Product comparison · 2 memory modules

Fujitsu MCX2CB511 memory module vs Nilox NXR322133M1C15 memory module

Add a product
  • 8specifications compared
  • 5differ
  • 3identical
  • 2known for one product only

Key differences

The Nilox NXR322133M1C15 memory module has 16 GB more internal memory than the Fujitsu MCX2CB511 memory module (32 GB vs 16 GB). The Nilox NXR322133M1C15 memory module has 533 MHz more memory clock speed than the Fujitsu MCX2CB511 memory module (2133 MHz vs 1600 MHz). The Fujitsu MCX2CB511 memory module has 0.15 V more memory voltage than the Nilox NXR322133M1C15 memory module (1.35 V vs 1.2 V). Memory layout (modules x size): 2 x 8 GB on the Fujitsu MCX2CB511 memory module, 1 x 32 GB on the Nilox NXR322133M1C15 memory module. Internal memory type: DDR3 on the Fujitsu MCX2CB511 memory module, DDR4 on the Nilox NXR322133M1C15 memory module.

  • Internal memory
    • MCX2CB511 memory module:16 GB
    • NXR322133M1C15 memory module:32 GB
  • Memory layout (modules x size)
    • MCX2CB511 memory module:2 x 8 GB
    • NXR322133M1C15 memory module:1 x 32 GB
  • Internal memory type
    • MCX2CB511 memory module:DDR3
    • NXR322133M1C15 memory module:DDR4
  • Memory clock speed
    • MCX2CB511 memory module:1600 MHz
    • NXR322133M1C15 memory module:2133 MHz
  • Memory voltage
    • MCX2CB511 memory module:1.35 V
    • NXR322133M1C15 memory module:1.2 V

Side by side

Differences highlightedShow differences only (on)
Comparison of MCX2CB511, NXR322133M1C15
10 specifications
Features5 differ
Internal memoryDiffers16 GB32 GB
Memory layout (modules x size)Differs2 x 8 GB1 x 32 GB
Internal memory typeDiffersDDR3DDR4
Memory clock speedDiffers1600 MHz2133 MHz
Memory voltageDiffers1.35 V1.2 V
Product colourKnown for oneMulticolourUnknown — not stated by the source
CAS latencyKnown for oneUnknown — not stated by the source15

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.

More memory module comparisons

All memory module comparisons