
EVGA 02G-P3-1529-KR GeForce GT 520 2GB Graphics Card
Entry-Level Graphics with the EVGA GeForce GT 520 The EVGA GeForce GT 520 offers a basic graphics solution for everyday computing. With 2GB of DDR3 memory and support for DVI, HDMI, and VGA outputs, this card is suitable for older systems or users needing basic display capabilities. Specificatio...
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Overview
Entry-Level Graphics with the EVGA GeForce GT 520
The EVGA GeForce GT 520 offers a basic graphics solution for everyday computing. With 2GB of DDR3 memory and support for DVI, HDMI, and VGA outputs, this card is suitable for older systems or users needing basic display capabilities.
Specifications:
- Core Clock: 810 MHz
- Memory Clock: 1000MHz Effective
- Shader Clock: 1620 MHz
- CUDA Cores: 48
- Bus Type: PCI-E 2.0
- Memory Detail: 2048MB DDR3
- Memory Bit Width: 64 Bit
- Memory Bandwidth: 8 GB/sec
- Texture Fill Rate: 6.5 GT/s
Key Features
Microsoft DirectX 11 Support
1000 MHz Effective Memory Clock and 1620 MHz Shader Clock
2048 MB 64-bit DDR3 Memory
PCI Express 2.0
GeForce GT 520 with 810 MHz core clock
GeForce GT 520 with 810 MHz core clock
PCI Express 2.0
2048 MB 64-bit DDR3 Memory
1000 MHz Effective Memory Clock and 1620 MHz Shader Clock
Microsoft DirectX 11 Support
Blu-ray 3D Support
Specifications
Pros & Cons
👍 Pros
- Supports Microsoft DirectX 11, enabling compatibility with a range of modern applications and games.
- Equipped with 2048 MB of 64-bit DDR3 Memory, providing dedicated video memory for graphics tasks.
- Features a 1000 MHz effective memory clock and 1620 MHz shader clock for efficient processing.
- Includes Blu-ray 3D support, allowing for immersive 3D content playback with compatible setups.
- Connects via PCI Express 2.0, offering a widely compatible interface for many desktop systems.
👎 Cons
- The GeForce GT 520 GPU is an older generation model, which may not offer strong performance for current demanding tasks.
- The 64-bit memory interface is relatively narrow, which can limit the overall memory bandwidth and performance.
- A 1000 MHz effective memory clock might be considered modest for contemporary graphics processing needs.
- Relies on PCI Express 2.0, an older standard compared to current PCI Express 3.0 or 4.0 interfaces.
- The 810 MHz core clock speed is lower than modern graphics cards, impacting rendering capabilities.