High-Performance DDR3 RAM UDIMM(MAGIC Series)
Our DDR3 RAM UDIMM MAGIC Series (models: MAGIC DDR3 UDIMM features an integrated heat spreader design that enhances thermal dissipation and ensures stable performance under continuous workloads. Engineered for desktops and workstations, this series delivers reliable speed, improved stability, and stronger visual appeal, making it ideal for users who value both performance and durability.
MAGIC I DDR3台式机内存
型号
Built-in aluminum heat spreader
Enhanced stability under load
Built-in aluminum heat spreader
Enhanced stability under load
DDR3 UDIMM(MAGIC Series) Product Specifications
The MAGIC Series DDR3 UDIMM modules feature a built-in aluminum heatsink for improved thermal dissipation and stable operation. Designed to meet mainstream DDR3 platform requirements, each module delivers reliable speed, broad compatibility, and consistent performance. Strict quality testing ensures dependable memory solutions for desktops and professional systems.
产品规格
接口
UDlMM DDR3
Model
MAGIC I DDR3台式机内存
容量
4G/8G/16G/32G
Tested Speed
1600MHZ
Size
135x34x7mm
Authentication
CE / FCC / ROHS
Temperature
-5℃ ~ 75℃
Colour
Black
质保
Limited life warranty
Core Performance of DDR3 UDIMM(MAGIC Series)
High-Speed Data Transfer
Delivers fast and stable memory performance for desktops and workstations.
Built-in Heatsink
Aluminum heatsink ensures efficient thermal dissipation under heavy load.
Stable Operation
Maintains reliable performance during continuous and demanding workloads.
Broad Compatibility
Compatible with most mainstream DDR3 desktop motherboards and chipsets.
Enhanced Durability
Quality-tested modules provide long-term stability and system reliability.
Optimized Multitasking
Supports smooth multitasking and improves overall system responsiveness.
High-Speed and Stable Performance
DDR3 UDIMM MAGIC Series modules deliver fast, reliable memory performance for desktops and workstations. The combination of high-quality components and integrated heatsink ensures stable operation under continuous and heavy workloads, improving overall system responsiveness.
Efficient Thermal Management and Durability
The built-in aluminum heatsink provides effective heat dissipation, maintaining optimal temperature during intensive use. Strict quality testing guarantees long-term stability, durability, and dependable performance for professional computing environments.
Heatsink Design
Ensures long-term thermal stability
Durability
High-quality components for extended lifespan
Installation of DDR3 UDIMM(MAGIC Series)
Installing DDR3 UDIMM MAGIC Series modules is quick and straightforward. Designed for desktops and workstations, these modules feature standard UDIMM form factors with integrated heatsinks for safe, stable installation. Correct placement ensures optimal thermal performance, reliable data transmission, and long-term system stability for both daily computing and professional workloads.
Desktop PC Slot Installation
高效扩展外部存储：
Power off the system before opening the case. Align the module notch with the motherboard slot and press firmly until it clicks into place. Proper installation ensures secure contact, stable performance, and optimal heat dissipation through the built-in heatsink.
Workstation Upgrade Installation
高效扩展外部存储：
For workstations, install the MAGIC Series UDIMM into the recommended memory channels following the motherboard manual. Correct placement improves memory bandwidth, maintains system stability under heavy workloads, and ensures the heatsink functions effectively for thermal management.
System Builder Assembly
高效扩展外部存储：
During full system assembly, modules can be installed following standard build procedures. Observing anti-static precautions and proper handling guarantees module reliability, compatibility, and optimal performance with sustained operation.
DDR3 SODIMM Technical Support
We provide comprehensive technical support and after-sales service for the MAGIC Series UDIMM modules. Our team assists with installation guidance, compatibility consultation, troubleshooting, and long-term maintenance to ensure stable performance and reliable operation across desktops and workstations.
