A VGA Card – otherwise called a video/show-card or designs connector – is used to process and produce a result picture feed to a PC screen or show.
The GeForce FX 5500 was an illustration card by NVIDIA, sent off on March seventeenth, 2004. Based on the 150 nm process, and in light of the NV34B designs processor, in its FX 5500 variation, the card upholds DirectX 9.0a. Since GeForce FX 5500 doesn’t uphold DirectX 11 or DirectX 12, it probably won’t have the option to run every one of the most recent games.
The NV34B design processor is a small chip with a pass-on area of just 91 mm² and 45 million semiconductors. It highlights 4-pixel shaders and 2 vertex shaders, 4 surface planning units, and 4 ROPs. Because of the absence of brought-together shaders, you can not run late games by any stretch of the imagination (which requires bound together shader/DX10+ support). NVIDIA has matched 64 MB DDR memory with the GeForce FX 5500, which is associated with a 128-bit memory interface.
The GPU is working at a recurrence of 270 MHz, memory is running at 166 MHz.
Being a solitary opening card, the NVIDIA GeForce FX 5500 requires no extra power connector, its power draw isn’t actually known. Show yields include 1x DVI, 1x VGA, and 1x S-Video. GeForce FX 5500 is associated with the remainder of the framework utilizing an AGP 8x connection point. The card is 152 mm long and highlights a solitary space cooling arrangement.
The NVIDIA RTX A5500 highlights the most recent advancements in the NVIDIA Ampere design:
- Second-age RT Cores: Up to 2x the throughput of the original with the capacity to run simultaneous beam following, concealing, and denoising errands.
- Third-age Tensor Cores: Up to 12x the preparation throughput over the past age, with the help of new TF32 and Float16 information designs.
- CUDA Cores: Up to 3x the single-accuracy drifting point throughput over the past age.
- Up to 48GB of GPU memory: The RTX A5500 highlights 24GB of GDDR6 memory with ECC (blunder remedy code). The RTX A5500 is expandable up to 48GB of memory utilizing NVIDIA NVLink to associate two GPUs.
- Virtualization: The RTX A5500 upholds NVIDIA RTX Virtual Workstation (VWS) programming for a long time execution of virtual workstation occasions that empower distant clients to share assets to drive top-of-the-line plans, AI and figure jobs.
- PCIe Gen 4: Doubles the transmission capacity of the past age and rates up information moves for information serious errands like AI, information science, and making 3D models.
Key elements and specs of illustration cards that you really want to realize while getting one.
- GPU – AMD, Nvidia
- Center Count
- Center Clock Speed
- Memory Type
- Memory Size
- Memory Bandwidth
- Motherboard Interface
- Warm Design Power
- Power Connectors
- Video Output Ports – HDMI, DisplayPort
- Programming interface Support – DirectX, Vulkan
Process Performance – TFLOPS
The e-GeForce FX 5500 AGP Display Card from EVGA conveys strong 3D designs to your workstation. The card is introduced in an accessible AGP space and elements DVI-I and VGA yields. These double results permit you to associate two screens for double showcases. An S-Video association is additionally accessible for TV-out. The card is completely viable with so many guidelines as DirectX 9.0 and OpenGL 1.4, pursuing it is a fantastic decision for your PC.
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Double Monitor Support
The video card highlights DVI and VGA associations, permitting you to interface two screens for double presentation capacities. The double presentation gives you more space to chip away at your PC, helping you all the more actually perform multiple tasks. The card additionally upholds TV yield by means of S-video, permitting you to utilize your PC to yield video to a TV or projector for games and introductions.
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3D Graphics
The video card highlights 3D designs controlled by NVIDIA’s CineFX motor. It is viable with Microsoft DirectX 9.0 and OpenGL 1.4, permitting you to utilize it with viable games and applications.
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AGP Interface
The card is introduced in a standard AGP space on your PC. The 8x AGP interface, intended for designing cards, gives adequate transmission capacity to information.
