As many of our subscribers were complaining about the Text-To-Speech converter that we used, we uploaded a new version of the same video with human voice. Here is the link to it. ruclips.net/video/MJFsDBzUr5U/видео.html Happy Learning.
This is fantastic. I remember looking for a video like this a few years to explain fundamental characters between FDD and TDD and there were none available. This is perfect. I like how you have also painted a commercial lens as this helps to understand business decisions. Very well rounded presentation for such a short clip.
LTE Yes, based on the quality of this video I have subscribed to your channel and will be keenly browsing through your other videos. Keep up the great work.
This is amazing work. Keep it up guys. I would love to watch more videos based on LTE and 5G or anything new going on in Communications. This channel will be very unique in no time and will be noticed.
+MagicSystem11 - Thanks Magic. That was the idea. We wanted our channel to be unique. Stay with us. we will keep on uploading LTE related videos. Happy Learning.
In large events like music festivals and sports events, people use more data in the uplink direction than downlink. Therefore it is necessary to use FDD or modified TDD with uplink ratio higher than downlink.
Both FDD and TDD require precise timing and it has nothing to do with upstream vs downstream. The LTE frame is very complex, with multiple time slots and all devices have to be synchronized. This is maintained with Precision Time Protocol (PTP) to maintain timing within 1.5 µS. Also, TDD isn't a simple up & down, with guard time as you show. A frame is very complex and often has the uplink and downlink slots right next to each other. It's the precision timing that allows this to happen and the transmitting device actually adjust when it sends a time slot
Have you had symptoms such as fatigue, headaches, poor memory, difficulty sleeping, and lack of clarity in your thoughts? It may seem like these could be the results of daily stress and frenzy, but there could be another culprit. All of these are symptoms of electro-sensitivity, which is something that more and more people find themselves affected by. Studies conducted in 1997 found "less than a few cases (of electro-sensitivity) per million", however now as much as 2.5% of the population is affected by electro-sensitivity. Even with the most moderate calculations, electrosensitivity is 10,000 times more common today than it was 20 years ago. Why could this be? Electro-sensitivity and its symptoms appear to be triggered by certain microwave frequencies of electromagnetic radiation. Due to their high frequency, microwaves allow for higher transmission rates and smaller antenna sizes, which is perfect for high-tech devices that are constantly getting smaller and faster. These are devices such as cell phones, tablets, laptops, and any device that can connect to Wi-Fi, which can now include TVs and refrigerators
+Chinthaka Ekanayake - Thanks Chinthaka. We have used Video scribe for creating the video. Adobe Illustrator and Inkscape also been used to trace the images and make their vector form
+Freebirds 360 - We will get to that but right now we are following a schedule. See the video- channel roadmap, where we have discussed about the topics that we are going to cover. However if you have any VoLTE related query you can ask us on Quora. We are using the same user name and photo. We will definitely answer your queries.
Thank you. but please tell me why in Half duplexing we cannot communicate simultaneously.Is it then became full duplexing process? or there is any obstacle in half duplexing which not allow both way communication simultaneously.
+sujoy saha - You are getting it wrong. The system which cannot communicate simultaneously both way are called halfduplex not the other way. Actually there is no system which is completely full-duplex. In full duplex systems we just use two different channels simultaneously for uplink and downlink. You can say full duplex is a combination of two half duplex. Hope we were able to clarify your doubt.
Hello! Sajid. Are you facing difficulty in understanding all the videos? You can always pause the video to understand better. In case you don't understand something you can write to us. We will try our best to help you out. Happy Learning
As many of our subscribers were complaining about the Text-To-Speech converter that we used, we uploaded a new version of the same video with human voice.
Here is the link to it.
ruclips.net/video/MJFsDBzUr5U/видео.html
Happy Learning.
i have never seen any video more simple and clear than this one , i appreciate it
This is fantastic. I remember looking for a video like this a few years to explain fundamental characters between FDD and TDD and there were none available. This is perfect. I like how you have also painted a commercial lens as this helps to understand business decisions. Very well rounded presentation for such a short clip.
