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Product Overview |
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The IBM Lower Flex Circuit for BladeCenter T (8730) is an internal component that links various blade server modules within the chassis. It plays a key role in maintaining communication between parts, ensuring the server operates reliably in data center setups where uptime and stability are important. |
General Information |
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| Brand | IBM |
| Part Number | 39R8316 |
| Alternate Part Number | 39R8316-02-CT |
Technical Information |
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| Compatibility | IBM BladeCenter T (8730) |
| product type | Lower Flex Circuit |
Physical Characteristics |
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| Weight | 3.00 |
| Condition | Refurbished |
Product Description |
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The IBM Lower Flex Circuit for BladeCenter T (8730) serves as a critical internal connector within the BladeCenter T chassis. It links blade server components, supporting data and power transmission essential for system operation. Commonly used in data centers and enterprise environments, this part is built for IT professionals and system administrators who maintain BladeCenter T hardware. It helps ensure that blade servers operate smoothly by maintaining proper internal communication pathways. Key Features
This component is typically found inside blade server chassis where maintaining internal connections is vital. By replacing worn or damaged flex circuits, it helps extend the life of BladeCenter T systems and keeps data center operations uninterrupted. |
Use Cases |
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The IBM Lower Flex Circuit for BladeCenter T (8730) is primarily used within blade server chassis environments where internal component connectivity is critical. It serves IT professionals managing enterprise data centers and virtualization clusters that demand stable inter-module communication for consistent server performance. How It's Used:
This flex circuit plays a crucial role in sustaining operational efficiency by preserving hardware interconnect reliability, which is vital for environments handling intense compute and storage tasks. Its seamless integration helps maintain system scalability and reduces the risk of connectivity-related failures in complex server infrastructures. |