Product comparison · 2 memory modules

Buffalo TechWorks memory module vs Hypertec 4GB SDRAM DIMM (Legacy)

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  • 5specifications compared
  • 5differ
  • 0identical
  • 5known for one product only

Key differences

The Hypertec 4GB SDRAM DIMM (Legacy) has 3.5 GB more internal memory than the Buffalo TechWorks memory module (4 GB vs 0.5 GB). Memory layout (modules x size): 1 x 0.5 GB on the Buffalo TechWorks memory module, 4 x 1 GB on the Hypertec 4GB SDRAM DIMM (Legacy). Internal memory type: DDR on the Buffalo TechWorks memory module, SDR SDRAM on the Hypertec 4GB SDRAM DIMM (Legacy). Memory form factor: 200-pin SO-DIMM on the Buffalo TechWorks memory module, 168-pin DIMM on the Hypertec 4GB SDRAM DIMM (Legacy). Package type: SO-DIMM on the Buffalo TechWorks memory module, DIMM on the Hypertec 4GB SDRAM DIMM (Legacy).

  • Internal memory
    • TechWorks memory module:0.5 GB
    • 4GB SDRAM DIMM (Legacy):4 GB
  • Memory layout (modules x size)
    • TechWorks memory module:1 x 0.5 GB
    • 4GB SDRAM DIMM (Legacy):4 x 1 GB
  • Internal memory type
    • TechWorks memory module:DDR
    • 4GB SDRAM DIMM (Legacy):SDR SDRAM
  • Memory form factor
    • TechWorks memory module:200-pin SO-DIMM
    • 4GB SDRAM DIMM (Legacy):168-pin DIMM
  • Package type
    • TechWorks memory module:SO-DIMM
    • 4GB SDRAM DIMM (Legacy):DIMM

Side by side

Differences highlightedShow differences only (off)
Comparison of TechWorks, 4GB SDRAM DIMM (Legacy)
10 specifications
Features4 differ
Internal memoryDiffers0.5 GB4 GB
Memory layout (modules x size)Differs1 x 0.5 GB4 x 1 GB
Internal memory typeDiffersDDRSDR SDRAM
Memory form factorDiffers200-pin SO-DIMM168-pin DIMM
CAS latencyKnown for one2.5Unknown — not stated by the source
Memory clock speedKnown for one333 MHzUnknown — not stated by the source
Memory voltageKnown for one2.5 VUnknown — not stated by the source
ECCKnown for oneUnknown — not stated by the sourceNo
Buffered memory typeKnown for oneUnknown — not stated by the sourceRegistered (buffered)
Packaging data1 differ
Package typeDiffersSO-DIMMDIMM

A dash means the value is not stated by the source. Unknown values are never counted for or against a product, and there is no overall score.

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