Thank you so much for this presentation. It is explained so well with great examples. Amazing diagram, simple and yet explained a very complex concept very well.
Hi Ali, nice one, just I would like to add that those parameters you mentioned are in SIB3(intrafreq), SIB5(interfreq), SIB6(UMTS) and SIB7(GSM) in LTE, per each layer as the UE is in idle mode it will read and acquire all those parameters from serving cell SIBs. Some params are 1dB step, others are 2dB step. Also Treselection is important too.
Excellent tutorial and very helpful. Please correct me if I am wrong. ThreshXhigh is for moving UE from current serving frequency/RAT to Higher priority Frequency/RAT. It will be triggered when UE see that higher priority frequency is better than ThreshXhigh irrespective of current frequency condition. Example: qRxlevmin= -120 , ThreshXhigh = 8, then if UE see higher priority frequency is better than(-120 +8*2) -104. UE will reselect to higher prio frequency. So if we want to pump traffic in Hiher prio frequency/RAT we need to reduce ThreshXhigh (from 8 to 6 may be).
Hi, Excellent tutorial. Can you make a video on Rf planning for macro and ibs? Atoll and IBWave tools or any other ones that you have access to.. It would be of great help...thanks
For Mobility Strategy Guidelines, please check out the complete playlist below :)
🌐Mobility Strategy Guidelines
💡ruclips.net/p/PL4OXTttOk9WiYBSisxouxMiHY6ljkO_mA
Thank you so much for this presentation. It is explained so well with great examples. Amazing diagram, simple and yet explained a very complex concept very well.
Thanks a lot, Khanh :)
Very straight forward,simple ,and easy to understand ,wonderful job ❤
Thanks
Hi Ali, nice one, just I would like to add that those parameters you mentioned are in SIB3(intrafreq), SIB5(interfreq), SIB6(UMTS) and SIB7(GSM) in LTE, per each layer as the UE is in idle mode it will read and acquire all those parameters from serving cell SIBs. Some params are 1dB step, others are 2dB step. Also Treselection is important too.
Thanks for the useful addition!
I not found mobility strategy for connected state. if there is any lecture Please share.
@@muhammadzaheer5468 Try this: ruclips.net/video/nZKN6R2OgFQ/видео.html&ab_channel=OurTechnologyPlanet
Best Video on Mobile strategy till now, thank you very much.....
Thanks
Best video on mobility, eagerly waiting for connected mode
Thanks Irfan! :)
Bro, Waiting for the connected mode mobility tutorial. Special thanks for the excellent Tutorial.
I will try my best to upload by the end of coming week :)
Perfectly briefed via detailed example!!!
Thanks! Glad to hear that :)
Excellent tutorial and very helpful. Please correct me if I am wrong. ThreshXhigh is for moving UE from current serving frequency/RAT to Higher priority Frequency/RAT. It will be triggered when UE see that higher priority frequency is better than ThreshXhigh irrespective of current frequency condition. Example: qRxlevmin= -120 , ThreshXhigh = 8, then if UE see higher priority frequency is better than(-120 +8*2) -104. UE will reselect to higher prio frequency. So if we want to pump traffic in Hiher prio frequency/RAT we need to reduce ThreshXhigh (from 8 to 6 may be).
Yes you are right!
Sir may I know why 8 is multiply by 2??
@@irfanetrx1 because the resulation is 2 for ThreshXhigh
Excellent presentation, have you posted the connected mode mobility tutorial yet?
Yes, here is the link
ruclips.net/video/nZKN6R2OgFQ/видео.html
Great tutorial !.. I think you missed s-intrasearch incase of intra-freq reselection
Yeah, good point. Should be added.
Best ever session thanks brother 🙏
That is great to hear! Thanks!
Excellent explanation.I have one silly doubt in this video cell is refer as cell area or gNB?
Thanks. These parameters are cell level so referring to cell area.
Excellent....very useful
Thanks a lot
Excellent one. Thanks😊
Thanks mate :)
Hi,
Excellent tutorial. Can you make a video on Rf planning for macro and ibs? Atoll and IBWave tools or any other ones that you have access to.. It would be of great help...thanks
Thanks for the idea. Will focus on that as well - if I can get my hands on a planning tool :)
I not found mobility strategy for connected state. if there is any lecture Please share.
Here it is , for connected mode
ruclips.net/video/nZKN6R2OgFQ/видео.html
You are the Best!
Thanks, Binaya.
Very nice
Thanks
Good information
Thanks
Do you have any excel based calculator or any online calculator?
No, I do not have a calculator for these :)