In September 2015 Nvidia released its latest the line of Maxell based GTX 900 series cards. The new GTX 980 took the industry by storm. It was not long before enthusiasts were starting to wonder when the Pascal series of cards would be released. It has taken twenty-one long months, but that wait is finally over.
The R9 380X doubles up on the stream processors of the R7 370. It also offers a moderate 14% increase over the R9 380, yet still has 80% of the capability of the R9 390. It also offers a moderate 14% increase over the R9 380, yet still has 80% of the capability of the R9 390. This should allow the R9 380X to perform extremely well at 1080 resolution, while not ruling out the possibility of good 1440 capability as well.
Today we will be reviewing Sapphire’s Tri-X version on the R9 Fury. Sapphire has added an air cooling solution of their own design. The cooler features a die cast frame with 3 90mm fans, 7 heatpipes, high density stacked fins, and a solid copper heat transfer plate. The cooler extends well beyond the PCB and there is also an aluminum backplate. Intelligent Fan Control (IFCII) stops fans under light load for silent operation at idle. All of this is mounted to AMD’s reference PCB that has a 8-LED bar indicates GPU power draw under load.
It has been 13 months since Nvidia released its Maxwell architecture large GPU’s. The new GTX 980 took the industry by storm. It was not long before enthusiasts were starting to wonder a GTX 980 Ti was going to be released and how it would perform. It took another 9 months they had their answer, but what an answer it was.
The Sapphire Nitro R7 370 utilizes 4GB of GDDR5 memory with 1024 stream processors and ships with core clock speed at 1010MHz. The 1500MHz memory is connected via a new high speed 256-bit memory interface. Sapphire has added their Dual-X cooler with Intelligent Fan Control (IFC-II) which turns off the fans for silent operation under light load. There is a new shroud design and diecast heatsink keep the card running cool. The Nirto R7 370 supports the new technologies DirectX 12 and AMD VSR.
On paper, the R9 390 looks very much like the R9 290 that came before it. Indeed, it is based on the Hawaii GPU released back in October 2013. AMD has made some important tweaks to the Hawaii silicon that they now call Grenada. AMD has been able to add an additional base clock to increase pixel performance. They also changed the video memory from the previous 4Gb of 1250MHz DDR5 to 8Gb of 1500MHz DDR5, increasing texture performance. This alone should allow for greater performance at 4K resolutions and give the card longer flexibility.
Eight months ago Nvidia released its latest GPU architecture with the line of GTX 900 series cards. The new GTX 980 took the industry by storm. It was not long before enthusiasts were starting to wonder when the next Titan series was going to be released and how it would perform. Six month later, they had their answer.