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AMD started a rewards program for PC gamers which is accessible via the AMD Gaming Evolved app which was launched in association with Raptr as announced during GPU14.
If you are using AMD Radeon video card with AMD Gaming Evolved app, you can collect points by doing various actions which involves the app, such as optimizing a particular game or playing a particular game. This makes gamers to be more involved to earn redeem points so that you can exchange them for whatever you require: discounts, games, items- even hardware.
After releasing the GeForce GTX 750, 750 Ti and GTX Titan Black video cards, NVIDIA released the GeForce 334.89 WHQL drivers. The chip maker claims that the new driver has performance optimizations of up to 19%, along with 12 new and improved 3D Vision profiles and 6 new SLI profiles.
According to the release notes, the 334.89 WHQL drivers have introduced fixes for certain games and applications, such as fixing low frame rate, frame drops and shuttering issues in Deus Ex: Human Revolution - Director's Cut, losing ambient occlusion while sprinting in Half-Life 2 and providing 'Enable SLI' option in its control panel for GTX 460 in SLI. Another notable fix was for NVIDIA ShadowPlay, as the older drivers caused certain games to crash or lock up with 3-way/Quad SLI setups.
When NVIDIA first unveiled the GeForce GTX Titan to the world, it instantly became the must-have video card for every hard-core gamer and custom PC enthusiast on the planet. Fast forward to more than a year later, and the original GTX Titan is still considered a force to be reckoned with. This morning NVIDIA unveiled the new Titan Black, the successor to the original Titan, and the fastest GPU on planet earth.
NVIDIA's new Titan Black is based on its Kepler architecture and boast an impressive 2,880 CUDA cores which equates to about 200 more cores than the original Titan. Stock clock speeds have also been increased to 889MHz, and 980MHz when boosted, which is slightly higher than the original Titan. 6GB of GDDR5 is addressed over a 384-bit memory bus, and just like its older brother, the Titan black is a massive power hungry beast. With a TDP of 250-watts, the GPU requires both a 6-pin and 8-pin power connector just to get the card up and running.
Two dual-link DVI ports, one HDMI, and one Display Port 1.2 connector allow for multiple monitor connections, while several Titans can be chained together via NVIDIA's SLI connector. NVIDIA says that the Titan Black is about 10-percent faster than the original Titan and is capable of powering the most extreme games at 4K resolution and higher across multiple 4K compatible monitors. Just like its predecessor, the GeForce GTX Titan Black is expected to be priced in the $1000 USD range, and is available from OEMs such as Palit, and is also being featured at several boutique builders such as Origin, Digital Storm and Cyberpower PC.
This morning AMD releases the next GPU in its R-series lineup. The new AMD R7 250X is designed to fill the gap between the R7 250 and R7 260 and features the Cape Verde GCN 1.0 GPU. Rumor has it that the R7 250X is on par with AMD's older Radeon HD 7770, and support for Mantle is supported but big red left out TrueAudio on this GPU.
The AMD R7 250X features 640 stream processors, 40 texture units, and 16 ROP's and features a core clock of 1000MGz. 2GB of GDDR5 is onboard which runs on a 128-bit bus and a clock speed of 4.5GHz. A TDP of 95W does mean that the AMD R7 250X does require external power via a PCI PSU connector. AMD says that the card is available in retailers today with an MSRP of $99 which is about $40 less than the R7 260x which should perform much better. For someone looking for a light-weight gaming machine on a budget the R7 250X should fill that hole nicely.
We have been expecting to see NVIDIA's successor to its Kepler GPU for some time now, and this morning images were leaked on VideoCards.com that are said to be the first Maxwell architecture GPUs off the line. Although a but blurry, the GPU's are clearly visible, but something unexpected lies below the surface.
The GM107-400 and GM107-300 pictured above both feature the same CUDA cores found in the GK106 chip but utilize the memory bus of the GK107 which shrinks the die by about 30-percent. This also allows the cards to consume significantly less power, so much so that the GeForce GTX 750 cards featuring the GM107-300 will not require any power connector on the board.
