The Geo-blocking we see in RUclips or Spotify is achieved through PCF? I'm really grateful for this and all your content, this is the best channel for a Telecom engineer.
Hi Ishu, thanks for your comment! Geoblocking is often carried out by resolving an IP address for a device to a specific network domain, which is why using a VPN can circumvent geoblocking in some cases. Technically, the PCF would have the ability to provide policy decisions for specific IP flows, but in reality it is the actual web content provider like Netflix, RUclips or Spotify that conducts the blocking.
Excellent!! waoo i am really surprised with the level of information provided and the learning experience. Good Work ! I will take a look to your catalog
The N element of each reference point designation doesn’t really stand for anything, although historically it could be attributed to “New Radio” or “Next Generation”, depending on who you might be speaking to! In terms of the methodology or order, it’s all governed by the 3GPP and you can find a full list of all the N designations in 3GPP TS 23.501, Clause 4.2.7.
Essentially, yes - if a device was utilizing 8 separate network slices, it would require a PDU Session on each slice (PDU sessions cannot span multiple slices).
Hi Gary, thanks for your comment. Can you please elaborate on this? We'd be happy to recommend courses or put you in touch with a trainer who can answer your questions more specifically.
@@garychadwick8640 5G Midband usually is quoted at supporting 1GHz to 7.125GHz (was originally “1GHz to sub 6GHz”). In terms of 5G Midband deployments and frequency options, there are may at the lower ranges (1.8GHz, 2.1GHz, 2.5GHz, 3.5GHz). However, at the higher end the band n96 is available in North America (5925MHz to 7125MHz), as well as newer global Bands: n102 (5925Mhz to 6425MHz) and n104 (6425MHz to 7125MHz). Currently there are not many deployments or devices supporting these bands, however it is still early days for 5G Standalone Providers and Private 5G solutions.
That sliding banner down low is distracting, it was so annoying that before the video i was considering your services , 2 minutes in and i hate the name MPIRICAL
Hi Moussa, thanks for your feedback. Please be assured that the banner only features on our RUclips videos and that any Mpirical courses you purchase through our website will not include any adverts. We hope you found the information within the video useful. If you would like to sample our content without any advertisements, please try our Into to 5G Sample Course: www.mpirical.com/free-intro-to-5g-sample
![I.N "HALLUCINATION" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/n5B5q1Hwt_U/mqdefault.jpg)
This video explained more than my lecturer did in 2 two-hour classes. You don’t know how grateful I am. Thank you so much!
You're very welcome!
Ah yes this guy is excellent. I have done Mpirical 2G 3G and 4G trainings, plus IMS Architecture. They have several awesome trainers
The best video which explain with more clarity about 5G components and concepts. Thank you.
Finally. An instructor that actually knows the material vs one that mumblingly copies other YT videos’ content.
Hi Timothy, we're so happy to see this. Thank you for your comment!
A crisp intro to the 5G Network Architecture! Thank you!!
Excellent RUclips video about 5G core components
Very nice lecturer. Such an artistic and articulate speech!
This is just what I needed. Thank you!
Many thanks. Very well explained key points of this revolutionary network generation, all in just under 20 minutes.
Thanks for your feedback, Michalis! We are glad you found it useful.
Very concise explanation of 5G architecture. Excellent presentation by trainer
The best architecture explanation I found on the internet I found so far. Thanks!
Perfect explanation. Thanks!
awesome explanation
Neat and clear explanation of 5G Core.
just found this and it has explained all content I needed for my class
great tutorial
Concise, clear and valuable information, thank you!
This slide provide lots of valuable points on technology. Thanks for sharing data .
Thank you so much! I believe this must be the starting point before diving into the actual 3GPP specs.
OMG...Im so grateful
What a great video, simple and clear. Thank you
Really good, quick and concise overview. Thanks
Excellent way of presenting in very simple manner
Thanks for the nice feedback!
Very well explained Sir ✌
Fantastic! Great presentation. Thanks
Fantastic video!
Nice session, it gives a clear idea about 5G core. Thanks for sharing.
wow ...great explanation
Thanks for the crisp overview of 5G core. 👍🏻
wow thanks for the video. got to know something before the interview lol...
One of the best
The Geo-blocking we see in RUclips or Spotify is achieved through PCF?
