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Capacity 8GB
Speed 3200MHz
Number of Pin 288
Voltage 1.35V
| Memory | |
| Type | Desktop Memory |
| Memory Size | 8GB |
| Memory Type | DDR4 |
| Bus Speed | 3200MHz |
| Latency | CL16 |
| Physical Specification1 | |
| Color | Black |
| Special Features | |
| Certifications | RoHS. CE. FCC. JEDEC. |
| Battery & Power | |
| Voltage | 1.35V |
| Warranty Information | |
| Warranty | Product Life Time |
The TwinMOS 8GB DDR4 3200MHz UDIMM Heatsink (Black) Thunder GX CL16 RAM is a high-performance memory module designed to enhance desktop responsiveness, multitasking capability, and stability for gaming rigs, productivity systems, and everyday desktop computing. With an 8GB capacity and a fast 3200MHz clock speed, this DDR4 RAM delivers efficient data transfer and optimized performance for both casual users and demanding applications. Its CL16 latency configuration ensures reduced delays and improved system agility, allowing smoother gameplay, quicker application loading, and more fluid multitasking. This module features a robust heatsink that helps dissipate heat effectively during sustained high-performance workloads, enhancing thermal stability and reliability. The sleek black design not only adds aesthetic appeal but also contributes to efficient heat management to keep the memory operating at optimal temperatures. TwinMOS engineered this RAM with quality components to provide consistent and dependable performance, making it a solid choice for system upgrades or new builds that demand reliable memory performance. Compatible with a wide range of DDR4-ready desktop motherboards, the TwinMOS Thunder GX RAM offers broad compatibility and easy installation. Whether you’re building a gaming PC, a content creation workstation, or simply upgrading an existing desktop, this memory module provides a balanced combination of speed, stability, and thermal performance to support your system’s needs. This makes the TwinMOS 8GB DDR4 3200MHz UDIMM Heatsink Thunder GX RAM an excellent choice for users seeking dependable and efficient memory performance.