTE-Advanced, and 5G logos are the property of Third Generation Partnership Project (3GPP). • The content of this video is based on 3GPP/LTE specifications which are available at www.3gpp.org. Reference/Source: 3GPP/Award Solution/YouTube videos/YouTube screengrab • #5gtechnologycertification #5gprotocoltestingtraining #telecom5gtraining #5gtraining #5gcourses #5gtrainingcourses #nokia5gcertification #5goptimizationtraining #nokiaairscaletraining #5gclasses #5gprotocoltestingcourse #5gworldpro #5gprotocoltestingcourseonline #nokiabelllabs5gcertification #5gcertificationcourse • #LTE 5G Protocol Testing #wireless School #LTE Discussion #5G World #testing #4g #5g #wireless #WirlessSchool #5g _study #shorts #5g #testing #5g_study • Hi All, • Thanks a lot for watching this video. • If you need pdf copy of the session, please click on following link: • • https://f4765268.sibforms.com/serve/M...

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