I'm really grateful for this and all your content, this is the best channel for a Telecom engineer.
Hi Ishu, thanks for your comment!
Geoblocking is often carried out by resolving an IP address for a device to a specific network domain, which is why using a VPN can circumvent geoblocking in some cases. Technically, the PCF would have the ability to provide policy decisions for specific IP flows, but in reality it is the actual web content provider like Netflix, RUclips or Spotify that conducts the blocking.
@@Mpirical Ahh okay, thank you for the answer. Guess I'll have to read on how web contents are delivered. Cheers!
Excellent!! waoo i am really surprised with the level of information provided and the learning experience. Good Work ! I will take a look to your catalog
We are so pleased you found it useful, Ivan! Please get in touch if you would like to learn more or have any questions.
While describing AMF, instructor never said the full form of AMF. It's "Access and Mobility management Function" and it's in analogy to MMF in LTE.
Superb. Thanks very much. Well explained.
Very good presentation!!
Thank you!
Thank you buddy for providing very simple explanation.
Many thanks for this very informative, simple and clear presentation :)
This video should show typical examples of how different network slices are used with different applications and different QoS demands.
great video
Thanks so much for your very useful presentation!
thank you
Brilliant courseware
You follow me every where but I know exactly who you are
Very very helpful
What is the methodology/order followed to name the interfaces N1, N2, N3, N4 etc. ?
The N element of each reference point designation doesn’t really stand for anything, although historically it could be attributed to “New Radio” or “Next Generation”, depending on who you might be speaking to! In terms of the methodology or order, it’s all governed by the 3GPP and you can find a full list of all the N designations in 3GPP TS 23.501, Clause 4.2.7.
API calls are replacing the physical interfaces as we know them on LTE. NTW Slicing is the future . 5G Core was an interesting topic.
Thank you, it was a great presentation!
Great video, thanks for sharing
very nice
Nice session! Very clear explanations. I must point out though that the name of the company is wrong in the video title.
Thanks for the comment, Abhik. We're glad you found the video useful. We have amended the title per your feedback. Thanks for watching!
Q) if a Device can have 8 Slices. would that be 8 Different PDU sessions ?
Essentially, yes - if a device was utilizing 8 separate network slices, it would require a PDU Session on each slice (PDU sessions cannot span multiple slices).
Interesting talk! Thanks.
I would like to learn what technolgy is in sub 6 midband 5G
Hi Gary, thanks for your comment. Can you please elaborate on this? We'd be happy to recommend courses or put you in touch with a trainer who can answer your questions more specifically.
@@Mpirical mid band 5G that works on FR1 6Ghz
@@garychadwick8640 5G Midband usually is quoted at supporting 1GHz to 7.125GHz (was originally “1GHz to sub 6GHz”). In terms of 5G Midband deployments and frequency options, there are may at the lower ranges (1.8GHz, 2.1GHz, 2.5GHz, 3.5GHz). However, at the higher end the band n96 is available in North America (5925MHz to 7125MHz), as well as newer global Bands: n102 (5925Mhz to 6425MHz) and n104 (6425MHz to 7125MHz). Currently there are not many deployments or devices supporting these bands, however it is still early days for 5G Standalone Providers and Private 5G solutions.
Thank you Sir😇
very nice presentation . Thank you . Easy to understand and inspire ppl for 5G. Wondering how IMS would fit in the scheme of virtualization.
Can you please provide references for network architecture?
thank you very much, can we have it like slides ??
is UDM similar with the HSS function in LTE ?
Yes - similar in that it's the central repository of subscriber information. Note that the UDM will use the UDR for data storage.
great !
That was useful .. thank u
please define PDU before using it.
Buongiorno. Bellissimo è possibile in italiano
The promotional bottom section distracts and is irritating...
mpirical is way better than wray castle, we used mpirical when we were t-mobile uk.
That sliding banner down low is distracting, it was so annoying that before the video i was considering your services , 2 minutes in and i hate the name MPIRICAL
Hi Moussa, thanks for your feedback. Please be assured that the banner only features on our RUclips videos and that any Mpirical courses you purchase through our website will not include any adverts. We hope you found the information within the video useful. If you would like to sample our content without any advertisements, please try our Into to 5G Sample Course: www.mpirical.com/free-intro-to-5g-sample
Now Death Towers everywhere