Acer HT200 32GB (16GBx2) DDR5 7200MHz Desktop Ram (Silver)

Acer HT200 32GB (16GBx2) DDR5 7200MHz Desktop Ram (Silver)

Acer HT200 DDR5 memory module offers 32GB capacity, 7200MHz speed and CL34 latency. This memory module meets the demands of high-end gaming, AI rendering, large-scale model training, 3D rendering, and other high-load requirements.

Features:

Acer HT200 32GB DDR5 Memory

The Acer HT200 32GB DDR5 high performance memory module boasts a high frequency of 7200MHz and is available in capacities ranging 32GB.

With especially selected premium ICs,this memorymodel brings you premium DDR5 performance and capacities,as well as excellent one-step overclocking with Intel XMP 3.0 and AMD Expo.Our aluminum alloy heat sink helps to dissipate heat, keeping the module cooler despite the fast speeds. With On-die ECC error correction, HT200 reduces the risk of data loss, while increasing reliability and data integrity.

Performance Upgrade with DDR5:

HT200 DDR5 Memory features high frequency ranging 7200MHz and premium DDR5 ICs. HT200 is designed for high performance.With 32GB,this memory module meets the demands of high-end gaming,AI rendering, large scale model training, 3D rendering,and other high-load requirements.

Impressive Speeds 7200MHz:

With speeds 7200MHz,HT200 DDR5 will significantly increase the desktop’s bandwidth, system potential and computer performance,even handling large eSports games as well as creative
content production scenarios.

Specially Selected Premium DDR5 ICs:

HT200 DDR5 is built with specially selected premium DDR5 ICs tested rigorously to ensure outstanding quality.This ensures the memory delivers on the promise of DDR5 performance,exceptional stability, and extraordinary overclocking potential.

Aluminum Alloy Heat Sink:

HT200 adopts an X-shaped design, in tribute to the eSports culture.Equipped with a large-area aluminum alloy heat sink with new thermal materials, HT200 excels in heat dissipation, ensuring more stable performance even under intensive conditions such as overclocking.