Silicon Power XPower Pulse 8GB DDR4 3200MHz SP008GXLZU320BSI

SILICON POWER DDR4 8GBx1 1Gx8 3200MHz C16 OC-UDIMM SR w/HS-G

 
 
 

Manufacturer
SILICON POWER COMPUTER & COMMUNICAT

Manufacturer Part No
SP008GXLZU320BSI

 

Marketing Description

The Silicon Power XPOWER Pulse memory kit is engineered to enhance your computing experience, offering 8 GB of DDR4 SDRAM to handle multitasking with ease. With a memory speed of 3200 MHz and support for Intel Extreme Memory Profiles (XMP 2.0), it provides quick data processing and the potential for easy overclocking, making it suitable for both gaming and high-performance computing environments. The CL16 CAS latency ensures timely response to commands, while the 1.35 V supply voltage promotes energy-efficient operation. Whether upgrading your system or building a new one, the XPOWER Pulse memory kit offers a blend of performance, reliability, and compatibility.

Product Features

Enhanced compatibilityWith its generic upgrade type, this memory kit is designed to be compatible with a wide range of systems, ensuring seamless integration for a variety of computing needs.
High-speed performanceEquipped with a memory speed of 3200 MHz and Intel Extreme Memory Profiles (XMP 2.0), the XPOWER Pulse offers high-speed data transfer and improved system responsiveness, making it suitable for gaming and high-performance computing tasks.
Reliable operationFeaturing unbuffered, DDR4 SDRAM technology and a supply voltage of 1.35 V, this memory kit delivers stable and reliable performance, reducing the risk of data corruption and system crashes.

General

Capacity
8 GB

Upgrade Type
Generic

Width
133.4 mm

Depth
5 mm

Height
31.3 mm

Weight
25 g

Memory

Type
DRAM memory kit

Technology
DDR4 SDRAM

Form Factor
DIMM 288-pin

Speed
3200 MHz (PC4-25600)

Latency Timings
CL16

Features
Intel Extreme Memory Profiles (XMP 2.0), unbuffered

Voltage
1.35 V

Manufacturer Warranty

Service & Support
Limited lifetime warranty

Technical data provided by third party. We assume no liability for errors within these data.