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Sapphire Nitro R9 390 8G DS Review, Playing With Nitro

Sapphire Nitro R9 390 8G D5 Review, Playing With Nitro

By now we know all about the new refresh of the R9 2xx lineup that AMD recently released with faster renamed cores, faster GDDR5-memory as well as mature silicone. This has presented OEM’s with the opportunity to tune up the cores and  Sapphire has taken the initiative to launch a new twist on their GPU’s; the Nitro Series. Nitro is focused on high performance at a good value which in our minds is a winning strategy. Pop a high quality card like the Sapphire Nitro R9 390 out there with 6.2 Billion transistors and 2816 Stream processors at a value price and people will gravitate to it. Sapphire, of course, has a new logo for the Nitro series.

Logo

 

Sapphires Take on the Nitro Series:

“The SAPPHIRE NITRO series boasts a range of features previously reserved for high-end cards, including long-life capacitors and award-winning Black Diamond Chokes, as well as new versions of our award-winning cooling solutions. Its elegant contours with purposeful black and gunmetal finish have been designed to suit any build. And the latest graphics architecture from AMD ensures fast, reliable gaming, performance tuned for any level of gaming. So whatever kind of gamer you are, the SAPPHIRE NITRO series offers you the maximum gaming experience for your budget.”

  Dual-X 285 Nitro 380 Ref 290 Nitro 390
Microarchitecture Tonga Antigua Hawaii Grenada
Manufacturing Process 28nm 28nm 28nm 28nm
Transistors 5000M 5000M 6200M 6200M
Stream Processors 1792 1792 2560 2560
Core Clock 965MHz 985MHz 947MHz 1010MHz
ROP / Texture 32 / 112 32 / 112 64 / 160 64 / 160
Memory 2048MB 4096MB 4096MB 8192MB
GDDR5 Memory Clock 1375Mhz 1450Mhz 1250MHz 1500MHz
Memory Bus Width 256-bit 256-bit 512-bit 512-bit
Memory Bandwidth 179.2GB/s 185.6GB/s 320GB/s 384GB/s
Typical Board Power (TDP) <200W 225W <300W 375W
Warranty 2 Years 2 Years 2 Years 2 Years

The Specifications table makes it clear that the Sapphire Nitro R9 390 has the same basic design as the TRI-X R9 290 Sapphire released early on in 2014. The Sapphire Nitro R9 390 get a few tweaks and the core is pushed up to 1010MHz. The card also gets an additional 4GB of memory that runs 250MHz (real) or 1000MHz effective faster. As we all know raising the core speed and memory speed requires more power so the TDP on the Sapphire Nitro R9 390 jumped up 375W from the reference R9 290 which hit the wall socket for 275 – 300W at full load.

So what makes the Sapphire R9 390 distinguish itself from the previous generation of R9 290? The answer is the technology that surrounds the GPU itself and the time it takes to learn how to put together a better GPU.

Sapphire_Nitro_R9_390_1

The Nitro series focuses on simplicity and what we would call no frills. Gone are the flashy colors on similar model R9 390’s and no matter which Nitro you get it’s going to be a Black Cowling with the familiar Tri-X cooler,  Under the cowling Sapphire hasn’t skimped on quality components and has given the GPU Sapphires signature Black Diamond chokes, long life 16k hour capacitors, dual ball bearing fans and intelligent fan control.

Sapphire_Nitro_R9_390_4

Sapphire has brought forth a new GPU rating system that scales from 1 – 4 and the Sapphire Nitro R9 390 rates a 4 on their new scale. The Reference R9 390 from AMD runs a core speed of 1000MHz and with the mild 10MHz core overclock on the Sapphire Nitro R9 390 we wonder why it rates a 4 on Sapphires new scale. Of course we’ll test the card at factory speed but we always give GPU’s a good stable maximum OC. We’ve seen mild factory OC’s on most of the R9 390’s and even seen vendors software limit overclocks to 1120MHz and the OCing limitation here is the silicone itself. With the Sapphire Nitro R9 390 we are already riding a core that’s been pushed for more performance and we can expect an OC to between 1150 and 1200MHz on most R9 390’s.

