AMD FirePro W8100 Makes An Appearance At Computex - Allegedly Based On Hawaii Pro GPU With 2560 Cores

Update: Specifications of the AMD FirePro W8100 have been confirmed past Computerbase.de who were able to get a screen take hold of of them from the AMD's Computex berth. According to them, the FirePro W8100 volition be featuring Hawaii GL40 Pro graphics scrap with 2560 stream processors, viii GB GDDR5 memory, 917 MHz core and 1250 MHz (5 GHz effective) memory clock churning out 320.0 GB/s bandwidth.

AMD'south professional person FirePro W8100 made an appearance at Computex 2022 prior to its launch adjacent month. The card was spotted by VR-Zone running in the Dell T7600 Workstation reckoner at AMD's booth and technical specifications of the carte du jour have as well been detailed. AMD FirePro W8100 Professional Graphics Card

AMD FirePro W8100 Makes An Advent At Computex

A few months ago, AMD launched their loftier-performance FirePro W9100 professional graphics card featuring the Hawaii XT core and 16 GB of GDDR5 memory. The FirePro W9100 replaced its Tahiti XT predecessor, the FirePro W9000. The upcoming FirePro W8100 which is allegedly based on the Hawaii Pro graphics chip would supercede the Tahiti Pro based AMD FIrePro W8000 graphics bill of fare. The FirePro W8100 would be priced similar to the introductory price of the W8000 around $1599 Usa and would feature the compute enhancements of AMD GCN cadre architecture.

VR-Zone, who spotted the FirePro W8100 reports that the bill of fare is based on the Hawaii Pro GPU compages which would mean it features 2560 stream processors forth with an 8 GB GDDR5 retentivity. The core clock is maintained at 824 MHz which results in 4.2 TFlops Unmarried Precision and 2.one TFlops Double Precision compute performance compared to five.24 Tera Flops of Single-Precision and 2.67 TFlops of Double-Precision performance delivering on the FirePro W9100. The FirePro W9100 likewise costs a lot more than what the W8100 would cost effectually $4000 US but comes with the fully enabled Hawaii XT architecture packing 2816 Stream processors, 176 TMUs and 64 ROPs. With ane/2 FP64 rate the card churns out impressive compute performance which enables content creators and professionals to harness the total power of the Hawaii chip.

Now here's the interesting part, it was shown in a leaked Goad file that AMD'southward upcoming Tonga GPU which is said to be highly efficient and presently replacing the Tahiti graphics processing unit of measurement would actually be featured in the AMD's FirePro W8100 graphics card. Videocardz has some details regarding this and they firmly believe that the FirePro W8100 would indeed terminate up with a Tonga GPU which in the case would deliver not equally much performance as the Hawaii GPU just overall meliorate operation than the W8000. Since Tonga GPU comes with 32 Compute Units that include 2048 Stream processors, the bill of fare would evangelize 3.37 TFlops of single prevision performance. The carte du jour was leaked past accident so AMD just won't tell us the specifications nonetheless and it remains to be seen if AMD would go with Hawaii or Tonga GPU for their FirePro W8100 graphics carte. The former seems like a better option at the aforementioned price as concluding generation since information technology offers more than operation.

The blueprint of the bill of fare is like to the FirePro W9100 featuring a dual slot heatsink with a backplate that hides the red PCB. Power is delivering through dual viii-Pin connectors while display outputs include four standard Display Port 1.2 ports. The card would exist aimed against the NVIDIA'south Quadro K5000 which is the master opponent at the same cost range.

AMD Hawaii FirePro W9100 Specifications:

	AMD FirePro W8100	AMD FirePro W9000	AMD FirePro W9100
GPU	Hawaii GL-Pro	Tahiti GL-XT	Hawaii-GL XT
Compute Units	xl	32	44
Stream Processors	2560	2048	2816
Texture Units	160	128	176
ROPs	64	32	64
Cadre Clock	917 MHz	975 MHz	TBC
Memory Clock	1250 MHz	1375 MHz	1250 MHz
Memory Size	8 GB GDDR5	6 GB GDDR5	sixteen GB GDDR5
Memory Bus	512-bit	384-bit	512-bit
Compute Functioning (Single Precision / Double Precision)	TBC	iii.99 / i.00	5.24 / 2.76
TDP	275W	274W	275W