The GM107-300 is built on a 28nm process with a die size of 156mm square. It features 768 CUDA cores with a 128-bit memory bus. The GM107-400 is also built on a 28nm process and has a die size of 156mm square, but differs with 960 CUDA cores. Both chips feature a TDP of about 75 watts with the GM107-300 variant being a little cooler. The GM107-300 is slated to be featured in the GeForce GTX 750 while the GM107-400 will find its way into the Ti variant of the same card.
Sapphire Technology has announced the R7 250 Ultimate video card, a passively cooled video card based on the AMD Graphics Core Next (GCN) architecture. No mechanical moving parts and a passive heat pipe and heat sink cooler that is quiet and fanless creates a great possibility of new video card designs, as demonstrated by Sapphire.
The video card has a core speed of 800MHz with 1GB of DDR5 memory, with Sapphire claiming it's the fastest passively cooled 1280bit GPU currently available. AMD included support for up to three monitors, 4K ultra-high-definition, an HDMI 1.4a port, dual-link DVI port, and DisplayPort 1.2 port.
DirectX 11.1 support is provided and the card is Microsoft Windows 8-compatible, as AMD and Sapphire wanted to ensure latest software is supported.
The Sapphire R7 250 Ultimate GPU is currently available.
The New Year is here, but where are my New GPUs from NVIDIA? Well, it looks like they - yes, they, plural - could be very close. VideoCardz.com is reporting that we should expect two new high-end GPUs from NVIDIA: the GeForce GTX TITAN Black Edition, and the dual-GPU GeForce GTX 790.
Starting with the GeForce GTX TITAN Black Edition, which should be the same GPU found on the GTX 780 Ti, but it would feature higher double precision computing, in other words: more CUDA cores. We should see this GPU arrive with 6GB of VRAM on board, twice as much as the GTX 780 Ti features, something that is quite important to NVIDIA these days with 4K here.
We should expect the GTX TITAN Black Edition to feature 2880 CUDA cores, 240 TMUs, and 48 ROPS. The price on the GPU will be around $999, and we should hear more information on it shortly.
This morning MSI officially announced the release of its mid-grange Radeon R7 260 1GD5 OC video card to the public. The new GPU is a very budget friendly entry into the 4K gaming space, and is equipped with AMD TrueAudio technology for an immersive sound experience like any other.
The R7 260 1GD5 OC video card features a large 100mm fan that provides excellent cooling while keeping the sound levels at a minimum even when gaming. The heat exchange is assisted by dual heat pipes and an over sized heat sink that helps keep frame-rates up. Additionally, the GPU features MSI's exclusive Afterburner technology which supports core voltage adjustment technology and can be overclocked by up to 32.4% using the popular Afterburner overclocking utility. The core frequency can even reach up to 1.35GHz with just air-cooling. Enthusiasts can also use the Afterburner APP on their Android / iOS handheld devices to monitor and overclock their video cards.
CES 2014 - Intel's Thunderbolt 2 is widely considered the data connection of the future, and rightfully so as nothing else comes close to its transfer speeds. The protocol is so fast that companies can connect GPUs externally to devices such as laptops to give them a boost when needed.
Silverstone was showing off its XG2 Station, a Thunderbolt 2 External GPU housing designed in partnership with ASUS at the 2014 CES. The XG2 housed a AMD Radeon 7970 and small form factor power supply along with an ASUS designed main board that provided the Thunderbolt to PCIe connectivity. Unfortunately we did not get to demo the device, and no word was given on if or when we might see the XG2 Station hit the retail market.
We know that by leveraging AMD's so far impressive Mantle technology, DICE can squeeze up to 45% more performance out of Battlefield 4. But with a gaming market focused on first-person shooters (FPS), what can AMD's technology do for other genres, such real-time strategy (RTS) games?
Well, there's a game called Nitrous, which uses AMD's Mantle programming tool to speed up the communication between the CPU and GPU. This increase in communication sees the on-screen unit count climb from the usual 50-70 units, to around 5,000 units. These 5,000 units aren't just mindless pieces of robots on your screen, but they can be AI- or physics-driven entities.
Dan Baker, Oxide founder and previous Graphics Lead on Civilization V, has said: "It's a difference of at least an order of magnitude. Take the most complex scene you've ever seen in StarCraft II and multiply it by 10."