| Product Code: | |
| Options: | |
| Qty: | |
| Unit Price: | £ |
| Part No: | FECMK32X4M2E32C16 |
| Manufacturer No: | CMK32GX4M2E3200C16 |
| Delivery: | Out Of Stock |
 |
The Corsair CMK32X4M2E32C16 Vengeance LPX 32GB memory kit combines two 16GB DDR4 modules with a tested speed of up to 3200 MT/s and 16-20-20-38 timings. The kit supports XMP 2.0 profiles for applying predefined memory settings on compatible systems and uses a 288-pin UDIMM format for desktop motherboards. An anodized aluminium heat spreader helps dissipate heat, while the low-profile module construction makes the kit suitable for systems where internal clearance is limited.
The tested 3200 MT/s data rate provides increased memory bandwidth which requires overclocking/PC BIOS adjustments, and maximum speed and performance depend on system components including the motherboard and CPU. With CL16 timings, the kit provides a balance of speed and latency for gaming, everyday computing and multitasking.
Two 16GB modules provide 32GB of total memory capacity in a dual-module configuration. This gives compatible desktop systems additional memory for running multiple applications, games and other demanding workloads.
Intel XMP 2.0 support provides a predefined profile for compatible systems. Users can select the XMP profile through the motherboard BIOS to apply the specified memory settings without manually entering each value.
The anodized aluminium heat spreader helps transfer heat away from the memory modules during operation. Its low-profile construction also makes the modules suitable for desktop systems where space around the memory slots is limited.
Each module uses a custom performance PCB and individually screened memory ICs. The combination of the PCB, memory components and aluminium heat spreader provides the hardware characteristics specified for the Vengeance LPX range.
The 288-pin UDIMM format is intended for compatible desktop motherboards using DDR4 memory. CORSAIR lists compatibility across selected Intel 300, 400, 500 and 600 Series platforms, Intel X299, and AMD 300 and 400 Series platforms.
The Corsair CMK32X4M2E32C16 Vengeance LPX 32GB memory kit combines two 16GB DDR4 modules with a tested speed of up to 3200 MT/s and 16-20-20-38 timings. The kit supports XMP 2.0 profiles for applying predefined memory settings on compatible systems and uses a 288-pin UDIMM format for desktop motherboards. An anodized aluminium heat spreader helps dissipate heat, while the low-profile module construction makes the kit suitable for systems where internal clearance is limited.
The tested 3200 MT/s data rate provides increased memory bandwidth which requires overclocking/PC BIOS adjustments, and maximum speed and performance depend on system components including the motherboard and CPU. With CL16 timings, the kit provides a balance of speed and latency for gaming, everyday computing and multitasking.
Two 16GB modules provide 32GB of total memory capacity in a dual-module configuration. This gives compatible desktop systems additional memory for running multiple applications, games and other demanding workloads.
Intel XMP 2.0 support provides a predefined profile for compatible systems. Users can select the XMP profile through the motherboard BIOS to apply the specified memory settings without manually entering each value.
The anodized aluminium heat spreader helps transfer heat away from the memory modules during operation. Its low-profile construction also makes the modules suitable for desktop systems where space around the memory slots is limited.
Each module uses a custom performance PCB and individually screened memory ICs. The combination of the PCB, memory components and aluminium heat spreader provides the hardware characteristics specified for the Vengeance LPX range.
The 288-pin UDIMM format is intended for compatible desktop motherboards using DDR4 memory. CORSAIR lists compatibility across selected Intel 300, 400, 500 and 600 Series platforms, Intel X299, and AMD 300 and 400 Series platforms.
Product data is provided by Icecat, we do not warrant the accuracy of the material above.
