AMD Ryzen 9 7900X processor review
AMD Ryzen 5 7600X processor review
AMD Ryzen 7 7700X review
AMD Ryzen 9 7950X review
DDR5 Ryzen 7 7700 DDR5 memory scaling review
Seasonic Arch Q503 chassis + Connect PSU review
GeForce RTX 4080/4090 announcements (preview)
Corsair HS55 Wireless Core Headset review
TerraMaster F4-423 NAS Review
Corsair K60 PRO TKL keyboard review
AMD Hawaii R9 290X GPU Specifications ?
A set of AMD Hawaii R9 290X GPU Specifications have been revealed by the German website 3DCenter.org. It is unclear how valid the specs really are. Key points: 4 raster engines, up to 2816 shader units, little bit more than 900 MHz base clock, temperature-controlled boost clock, 28nm process, around 430 mm² die-size, infos about process and die-size from an AMD interview with Forbes.
The 3DCenter website itself is in German, so this is a very rough Google translation, make of the information what you want:
From the corresponding speculative thread of our forum come first reasonably reliable data for Hawaii graphics chip from AMD's Volcanic Islands-generation , which AMD 25 September in the Radeon R200 series will introduce. However, the data stated are not speculations or assumptions, but come from a seemingly informed user - however, there is the residual risk that this is deliberate disinformation by AMD or the information in the transmission may have been partially corrupted. Thus, the following specifications are hardly ever can be laid on the gold scale - on the other hand correspond to these specifications Hawaii chip quite the preliminary expectations , that are realistic in every case:
AMD Hawaii
- 28nm production at TSMC
- ~ 430mm ² chip area (18% on R1000/Tahiti)
- 2.0 GCN Architecture (R1000/Tahiti: 1.0 GCN)
- DirectX 11.2 (as R1000/Tahiti)
- 4 raster engines (+100% over R1000/Tahiti)
- max 2816 shader units aka 44 shader clusters - in any case more than the 2304 shader units, the GeForce GTX 780 (+37.5% compared to R1000/Tahiti)
- Chip clock (Hawaii XT): slightly more than 900 MHz (similar to the Radeon HD 7970, but lower than the Radeon HD 7970 "edition GHz")
- Temperature-controlled boost clock - the card is not able to play to their full performance due to limits on temperature and power consumption regularly
- probably only a 384-bit DDR memory interface (such R1000/Tahiti)
- Presentation: 25 September 2013
- For sale: probably mid / late October 2013
- Sell ??name: Radeon probably R9-290 (Hawaii Pro) & Radeon R9-290X (Hawaii XT)
| Technik | Taktraten | Perf.Index | |
|---|---|---|---|
| Radeon HD 7990 | AMD 2x R1000/Tahiti, 4 Raster-Engines, 4096 Shader-Einheiten, 256 TMUs, 64 ROPs, 2x 384 Bit DDR Speicherinterface | 950/1000/3000 MHz | 600% |
| nVidia GeForce 690 | nVidia 2x GK104, 8 Raster-Engines, 3072 Shader-Einheiten, 256 TMUs, 64 ROPs, 2x 256 Bit DDR Speicherinterface | 915/1019/3000 MHz | 580% |
| GeForce GTX Titan Ultra | nVidia GK110, 5 Raster-Engines, 2880 Shader-Einheiten, 240 TMUs, 48 ROPs, 384 Bit DDR Speicherinterface | ~950/3400 MHz | 530-550% |
| Radeon R9-290X (Annahme 1) |
AMD Hawaii, 4 Raster-Engines, 2816 Shader-Einheiten, 176 TMUs, 32-48 ROPs, 384 Bit DDR Speicherinterface | ~950/975/3500 MHz | 485-510% |
| Radeon R9-290X (Annahme 2) |
AMD Hawaii, 4 Raster-Engines, 2560 Shader-Einheiten, 160 TMUs, 32-48 ROPs, 384 Bit DDR Speicherinterface | ~950/975/3500 MHz | 465-490% |
| GeForce GTX Titan | nVidia GK110, 5 Raster-Engines, 2688 Shader-Einheiten, 224 TMUs, 48 ROPs, 384 Bit DDR Speicherinterface | 837/876/3000 MHz | 480% |
| nVidia GeForce 780 | nVidia GK110, 4 oder 5 Raster-Engines, 2304 Shader-Einheiten, 192 TMUs, 48 ROPs, 384 Bit DDR Speicherinterface | 863/902/3000 MHz | 440% |
| Radeon HD 7970 "GHz Edition" | AMD R1000/Tahiti, 2 Raster-Engines, 2048 Shader-Einheiten, 128 TMUs, 32 ROPs, 384 Bit DDR Speicherinterface | 1000/1050/3000 MHz | 390% |
AMD Hawaii is 30% smaller than Kepler GK110 - 09/17/2013 08:39 AM
Forbed interviewed and he Talks New Radeon Cards, Next-Gen Consoles, 7990 Criticism. According to matt Skynner their new GPU is smaller than TITAN. Considerably smaller. It should be around 423mm2. T...
AMD Hawaii GPU might launch on September 25 - 08/08/2013 08:10 AM
AMD is planning to introduce its Hawaii GPU at the end of September according to a report on DSB. A press event is set to take place on September 23rd in Hawaii and the public launch is expected on Se...
Rich_Guy
Senior Member
Posts: 12833
Joined: 2003-05-11
Senior Member
Posts: 12833
Joined: 2003-05-11
#4657977 Posted on: 09/19/2013 02:11 PM
Its only about 5 days till AMD confirm the final specs.
Its only about 5 days till AMD confirm the final specs.
-Tj-
Senior Member
Posts: 17619
Joined: 2012-05-18
Senior Member
Posts: 17619
Joined: 2012-05-18
#4658063 Posted on: 09/19/2013 04:14 PM
Yes I've heard about possible 2800 cores,
If its really a 2800 core it will definitely destroy through current "high end" market. That 40% faster gap seems very possible
Yes I've heard about possible 2800 cores,
If its really a 2800 core it will definitely destroy through current "high end" market. That 40% faster gap seems very possible
Blackops_2
Senior Member
Posts: 319
Joined: 2011-07-12
Senior Member
Posts: 319
Joined: 2011-07-12
#4658070 Posted on: 09/19/2013 04:32 PM
Edit just saw this was the 290x/dual GPU/onePCB nvm.
Edit just saw this was the 290x/dual GPU/onePCB nvm.
Kaerar
Senior Member
Posts: 366
Joined: 2003-10-26
Senior Member
Posts: 366
Joined: 2003-10-26
#4658120 Posted on: 09/19/2013 05:46 PM
R9-290X isn't a dual GPU. Just compare it to the stats of the 7990 at the top of that list of cards and you can see that.
It's looking promising for my next gfx card at least
R9-290X isn't a dual GPU. Just compare it to the stats of the 7990 at the top of that list of cards and you can see that.
It's looking promising for my next gfx card at least
Click here to post a comment for this news story on the message forum.
Senior Member
Posts: 3175
Joined: 2008-11-03
Why not top 3Dcenter.org forum member's unmitigated optimism by assuming AMD threw in a whole nother column of 16 GCN compute units, totaling 3,072 shader units and can run the new monster at 1 GHz while we're at it...all because the 28nm process has matured in such a nice way, of course...