Subject: Graphics Cards | July 17, 2018 - 12:38 PM | Ken Addison
Tagged: VR, VirtualLink, valve, usb 3.1, Type-C, Oculus, nvidia, microsoft, DisplayPort, amd
Today, NVIDIA, Oculus, Valve, AMD, and Microsoft, members of the VirtualLink consortium, have announced the VirtualLink standard, which aims to unify physically connecting Virtual Reality headsets to devices.
Based upon the physical USB Type-C connector, VirtualLink will combine the bandwidth of DisplayPort 1.4 (32.1Gbit/s) with a USB 3.1 Data connection, and the ability to deliver up to 27W of power.
VirualLink aims to simplify the setup of current VR Headsets
Given the current "Medusa-like" nature of VR headsets with multiple cables needing to feed video, audio, data, and power to the headset, simplifying to a single cable should provide a measurable benefit to the VR experience. In addition, having a single, unified connector could provide an easier method for third parties to provide wireless solutions, like the current TPCast device.
VirtualLink is an open standard, and the initial specifications can currently be found on the consortium website.
Subject: Storage | August 3, 2016 - 01:19 PM | Sebastian Peak
Tagged: UHD, Thecus, storage, NAS, N4810, N2810PRO, htpc, hdmi, DisplayPort, 4k, 4-Bay
Thecus has announced their newest NAS with the N4810, an 4-bay design based on the existing N2810PRO 2-bay model. The N4810 offers up to 40 TB of hard drive storage support, and an Intel Celeron N3160 (quad-core) processor with 4GB of RAM, which can be expanded to 8GB.
Image credit: Thecus
"With the N4810 built on the hardware of its little brother, the N2810PRO, users are equipped with the same immersive multimedia experience. Delivering superb sharpness and colour contrasts in 4K resolution playback, accessed through the HDMI output or DisplayPort output, guaranteeing that the picture quality from movies is just as the director envisioned.
Connection to your digital sound system via a SPDIF output is available, providing crystal clear audio for music and movies. A new USB 3.0 Type-C port has been added to the three already equipped USB 3.0 ports. This Type-C connector is the size of a microUSB and has a reversible plug allowing cables to be conveniently plugged in either direction."
Image credit: Thecus
The NAS is geared toward the living room, with HDMI output along with DisplayPort, and display output up to UHD/4K. We took a look at the 2-bay N2560 NAS a couple of years ago, and on paper this new model offers a substantial upgrade as an entertainment/HTPC solution. Availability is set for this month.
Subject: Displays | July 14, 2016 - 12:43 PM | Tim Verry
Tagged: USB 3 Type-C, up3017q, oled, DisplayPort, Dell 4K, dell, 4K 120
Initially teased at CES earlier this year, Dell’s UP3017Q is an amazing 30-inch 4K monitor with an OLED panel capable of running at 120Hz. The thin bezeled UltraSharp is also extremely thin at less than 0.5” at the edges. Running a resolution of 3840 x 2160, the 30” monitor comes in at 146 PPI (pixels per inch). The UP3017Q was originally slated for a March release, but it ended up not being available. Reportedly, Dell is still fine tuning the monitor and it will be available soon though the company has not given a new specific launch date when you will actually be able to buy it.
It has some rather impressive specifications, and I am really interested in seeing it in person! The panel manufacturer is still unknown (though many have guessed it is one from LG), but it offers up a resolution of 3840 x 2160, refresh rate of up to 120Hz, 0.1ms response time, and 400,000:1 contrast ratio. Being OLED (Organic Light Emitting Diode), the monitor will be able to deliver true blacks and excellent colors in a very thin profile thanks to not needing a separate backlight (the pixels themselves emit light). Dell claims that the UP3017Q 4K monitor fully supports 100% of the Adobe RGB and 97.8% DCI-P3 color spaces. At a claimed 1.07 billion colors this is a 10-bit color monitor which will be useful in professional applications where color accuracy is paramount.
Dell has further claimed that it has mitigated burn in on this monitor by implementing a “pixel shifting algorithm” as well as placing a sensor on the monitor that can detect when you are looking at it and turn off when no one is watching anything on it (which some might find a bit creepy but it can likely be turned off heh). There are five buttons on this monitor, four on the bottom edge for OSD controls and one on the back to release the monitor from its stand.
