5G Link Budget Made Easy: Learn to Calculate 5G Cell Edge Estimation & How Many 5G Sites You Need!

[@OurTechPlanet]

For 5G Implementation, Design & Optimization, check out the complete playlist below :) 🌐5G Workshop Lectures - The Practical Approach to 5G Learning 💡kzbin.info/aero/PL4OXTttOk9WitKYbI_YRbMM5nneh2wpfk

[@sfalam0929]

Can you please share the link of your tool

[@OurTechPlanet]

@@sfalam0929 It is still a WIP. Will share once I get time to finalize it :)

[@saudkhalid221]

Hello my friend thanks for your effort to explain it and I was wondering if you can share the tool

[@user-ku6oc3cc5t]

@@OurTechPlanet Can we get any updates on it? Your tool is really awesome.

[@OurTechPlanet]

@@user-ku6oc3cc5t The tools are planned for future when we have detailed courses for each item. Then we will also share the corresponding tools along with it.

[@ank707]

Hi Ali...as always your videos/blogs are very detailed and well explained in the most simplest way possible. Kudos to both you and Haider for bringing such content to every RF engineer out there. Cheers !!

[@OurTechPlanet]

Thank you so much 😊

[@iulhaq1]

Good Video , Very well explained the 5G link Budget 👏 ...

[@OurTechPlanet]

Thank you so much 🙂

[@ASHFAQ5358]

Excellent and yet simple...undoubtably one of best tutorial video on Link Budget topic i have ever seen

[@OurTechPlanet]

That is nice of you! Really appreciate the support!

[@rizwanrazi245]

Amazing explanation . I am already a big fan of your work on your website .

[@OurTechPlanet]

Thanks Rizwan! It is great to see such a positive response from everyone :)

[@parvizansari9364]

Hi mate. Thanks for the excellent training. It's the best. I was wondering if you can arrange a training to show us how we can make the RF related tools like the one here - Link Budget calculation tools using Python..

[@OurTechPlanet]

Thanks. I started working on these sessions and you may find some information on the following Python playlist kzbin.info/aero/PL4OXTttOk9WisA8SlOQ5NV5ReP4DMC5Iu

[@bhawnasingh8573]

Very Nice Explanation!! Thanks for making it simple for beginners like us. I just wanted to know if we can have access to this tool? Please.

[@OurTechPlanet]

Thanks :) Unfortunately, the tool is currently now available, thanks for understanding

[@dhananjaycse06]

Thank you! nicely explained.

[@OurTechPlanet]

You are welcome!

[@JoHanna-C]

I loved the explanation, very simple and didactic. Just a small detail about the units in the application and in the illustration: the antenna gain must be in dBi.

[@OurTechPlanet]

Thanks and yeah you are right, thanks for pointing it out :)

[@sunilvishwakarma18]

sir...ur all videos are superb and full of knowledge..

[@OurTechPlanet]

Thanks :)

[@nirolkoju2669]

excellent and simple explanation on 5G link budget analysis. Request to share the link for 5G link budget analysis tool.

[@OurTechPlanet]

Thanks, the tool is still a work in progress, will share once completed.

[@sanaarshed1736]

Ali i have become a huge fan of your tutorials. Your method of explaining even complex concepts and no non sense style make your videos even better than any phd in telecoms explaining these. Knowing you are an x uetian makes me so proud. GOD bless you.

[@adeelkhanpersonal]

Explanation in this video is amazing. Thanks

[@OurTechPlanet]

Thanks! :)

[@saydimingas2529]

Very well explained thanks for that. Just want to know more about how to calculate the number os sites, i didn't understand the formula

[@OurTechPlanet]

Maybe you can get more details from this session which covers the link budget in more details kzbin.info/www/bejne/pH7bnXamfblsZpY

[@siviramcbillypson7614]

Really good explanation, Where can I get this tool to make this calculation? I liked

[@OurTechPlanet]

Thanks. Unfortunately, the tool is currently not available. Thanks for understanding :)

[@ibrahimkamhieh3600]

Very amazing and detailed explanation. But is this link budget calculation consider both Coverage and capacity link budget? why this link budget is done for DL only? what about the UL link budget as it is a limitation for the number of sites to be deployed?

[@OurTechPlanet]

The idea for NSA is that the uplink is usually switched to LTE

[@ibrahimkamhieh3600]

Thanks a lot. Really appreciate your hard efforts. When is the your video for 5g RF planning and design? :)

[@adeelakhtarmangi3266]

Very well explained thanks for that Just want to know more about cell edge throughput how distance and path loss is linked with the throughput

[@OurTechPlanet]

Have a look at this video kzbin.info/www/bejne/pH7bnXamfblsZpY

[@masood-jann]

Thanks for such informative lectures. Can we have access to the tool u used in video just to play with it and learn as much as possible.

[@OurTechPlanet]

Thanks, the tool is still not ready to be shared. I will give an update on it once it is fully functional :)

[@masood-jann]

@@OurTechPlanet Thank you 😊

[@omerari9068]

This is very useful. Thank you so much. What is the required ul/dl sinr and throughput for 5G-low band 10 mhz bw? I didn’t understand how to define that values. Could you please explain? Thanks again.

