FireStream_9250
AMD FireStream 9250

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How well can the FireStream 9250 run games
AMD FireStream 9250
10 Aug 2021 - Graphics card reviewed

Capable of running games with up to a DirectX 10 requirement.

How many years will the FireStream 9250 graphics card play newly released games and how long until you should consider upgrading the FireStream 9250 in your PC? Its upgrade time for the FireStream 9250, assuming you are a modern day gamer.

Whats a good PC graphics upgrade for the FireStream 9250? If you want an upgrade suggestion for the FireStream 9250 then a good choice would be RX 5000 Series Radeon RX 5500 XT 8GB as this is better than 726 of the top 1000 most demanding game requirements with 591% better performance as well. Alternatively a suitable upgrade choice for the FireStream 9250 is the R-500 Series Radeon RX Vega 8, which is 135% more powerful and can run 0 of the 1000 most demanding PC games beating their recommended requirements.
FPS System Benchmark
0 FPS
High
The FireStream 9250 was released on 16 Jun 2008
AMD PC game performance check FireStream 9250
GPU
Architecture
RV770
Process
55nm
TMUs
40
Texture Rate
25 GTexel/s
ROPs
16
Pixel Rate
10 GPixel/s
Shader Processing Units
Ray Tracing
Tensor Cores
Release Price
Compatibility
Direct X
DX 10.1
Shader
4.0
Open GL
3.0
Resolution (WxH)
2560 x 1600
Notebook GPU
SLI/Crossfire
Dedicated
Integrated
Memory
Memory
1024MB
Memory Speed
993MHz
Memory Bus
256bit
Memory Type
GDDR3
Memory Bandwidth
63.6GB/sec
L2 Cache
Display Connectors
VGA Connection
DVI Connection
1
HDMI Connection
DisplayPort Connection
Clock Speeds
Core Speed
625 MHz
Power
Max Power
150 Watts
PSU
500 Watt & 33 Amps
Power Connector
None
Recommended Hardware
Best CPU Match
Best RAM Match
8 GB
Best Resolution
1600 x 900
GPU Upgrade
GD Official
GD RATING
0
Approved

FireStream 9250 Game Requirement Analysis

The AMD FireStream product line provides the industry's first double-precision floating point capability on a GPU. The AMD FireStream 9250 is our second generation DP-FP product. With 1GB GDDR3 memory on board and single-precision performance of 1 TFLOPS, it is ideal for the most demanding compute-intensive, data-parallel tasks. Using ground-breaking 55nm process technology, even this large-memory board consumes less than 120 watts peak, making it easy to deploy in a variety of server and workstation packages.

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