Corsair Vengeance RGB PRO 8GB DDR4 3200MHz CL16 Desktop RAM – 1x8GB, Intel XMP 2.0, Dynamic RGB, Aluminium Heat Spreader – Black

Overview

Upgrade your desktop with fast DDR4 performance and fully customisable lighting using the Corsair Vengeance RGB PRO 8GB DDR4 3200MHz CL16 Memory Module. Designed for gaming PCs, performance desktops and custom RGB builds, this single 8GB UDIMM combines DDR4-3200 performance with Corsair's distinctive illuminated heat spreader and comprehensive iCUE RGB control.

The CMW8GX4M1E3200C16 module is tested to operate at up to 3200MT/s with 16-20-20-38 timings at 1.35V. It also supports Intel XMP 2.0, allowing a compatible motherboard to load the memory's tested performance profile from the BIOS rather than requiring every timing and voltage value to be entered manually.

Corsair combines carefully screened memory ICs with a custom performance PCB to provide strong signal quality and overclocking potential. An anodised aluminium heat spreader helps transfer heat away from the memory components during demanding workloads.

The integrated dynamic multi-zone RGB lighting requires no separate lighting cables. Install the module into a compatible DDR4 DIMM slot and use Corsair iCUE to customise colours and effects or synchronise lighting with other compatible Corsair components and peripherals.

With 8GB in a single module, it is suitable for replacing a failed DIMM, upgrading a compatible DDR4 system or expanding an existing configuration where motherboard capacity and memory compatibility allow.

Key Features & Benefits

• Add 8GB of DDR4 Memory – A single 8GB module provides additional working memory for compatible desktop PCs, helping applications and operating-system tasks run with more available RAM.
• Run at Up to DDR4-3200 – The module is tested for up to 3200MT/s, providing PC4-25600-class memory bandwidth on a compatible motherboard and processor.
• Responsive CL16 Timings – Tested timings of 16-20-20-38 provide a balanced combination of frequency and latency for a DDR4 gaming or general-performance PC.
• Simple Performance Setup with Intel XMP 2.0 – Enable the supported XMP profile in a compatible BIOS to configure the module towards its rated frequency and timings without manually entering individual memory settings.
• Customise Your PC with Dynamic RGB – Built-in multi-zone RGB illumination adds a prominent illuminated light bar to compatible windowed PC builds.
• Control Lighting Through Corsair iCUE – Choose preset effects, adjust colours and brightness or coordinate compatible Corsair memory, fans, LED strips, keyboards, mice and other iCUE-enabled devices.
• No Additional RGB Cables Required – The lighting operates directly through the installed memory module, reducing extra cabling inside the case.
• Anodised Aluminium Heat Spreader – The integrated heat spreader improves thermal conductivity while giving the Vengeance RGB PRO series its distinctive premium appearance.
• Custom Performance PCB – Corsair uses a dedicated PCB design intended to maintain signal quality and stability during high-performance operation.
• Carefully Screened Memory ICs – Corsair states that the memory ICs are selected with extended overclocking potential in mind.
• Compatible with Intel and AMD DDR4 Platforms – Corsair lists compatibility across numerous Intel 200/300/400/500/600-series and X299 platforms as well as AMD 300/400/500-series and X570 platforms, subject to individual motherboard and CPU memory support.
• Ideal for Desktop PC Upgrades – The module uses a standard DDR4 UDIMM desktop format, rather than the shorter SO-DIMM format used in most laptops.
• Expand an Existing RGB Build – Its black heat spreader and illuminated top bar are designed to complement other Vengeance RGB PRO modules and Corsair iCUE-compatible hardware.
• Useful as a Replacement Module – The single-stick configuration makes it suitable when replacing an individual failed 8GB DIMM, provided specifications and motherboard compatibility are checked first.
• Suitable for Gaming and Everyday Computing – Additional memory can benefit multitasking, browser-heavy workloads, office applications and games that require more available system RAM.