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Corsair

Corsair Vengeance RGB 32GB (2 x 16GB) DDR5 7200 CL34 desktop RAM CMH32GX5M2X7200C34W

SKU CH-3VFW-0RVCH MPN CMH32GX5M2X7200C34W

Dual-channel 32 GB DDR5 kit running at 7200 MT/s with CL34 timings, ten-zone RGB lighting and Intel XMP 3.0 support

  • Capacity32GB (2 x 16GB)
  • Type288-Pin PC RAM
  • SpeedDDR5 7200 (PC5 57600)
  • CAS LatencyCL34
  • Timing34-44-44-96
  • Voltage1.45V

Capacity 32GB (2 x 16GB)

  • 32 GB capacity from two 16 GB modules for high-performance multitasking
  • DDR5 7200 speed with PC5 57600 bandwidth for responsive data throughput
  • CL34 CAS latency and 34-44-44-96 timings for tight response times
  • Intel XMP 3.0 profile enables one-click overclocking on compatible motherboards
  • Ten-zone RGB lighting per module with iCUE customisation for personalised illumination

Capacity and audience

This 32 GB dual-channel kit uses two 16 GB DDR5 modules rated at 7200 MT/s with CL34 latency. It targets Intel platforms from the 400 through 800 series including Z690, Z790 and Z890 chipsets where XMP 3.0 profiles are supported.

Thermals and power

Each module runs at 1.45 V to sustain the rated frequency and tight 34-44-44-96 timings. The aluminum heatspreader dissipates heat under sustained load while the ten-zone RGB lighting adds negligible extra power draw.

iCUE software control

Corsair iCUE software manages the ten individually addressable RGB zones per stick and lets users create custom XMP 3.0 profiles per application. Dozens of preset lighting effects are included and can be synchronized across other iCUE devices.

Highlights

  • 32 GB capacity from two 16 GB modules for high-performance multitasking
  • DDR5 7200 speed with PC5 57600 bandwidth for responsive data throughput
  • CL34 CAS latency and 34-44-44-96 timings for tight response times
  • Intel XMP 3.0 profile enables one-click overclocking on compatible motherboards
  • Ten-zone RGB lighting per module with iCUE customisation for personalised illumination

Specifications

BrandCORSAIR
SeriesVengeance RGB
ModelCMH32GX5M2X7200C34W
Capacity32GB (2 x 16GB)
Type288-Pin PC RAM
SpeedDDR5 7200 (PC5 57600)
CAS LatencyCL34
Timing34-44-44-96
Voltage1.45V
Multi-channel KitDual Channel Kit
BIOS/Performance ProfileIntel XMP 3.0
ColorWhite
FeaturesWelcome to the Cutting-Edge of Performance: Push the limits of your system like never before with CORSAIR DDR5 memory, unlocking even faster frequencies, greater capacities, and higher CPU processing.
Dynamic Ten-Zone RGB Lighting: Illuminate your system with ten individually addressable, ultra-bright RGB LEDs per module, encased in a panoramic light bar for vivid RGB lighting from any viewing angle.
Create and Customize: Choose from dozens of preset lighting profiles, or create your own in iCUE.
Custom Intel XMP 3.0 Profiles: Customize and save your own XMP profiles via iCUE to tail
Recommend UseHigh Performance or Gaming Memory / Intel 400 Series / Intel 600 Series / Intel 700 Series / Intel 800 Series / Intel B660 / Intel B760 / Intel Compatible / Intel H770 / Intel Z690 / Intel Z790 / Intel Z890
LED ColorRGB
Shipping weight0.05 kg
Package size239 × 132 × 13 mm

Other versions of this model

5 more in the same range

Same family, different memory, cooler or clock — compare before you commit.

Questions about this item

How do I install the 288-pin DDR5 modules and enable the 7200 speed without manual timing entry?

Seat both 16 GB sticks in the motherboard's DDR5 slots, then enter the BIOS and enable the Intel XMP 3.0 profile; the kit will automatically run at 7200 MT/s with 34-44-44-96 timings at 1.45 V.

What maintenance or replacement will the RGB lighting and memory chips need over time?

The ten-zone RGB LEDs per module are solid-state and require no bulb changes; keep the light bar dust-free with compressed air, and the memory itself has no user-serviceable parts — replace the kit only if a module fails.

What limit appears first during sustained heavy workloads on this 1.45 V DDR5 kit?

The 1.45 V operating voltage is the primary constraint; prolonged loads raise module temperature, so adequate case airflow is needed to prevent thermal throttling before voltage or timing limits are reached.

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