The next-generation USB “Type C” standard that became available to manufacturers last month will also offer a “DisplayPort Alternate Mode”, enabling the new USB cables to “deliver full DisplayPort audio/video (A/V) performance, driving monitor resolutions of 4K and beyond, SuperSpeed USB (USB 3.1) data and up to 100 watts of power–over a single cable.” That means new USB cables that adopt the new slimmer Type-3 standard can essentially also work as a full-fledged DisplayPort cable. The announcement was made today by The Video Electronics Standards Association (VESA), which worked with the USB 3.0 Promoter Group to offer the functionality: expand full story
DisplayPort ▪ September 22, 2014
DisplayPort ▪ September 15, 2014
The Video Electronics Standards Association (VESA) announced today that it’s introducing the latest DisplayPort technology that brings support for upcoming 5K monitors and more. DisplayPort 1.3 for audio and video increases the standard to a maximum link bandwidth of 32.4 Gbps and as a result supports 5K displays with resolutions of 5120 x 2880 on a single cable without compression methods. In addition, users will notice enhanced performance for 4K displays in multi-monitor setups over a single DisplayPort connection: expand full story
DisplayPort ▪ September 30, 2013
I’m a huge fan of Thunderbolt. A single wire carrying both DisplayPort and high-speed PCIe data is an incredibly elegant approach to minimising cable clutter even if you don’t need the blistering speed, especially when you can use an Apple Thunderbolt Display as a hub for your USB devices.
I also admire clever tech. The reason you can daisy-chain up to six separate devices is because Thunderbolt automatically multiplexes and de-multiplexes the signals as needed. Thunderbolt 2 takes this approach one step further, combining two 10Gbit/s channels into a single 20Gbit/s connection, with the the Thunderbolt controller again doing all the work. It’s impressive stuff.
A fast, clever technology developed by Intel and enthusiastically marketed by Apple ought to stand a fighting chance at mass-market adoption. Sadly, there’s so far not much sign of this happening. It’s all looking rather reminiscent of Firewire … expand full story
DisplayPort ▪ June 14, 2013
I’ve been curious about the 21:9 display format since it started to creep into mainstream displays last year. Originally developed to display cinema grade movies natively, computer users are now snapping these up to give themselves a sort of wide ‘Bloomberg terminal’ without the break (and the swivel between displays).
I received the Philips 298P4 29-inch 21:9 display a few weeks ago and have set it up as my display at my desk. It has an unusual 2560×1080 pixel display which is the same amount of pixels across as traditional 30 inch 16:10 displays or 27-inch 16:9 displays (like Apple’s 27-inch iMac or Thunderbolt Display). The 1080 pixels high however matches up with a typical 1080P display. I didn’t use it like a traditional desktop computer or with a laptop off to the side.
For me, I saw an opportunity to add a display on top of my Retina MacBook Pro whose keyboard/trackpad layout I find more usable than anything else out there including Apple’s Wireless Keyboard/Trackpad combo. The Philips’ stand (and this is the key part) allows the display to grow over the top of even the 15’inch Retina MacBook Pro so that I can continue to use the MBP keyboard and display even while looking up (for much improved posture) at the Philips display. It is also great for watching movies while working :D, unless productivity is a priority.
For this it was great, but how was the quality of the display?
DisplayPort ▪ June 6, 2013
DisplayPort ▪ March 4, 2013
We reported over the weekend that there was some confusion over exactly how Apple’s new Lightning digital AV adapter works and why it lacks the ability to carry a native 1080p signal. One theory is that Apple was using an AirPlay wireless streaming protocol, but we’ve since learned that is not the case. According to a post that purports to be from an anonymous Apple engineer explaining how the cables function, Apple does not use Airplay protocol. It instead uses the same H.264 encoding technology as AirPlay to encode the output into the ARM SoC. From there, the data is decoded and sent over HDMI:
It’s vastly the same thing with the HDMI adapter. Lightning doesn’t have anything to do with HDMI at all. Again, it’s just a high speed serial interface. Airplay uses a bunch of hardware h264 encoding technology that we’ve already got access to, so what happens here is that we use the same hardware to encode an output stream on the fly and fire it down the Lightning cable straight into the ARM SoC the guys at Panic discovered. Airplay itself (the network protocol) is NOT involved in this process. The encoded data is transferred as packetized data across the Lightning bus, where it is decoded by the ARM SoC and pushed out over HDMI.
Perhaps even more interesting is that Apple could improve the quality with future software updates since the firmware is stored in RAM as opposed to ROM. The poster noted that Apple deemed the quality “suitably acceptable” but *will* make improvements with future iOS updates: expand full story