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Great presentation.

I would love for JPEG XS to find a home in Remote Desktop applications like RDP, Parsec, Teamviewer, etc. The low latency nature of JPEG XS would be very useful in making the desktop user experience fluid. I would also probably be amazing for gaming. Nvidia has their Geforce Now, Steam has in home streaming and there are other that are good and people do use them but often have been reported as being sluggish as there is usually a slight delay in the streams that can be measured in milliseconds. This really could be what is needed to make all of that go away. It isn't perfect especially if it is going over a WAN connection as the bandwidth definitely is greater than something like h.264 but especially for connections where this all happens on a local network it could be amazing. You do mention Gaming and Remote Desktop at the end. What products are actually using this already?

“You hardly imagine Amazon going down at all.” Sorry to target this point. They have outages all the them. Azure, AWS and other ‘cloud’ providers have unplanned outages. A google search will show many headlines about outages.

Great presentation.

Great presentation.

“This is more than 7 million addresses so you will probably find the right address for you!” Great presentation.

Great presentation.

Nice overview.

‘Easier said than done’ is a phrase that comes to mind when watching this.

Chapter markers would be helpful

First lecture is really interesting. Any chance we can download this slides?

I miss the showcase, it anchored IBC well.

Do Apple products support IPMX ?

Very concise, well presented overview. Thank you!

This was a great presentation in person. I am happy to be able to rewatch it.

IGMP is a protocol. My opinion is that saying switches have IGMP is not accurate. Switches can have a capability called IGMP snooping. This capability allows a switch to modify their default behavior which is to flood multicast addressed frames out all ports except the port that received the frame. With IGMP snooping turned on, the switch will eventually have a record of what ports are connected to devices that are subscribed to specific multicast streams. The switch will then push multicast frames only out of those ports.

I don’t think printers are plug and play even today! IPMX does much better in the context of plug and play compared to printers. I am very impressed with connectIP by Matrox regarding NMOS controller.

Thank you for the informative video!

Audio on one channel only ! Congratulations !

And... yet another video from the world of professional broadcasting with terrible audio quality... not a good advertisement for ST2110 !

Great tutorial really appreciated :)

there is a missing trust in IT :D as broadcast engineers suck at IT and IT engineers implement IT methodology into broadcast and thats also sux :D

Real men of genius - Mr Welch explains complex things so that even I can understand them! I feel like I owe you a beer.

I think i would challenge the assertion that the alignment accuracy needs to be 1/2 sample. Thats an ideal number but it doesn't have to be presumed to be true. Instead, why not consider what the practical effective limits are in terms of actual sampling of the analogue world? For example, consider that 100m of analogue audio cable adds around 0.5uS. The placement of a microphone also matters, the delay of a shotgun microphone placed 10m from the source is almost 30ms. If we're talking about video then i would assert that accuracy probably is proportional to the distance. So devices which are adjacent to each other need better accuracy than those which are further apart. Traditionally, synch didn't compensate for latency, but now it does, so we have scope creep.

It's hilarious that a presentation of an AV technology sounds so bad !

Hey AES, aren't you audio experts ? How could make a video with such an awful audio quality ?

The audio level in this channel is very low. Any particular reason for this?

GREAT Video! Thank you so much!

Yet another professional audio seminar with shit audio…. This is not even near the correct levels and I’d expect more from educational content from AES. Fantastic lecture btw learned so much I just wish it was louder so I wasn’t struggling to hear in my car or on my headphones

Please cut the 10 min waste at start and fix the volume, thanks!

Thank you for this great video. There was a question on the first slide "Should the IT and Broadcast network be shared". I couldn't find any document that talks about a shared network for SMPTE and classical IP data. It would be very interesting to know if such shared infrastructures are recommended, and where and why clear demarcations should be made. Is there a good source for this?

Good update, thanks!

Funny choice of Name! I was working with Catena-x that are doing the same thing but in automotive, under the million dollar umbrella of Gaia-x with federal backing. Did you look for data space Culture?

I love how green 💚 it has become ! Amwa is-12 should make the control slice less red I hope!

Look at all that green 💚 in the pyramid! I hope amwa is-12 kicks everything into control!

shots fired! great presentation!

Very useful, thank you

Feel free to let me know if you want the PDF file of this presentation

11.11.11.x is my favorite. Easy to type

This is a very 4-dimensional presentation a+++

pքɾօʍօʂʍ 💔

❣️ Pᵣₒmₒˢᵐ

Please correct my affiliation to AlvaLinks :-)

Well done, dry networking stuff presented with some funny notes!

Heck yeah!

With regard to the QoS conclusion; What QoS was tested? Was it strict priority QoS or something like WRR? This could significantly change the results observed.

The problem with standards is no one dedicates themselves to reading them all. Thanks for the summary!!! A+++

Hello, I really thank you guys for all these good detailed videos. One thing that I am missing, is there any examples of how to register a new device or how do implement this on one of my own products or examples?

Amazing!

AMAZING!!! Bravo