One interesting hang up lies in the video inputs on this monitor. It only has HDMI 2.0, Mini DisplayPort 1.2, and USB Type-C. As posters over at [H] pointed out, the HDMI 2.0 and DP 1.2 connections do not have enough bandwidth to support the panels 3840 x 2160 resolution at 120Hz. Fortunately the refresh rate is not a lie. There is a a way to do it, but users will need to use the USB Type-C connector and it’s DisplayPort Alternate Mode feature to do it. At DisplayPort 1.2, the DisplayPort Alt Mode can give you 5.4 Gbps per lanes and using all four available lanes can hit a total of 21.6 Gbps which would be enough to support 4096x2160@60Hz. However, the DisplayPort 1.3 standard (which this monitor and it’s USB Type-C port seems to support) can give up to 8.1 Gbps for up to 32.4 Gbps of bandwidth (25.92 Gbps after 8b/10b encoding overhead) which should allow the full 3840x2160@120Hz to be used. It is unfortunate that Dell opted to go with this odd port arrangement and not include a direct DP 1.3+ port though!
This monitor has a lot of potential, but this massive OLED comes at a price: when it comes to market it will have a MSRP of $4,999! As much as many would want this to be their new gaming PC monitor, I think it will be mainly for commercial and design applications especially with the input lag being unknown and no support for the various variable refresh rate technologies (AMD FreeSync and NVIDIA G-Sync) If that is what you are looking for there are much cheaper options, but if you want an all out OLED monitor for work and media and price is no object I would be very eagerly waiting for reviews on this!
What are your thoughts on this monitor and OLED?
Subject: Graphics Cards, Displays | August 19, 2015 - 08:03 PM | Scott Michaud
Tagged: Intel, freesync, DisplayPort, adaptive sync
DisplayPort Adaptive-Sync is a VESA standard, pushed by AMD, that allows input signals to control when a monitor refreshes. A normal monitor redraws on a defined interval because old CRT monitors needed to scan with an electron gun, and this took time. LCDs never needed to, but they did. This process meant that the monitor was drawing a frame whether it was ready or not, which led to tearing, stutter, and other nasty effects if the GPU couldn't keep up. With Adaptive-Sync, GPUs don't “miss the train” -- the train leaves when they board.
Intel has, according to The Tech Report, decided to support Adaptive-Sync -- but not necessarily in their current product line. David Blythe of Intel would not comment on specific dates or release windows, just that it is in their plans. This makes sense for Intel because it allows their customers to push settings higher while maintaining a smooth experience, which matters a lot for users of integrated graphics.
While “AMD FreeSync” is a stack of technologies, VESA DisplayPort Adaptive-Sync should be all that is required on the monitor side. This should mean that Intel has access to all of AMD's adaptive refresh monitors, although the driver and GPU circuitry would need to be their burden. G-Sync monitors (at least those with NVIDIA-design modules -- this is currently all of them except for one laptop I think) would be off limits, though.
Subject: Graphics Cards | January 13, 2015 - 02:28 PM | Sebastian Peak
Tagged: rumors, nvidia, multi monitor, mini-ITX GPU, leak, HDMI 2.0, gtx 960, gpu, geforce, DisplayPort
The crew at VideoCardz.com have been reporting some GTX 960 sightings lately, and today they've added no less than three new cards from KFA2, the "European premium brand" of Galaxy.
The reported reference design GTX 960 (VideoCardz.com)
Such reports are becoming more common, with the site posting photos that appear to be other vendors' versions of the new GPU here, here, and here. Of note with these new alleged photos on what appears to be a reference design board: no less than three DisplayPort outputs, as well as HDMI 2.0 and DVI:
Reported GTX 960 outputs (VideoCardz.com)
This would be big news for multi-monitor users as it would provide potential support three high-resolution DisplayPort monitors from a single card in a strictly non-gaming environment (unless you happen to enjoy the frame-rates of an oil painting).
The reported mini-ITX GTX 960 (VideoCardz.com)
The other designs shown in the post include a mini-ITX form-factor design still sporting the triple DisplayPorts, HDMI and DVI, and a larger EXOC edition built on a custom PCB.
Reported EXOC GTX 960 (VideoCardz.com)
The EXOC edition apparently drops the multi-DisplayPort option in favor of a second DVI output, leaving just one DisplayPort along with the lone HDMI 2.0 output.
With the GTX 960 leaks coming in daily now it seems likely that we would be hearing something official soon.
Subject: Graphics Cards, Displays | September 18, 2014 - 06:52 PM | Scott Michaud
Tagged: amd, freesync, DisplayPort, adaptive sync
MStar, Novatek, and Realtek, three vendors of scaler units for use in displays, have announced support for AMD's FreeSync. Specifically, for the Q1'15 line of monitors, these partners will provide scaler chips that use DisplayPort Adaptive-Sync and, when paired with a compatible AMD GPU, will support FreeSync.
The press release claims that these scalar chips will either support 1080p and 1440p monitors that are up to 144Hz, or drive 4K displays that are up to 60Hz. While this is promising, at least compared to the selection at G-Sync's launch a year earlier, it does not mean that this variety of monitors will be available -- just that internal components will be available for interested display vendors. Also, it means that there are probably interested display vendors.
