Sapphire Launches Factory Overclocked R9 295X2 OC Graphics Card

Subject: General Tech | May 1, 2014 - 10:57 PM |
Tagged: sapphire, factory overclocked, r9 295x2, 4k, gaming, hawaii, dual gpu

Early last month, AMD launched a new flagship dual GPU graphics card called the Radeon R9 295X2. This new card features two Hawaii-based GPUs paired with 8GB of GDDR5 memory. Since the launch, several partners have come forward with reference cards of their own. One piece of the "world's fastest graphics card" puzzle that has been missing, until now, is a vendor daring enough to take the beastly R9 295X2 and push it even further by offering up a factory overclocked edition. It looks like Sapphire is the first to attempt such a feat by offering up the factory overclocked Sapphire R9 295X2 OC.

The upcoming Sapphire card will join the existing reference design R9 295X2 and ratchets up both the GPU and memory clockspeeds. Sapphire is clocking both Hawaii GPUs at up to 1030 MHz and running the 8GB of GDDR5 memory at 5.2 GHz. These factory overclocks are modest from a numerical standpoint, but considering cards running at stock clocks of 1018 MHz for the GPU and 5.0 GHz for the memory are already pushing a 500W TDP and over the ATX PSU spec, seeing any overclock is notable.

Sapphire R9 295X2 OC.jpg

In all, we are looking at 5,632 stream processors (Hawaii architecture), 128 ROPs, and 352 TMUs. Each GPU uses a 512-bit bus to 4GB of graphics memory. This factory overclocked graphics horsepower rounds out to a smidgen more than 11.5 TFLOPS of single precision performance.

Sapphire is utilizing the same hybrid heatsink design as the reference cards which uses a centered fan and fin stack along with a AIO water cooler with a 120mm radiator.

Sapphire has not released pricing or availability on the overclocked model, but the stock-clocked R9 295X2 has an MSRP of $1,499. You can expect the R9 295X2 OC to come in at a premium, especially considering it is the first factory overclocked version that should hit the streets.

I'm excited to see this card come to market and push the boundaries of performance.

In the meantime, Ryan got a bit crazy with two stock R9 295X2 cards in quad crossfire and two power supplies. If you've got a few grand burning a hole in your pocket (or only wish you did), see what such a drool-worthy setup can get you in terms 4K gaming at PC Perspective!

Source: Sapphire

Sapphire Launches Low Profile R7 240 GPU For HTPCs

Subject: Graphics Cards | March 2, 2014 - 03:14 AM |
Tagged: sapphire, R7 240, htpc, SFF, low profile, steam os

Sapphire is preparing a new low profile Radeon R7 240 graphics card for home theater PCs and small form factor desktop builds. The new graphics card is a single slot design that uses a small heatsink with fan cooler that is shorter than the low profile PCI bracket for assured compatibility with even extremely cramped cases.

The Sapphire R7 240 card pairs a 28nm AMD GCN-based GPU with 2GB of DDR3 memory. There are two HDMI 1.4a display outputs that each support 4K 4096 x 2160 resolutions. Specifically, this particular iteration of the Radeon R7 240 has 320 stream processors clocked at 730 MHz base and 780 MHz boost along with 2GB DDR3 memory clocked at 900 MHz on a 128-bit bus. The card further has 20 TMUs and 8 ROPs. The card has a power sipping 30W TDP.

Sapphire Radeon R7 240 Low Profile Graphics Card for SFF Desktops and HTPCs.jpg

This low profile R7 240 is a sub-$100 part that can easily power a home theater PC or Steam OS streaming endpoint. Actually, the R7 240 itself can deliver playable gaming frame rates with low quality settings and lowered resolutions delivering at least 30 average FPS in modern titles like Bioshock Infinite and BF4 according to this review. Another use case would be to add the card to an existing AMD APU-based system in Hybrid CrossFire (which has seen Frame Pacing fixes!) for a bit more gaming horsepower under a strict budget.

The card occupies a tight space where it is only viable in specific situations constrained by a tight budget, physical size, and the requirement to buy a card new and not an older (single and faster, not Hybrid CrossFire) generation card on the used market. Still, it is nice to have options and this will be one such new budget alternative. Exact pricing is not yet available, but it should be hitting store shelves soon. For an idea on pricing, the full height Sapphire R7 240 retails for around $70, so expect the new low profile variant to be around that price if at a slight premium.

