 Get a DisplayPort here at Mobile Oil Congress 2017 and you have a new announcement. Yes, we have previously you could take and use like the LG G5 and the V20 phones to export DisplayPort outmode out the bottom of the phone so you could get your video to connect it to an external display, television, projector, anything of that nature. And now most recently at CES Qualcomm announced that in their new 835 chip that they will integrate DisplayPort alt mode actually right into the chip itself so any phones that use the 835 chip will have this same sort of capability to export DisplayPort video out the bottom of the Type-C connector on the bottom of the phone. Directly on the SoC, so no need for separate ICs. So for example Windows Continuum they were all using DisplayPort and a separate IC. There was a separate IC chip in these phones to allow that DisplayPort alt mode to come out of the phone. Alt mode of USB Type-C that's like a standard phone. So you get not only DisplayPort video you also carry USB and power as well. So let's check out how it looks when you connect it to a this is a what kind of display is this? This is an LG display this has a Type-C connector on it it's one of the few monitors in the marketplace that does have Type-C it's a certified DisplayPort device. So when you plug in the LG phone all right then it's just gonna automatically get over here right here we go and then you have a productivity a huge display for your phone can we look on the back there's even a sure so on the back because this monitor serves like a standard USB hub it will actually power the phone right now so it can charge the phone but it also because you're carrying USB you can also on the back you can see we have a USB plugged in USB drive plugged into the back of the monitor and that shows up on the phone and that shows up on the phone so you can play videos or whatever you'd have on that storage device from your phone directly to in this case an LG monitor but obviously you could connect this using a DisplayPort alt mode to an HDMI adapter and use a television as well you wouldn't have the hub capabilities but you could still display your videos that's a great thing about DisplayPort alt mode is it adapts to HDMI as well so if your display is HDMI you can easily convert this DisplayPort signal to an HDMI signal so right here if you check on the back again sorry yeah so this is a type C right here type C connection but it could have been a HDMI display correct and it just works we yeah well you'd have an adapter but yes it would still work just the same there would be an adapter right so you'd have a DisplayPort this is DisplayPort there would be an adapter that takes DisplayPort turns it in the HDMI then you connect the HDMI to the HDMI port on the back of the monitor or the television there's no cable that can do all that it needs to be an IC in the adapter box to do to do to do HDMI most of them are all active any potential we can do even more in one display with an Android device well so the potential is in the future to take out of your phone basically set up a scenario where you could plug your phone into a dock and the dock would have two outputs to two displays so in theory using DisplayPort alt mode and our compression called DSC display stream compression you could actually drive two 4k displays from your phone that's fantastic this is gonna be 10 nanometer this is a crazy fast future Snapdragon coming out so you'll have so much performance that displays like this right what kind of resolution are we looking at here here your losses a single DisplayPort cable using the latest high bit rate 3 we're going to a synaptics docking device so this is DisplayPort into the dock we have two DisplayPort connectors on the dock each driving a single 4k display at 60 Hertz so could you connect the phone through something like this to two 4k displays in the future it could be not possible not currently but in the future that is possible using compression so that's the DisplayPort 1.4 those are DisplayPort 1.4 capabilities yes so 1.4 you announced it last year but now there's there's products and we have several in here that we can show you this being one of them and the other one is our ability to drive 8k 30 with a single cable using high bit rate 3 which as I said you know 50% increase in our throughput so 50% increase in throughput that's 8k do you have any 8k displays here in the booth we do wow is there any chance we can run 8k from the phone no I wish that is coming people that are doing phones or whatever are definitely pushing for 8k from the phone 4k is coming out of phones now but 8k is the future people do want 8k out of their phone and to do it they're going to need compression and we'll talk about compression a little bit later so what we're showing you here 8k Dell display this was announced at CES we have some raw 8k images that we're showing here this monitor will be available sometime towards the end of March and what we're showing here is using Alienware notebook that has the display that display port 1.4 capabilities so we're driving this using a single cable off the shelf standard display port cable you can buy anywhere no specialized cable and now you're getting 8k at 30 Hertz if we had a desktop system here with two ports we could drive 8k 60 but we would need two cables but they would still be the thin small cables so what's the bandwidth bandwidth here is you're doing 8.1 gig per lane they're four lanes so it's 32 32.4 nice