Team TDZAD416G4000HC18JDC T-Force DarkZa 2 x 8GB 288-pin DDR4 SDRAM DDR4 4000 Desktop Memory for AMD Model

Description

DDR4 Gaming Memory is plug and play ready. The visual design of the perfect combination elegantly symbolizes a pair of flying wings. Memory for AMD An AMD memory specially made for AMD’s latest Ryzen 3000 series processor and X570 motherboard. In addition, coloring with the electrolytic anodizing process can offer corrosion resistance and make it non-conductive. One step and you are ready to experience the extreme speed sensation of overclocking memory. Overclocking is a snap without the hassle of manually adjusting the BIOS. By transferring the heat from superconductive thermal adhesive to alloy cooing modules through heat conduction, the overclocking memory can be maintained within operating temperature. High performance, Low power consumption, Easy upgrade In addition to the increase in data transfer rate. Reinforced structure, Enhanced heat dissipation It is made by punch press process with a 0.8mm thick, one-piece alloy aluminum. Supports OC Profile, One-click overclocking T-FORCE DARK Z? Every overclocking memory is tested for complete compatibility and stability. The red “T” on the logo of “TF” represents TEAMGROUP’s passion for the storage products. This desktop memory is energy saving, high performance and low power consuming. This offers gamers a memory with excellent quality, optimal performance, stability, and compatibility. Selected IC chips, Stable and durable TEAMGROUP DDR4 gaming memory specially made for AMD is selected through a rigorous testing process.

Key Features

• It is tested for complete compatibility and stability.
• Selected IC chips, Stable and durable TEAMGROUP DDR4 gaming memory specially made for AMD is selected through a rigorous testing process.
• Memory for AMD An AMD memory specially made for AMD’s latest Ryzen 3000 series processor and X570 motherboard.
• Reinforced structure, Enhanced heat dissipation It is made by punch press process with a 0.8mm thick, one-piece alloy aluminum.
• By transferring the heat from superconductive thermal adhesive to alloy cooing modules through heat conduction, the overclocking memory can be maintained within operating temperature.
• In addition, coloring with the electrolytic anodizing process can offer corrosion resistance and make it non-conductive.