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Manufacturer: Sapphire

Sapphire Triple Fan Hawaii

It was mid-December when the very first custom cooled AMD Radeon R9 290X card hit our offices in the form of the ASUS R9 290X DirectCU II.  It was cooler, quieter, and faster than the reference model; this is a combination that is hard to pass up (if you could buy it yet).  More and more of these custom models, both in the R9 290 and R9 290X flavor, are filtering their way into PC Perspective. Next on the chopping block is the Sapphire Tri-X model of the R9 290X.  

Sapphire's triple fan cooler already made quite an impression on me when we tested a version of it on the R9 280X retail round up from October.  It kept the GPU cool but it was also the loudest of the retail cards tested at the time.  For the R9 290X model, Sapphire has made some tweaks to the fan speeds and the design of the cooler which makes it a better overall solution as you will soon see.

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The key tenets for any AMD R9 290/290X custom cooled card is to beat AMD's reference cooler in performance, noise, and variable clock rates.  Does Sapphire meet these goals?

The Sapphire R9 290X Tri-X 4GB

While the ASUS DirectCU II card was taller and more menacing than the reference design, the Sapphire Tri-X cooler is longer and appears to be more sleek than the competition thus far.  The bright yellow and black color scheme is both attractive and unique though it does lack the LED light that the 280X showcased.  

Sapphire has overclocked this model slightly, to 1040 MHz on the GPU clock, which puts it in good company.

  AMD Radeon R9 290X ASUS R9 290X DirectCU II Sapphire R9 290X Tri-X
GPU Cores 2816 2816 2816
Rated Clock 1000 MHz 1050 MHz 1040 MHz
Texture Units 176 176 176
ROP Units 64 64 64
Memory 4GB 4GB 4GB
Memory Clock 5000 MHz 5400 MHz 5200 MHz
Memory Interface 512-bit 512-bit 512-bit
TDP ~300 watts ~300 watts ~300 watts
Peak Compute 5.6 TFLOPS 5.6+ TFLOPS 5.6T TFLOPS
MSRP Price $549 $569 $599

IMG_9130.JPG

There are three fans on the Tri-X design, as the name would imply, but each are the same size unlike the smaller central fan design of the R9 280X.

Read our review of the Sapphire R9 290X Tri-X 4GB Graphics Card!!

Controversy continues to erupt over AMD's new GPU

Subject: Graphics Cards | November 27, 2013 - 04:44 PM |
Tagged: sapphire, radeon, R9 290X, hawaii, amd, 290x

Ryan is not the only one who felt it necessary to investigate the reports of differing performance between retail R9 290X cards and the ones sent out for review.  Legit Reviews also ordered a retail card made by Sapphire and tested it against the card sent to them by AMD.  As with our results, ambient temperature had more effect on the frequency of the retail card than it did on the press sample with a 14% difference being common.  Legit had another idea after they noticed that while the BIOS version was the same on both cards the part numbers differed.  Find out what happened when they flashed the retail card to exactly match the press sample.

290x-cards-645x485.jpg

"The AMD Radeon R9 290X and R9 290 have been getting a ton of attention lately due to a number of reports that the retail cards are performing differently than the press cards that the media sites received. We have been following these stories for the past few weeks and finally decided to look into the situation ourselves."

Here are some more Graphics Card articles from around the web:

Graphics Cards

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Manufacturer: Sapphire

Another retail card reveals the results

Since the release of the new AMD Radeon R9 290X and R9 290 graphics cards, we have been very curious about the latest implementation of AMD's PowerTune technology and its scaling of clock frequency as a result of the thermal levels of each graphics card.  In the first article covering this topic, I addressed the questions from AMD's point of view - is this really a "configurable" GPU as AMD claims or are there issues that need to be addressed by the company? 

The biggest problems I found were in the highly variable clock speeds from game to game and from a "cold" GPU to a "hot" GPU.  This affects the way many people in the industry test and benchmark graphics cards as running a game for just a couple of minutes could result in average and reported frame rates that are much higher than what you see 10-20 minutes into gameplay.  This was rarely something that had to be dealt with before (especially on AMD graphics cards) so to many it caught them off-guard.

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Because of the new PowerTune technology, as I have discussed several times before, clock speeds are starting off quite high on the R9 290X (at or near the 1000 MHz quoted speed) and then slowly drifting down over time.

Another wrinkle occurred when Tom's Hardware reported that retail graphics cards they had seen were showing markedly lower performance than the reference samples sent to reviewers.  As a result, AMD quickly released a new driver that attempted to address the problem by normalizing to fan speeds (RPM) rather than fan voltage (percentage).  The result was consistent fan speeds on different cards and thus much closer performance.

