TEAMGROUP T-FORCE DARK Za 32GB (2 x 16GB) DDR4 3600MHZ Memory TDZAD432G3600HC18JDC01
Overview:
REINFORCED STRUCTURE
The heat spreader of T-FORCE DARK Z/Za series is formed by punch press process with a 0.8mm thick, one-piece alloy aluminum to reinforce the body structure. In addition, coloring with electrolytic anodizing process can enhance corrosion resistance and make it non-conductive.
ENHANCED HEAT DISSIPATION
With superconductivity – thermally conductive adhesive, it can quickly transfer the heat on IC chip through heat conduction to aluminum alloy cooling module for better heat dissipation. Therefore, the DARK Z/Za memory can offer the finest and smoothest gaming experience and an extreme performance without any lag.
SELECTED IC CHIPS STABLE AND DURABLE
Every IC chip made for TEAMGROUP’s T-FORCE DARK Z/Za DDR4 gaming memory is selected through a rigorous testing process. Every memory stick is tested for complete compatibility and stability. This offers gamers a DDR4 memory with excellent quality, optimal performance, stability and compatibility.
DARK Za DDR4 GAMING MEMORY
THE BEST SELECTION FOR AMD RYZEN 3000 SERIES
T-FORCE DARK Za DDR4 Gaming Memory is tailor-made for AMD Ryzen 3000 series processor and X570 motherboard. Tested under completed compatibility and stability, which can provide gamers a DDR4 gaming/overclocking memory with excellent quality and optimized performance.
Specification :
| Model | |
| Brand | Team |
| Series | T-FORCE DARK Za |
| Model | TDZAD432G3600HC18JDC01 |
| Details | |
| Capacity | 32GB (2 x 16GB) |
| Type | 288-Pin DDR4 SDRAM |
| Speed | DDR4 3600 (PC4 28800) |
| CAS Latency | 18 |
| Timing | 18-22-22-42 |
| Voltage | 1.35V |
| ECC | No |
| Buffered/Registered | Unbuffered |
| Multi-channel Kit | Dual Channel Kit |
| Color | Black |
| Heat Spreader | Aluminum |
| Features | Armor design for perfect protection |
| Aluminum alloy heat sink with high performance | |
| High thermal conductive adhesive | |
| Tailor made for AMD | |
| Selected high-quality IC | |
| OC Profile Support | |
| Energy saving with ultra-low working voltage |