CORSAIR DDR5 6000 D/K VENGEANCE BLK 32GB

Corsair Vengeance 32GB 2 x 16GB DDR5 6000MT/s CL30 Black Memory Kit

The Corsair Vengeance memory provides 32GB of DDR5 capacity across 2 x 16GB. Operating at up to 6000MT/s, it is designed for gaming PCs, creator systems, home computers and compatible desktop workstations that need reliable memory bandwidth and responsive multitasking.

The 288 pin UDIMM format, unbuffered architecture and black finish make it a clearly defined upgrade for the compatible platform. Selecting memory by exact type, capacity and platform support is essential because desktop UDIMM, laptop SODIMM and server RDIMM products are not interchangeable.

Key Features

• 32GB total memory capacity
• 2 x 16GB module configuration
• DDR5 memory operating at up to 6000MT/s
• PC5 48000
• Memory timings: 30 36 36 76
• Operating voltage: 1.40V
• AMD EXPO and Intel XMP
• Unbuffered
• Non ECC with DDR5 on die error correction where supported
• Aluminium heat spreader
• Low latency 6000MT/s configuration suited to modern AMD and Intel gaming systems
• Limited lifetime manufacturer warranty

Capacity and Module Configuration

The total capacity is 32GB, supplied as 2 x 16GB. The matched kit should be installed together in the motherboard slots recommended by the board manufacturer to enable the intended multi channel memory configuration.

Memory Speed and Bandwidth

The memory is rated for up to 6000MT/s, corresponding to PC5 48000. Higher memory bandwidth can assist frame consistency, application responsiveness, content creation and data intensive workloads, although the benefit depends on the processor and software.

Timings and Operating Voltage

The listed timing specification is 30 36 36 76 at 1.40V. Memory timings describe the number of memory cycles used for key operations. Lower timings can reduce latency, while higher transfer rates increase bandwidth. Overall performance depends on both figures and the system platform.

Memory Profiles and BIOS Setup

The listed AMD EXPO and Intel XMP setting provides the intended performance configuration on a compatible motherboard. The profile normally needs to be selected manually within the UEFI or BIOS. Available speed depends on the processor, motherboard, BIOS and complete memory configuration.

Cooling and Physical Design

Aluminium heat spreader. The heat spreader helps move heat away from the memory chips during sustained high speed operation.

Clean Non RGB Design

The modules use a clean Black finish without integrated lighting, making them suitable for understated systems or builds where case and fan lighting provide the main visual effect.

Error Correction and Reliability

DDR5 modules include on die error correction within the memory chips, but standard unbuffered desktop modules are not the same as system level registered ECC server memory. Low latency 6000MT/s configuration suited to modern AMD and Intel gaming systems.

Compatibility

This is a 288 pin UDIMM desktop memory product. The motherboard must support DDR5; DDR4 and DDR5 modules use different electrical and physical keying and cannot be installed in the other standard's slot. Memory support lists and maximum capacities should be checked on the motherboard or system manufacturer's website before ordering.

Installation Guidance

Switch the computer off, disconnect mains power and discharge static electricity before fitting memory. Open the retaining clips, align the keyed notch and press evenly until the module is fully seated. After installation, check that the correct capacity is detected in the UEFI or BIOS before enabling any performance profile.

Core Specification

Physical and Product Information

Ideal For

• Gaming PC upgrades
• Streaming and content creation
• Photo and video editing
• Everyday multitasking
• New custom PC builds

Package Contents

• 2 x 16GB memory module configuration
• Product documentation where supplied

Please note: Mixing separate memory kits is not guaranteed to operate at the advertised speed, even when the model numbers appear similar. Maximum memory speed and capacity depend on the processor, motherboard, BIOS, number of installed modules and memory controller quality.