However, with all that being said, I was still testing retail AMD Radeon R9 290X and R9 290 cards that were PURCHASED rather than sampled, to keep tabs on the situation. 

Continue reading our article on retail variance in R9 290X clock speeds and performance!!

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Manufacturer: Various

ASUS R9 280X DirectCU II TOP

Earlier this month AMD took the wraps off of a revamped and restyled family of GPUs under the Radeon R9 and R7 brands.  When I reviewed the R9 280X, essentially a lower cost version of the Radoen HD 7970 GHz Edition, I came away impressed with the package AMD was able to put together.  Though there was no new hardware to really discuss with the R9 280X, the price drop placed the cards in a very aggressive position adjacent the NVIDIA GeForce line-up (including the GeForce GTX 770 and the GTX 760). 

As a result, I fully expect the R9 280X to be a great selling GPU for those gamers with a mid-range budget of $300. 

But another of the benefits of using an existing GPU architecture is the ability for board partners to very quickly release custom built versions of the R9 280X. Companies like ASUS, MSI, and Sapphire are able to have overclocked and custom-cooled alternatives to the 3GB $300 card, almost immediately, by simply adapting the HD 7970 PCB.

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Today we are going to be reviewing a set of three different R9 280X cards: the ASUS DirectCU II, MSI Twin Frozr Gaming, and the Sapphire TOXIC. 

Continue reading our roundup of the R9 280X cards from ASUS, MSI and Sapphire!!

The custom R9's have arrived

Subject: Graphics Cards | October 10, 2013 - 03:29 PM |
Tagged: radeon, r9 270x, GCN, sapphire, toxic edition, factory overclocked

We saw the release of the reference R9s yesterday and today we get to see the custom models such as the Sapphire TOXIC R9 270X which Legit Reviews just finished benchmarking.  The TOXIC sports a 100MHz overclock on both GPU and RAM as well as a custom cooler with three fans.  While it remains a two slot GPU it is longer than the reference model and requires a full foot of clearance inside the case.  Read on to see what kind of performance boost you can expect and how much further you can push this card.

sapphire-amd-r9-270x-645x486.jpg

"When it comes to discrete graphics, the $199 price point is known as the gamer’s sweet spot by both AMD and NVIDIA. This is arguably the front line in the battle for your money when it coming to gaming graphics cards. The AMD Radeon R9 270X is AMD’s offering to gamers at this competitive price point. Read on to see how it performs!"

Here are some more Graphics Card articles from around the web:

Graphics Cards

Factory Overclocked Sapphire Radeon HD 7990 Atomic With Water Cooler Pictured

Subject: Graphics Cards | July 19, 2013 - 02:13 AM |
Tagged: Tahiti XT, sapphire, radeon hd 7990, hd 7990 atomic, hd 7990, dual gpu, 7990

Sapphire appears to be preparing to unleash a factory overclocked dual GPU card called the Radeon HD 7990 Atomic. EXPReview managed to uncover several photos and specification details of the upcoming graphics card. It is quite an impressive card, that features a custom PCB, beefy power delivery electronics, 6GB of total GDDR5, and (best of all) two AMD Radeon HD 7970 GPUs cooled by a full cover closed loop water cooler!

Sapphire-Radeon-HD-7990-Atomic-_1.jpg

The Sapphire HD 7990 Atomic is based around a custom 12-layer PCB. The card also features an 18-phase VRM, 50A chokes, LFPAK MOSFETS, and Tantalum capacitors. Sapphire has divided the total 18-phase VRM up such that each GPU and 3GB of memory gets 6+2+1 power phases. Of course, the HD 7990 Atomic uses two AMD Radeon HD 7970 GHz Edition GPUs for a total of 4,096 stream processors.

Sapphire has not released clockspeed information, but it should be overclocked significantly beyond the company’s existing dual gpu 7990 card’s base and boost clockspeeds of 950 MHz and 1000 MHz.

Other features include a PLX PEX8747 PCI-E 3.0 bridge chip that connects the two 7970 GPUs together, a dual BIOS switch that will allow users to run the 7990 at stock or at overclocked speeds, and a single crossfire connector to enable quad-Crossfire multi-GPU setups. The graphics card is powered by three 8-pin PCI-E power connectors. Finally, it provides six mini-DisplayPort video outputs.