Thanks Mr. Talia. We are glad that the videos are serving a purpose. Hope you like our other videos as well.
Happy Learning.
LTE Yes, based on the quality of this video I have subscribed to your channel and will be keenly browsing through your other videos. Keep up the great work.
This is amazing work. Keep it up guys. I would love to watch more videos based on LTE and 5G or anything new going on in Communications. This channel will be very unique in no time and will be noticed.
+MagicSystem11 - Thanks Magic. That was the idea. We wanted our channel to be unique. Stay with us. we will keep on uploading LTE related videos.
Happy Learning.
Great work! Really high quality material. Thank you for assisting me to understand the base concepts of these techniques!
Thanks Xristos. We are glad that you found it interesting.
Happy Learning.
Pp
Everthing from the voice to the images with this video is amazing. WELL DONEEEEEE
+PowerFirst Power-Thanks Power. We try our best.
Have you watched the other videos?
Yes.. I have watched several of them :)
+PowerFirst Power - Great. We will upload the next video as soon as possible.
Happy learning.
+PowerFirst Power - Great. We will upload the next video as soon as possible.
Happy learning.
+PowerFirst Power - Great. We will upload the next video as soon as possible.
Happy learning.
Awesome videos.. learned more from it than any other video :) .. please keep uploading.
Thanks Rupesh. Happy learning.
Impressive material. Makes reading the books much easier.
+francisco gerardo hernandez rivera - Thanks for your support. Happy learning
What a great material, keep the awesome work. Congrats.
Thanks Giuliko. Happy Learning
Good material presented in a extraordinary way. Was able to learn in a much better way. Thanks for your efforts and keep up the great work.
+Jyoti Vohra - You are welcome. Happy Learning.
Excellent Video. Thanks for posting.
+Ranjeet Badhe - you are welcome.
In large events like music festivals and sports events, people use more data in the uplink direction than downlink. Therefore it is necessary to use FDD or modified TDD with uplink ratio higher than downlink.
Great material, very complete.
Thanks David. Happy Learning.
Thank you for this.(and all other videos) :)
+Rubia Sabri - The pleasure is ours. Happy learning.
Guys, your channel is one of a kind. You make it look very easy. Thanks
+Aditya Varshney thanks for appreciation.. our intension was to put it as simple as possible.
Thank you for this great and explicit demonstration.
+Nkemayim t - You are welcome.
Happy learning
Thanks
Both FDD and TDD require precise timing and it has nothing to do with upstream vs downstream. The LTE frame is very complex, with multiple time slots and all devices have to be synchronized. This is maintained with Precision Time Protocol (PTP) to maintain timing within 1.5 µS. Also, TDD isn't a simple up & down, with guard time as you show. A frame is very complex and often has the uplink and downlink slots right next to each other. It's the precision timing that allows this to happen and the transmitting device actually adjust when it sends a time slot
Thanks for the good presentation.
+Mohammed Al-Haddad - Always happy to serve. Happy Learning.
Great work! Really high-quality material
+Mohammed Kadhum - Thanks a lot. Happy Learning. :)
Have you had symptoms such as fatigue, headaches, poor memory, difficulty sleeping, and lack of clarity in your thoughts? It may seem like these could be the results of daily stress and frenzy, but there could be another culprit. All of these are symptoms of electro-sensitivity, which is something that more and more people find themselves affected by. Studies conducted in 1997 found "less than a few cases (of electro-sensitivity) per million", however now as much as 2.5% of the population is affected by electro-sensitivity. Even with the most moderate calculations, electrosensitivity is 10,000 times more common today than it was 20 years ago. Why could this be?
