HOME Products Memory XPOWER Series XPOWER Cyclone DDR5 RGB UDIMM

1-siliconpower-Dram-Cyclone-UDIMM-2100x1500_award

2-siliconpower-Dram-Cyclone-UDIMM-2100x1500

XPOWER Cyclone DDR5 RGB UDIMM

• DDR5 speeds reaching from 6000MT/s.
• RGB lighting integrates with motherboard software for customizable visuals.
• Sturdy 2mm heatsink enhances cooling, cutting temperatures by over 10°C.
• Integrated PMIC provides reliable, efficient power delivery to the memory.
• On-Die ECC boosts reliability and maintains system stability.
• Intel XMP 3.0 compatibility simplifies performance tuning.
• Sleek light bar design offers expanded surface area and vibrant RGB effects.
• Covered by a dependable Limited Lifetime Warranty for peace of mind.

Expand

Product Introduction
Product Specifications
File Download
Purchase
Compatibility Search

Lightning-Fast DDR5 Speeds

Experience lightning speeds with Cyclone DDR5 RGB UDIMM. Ranging from 6000MT/s to a staggering 8000MT/s, unleash unparalleled performance for gaming and productivity. Elevate your system responsiveness and redefine your efficiency with this high-speed memory solution.

Vivid RGB Compatibility

Transform your build with stunning RGB lighting. The Cyclone DDR5 RGB UDIMM features immersive lighting effects that sync seamlessly with motherboard-controlled RGB software. Personalize your rig and express your style while enhancing the ambiance of your gaming environment.

Vivid RGB Compatibility

Stable Power with Built-in PMIC

Stay powered and stable with Cyclone’s built-in PMIC. This memory module ensures efficient power delivery and stability for peak performance, allowing you to push boundaries without compromising on system integrity, whether you’re gaming or creating content.

Enhanced Reliability with On-Die ECC

Prepare for reliability with On-Die ECC technology. Cyclone offers enhanced error correction capabilities, ensuring that your system runs smoothly even under the most demanding conditions. Trust your memory to provide stability and performance for all your computing needs.

Effortless Performance Optimization

Fully support Intel XMP 3.0 for seamless overclocking. With Cyclone DDR5 RGB UDIMM, achieving optimized performance is as simple as a BIOS setting. Maximize your productivity and gaming experience with minimal effort—get the speed you deserve in an instant.

*Overclocked memory requires a compatible motherboard and processor, and XMP or EXPO must be enabled after installation to achieve the officially specified overclocking speed.

Limited Lifetime Warranty

Invest with confidence—every Cyclone DDR5 RGB UDIMM is backed by a limited lifetime warranty. We stand by our product's quality and performance, ensuring long-lasting reliability for your memory needs. Enjoy peace of mind as you push your system to new heights.

Limited Lifetime Warranty

Specifications and availability are subject to change without prior notice.
Product features may vary by model; refer to specifications for details.
Compatibility depends on software version and environment, subject to changes.
Information provided may contain typographical or visual errors.
All trademarks, logos, and brand names belong to their respective owners.
Performance data is based on internal tests and may vary in real conditions.
Product visuals shown are for reference only and might differ from actual products.
Modifications to images and descriptions can be made without notice.
Memory operates at BIOS default speeds by default until XMP or EXPO is activated.
To reach the advertised overclocking speed, please enable XMP, EXPO, DOCP, or A-XMP in the BIOS and ensure hardware compatibility.

P/N	Capacity	Speed	Timing	Voltage	Color	⇅ Compare
SP016GXLWU60DFSM	16GB	6000MT/s	28-36-36-96	1.4V	White	Add to compare
SP016GXLWU60AFSM	16GB	6000MT/s	30-38-38-96	1.35V	White	Add to compare
SP016GXLWU60FFSM	16GB	6000MT/s	36-46-46-86	1.35V	White	Add to compare
SP032GXLWU60AFSM	32GB	6000MT/s	30-38-38-96	1.35V	White	Add to compare
SP032GXLWU60BFSM	32GB	6000MT/s	38-38-38-78	1.35V	White	Add to compare
SP032GXLWU60DFDM	16GBx2	6000MT/s	28-36-36-96	1.4V	White	Add to compare
SP032GXLWU60AFDM	16GBx2	6000MT/s	30-38-38-96	1.35V	White	Add to compare
SP032GXLWU60FFDM	16GBx2	6000MT/s	36-46-46-86	1.35V	White	Add to compare
SP064GXLWU60AFDM	32GBx2	6000MT/s	30-38-38-96	1.35V	White	Add to compare
SP064GXLWU60BFDM	32GBx2	6000MT/s	38-38-38-78	1.35V	White	Add to compare
SP032GXLWU720FDM	16GBx2	7200MT/s	34-42-42-84	1.4V	White	Add to compare
SP048GXLWU72APDM	24GBx2	7200MT/s	36-46-46-115	1.35V	White	Add to compare
SP032GXLWU800FDM	16GBx2	8000MT/s	38-48-48-128	1.45V	White	Add to compare
SP048GXLWU80APDM	24GBx2	8000MT/s	40-48-48-128	1.35V	White	Add to compare

Capacity	16GB, 32GB(16GBx2), 48GB(24GBx2), 64GB(32GBx2)
Tested Speed (Up to)	6000 / 7200 / 8000MT/s
Dimensions	133.4 x 43.2 x 8.8 mm
Color	White
Density	2Gx8 (6000/7200/8000MT/s), 3Gx8 (7200/8000MT/s)
CAS Latency	CL28-36-36-96 (6000) CL30-38-38-96 (6000) CL36-46-46-86 (6000) CL38-38-38-78 (6000) CL34-42-42-84 (7200) CL36-46-46-115 (7200) CL38-48-48-128 (8000) CL40-48-48-128 (8000)
Voltage	1.35V-1.4V(6000MT/s) 1.35V-1.4V(7200MT/s) 1.35V-1.45V(8000MT/s)
Patent	D239817
Warranty	Limited Lifetime Warranty
Disclaimer	Specifications and availability are subject to change without prior notice. Product features may vary by model; refer to specifications for details. Compatibility depends on software version and environment, subject to changes. Information provided may contain typographical or visual errors. All trademarks, logos, and brand names belong to their respective owners. Performance data is based on internal tests and may vary in real conditions. Product visuals shown are for reference only and might differ from actual products. Modifications to images and descriptions can be made without notice. Memory operates at BIOS default speeds by default until XMP or EXPO is activated. To reach the advertised overclocking speed, please enable XMP, EXPO, DOCP, or A-XMP in the BIOS and ensure hardware compatibility.

Name

Language

File Format

Version

Last Updated

File Download

XPOWER Cyclone DDR5 RGB UDIMM

PDF.

2025/12