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Product Overview |
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The 111008-0113 Molex Nvidia Quadro4 6-ft Leoni High Speed Meter Host Cable provides a reliable physical link between the host system and the Quadro4 GPU. It fits directly into professional graphics hardware setups where consistent data transmission is essential, ensuring the workstation operates smoothly during demanding graphical tasks. |
General Information |
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| Part Number | 111008-0113 |
Technical Information |
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| Cable Length | 6 ft (1.83 m) |
| Compatibility | NVIDIA Quadro4 |
Physical Characteristics |
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| Form Factor | Cable |
| Weight | 5.00 |
| Condition | Refurbished |
Product Description |
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This 6-foot Molex Leoni host cable is designed to connect Nvidia Quadro4 graphics cards to their host systems, providing a stable and high-speed data link. It’s commonly found in professional workstations where reliable communication between the GPU and motherboard is critical for graphics-intensive tasks. Built for engineers, designers, and animators who rely on Nvidia Quadro4 setups, this cable supports smooth data transfer to maintain performance integrity in demanding environments. Key Features
Typically deployed inside high-end graphics workstations, this cable plays a key role in ensuring data integrity between the host system and GPU. Its design minimizes interruptions, which is crucial for users handling complex visual computations or 3D modeling. |
Use Cases |
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The 111008-0113 Molex 6-ft Leoni High Speed Host Cable is primarily utilized in professional graphics workstation environments where stable and high-speed connectivity between the host system and Nvidia Quadro4 GPUs is critical. This cable is essential for users handling intensive graphical workloads requiring consistent data throughput, such as designers, engineers, and visualization specialists. How It's Used:
This cable ensures that high-bandwidth graphical data flows efficiently, minimizing latency and preventing bottlenecks in professional environments. By maintaining a reliable physical connection, it aids in sustaining optimal system performance and scalability for demanding graphical applications. |