Sapphire_Nitro_R9_390_2

Sapphire stuck with the now familiar dual slot design with 3 Display port, one HDMI and one DVI-I leaving a little room for a rear exhaust.

Sapphire_Nitro_R9_390_3

Running with 3 80mm fans the Tri-X cooling system Sapphire built into the Nitro R9 390 should provide plenty of airflow for the 5 heatpipe design which incorporates a single 10mm heatpipe, two 8mm heatpipes and 2 6mm pipes.  The thermal designs specify that the 10mm heatpipe is good for dissipating 90W of generated heat, the 2 8mm are good for 65W each which totals to 220W of thermal dissipation and the remaining 2 60mm take up the slack for over 300W of GPU power heat dissipation. At first that seems a little strange as the specifications of the card are for 375W but we’ve run the Sapphire Nitro R9 390 and it runs nice and cool while remaining quiet.

Sapphire_Nitro_R9_390_5

Taking a gander at the two 8 Pin PCI-E connectors capable of delivering 150W each and the PCI-E slots provided power of 75W to GPU’s we can see that the maximum power draw on the Sapphire Nitro R9 390 is going to be 375W. So far its been standard on the R9 390’s we’ve seen but we aren’t big fans of having notches in the PCB for the power connectors to snap into. That won’t be much of an issue for non-reviewers as we expect the normal end-user to snap the beefy card into place and enjoy it’s 2816 shading units for a couple of years.

Sapphire_Nitro_R9_390_6

Getting naked with the Sapphire Nitro R9 390 you can see sixteen 512MB memory chips for the aggregate total of 8GB. Glancing toward the power connector end we see the 16K hour capacitors and Sapphire Exclusive Diamond chokes that provide up to 25% more efficiency than a standard choke while running as much as 10% cooler.

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11 comments

  1. Thanks for the review but what is up with 3 flavors of 960 but not a single 970 to compare it with? The 970 is what it is priced against, not the 960 or the 980. Just seems a little odd to me.

  2. Did you have to adjust the voltage to maintain that overclock?

    • Yes to maintain the 1175MHz OC the voltage had to be increased to almost the max. That’s a top end OC pushing the GPU to the limit and we wouldn’t recommend that for a 24/7 OC. Back that down a bit until voltages start to drop then hold there.

      • Just an update, .. I just picked up the new Sapphire Nitro r9 390 w/ backplate – and have got a stable 1100 / 1625 with no voltage increase. The fans are dead quite, and temps remain low – impressive!

  3. So I just got an the MSI r9 390 and have noticed that Battlefield 4 crashes on Ultra settings (1920×1200). Looked it up and it’s a problem with anti aliasing being turned on. Turned it off and it runs fine. That being said, I don’t want to turn it off. Would anyone here know if this could be a problem with the voltage and if I need to change that?

    • Update your sound, Video and chipset drivers by downloading them from the vendors website and make sure you have all the latest drivers. The Sapphire R9 390 8G played Battlefield at both 1920 x 1080 and 1920 x 1200 and didn’t crash. As far as it goes we can’t provide support on the MSI card or any other card for that matter. Support for your problem should be addressed to MSI and their support team who have their own support team. Usually it’s a old driver issue on one of your motherboard components or a compromised game file. So update all drivers and reinstall the game short of that get with MSI support.

      • Thanks for the response! I’ll try that out. For what it’s worth, I made a post on the amd forum and haven’t gotten a response, but I’ll try with MSI, too.

  4. Are you really not going to answer the “why no 970” question? I’d like to know too…

    • Perhaps if you formed a complete thought and organized a complete “Why no 970” question we could answer it. If it’s a why is there no 970 on the charts in a particular review then chances are a different reviewer got it. If it’s a why no 970 purchase choice, sure spend 50 – 70 bucks more and get one if you like they are a good card. If it’s a why do you prefer AMD we don’t we love video cards in general. It’s a simple fact that a video card takes a week or two to review correctly, as does a motherboard so not every component can be covered.

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