Electro-sensitivity and its symptoms appear to be triggered by certain microwave frequencies of electromagnetic radiation. Due to their high frequency, microwaves allow for higher transmission rates and smaller antenna sizes, which is perfect for high-tech devices that are constantly getting smaller and faster. These are devices such as cell phones, tablets, laptops, and any device that can connect to Wi-Fi, which can now include TVs and refrigerators
Very helpful, and well presented in layman terms.
Nice video. What is the software used to make the video?
+Chinthaka Ekanayake - Thanks Chinthaka. We have used Video scribe for creating the video. Adobe Illustrator and Inkscape also been used to trace the images and make their vector form
Nice vedio , helped me alot to understand the concept.
+hassan ali - Thanks Hassan. Have you watched our other videos?
beautiful,,,,, finally i understood the concept
like that u also answer all the comments
Thanks for the lovely words George. But We are sorry we can't help you with that.
excellent cours,, the translater work very well with this video ,#sound
+karem badreddine - Thanks a lot. We are glad u found it helpful. Happy Learning. :)
Thank You, good way to learn LTE concepts.
+Sanjaya Gangatkar - Thanks Sanjay. Don't forget to share it with your friends
Very useful material!
+Ann Ayson - happy learning. :)
superb
Thanks Dushyant
great effort.
+Pravin Rai - Thanks man
Strangely educational.
+timtimminz - Thanks a lot.
Happy Learning.
Thanks alot!
+Abhilasha Bhatt - you are welcome
absolutly awesome .. :)
+ZAKARIA BOUGUENARA - thanks a lot.
made my day !!!
+Shah Rukh - Thanks King khan
😉 gooD luck
Please make more videos on VoLTE.
+Freebirds 360 - We will get to that but right now we are following a schedule. See the video- channel roadmap, where we have discussed about the topics that we are going to cover. However if you have any VoLTE related query you can ask us on Quora. We are using the same user name and photo. We will definitely answer your queries.
Awesome..!
+Amrit Pal Singh Thanks Amrit
Thank you !
Superb !!!
Thanks Behzad. Havre you seen our other videos?
very good!
- Thanks Michel. Happy Learning.
Insane!
Thanks you alot !
Verry well said, ❤️❤️
Voice and the music is annoying...can u please change the voice.
tq very much
+Bindupriya Karedla - You are welcome. Happy Learning.
perfect video.
So I'm not getting the difference between tdma..and tdd or fdma vs fdd
top work
+Muhammed Irfan - Thanks. Happy Learning.
Thanks.
TDD is the future.
Thank You for the video,
It helps me a lot !
again Thank you and God Bless you.
+PineStudio86 - Thanks a lot! We are always happy to help. May God bless us all.
Happy Learning.
Wow this is cooking 😍
good informative video, but the abusive use of special effects kinda makes my eyes hurt
Please check #dwdmotnc#discreteoptical #Norteltn #Ciena32slot
2:30 in my opinion, GP is used as DL to UL, not like the video
HI!! Can anybody explain why we can not communicate both ways for Half Duplexing method?
+sujoy saha - we can communicate both ways. But not simultaneously.
Thank you. but please tell me why in Half duplexing we cannot communicate simultaneously.Is it then became full duplexing process? or there is any obstacle in half duplexing which not allow both way communication simultaneously.
+sujoy saha - You are getting it wrong. The system which cannot communicate simultaneously both way are called halfduplex not the other way.
Actually there is no system which is completely full-duplex. In full duplex systems we just use two different channels simultaneously for uplink and downlink. You can say full duplex is a combination of two half duplex.
Hope we were able to clarify your doubt.
YES....!!!! Thank you very much for your valuable reply.
plz keep it a bit simple and slow,its too fast to understand
Hello! Sajid. Are you facing difficulty in understanding all the videos?
You can always pause the video to understand better. In case you don't understand something you can write to us. We will try our best to help you out.
Happy Learning
fdd is better
the voice and music on this thing is grossly annoying especially listening with a headset
krishna ? what in the new world order is this video about. annoying music
fuck robotic too fast