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Product Overview |
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The Crucial CT51272AV80E 4GB DDR2-800MHz ECC Registered Memory Module provides excellent performance with enhanced data protection for desktop systems. Designed with ECC technology, it ensures error-free operation, making it perfect for applications requiring high stability. With its low profile design, it fits in systems with limited space while maintaining solid performance at 800MHz speed and CL5 latency. Ideal for users needing reliable, error-correcting memory in their desktop setups. |
General Information |
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| Brand | Crucial |
| Part Number | CT51272AV80E |
Technical Information |
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| Memory Technology | DDR2 |
| RAM Standard | PC2-6400 |
| Voltage | 1.8V |
Performance |
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| CAS | CL5 |
Physical Characteristics |
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| Dimensions | 1.23 x 5.25 x 0.15 inches |
| Weight | 0.50 |
| Condition | Refurbished |
Product Description |
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The Crucial CT51272AV80E is a 4GB DDR2-800MHz memory module designed for use in desktop systems. This ECC Registered module ensures the integrity of your data by detecting and correcting errors, making it ideal for applications where stability is critical. Operating at a speed of 800MHz (PC2-6400) and featuring a CAS Latency of 5, this module provides reliable performance. Its 240-pin DIMM form factor ensures compatibility with a wide range of desktop motherboards. Additionally, the low profile design allows for easy installation in systems with limited space. Key Features
This memory module ensures enhanced data integrity and is an excellent choice for desktop systems requiring reliable and efficient performance in space-constrained environments. |
Use Cases |
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The Crucial CT51272AV80E 4GB DDR2-800MHz ECC Registered module is optimized for environments demanding high data integrity and system stability. It suits IT infrastructures where error correction is critical, such as server-grade desktops and entry-level rack servers in SMBs and remote offices with constrained physical space. How It's Used:
This memory module's ECC functionality and low-profile design contribute to operational efficiency by reducing system errors and facilitating deployment in space-constrained hardware. Its integration supports scalability in server and workstation environments where dependable memory performance directly impacts workload reliability. |