AMD and partners "intend to reveal" displays via a "media review program" in Q1. This is a little later than what we expected from Richard Huddy's "next month" statements, but it is possible that "Sampling" and "Media Review Program" are two different events. Even if it is "late", this is the sort of thing that is forgivable to me (missing a few months while relying on a standards body and several, independent companies).
Subject: General Tech, Graphics Cards, Displays | July 29, 2014 - 09:02 PM | Scott Michaud
Tagged: vesa, nvidia, g-sync, freesync, DisplayPort, amd
Dynamic refresh rates have two main purposes: save power by only forcing the monitor to refresh when a new frame is available, and increase animation smoothness by synchronizing to draw rates (rather than "catching the next bus" at 16.67ms, on the 16.67ms, for 60 Hz monitors). Mobile devices prefer the former, while PC gamers are interested in the latter.
Obviously, the video camera nullifies the effect.
NVIDIA was first to make this public with G-Sync. AMD responded with FreeSync, starting with a proposal that was later ratified by VESA as DisplayPort Adaptive-Sync. AMD, then, took up "Project FreeSync" as an AMD "hardware/software solution" to make use of DisplayPort Adaptive-Sync in a way that benefits PC gamers.
Today's news is that AMD has just released an FAQ which explains the standard much more thoroughly than they have in the past. For instance, it clarifies the distinction between DisplayPort Adaptive-Sync and Project FreeSync. Prior to the FAQ, I thought that FreeSync became DisplayPort Adaptive-Sync, and that was that. Now, it is sounding a bit more proprietary, just built upon an open, VESA standard.
If interested, check out the FAQ at AMD's website.
Subject: Graphics Cards, Displays | June 4, 2014 - 12:40 AM | Ryan Shrout
Tagged: gsync, g-sync, freesync, DisplayPort, computex 2014, computex, adaptive sync
AMD FreeSync is likely a technology or brand or term that is going to be used a lot between now and the end of 2014. When NVIDIA introduced variable refresh rate monitor technology to the world in October of last year, one of the immediate topics of conversation was the response that AMD was going to have. NVIDIA's G-Sync technology is limited to NVIDIA graphics cards and only a few (actually just one still as I write this) monitors actually have the specialized hardware to support it. In practice though, variable refresh rate monitors fundamentally change the gaming experience for the better.
At CES, AMD went on the offensive and started showing press a hacked up demo of what they called "FreeSync", a similar version of the variable refresh technology working on a laptop. At the time, the notebook was a requirement of the demo because of the way AMD's implementation worked. Mobile displays have previously included variable refresh technologies in order to save power and battery life. AMD found that it could repurpose that technology to emulate the effects that NVIDIA G-Sync creates - a significantly smoother gaming experience without the side effects of Vsync.
Our video preview of NVIDIA G-Sync Technology
Since that January preview, things have progressed for the "FreeSync" technology. Taking the idea to the VESA board responsible for the DisplayPort standard, in April we found out that VESA had adopted the technology and officially and called it Adaptive Sync.
So now what? AMD is at Computex and of course is taking the opportunity to demonstrate a "FreeSync" monitor with the DisplayPort 1.2a Adaptive Sync feature at work. Though they aren't talking about what monitor it is or who the manufacturer is, the demo is up and running and functions with frame rates wavering between 40 FPS and 60 FPS - the most crucial range of frame rates that can adversely affect gaming experiences. AMD has a windmill demo running on the system, perfectly suited to showing Vsync enabled (stuttering) and Vsync disabled (tearing) issues with a constantly rotating object. It is very similar to the NVIDIA clock demo used to show off G-Sync.
The demo system is powered by an AMD FX-8350 processor and Radeon R9 290X graphics card. The monitor is running at 2560x1440 and is the very first working prototype of the new standard. Even more interesting, this is a pre-existing display that has had its firmware updated to support Adaptive Sync. That's potentially exciting news! Monitors COULD BE UPGRADED to support this feature, but AMD warns us: "...this does not guarantee that firmware alone can enable the feature, it does reveal that some scalar/LCD combinations are already sufficiently advanced that they can support some degree of DRR (dynamic refresh rate) and the full DPAS (DisplayPort Adaptive Sync) specification through software changes."
The time frame for retail available monitors using DP 1.2a is up in the air but AMD has told us that the end of 2014 is entirely reasonable. Based on the painfully slow release of G-Sync monitors into the market, AMD has less of a time hole to dig out of than we originally thought, which is good. What is not good news though is that this feature isn't going to be supported on the full range of AMD Radeon graphics cards. Only the Radeon R9 290/290X and R7 260/260X (and the R9 295X2 of course) will actually be able to support the "FreeSync" technology. Compare that to NVIDIA's G-Sync: it is supported by NVIDIA's entire GTX 700 and GTX 600 series of cards.
