| Max Screen Resolution | 4096 x 2160 |
|---|---|
| Memory Speed | 1500 MHz |
| Graphics Coprocessor | AMD Radeon |
| Chipset Brand | AMD |
| Graphics Card Ram Size | 8 GB |
Sapphire 11244-01-20G Radeon Nitro R9 390 8GB GDDR5 DVI-D/HDMI with Back Plate (UEFI) Graphics Card
We don't know when or if this item will be back in stock.
- Display ports: 1 x HDMI (with 3D), 1 x DVI-D, and 3 x DisplayPort
- Core clock: 1040MHz
- Memory: 8GB GDDR5, 512 bit memory bus
- Cooling: Tri-X fans, Two ball bearing
- Power Consumption: 375W
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Customer Review: Plenty of Performance
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Technical Details
| Brand | Sapphire Technology |
|---|---|
| Series | Sapphire 11244-01-20G Radeon NITRO R9 390 8GB Graphics Card |
| Item model number | 11244-01-20G |
| Hardware Platform | PC |
| Item Weight | 500 pounds |
| Product Dimensions | 12.1 x 5 x 1.7 inches |
| Item Dimensions LxWxH | 12.1 x 5 x 1.7 inches |
| Processor Brand | AMD |
| Number of Processors | 1 |
| Computer Memory Type | DDR3 SDRAM |
| Manufacturer | Althon Micro Inc. |
| ASIN | B015DXHEAW |
| Is Discontinued By Manufacturer | No |
| Date First Available | September 14, 2015 |
Additional Information
| Customer Reviews |
4.0 out of 5 stars |
|---|---|
| Best Sellers Rank | #45,797 in Computer Internal Components |
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Product Description
Sapphire Radeon NITRO R9 390 8GB GDDR5 DVI-D / HDMI / TRIPLE DP Tri-X OC Version w/ back plate (UEFI) PCI-Express Graphics Card
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Now onto the good stuff: this card has no issue pushing UltraWide 1440P with 2XMSAA, specially with that overclock, the card has overkill amount of cooling and therefor in most cases will remain very cool under 100% load I never seen it spike past 67C with a custom fan profile to be little more aggressive but to max out around 60% and 50% power target increase. Please note however that you will never truly be able to utilize all 8GB as it stands currently unless their is a big change in how graphics APIs get handled. Right now this card I would say think of it like a 4-6GB GPU try to keep the game running within max of 6GB and the game will run intensely and amazingly, the Core isn't fast enough to access all 8GB as needed but it is there for future proofing crossfire API updates and DX12 shared resources.
All the active components are actively cooled, VRMs, Mosfets, Chokes, Core, Memory, etc. So tolerances for custom clock and fan profiles are more forgiving. And everything runs cooler under 100% load.
Would I recommend this Card over RX480? Answer is difficult because the RX480 is essentially the new R9-390, however as it currently standards I would say yes I reccomend this card over RX480, this has a higher overclock threshold currently and much higher thermal tolerance before thottling meaning few dropped frames if it's running a bit toasty. However with custom RX480s coming very soon, we will have to see.
The bad:
this card has a very high current draw, and as such you will need to plan on a beefy quality powersupply. The ASIC quality lottery with this card is much more Miss than hit I hard, and you can expect a 4% OC threshold out of it on average.
This card is excessively large and heavy. Close to 13Inches long and over 2 inches thick and weighs quiet a bit. But side note it feels high quality!
Final note:
Note that this card has a powerdraw target around 275Watts, and if under 100% load it will pass 300Watt Mark frequently, if overclocked it pull even more, plan build accordingly. I suggest a brand name quality 500 Watt 80+ Bronze or better powersupply for a single card, and 750watts name brand high quality 80+ certified for crossfire as a minimum for good assurance of stability. I have run this card on a 430 watt bronze however this leaves little room for forgiving mistakes, and no tolerances for boosting clocks. But if your using a case with a included supply it is possible just keep your paws away from overclocking and reduce power target to -5% for more stability if driver crashes occur.
1. Power Source
You are going to need a good power source. As you should know, the power source is not a part to go cheaply on. I would recommend the Corsair CX750 Power Supply at the very least. I am running this card on the 600 watt model, but if you have some other loads, you are going to want more. The power supply you choose must have at least two pci-e connectors, either 8 pin or 6 pin +2. Your power supply keeps everything running smoothly and protects your computer. You shouldn't try to save yourself $20 on the last line of defense between an electrical storm and your motherboard. Make sure your power supply can handle and power this thing.
2. Chassis
You are going to want to have an adequately large tower chassis to hold this card. I had to take a pair of pliers to my GAMMA Classic Series ATX Mid Tower . This card is signficantly thicker and longer than the other cards I had in there. I used the pliers to tear out metal and carve myself some room in there. That's how we used to fix things as electricians in the Navy. It fits now, but I would recommend a casing that can actually handle the card's dimensions.
3. Motherboard
You need at least a PCI-E x16 slot to run this; prefereably with a board which supports crossfire X technology. If you have an older board, make sure the intended slot has enough speed to handle this card and you aren't using the slots that this card will inevitably cover.
4. Earmuffs
This card is pretty loud while running under a full load. Imagine the noise generated by your typical room fan or air conditioner on lower power. If you are wearing headphones, you might not notice it so much, but we have this desktop connected to our living room flatscreen and you can notice the noise.
5. Drivers
You will want to use the enclosed driver CD to get you started. I was fearful that I had not installed this thing correctly when my screen would go blank within 3 minutes of turning my computer on. I used the CD to install the driver, and haven't had any problems since.
























