AMD R9 295 x2 Crossfire Benchmark

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DanielC

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Published on November 26, 2023 12:00:11 AM ● Video Link: https://www.youtube.com/watch?v=Q3QeubnbHy4

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Battlefield 4 (2013)

Duration: 12:38

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Let`s test out the legendary AMD R9 295 X2 in CROSSFIRE and BENCHMARK the GPU in a few compatible games.

00:00 INTRO
00:32 GTA IV
02:01 GTA V
02:59 PUBG
04:04 Ring of Elysium
05:18 Call of Duty Black Ops III
06:28 Battlefield 4
07:42 Crysis 2
08:43 The Witcher 3 Wild Hunt
10:42 AMD R9 295 X2 CROSSFIRE BENCHMARK

#r9295x2 #crossfire #benchmark


Here are the specifications for the AMD Radeon R9 295X2:

GPU Architecture: The R9 295X2 is based on the AMD Graphics Core Next (GCN) architecture.

GPU Cores: It features two GPUs on a single card, making it a dual-GPU solution.

Stream Processors: Each GPU has a specific number of stream processors (also known as shaders). For the R9 295X2, you would have twice the stream processors compared to a single GPU from the same architecture.

Core Clock: The core clock speed is the speed at which the GPU cores operate. The R9 295X2 should have a base core clock for each GPU.

Memory: The card comes with a significant amount of VRAM (Video Random Access Memory), likely GDDR5 memory.

Memory Clock: This represents the speed at which the memory on the graphics card operates.

Memory Bus: The memory bus width determines the amount of data that can be transferred between the GPU and the memory in one clock cycle.

Memory Bandwidth: This is the maximum rate at which data can be read from or stored into the graphics card's memory.

TDP (Thermal Design Power): This is the maximum amount of heat generated by the GPU that the cooling system is designed to dissipate.

Connectivity: The card typically supports various display outputs, such as HDMI, DisplayPort, and DVI.

Power Connectors: Dual-GPU cards often require more power than single-GPU cards and may have multiple power connectors.

Please note that the specifications may vary slightly depending on the manufacturer of the specific R9 295X2 card.


CrossFire is a technology developed by AMD (Advanced Micro Devices) that allows multiple graphics cards to work together to improve graphics performance. When you use CrossFire, the multiple GPUs can distribute the rendering workload, leading to potentially better performance, especially in graphics-intensive applications like gaming. It's important to note that CrossFire is specific to AMD GPUs, and NVIDIA has its equivalent technology called SLI (Scalable Link Interface).

When it comes to CrossFire configurations, there are different ways you can set up multiple GPUs:

CrossFireX Bridge: In some configurations, you may need a CrossFireX bridge to physically connect the GPUs. This is a small cable that connects the bridge connectors on the graphics cards. However, not all CrossFire configurations require a physical bridge, especially with newer AMD GPUs.

Software CrossFire: Some CrossFire setups can be achieved without a physical bridge through AMD's software. In these cases, the GPUs communicate through the PCIe bus without the need for a bridge.

It's essential to be aware of a few considerations when using CrossFire:

Application Support: CrossFire support is dependent on the software (games or applications) you are using. Some applications may not take full advantage of multiple GPUs, and in some cases, it might even lead to performance issues.

Compatibility: Not all AMD GPUs are compatible with CrossFire, and for optimal performance, it's recommended to use GPUs of the same model.

Driver Support: It's crucial to have the latest AMD graphics drivers that support CrossFire for your specific GPUs.

As technology evolves, multi-GPU configurations like CrossFire have become less common due to various factors, including improved single-GPU performance, better driver optimization, and the fact that not all applications can effectively utilize multiple GPUs. Some modern games and applications may not benefit significantly from CrossFire, and in some cases, it may not be supported at all.