All that aside, seeing the first official prototype of "FreeSync" is awesome and is getting me pretty damn excited about the variable refresh rate technologies once again! Hopefully we'll get some more hands on time (eyes on, whatever) with a panel in the near future to really see how it compares to the experience that NVIDIA G-Sync provides. There is still the chance that the technologies are not directly comparable and some in-depth testing will be required to validate.
Subject: General Tech, Displays, Mobile | June 3, 2014 - 07:54 PM | Jeremy Hellstrom
Tagged: vesa, dockport, DisplayPort, amd
Remember DockPort? The three in one connection we have discussed in the past? The Thunderbolt-ish connection for devices with DisplayPort which allows transmission of audio and video plus USB data and power all on one connector. It's here! (even if the devices aren't quite common yet)
NEWARK, CA (3 June 2014) The Video Electronics Standards Association (VESA) today announced the release of the DockPort standard. Developed by several VESA member companies, DockPort is an optional extension of the DisplayPort standard that will allow USB 3.1 data and DC power for battery charging to be carried over a single DisplayPort connector and cable that also carries high-resolution audio/video (A/V) data.
This new extension of the DisplayPort standard is fully backward compatible with all existing DisplayPort devices. When a DockPort-enabled DisplayPort source such as a computer or tablet is connected with a DockPort-enabled DisplayPort sink such as a display monitor or docking station A/V plus USB data and power will be transferred over a common cable through a single connector. If either the source or sink device is not a DockPort-enabled, then source and sink will recognize only the DisplayPort A/V data stream.
As computing platforms become increasingly mobile, it becomes necessary to reduce the number of external connectors, explained Steve Belt, Corporate Vice President - Strategic Alliances & Solutions Enablement AMD, a VESA member company. With DockPort, VESA has developed a technology standard that enhances elegant docking designs, reduces mobile form factors, and enriches the user experience with streamlined, one-cable access to a wide range of external displays, peripherals and storage.
DockPort is the first royalty-free industry standard that combines these three essential interface functions into a single connector. VESA first revealed its intention to develop this standard at the 2014 International Consumer Electrics Show. It anticipates that several vendors will demonstrate DockPort-enabled DisplayPort systems at Computex Taiwan, which begins today.
Until today, most mobile computing platforms required three separate interfaces to support power charging, data transmission and external video, said Chris Griffith, Business Development Manager for Consumer and Computing Interface at Texas Instruments, a VESA member company. With DockPort, VESA has elegantly merged this ungainly tangle of wires into a single, sleek connector, combining power charging with the industrys most popular data transportUSBand the industrys highest-speed A/V transportDisplayPort. DockPort can reduce system implementation cost as designers can reduce external connectors and simplify docking implementations.
VESA is developing a compliance test protocol to certify systems that meet the DockPort standard. Systems that satisfy this test protocol will be permitted to display VESAs new DockPort logo on their packaging as a guide for consumers seeking this capability.
The new DockPort standard demonstrates the enormous adaptability of the DisplayPort standard, according to VESA Board Chair Alan Kobayashi, Fellow & Executive R&D Management for DisplayPort Group at MegaChips Technology America. On the one hand, DisplayPort is a flexible A/V transport protocol that easily coexists with other protocols, like USBit plays nicely with others. On the other hand, DisplayPort is also a robust and proven connector design whose electro-mechanical properties can accommodate data and power over a common passive copper cable and interface.
Subject: General Tech, Displays | April 6, 2014 - 02:41 AM | Scott Michaud
Tagged: vesa, freesync, DisplayPort, amd
According to French website, hardware.fr, the VESA standards body has accepted AMD's proposal for FreeSync into an extension of the DisplayPort 1.2a standard. FreeSync is the standards-based answer to NVIDIA's G-Sync, a process for allowing the monitor to time itself according to its driving GPU. At CES 2014, AMD claimed that the technology was already in development to be used for mobile devices to save power (less frequent monitor refreshes).
By presenting image to the user only when the work is complete, you can avoid "tearing" and latency. The tearing will be eliminated because the graphics card does not change the image being drawn by the monitor as it is trying to display it. The latency is eliminated because it does not need to wait until the monitor is ready (up to one-over-the maximum refresh rate of the monitor). It should also save power by reducing its refresh rate on slower scenes, such as an idle desktop, but that is less of a concern when you are plugged into a wall.
What does this mean? Nothing yet, really, except that a gigantic standards body seems to approve.