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CORSAIR RAM - 32 GB (2 x 16 GB Kit) - DDR5 5600 UDIMM CL36

CORSAIR RAM - 32 GB (2 x 16 GB Kit) - DDR5 5600 UDIMM CL36_thumb_1
CORSAIR RAM - 32 GB (2 x 16 GB Kit) - DDR5 5600 UDIMM CL36_thumb_2
CORSAIR RAM - 32 GB (2 x 16 GB Kit) - DDR5 5600 UDIMM CL36_thumb_3
CORSAIR RAM - 32 GB (2 x 16 GB Kit) - DDR5 5600 UDIMM CL36_thumb_4
CORSAIR RAM - 32 GB (2 x 16 GB Kit) - DDR5 5600 UDIMM CL36_1
CORSAIR RAM - 32 GB (2 x 16 GB Kit) - DDR5 5600 UDIMM CL36_2
CORSAIR RAM - 32 GB (2 x 16 GB Kit) - DDR5 5600 UDIMM CL36_3
CORSAIR RAM - 32 GB (2 x 16 GB Kit) - DDR5 5600 UDIMM CL36_4
Article-No.:
190716
Manufacturer-No.:
CMT32GX5M2B5600C36
EAN/GTIN:
0840006660804
WEEE Nummer
DE93935395
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Technical specifications

Description

Technical specifications

General

Packaged Quantity
1

RAM

Type
DRAM
Technology
DDR5 SDRAM
Data Integrity Check
Non-ECC
Supply Voltage
1.3
Memory Speed
5600 MHz
CAS Latency
CL36
Memory Specification Compliance
PC5-44800
Registered or Buffered
Unbuffered
RAM Features
12 ultra-bright individually addressable CAPELLIX RGB LEDs, Intel Extreme Memory Profiles (XMP 3.0), High-performance PCB, Built-in overclocking Power Management IC (PMIC), Voltage regulation support, Dual-path Heat Xchange (DHX), Anodized aluminum heatspreader, Dynamic multi-zone RGB lighting, Corsair iCUE support
Latency Timings
36-36-36-76
Storage Capacity
32 GB
Product Type
Memory kit

Memory Module

Modules in Kit
2

Dimensions & Weight

Width
0,8 cm
Depth
13 cm
Height
5,6 cm

Service & Support

Type
Limited lifetime warranty

Miscellaneous

Color
Black
Color Category
Black
RGB
Description
The Dominator family of memory represents the ultimate in performance technology engineering from Corsair. The Dominator is designed to have the highest performing IC maximum over-clocking capability and efficient DHX cooling - all the while being stable and reliable.
Very few components make it into the Dominator family. Corsair performs rigorous testing and screening on all components to select only the best for the Dominator modules. The tests check for high frequency and/or low latency capabilities for each IC. Then, they are thoroughly tested for maximum interoperability and reliability as a united group to meet the stringent design criteria demanded by performance computing and gaming users.

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