Wonderful explanation. You are such a wealth of knowledge for anyone in telecom. It's been a pleasure to learn from you over the years. Cheers from Canada.

Thanks for the video. It's really useful. Is there any criteria about the coverage probability. For example you said in the mission critical cases the coverage probability could be 99%, but what's the criteria why 99%? why 98% isn't acceptable. Is there any reference for choosing the percentage?

How can I upgrade knowledge from Mechanical Background to ENTC?

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God bless you

Thanks a lot. I tried many times to learn about it, but I was confused in between. you are a good person btw.

Well explained and easy to understand. Thx

you are wrong with the 2 strategies for ZC sequence actually, ZC sequences are allocated for uplink reference signals. UEs use these sequences with a cyclic prefix for synchronization and channel estimation. The eNodeB assigns specific ZC sequences and cyclic prefix configurations to different UEs to ensure reliable communication and minimize interference

Very good and simple explanation. Easy to understand. Keep up the good work!

Great

hello Sir Plz make a complete Detailed video over LTE Call & Data flow.

your videos are easy to understand and really helpful. can you please make some videos on TN-NTN interference analysis TN-NTN integration etc?

Very good explanation 🎉❤

Incredible. Muy buen vídeo señor.

Hello Sir Please Make a detailed video over LTE, Volte & NR CALL Flow🙏

We can we except it to implement

Just keep posting..😊

Thank you, sir, for another amazing video. I am interested in your online Feb lectures.

Hello. Thank you for always sharing such empowering knowledge. Can you please help me with " ranking in LTE". Thanks

thank you so much , helped me a lot . Can you please make a video on PDSCH processing

truly impresive thx

Sir i want to be learn Rf planing and optimization can you please share a roadmap or something where to start to to learn first i am confuse here cuz i dont know what to study and learn first

hello sir, I saw your lecture.. its superb.. Sir, do you have notes on these topics- Introduction to emerging technologies for 5G and beyond 5G communication: millimeter wave technology (mmwave), 5G client communications, device-to-device (D2D) communications, massive MIMO, multi-tenancy, Tera Hertz (THz) communications, molecular communications, non-orthogonal multiple (NOMA) access techniques, cloud radio access networks (CRAN). Sir, if you have plz provide me. thank sir.

Great

Nice you are putting up a video again.🎉

Great knowledge... Please keep it up good work and upgrade your tools and audio, video quality😊

Dear Sir, I want to be sure, you said that if RSRP doesn't reach threshold 1 it will not do REPORTING, or doesn't MEASURE the neighbors at all ?

Thank you very much

i havent used 5g for now but seeing a 6g video lmaoo

What will happen RRCrestablishment case in nsa?

FR2 we can allocate 1000MHz Aldo.. what I came to know.. pl correct ..

Can you please share any parameter name for B1 measurement start in Nokia 5G and also for to release NR and come to LTE ?

Perfectly explained

Sound is to low to hear please increase sound

excellent and brief explanation. Thanks

In higher frequency bands > 24 GHz( mm waves ) ,ultra low latency can be achieved using higher sub carrier frequency spacing with multiple numerology…But in 5 G low band less than 1 GHz ,how this ultra low latency can be achieved ?

1. I have a fundamental question that relates to Dual Connectivity i.e. N-DC refers to the dual connection of 4G wireless access network and 5G NR. 2. Let’s say that we are using Band-X in 4G and another similar band in 5G and are attempting to communicate with both RATs to take advantage of EN-DC. 3. The question is what will happen if there is overlap in terms of the “spectrum occupied”. 4. Let’s say that the 4G component has been assigned spectrum in Band 3 from 1830 MHz through to 1850 MHz (i.e. a chunk of 20 MHz Bandwidth). 5. Let’s say that the 5G component has been assigned spectrum in Band n3 from 1820.45 MHz through to 1830.45 MHz (i.e. a chunk of 10 MHz Bandwidth). 6. In such a scenario, there is an overlap of 450 KHz between these two components i.e. the assigned 5G-NR band component eats into the 4g spectrum component by 450 KHz. 7. Will such a deployment work in light of the designated configuration based on existing product implementations? There are bound to be issues in decoding such transmissions at the UE because of the overlap in the spectrum. The reason, I am asking this question was because an argument (however erroneous) can be made that the 5G transmissions would potentially be orthogonal to the 4G transmissions (even if they have an SCS of 15 kHz or 30 kHz) and hence the decoding at the mobile will work because orthogonality will prevent any decoding issues. I do not agree with this argument i.e. that the orthogonality provided by the OFDM structure of the waveforms would protect them against each other (i.e. from the UE perspective in the sense that the UE can successfully decode the two transmissions). I would be very grateful if you could enlighten me with your perspective with references (if applicable). 8. If the answer is in the negative, from an R&D implementation, perspective - what changes would one need to implement to make such a configuration (i.e. characterized by overlapping assigned spectrums) workable in realistic network implementations? 9. It would also be immensely helpful if you could further substantiate your arguments with references from the relevant 3GPP specifications (or other relevant specifications) or draw my attention to any specific specifications or publications which can further clarify my doubt?

Thank you for the great explanation

hi, very good information, but like a few have mentioned, the volume is very low. Unable to hear some of the words clearly. Thanks

Is it RRC Reconfiguration or RRC Connection Reconfiguration message? I think these two are different

any bootcamp training u will run near future for new comer to this industry?

Did anyone ever tell u that u look like Lewis from nightcrawler movie?

Hello Can you Please tell about TTI Utilization measure in LTE? . Usually PRB utilization is taken as Capacity measurement in LTE. But Currently where I am working in network they are considering TTI utilization as capacity measure. As per my understanding "TTI utilization" is giving a number of how many active users are present in a TTI or a specific time interval. Is this understanding is correct? If no plz share your POV. Thanks

Hi dear Can you please make one video for 5G NR PCI and RSI prach planning. Many thanks

Sir, we are waiting for your 5G classes...Pl. Make the more classes

In the 15khz subcarrier slot per subframe is 1, and the slot contains 14 OFDM symbols. for In 30khz subcarrier slot per subframe is 2, each slot contains 14 OFDM symbols, then what size of each slot and the size of 1 subframe? In 60khz subcarrier slot per subframe is 4, and each slot contains 14 OFDM symbols, then what size of each slot and the size of 1 subframe?

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Welcome back

Nice