Silicon Power DDR5 32GB PC 6000 CL30 Silicon-Power (1x32GB) Pulse/U-DIM - 32 GB - DDR5

Single 32 GB DDR5 memory module Silicon Power XPOWER Pulse with a 6000 MHz (6000 MT/s) data rate, 1.35 V operating voltage, CAS latency 30 and support for ECC and On-Die ECC. This unbuffered module includes Intel XMP 3.0 profile support for straightforward configuration and is suitable for both PC and server systems. Compact dimensions and lightweight design make it convenient for system upgrades and high-performance builds.

Advantages

The module provides high transfer rates and low-latency operation for demanding tasks, while ECC and On-Die ECC increase data integrity. Intel XMP 3.0 compatibility enables easy application of optimized frequency and timing settings. Unbuffered design ensures compatibility with a wide range of consumer and workstation motherboards.

Suitable for

• Gaming PCs and high-performance desktops
• Workstations and content-creation systems
• Server and small business systems that support unbuffered ECC DDR5
• System upgrades where a single 32 GB module is required

Key specifications

• Capacity: 32 GB
• Memory type: DDR5
• Data rate / clock speed: 6000 MT/s (6000 MHz)
• CAS latency: 30
• Operating voltage: 1.35 V
• ECC: supported (On-Die ECC and module-level ECC support)
• Buffered type: Unregistered (unbuffered)
• Intel XMP: version 3.0 supported
• Dimensions (W×H×D): 133.4 mm × 31.3 mm × 5.2 mm
• Weight: 25 g

How to use

Install the module into a compatible DDR5 DIMM slot following the motherboard manufacturer's instructions, ensuring the system is powered off and grounded to avoid static damage. Enable the appropriate memory profile (Intel XMP 3.0) in the BIOS/UEFI if you want to apply the rated frequency and timings. For systems using ECC, confirm BIOS and motherboard support for unbuffered ECC DDR5 to allow error-correcting features to function.

Recommendations

Use this module in systems that explicitly support DDR5 unbuffered ECC modules and Intel XMP 3.0 profiles. When mixing modules, match capacity, speed, and timings where possible. Observe motherboard and CPU memory compatibility lists for best stability.