CORSAIR Vengeance RGB - DDR5 - kit - 96 GB: 4 x 24 GB - DIMM 288-pin - 6400 MHz / PC5-51200 - unbuffered

CORSAIR Vengeance RGB - DDR5 - kit - 96 GB: 4 x 24 GB - DIMM 288-pin - 6400 MHz / PC5-51200 - unbuffered_1

CORSAIR Vengeance RGB - DDR5 - kit - 96 GB: 4 x 24 GB - DIMM 288-pin - 6400 MHz / PC5-51200 - unbuffered_2

Article-No.:

234750

Manufacturer-No.:

CMH96GX5M4B6400C32

EAN/GTIN:

0840006677321

WEEE Nummer

DE93935395

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Technical specifications

General

Packaged Quantity

RAM

Type

DRAM

Technology

DDR5 SDRAM

Data Integrity Check

On-die ECC

Supply Voltage

1.4

Form Factor

DIMM 288-pin

Memory Speed

6400 MHz

CAS Latency

CL32

Memory Specification Compliance

PC5-51200

Registered or Buffered

Unbuffered

RAM Features

10 RGB lighting zones, Intel Extreme Memory Profiles (XMP 3.0), Customizable RGB lighting, Built-in overclocking Power Management IC (PMIC), Aluminum heatspreader, Corsair iCUE support

Module Height (inch)

1.7

Latency Timings

32-40-40-84

Storage Capacity

96 GB

Product Type

Memory kit

Memory Module

Modules in Kit

Dimensions & Weight

Width

135 mm

Depth

8 mm

Height

44 mm

Service & Support

Type

Limited lifetime warranty

Miscellaneous

Color

Black

Color Category

Black

RGB

Description

Vengeance Low Profile heat spreaders have a reduced height of 1.03". They're designed for high-performance systems with extra-large CPU coolers, small form factor system builds, or any other space-constrained application where you need high-performance memory but standard Vengeance modules might not fit.

Great looking, great overclocking memory
Corsair Vengeance memory modules are designed with overclockers in mind. Vengeance DIMMs are built using RAM specially selected for their high-performance potential. Aluminum heat spreaders help dissipate heat, and provide the aggressive look that you want in your gaming rig.
Optimized for compatibility with the CPUs and motherboards
Vengeance memory is designed specifically for the latest CPUs. The 1.5V VDIMM spec ensures you get the performance you expect, even without increasing memory voltages.