You’re welcome; yes the term "Beamforming" might be somehow misleading for UL, since we are not talking about uplink beams but rather about an adaptation of the UL Rx directivity patern in such a way as to create a peak gain to the direction of the transmitting UE. Below link has a very good article and also you can find more information 5G NR in bullets page 364 and P386 www.linkedin.com/pulse/downlik-vs-uplink-beamforming-multi-user-mimo-lte-5gnr-balis-1c?
Very Nice
Thank you
Impressive, great content, thanks a lot brother. 😊
Thanks a lot for the feedback 🙏
Thanks Adawy for your great training
You’re welcome, thanks a lot tarek for leaving your feedback
Amazing!
Thank you
Great job 👏 👏
Thank you
Thanks Adawi for this good session
You’ re welcome, ibrahim 🙏
Really good work and reference materials !!!
Thank you, i appreciate your feedback
nicely explained,,,shows your passion
Thank you
Great work as usual ya Adawy, please keep it up 👏👏
Thanks a lot, much appreciated 🙏
Thanks @mohamed for all the great RAN content. It would be nice to improve the audio quality, looks like an issue with the mic.
You’re welcome, sorry for that, i noticed that after completing the record; i will sure ensure
To fix it
Thanks. Can we say that the term beam forming does not apply to uplink even if UE can produce a beam to the radio antenna set.
You’re welcome; yes the term "Beamforming" might be somehow misleading for UL, since we are not talking about uplink beams but rather about an adaptation of the UL Rx directivity patern in such a way as to create a peak gain to the direction of the transmitting UE. Below link has a very good article and also you can find more information 5G NR in bullets page 364 and P386
www.linkedin.com/pulse/downlik-vs-uplink-beamforming-multi-user-mimo-lte-5gnr-balis-1c?
👏👏👏
🙏🙏
my wish is to work with you in one project mate, great work
Thank a lot mate, who knows we may work together one day
We're getting more insights on respective topics in every video.
Thanks a lot 🙏