DDR2-800MHz ECC Reg 1.8V RDIMM CL6 | ||||
Capacity |
Memory Speed |
Rank Configuration |
Part Number |
Price |
4GB |
DDR2-800MHz RDIMM |
Dual Rank x 4 (2Rx4) | ||
2GB |
DDR2-800MHz RDIMM |
Dual Rank x 8 (2Rx8) | ||
DDR2-800MHz RDIMM |
Single Rank x 4 (1Rx4) | |||
1GB |
DDR2-800MHz RDIMM |
Dual Rank x 8 (2Rx8) |
ETechBuy Offer Video for DDR2-800MHz ECC Reg 1.8V RDIMM CL6, Handles & Channel URLs @ETechBuy
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DDR2-400MHz ECC Reg 1.8V RDIMM:
This RDIMM features ECC feature for data integrity, runs at 400 MHz clock speed, operating at 1.8 volts, guaranteeing dependable performance.
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DDR2-533MHz ECC Reg 1.8V RDIMM:
Improve performance of servers, with RDIMM operating at a clock speed of 533 MHz running at 1.8 volts, and incorporates an ECC to fix data problems.
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DDR2-667MHz ECC Reg 1.8V RDIMM:
This memory is designed to operate at 667 MHz clock speed with ECC and is a registered DIMM (RDIMM) with a standard operating voltage of 1.8 volts.
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DDR2-800MHz ECC Reg 1.8V RDIMM CL5:
This 800 MHz memory module with ECC and a CAS latency of 5 is a 1.8V registered DIMM, ideal for low-latency, high-reliability server applications.
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DDR2-533MHz ECC Fully Buffered 1.8V FB-DIMM:
Stability in server systems is ensured by this fully buffered, 1.8V, 533 MHz memory module with ECC for data accuracy.
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DDR2-667MHz ECC Fully Buffered 1.55V FB-DIMM:
This fully buffered DIMM with ECC runs at 1.55V at 667 MHz, providing improved data integrity and performance for demanding computer tasks.
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DDR2-667MHz ECC Fully Buffered 1.8V FB-DIMM:
This 667 MHz memory module operates at 1.8V, is fully buffered, and has error correction code (ECC) for dependable and effective server performance.
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DDR2-800MHz ECC Fully Buffered 1.8V FB-DIMM CL5:
With a CAS latency of 5, operating at 1.8V, fully buffered with ECC, and 800 MHz speed, this memory module guarantees enhanced server performance.
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DDR2-800MHz ECC Fully Buffered 1.8V FB-DIMM CL6:
This 1.8V fully buffered DIMM runs at 800 MHz and includes ECC with a CAS latency of 6, ensuring efficient performance for demanding server environments.