TCSUNBOW DDR5 Memory RGB With Heatsink Series RH51 RH41
TCSUNBOW DDR5 Memory RGB With Heatsink Series RH51 RH41
Basic Properties
brand name
TCSUNBOW
product model
RH51 RH41
Product Summary
TCSUNBOW DDR5 Memory RGB With Heatsink Series RH51 Memory Type: DDR5 DRAM; Form Factor: UDIMM; Special Feature: RGB Lighting; Special Feature: Heat Sink/ Heat Dissipation; Color: Black/Silver; Voltage: 1.1/1.35/1.4V; Capacity: 8GB/16GB/32GB; Frequency: 4800MHz/5600MHz/6000MHz/6400MHz/6800Mhz/7200MHz...
Product Details
Product Description
- TCSUNBOW DDR5 Memory RGB With Heatsink Series RH51
- Memory Type: DDR5 DRAM;
- Form Factor: UDIMM;
- Special Feature: RGB Lighting;
- Special Feature: Heat Sink/ Heat Dissipation;
- Color: Black/Silver;
- Voltage: 1.1/1.35/1.4V;
- Capacity: 8GB/16GB/32GB;
- Frequency: 4800MHz/5600MHz/6000MHz/6400MHz/6800Mhz/7200MHz;
- Operating Temperature Range: 0-75℃;
- Storage Temperature Range: -40-75℃;
Description
- Better Storage Upgrade Solution: DDR5 desktop memory offers significantly higher data transfer rates compared to DDR4 and DDR3, this is critical for data-intensive tasks such as video editing, 3D rendering, and gaming. The increased bandwidth helps reduce latency and improves overall system responsiveness.
- Advanced Heat Dissipation: TCSUNBOW DDR5 Memory Heat Sink Series RH51 is designed with a heat spreader, which helps maintain optimal performance and stability. At the same time, DDR5 low power consumption can reduce heat generation and maximize service life.
- RGB - Perfect for PC Builders: RGB lighting highlights your memory modules, making them stand out and adding a premium look to your system.
- Compatibility with Latest Hardware: Upgrading to DDR5 ensures compatibility with the latest processors and motherboards, making installation hassle-free.
- Trusted Desktop Memory Manufacturer: TCSUNBOW guarantees lasting performance with meticulous inspections, expert production processes, and stringent quality control. Our DDR memory products provide broad compatibility, outstanding stability, superior read-write performance, and seamless integration with mainstream computing platforms.