[@OurTechPlanet]

Actually those values come from the customer. For instance, the customer would provide the throughput target for cell edge and then the vendor will provide a corresponding SINR value to be used for the link budget.

[@omerari9068]

@@OurTechPlanet Thank you for your reply.

[@Ysharma117]

Very good explanation... I like it.

[@OurTechPlanet]

Thanks again!

[@ibrahimkamhieh3600]

Does this link budget consider the IOT traffic as well? or only the UE subscribers?

[@OurTechPlanet]

No, this does not cover the IOT traffic :)

[@giacomocroce5905]

Thank's, so clear!

[@OurTechPlanet]

You are welcome. This is our objective, to take complex topics and make them simple and clear :)

[@user-uv8dl5jc3o]

Nice, where can i find that simple tool?

[@OurTechPlanet]

Unfortunately, the tool is not available at the moment :)

[@ramportland]

The video showed calculations assuming DL path. Wouldn't the UL be more of a factor?

[@OurTechPlanet]

For 5G in NSA mode, the uplink usually moves to LTE as explained in the video session below kzbin.info/www/bejne/bWi6pmN4ZtiVrqM

[@Paranoid8899]

Very well explained.....

[@OurTechPlanet]

Thanks Faisal :)

[@luannaabreu731]

Hello Sir, To calculate the cell radius, I understand that we must consider possible values according to a reference, the break point (BP), and apply it to the Path Loss formulas of the scenarios provided by 3GPP TR 38.901. Based on that, I have associated each d2d (cell radius) stipulated a Path Loss value. By inserting these possible Path Loss values into the formula to calculate the received signal level and comparing it to the sensitivity of the receiver, we will be able to know if the link is possible or not. Correct? In the dual connectivity scenario, how would the link budget and capacity of the network, consider the arrangement of macro and microcells? According to the materials I read and courses I watched on KZbin, everyone performed the calculation considering only the standalone version, using the 3.5 GHz frequency, for example. That is a calculation like the one performed for 4G. Nothing related to macro and microcells, or millimeter waves are being considered. Is the mobile network planning, considering the calculation of the link budget, carried out by the Operator or by the Suppliers? In the tools used for mobile network planning by Operators and Suppliers, generally, the main parameter calculated for the distribution of radio base stations is the received signal level or cell radius? Best Regards!

[@OurTechPlanet]

yes, your understanding is correct. The cell radius is the output while the data rate is usually the deciding factor.

[@muhammadashraf8725]

Very Well untangled the NR Link B myths.. Please share some slides with calculations @ M-Mimo impact on Cell radius.

[@OurTechPlanet]

Thanks! We will do a session on Massive MIMO soon

[@thanhcong1998]

hello i am a student i want to get the source code calculated in 5g link budget can you help me and what language is it used in

[@OurTechPlanet]

Currently, the tools are still under development. Will release soon along with source codes.

[@ahmedmustafa9184]

hi, what about the equation where the Bandwidth is calculated ?

[@OurTechPlanet]

I did not get the question but here and in most of the cases, the bandwidth is the input.

[@kozhenidres314]

same calculation is true for UL ? if we have SA 5G ?

[@OurTechPlanet]

The uplink will depend on UE's Tx side so it will have a different link budget. But the calculation process would be pretty similar.

[@mohmedhassanen6107]

thank you for this amazing can i get this tool

[@OurTechPlanet]

It is still under testing. I will share once I complete it :)

[@mohmedhassanen6107]

Could you tell me the propagation model that you used in video

[@swarnban8634]

@@mohmedhassanen6107 urban Macro used

[@muhammaduzairtanveer7355]

Can you please share the tool used in the video?

[@OurTechPlanet]

I will soon do a video on python showing how to make it :)

[@artindance2992]

Nice, 👍

[@OurTechPlanet]

Thanks 👍

[@alisyarief7339]

what different MMU & RRU?

[@OurTechPlanet]

Usually MMU indicates a Massive MIMO

[@AWAKENBOY]

I would say this is a very rough calculation. in UL and DL cell radius is limited with different channels, PRACH, PUSCH and in TDD even number of beams u set is important. I even dont mention the overheads... so this is a calculation for whom just started the telecommunication...

[@OurTechPlanet]

Thanks for the feedback!

[@imsurendra7]

Hi Sir, Can I know how you designed this tool to calculate Link Budget

[@OurTechPlanet]

Using python, and based on the 3GPP model explained in the video

[@imsurendra7]

@@OurTechPlanet could you kindly share that file

[@arnabmukherjee711]

Sir could you please share the tool for our understanding

[@OurTechPlanet]

I am planning to make a session to show how to make this tool. Stay Tuned.

[@niloysarkar3885]

Which tool have you used in this video

[@OurTechPlanet]

This is one of the tools that I created in Python!

[@manjegowdak.r.9771]

Looking forward for deep engineering concepts

[@OurTechPlanet]

Stay Tuned :)

[@sandeepsaraf77]

gr8

[@OurTechPlanet]

Thanks!