so that's these are products like I said this will be available within a month I believe they've targeted $5,000 for this display so the images you see on here now actually the person who built this booth for us had a Nikon D80 camera and so he had been taking raw 8k images but he had never been able to see them but he couldn't see them right because he had no way to display it so this was the first time he had ever seen the images in full 8k so he was amazed to see the quality of the images that his camera was taken this is the same issue that everybody has everybody's taking pictures higher than 8 megapixels never see the quality no you're never gonna print it out and you don't have more in 4k display no so so this is there it is there it is and this is a 4k demo this is this one is 4k HDR so each many TVs have HDR now but there aren't a lot of devices that can actually drive HDR to the set right so what we're doing here is we have an AMD graphics card using display port we're using display port then to an HDMI DP to HDMI active adapter because the TV is HDMI so we're seeing full 10-bit color here using AMD graphics card so we can actually with display port get to full HDR using display port to HDMI adapters so you can see the content on your television or whatever type of display you might have so a lot of display ports has to do with compression right and you have a partner right yes so what's the latest with that it's called display stream compression and they've updated sort of how they're doing that so I will let the Stefan tell you a little bit about the compression I just on the front end I will say visa has agreements with HDMI MHL and Mipi to also use this same algorithm compression algorithm with the products that are built to those standards as well awesome so hello so we met last year and so what happened since last year yeah we met last year last year we had the HD demo and now we have upgraded to 4k demo and just to show how the quality we can carry with this compression so you have a 4k video running right now it's 4k display with 4k video and 4k image and it's we're switching between the source image on the reconstruct one so we cannot see really a difference in the in the reconstruct picture when you see the SC output and as it is 4k and we have a new demonstration platform we also run everything on display port to show that it really works well so the laptop is driving through mini display port to this card we're doing a compression the compression and display port to the monitor all right last year version two 1.2 of the standard was announced to support more of the TV digital TV standards so we already have some customer interest and we're in the phase of completing the our version of the IP to support this release of the standard 1.2 and we're also involved in the advanced DSC task group which is developing the next generation of compression so direct stream compression and display stream compression a display stream compression compression and so this is about how do you how do you develop the next generation where what do you have to think about it what what is the target well it's you know 8k to support and other new resolution reduce try to get more compression higher rate and reduce the cost at the same time for the implementation so there's a lot of of thing to do and see how it can be realized to be implemented in the hardware of the most efficient way so what is the hardware that runs on like how do you run this is it used a lot of performance a lot of hardware is used and required yeah actually we for the 4k we have great our platform this is a FPGA this is FPGA but the main customer they are integrating our IP into their chips so they are chip maker or chip manufacturer like Qualcomm or LG electronics and you have for the decoder part all the display manufacturer which are a lot of them are based in Asia and that's an arm chip it's on so see and you are where are you an SOC well the chips which are developed these days our system in a chip means that people buying IP or piece of functionality from different supplier let's say they need a USB port they say they need a processor and they need DSC interface then they ship the shop around put all this together very data it works well and then go into projection of a chip it's more complex than this but it's in a few words that's how it works code run on the CPU on a DSP on the GPU or where do you run the encoder run on the graphical processor on the GPU yeah on the GPU and the decoder runs in the display interface chip all right and so it's fully smooth fully optimized and you can do even better we keep updating already what do you need to well we as I said we work on version 1.2 is almost complete advanced DSC we are part of the committee which are developing the standard we have over 20 license licensee actually we have new market that we develop the FPGA version of the encoder to drive the display of the manufacturer that when they want to test their equipment so that's a new market also going on also in automotive because there's a lot of cabling in the car that people want to reduce the number of cable in the car because every year there's more display and cameras added to into the car and we'll get to I think something like 13 and 15 in a few years so there's our new markets and the new opportunities coming on and we we're driving leading the way to get our products into this market and make the most of it and the most performance for the people