Sapphire-Radeon-HD-7990-Atomic-Water Cooler.jpg

In order to effectively cool the factory overclocked card, Sapphire is bundling a pre-installed self-contained liquid cooler. The closed loop cooler consists of a full cover water block on the HD 7990 Atomic, a 240mm radiator with two 120mm fans, and a combination pump and reservoir that fits within a 5.25” optical drive bay.

Naturally, how much this card will cost and where it will be available is still unknown. With that said, ChipLoco indicates that the card is coming sometime within the “next few weeks.” The extent of the factory overclock is also unknown. It is definitely a high end card worthy of enthusiasts and overclockers. Unfortunately, it utilizes a custom PCB, so it may be difficult to find alternative blocks should users wish to integrate it into their existing custom water loops.

Source: ChipLoco

Sapphire Launches Two Budget Cape Verde LE HD 7730 Graphics Cards

Subject: Graphics Cards | July 14, 2013 - 06:07 AM |
Tagged: sapphire, hd 7730, GCN, cape verde le, cape verde, 7730

Sapphire has launched its own budget card based on AMD’s Cape Verde LE GPU called the HD 7730. In fact, Sapphire is launching two 7730 SKUs with differing amounts (and types) of on board memory. Specifically, Sapphire is launching a Radeon HD 7730 with 1GB of GDDR5 and a HD 7730 with 2GB of GDDR3 (yes, you read that correctly, the second SKU comes with 2GB of GDDR3 memory).

Sapphire Radeon HD 7730 Cape Verde LE Budget PCI-E Graphics Card GCN.jpg

The HD 7730 is based on the Cape Verde LE GPU, which is similar to the Cape Verde chip used in the 7750 and 7770 graphics cards minus a set of stream processors. The Graphics Core Next-based HD 7730 comes with 384 stream processors clocked at 800 MHz and 128-bit memory bus. From here, the two SKUs differ. One Sapphire card comes with 1GB of GDDR5 clocked at 4500 MHz while the other version comes equipped with 2GB of GDDR3 clocked at 1800 MHz.

For comparison, the HD 7750 comes with 512 stream processors clocked at 800 MHz.

Both Sapphire 7730 graphics cards come with the same dual slot, single fan cooler. Also, both cards support one HDMI, one DVI, and one VGA video output. The cards measure 168 x 104 x 33mm and have a 47W TDP.

Sapphire has not yet announced US pricing or availability, but various sites around the web report that the cards will each cost approximately 70 Euros. That works out to about $91 USD. Unfortunately, that price will likely be hard to justify considering users can pick up a noticeably faster HD 7750 for around that same price. Users building a new system looking for similar GPU specs to the HD 7730 may also wish to look into building a system around AMD’s APUs and skip needing a dedicated card altogether.

You can find more specifications and photos on the Sapphire website. Both cards are listed on the site and can be selected via the filtering options.

Source: Sapphire

Sapphire heads to the Edge again with the new VS8 Mini PC

Subject: Systems | April 24, 2013 - 06:52 PM |
Tagged: sapphire, htpc, edge VS8

Sapphire continues to improve their Edge mini-PCs, the VS8 sports an quad core A8-4555M @ 1.6GHz with HD 7600G, 4GB of DDR3 memory and a 500GB 2.5-inch SATA hard drive, not the most powerful GPU on the planet but more than enough for an HTPC.  The entire system is 19.7x18.2x3.1cm, about the size of a 5.25" drive and has both WiFi and BlueTooth connectivity.  For outputs you can choose between Mini Display Port and HDMI for video and optical and line out for audio as well as a line in if you need that connectivity.  TechSpot really liked this machine but they would like to see a more expensive model with an SSD inside to really make the system snappy.

TS_sap13b.jpg

"While full-sized desktop computers are still around, tablets and smartphones have proven that technology has come far enough to essentially cram a fully capable computer into a space that is suitable for your pants pocket, a purse, or a small backpack. This idea of shrinking hardware hasn’t been overlooked by manufacturers as several now feature space-saving designs based on mobile hardware.

Such is the case with Sapphire’s new Edge VS8 mini-PC powered by AMD’s A8 APU. The system is hardly any larger than an external optical drive, while still packing 4GB of DDR3 memory, Radeon HD 7600G graphics, a 500GB SATA HDD, built-in support for Bluetooth 3.0 as well as 802.11 b/g/n wireless and a bevy of rear I/O connections."

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Systems

Source: TechSpot