Pichau Helix RGB Memory, 16GB (1x16GB), DDR5, 4800MHz, C40, Black
Pichau Helix RGB Memory, 16GB (1x16GB), DDR5, 4800MHz, C40, Black
| Brand: | Pichau |
|---|---|
| Model: | PCH-HLX16RGB-4800 |
| Memory Type: | DDR5 |
| Memory Capacity: | 16GB |
| Frequency: | 4800 MHz |
| Speed: | PC5-38400 |
| CAS Latency: | CL40 (CL40-40-40-82) |
| Voltage: | 1.1V |
| Operating Temperature: | 0°C ~ 85°C |
| Certification: | CE/FCC/RoHS |
| Lighting: | Yes |
| Color: | Black |
| Heatsink: | Yes |
| Package Contents: | 1 x Pichau Helix RGB Memory, 16GB (1x16GB), DDR5, 4800MHz, C40 |
| Dimensions: | 148 x 38 x 9 mm |
| Weight: | 80 grams (gross weight with packaging) |
| Warranty: | 12 months |
Pichau Helix RGB Memory
The Pichau Helix Memory is the ideal choice for gamers and enthusiasts seeking high performance and a striking design. Featuring 16GB of capacity, DDR5 technology, and vibrant RGB lighting, it delivers the perfect combination of speed, stability, and style to elevate your gaming experience.
Running at 4800MHz with PC5-38400 bandwidth and C40 latency, the Pichau Helix delivers fast response times and enhanced fluidity for gaming and multitasking. Whether you're playing competitive FPS titles, editing videos, or streaming content, its reliable performance keeps your system operating at its best.
4800MHz
C40
16GB
Designed for broad compatibility with DDR5 motherboards, the Pichau Helix is the perfect choice for system upgrades and high-performance builds. Its optimized integration ensures stability and efficiency across a wide range of platforms, delivering the ideal balance between power and value.
DDR5
Developed with a low 1.1V operating voltage and based on the DDR5 standard, it delivers minimal power consumption while reducing heat generation, allowing your system to run far more efficiently and reliably.
1,1V
With compact dimensions of 148 x 38 x 9mm, the Pichau Helix fits easily into virtually any system configuration. Additionally, its operating temperature range of 0°C to 85°C ensures stable and reliable performance, even under heavy workloads.
