Memory DDR4 Corsair Kit 32GB (2x16GB), 3600 MHz (PC4-28800) Vengeance RGB PRO

Manufacturer: Corsair
Manufact. no: CMW32GX4M2D3600C18
Product no: 10243

In Stock

Hér er DDR4 kit sem kemur með 2x 16GB minniskubbum. Klárlega vinnsluminni fyrir notendur sem vilja mikil afköst og gæði. Auk þess lýsir það upp tölvuna þína með fjölbreyttri RGB litadýrð.


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Price: 19,900 kr
CORSAIR Vengeance RGB PRO - DDR4 - 32 GB: 2 x 16 GB - DIMM 288-pin - unbuffered
 
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.
RAM
Type: DRAM
Technology: DDR4 SDRAM
Data Integrity Check: Non-ECC
Supply Voltage: 1.35 V
Form Factor: DIMM 288-pin
Storage Capacity: 32 GB
Memory Speed: 3600 MHz
CAS Latency: CL18
Memory Specification Compliance: PC4-28800
Registered or Buffered: Unbuffered
RAM Features: Dual channel, Anodized aluminum heatspreader, Intel Extreme Memory Profiles (XMP 2.0), ASUS Aura Sync support, MSI Mystic Light RGB support, Dynamic RGB effects, Dynamic multi-zone RGB lighting, Corsair iCUE support, Gigabyte RGB Fusion support
Module Height (inch): 2
Latency Timings: 18-22-22-42
Memory Module
Modules in Kit: 2
Capacity of Module in Kit: 16 GB
Service & Support
Type: Limited lifetime warranty
Miscellaneous
Color Category: Black
Color: Black

Product features
  • 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.