GIGABYTE reveals AORUS Gen5 AIC Adaptor with 4 Built-in NVMe M.2 SSD Slots
By configuring a RAID array, the bandwidth can boost up to 60 GB/s to permit tremendous data files to transmit quickly. The eight integrated temperature sensors and active temperature-controlled double ball bearing fan help to offer large-capacity, ultra-fast, and ultra-cool data access. AORUS Gen5 AIC Adaptor showcases a brushed aluminum armor and a baseplate for refined heat dissipation with a stylish aesthetic. The elegant single-slot design dramatically enhances the comfort of expansion without fearing interference with different PCIe devices. The distinctive internal thermal structure of the AORUS Gen5 AIC Adaptor consists of an improved extensive heatsink and a double-sided heightened conductivity thermal pad. This design can effectively disperse the heat affected by the high-speed function of the SSDs due to the considerable air volume replaced by the 5cm double ball bearing fan. The AORUS Gen5 AIC Adaptor incorporates eight thermal sensors, providing users immediate control of the operating temperatures when using GIGABYTE’s premier AORUS Storage Manager and SSD Tool Box applications. The built-in smart dynamic fan speed control can modify the fan speed to provide a silent and cool operation. AORUS Gen5 AIC Adaptor supports PCIe 5.0 interface and is backward compatible with PCIe 4.0/3.0, releasing the peak performance of the platform regardless of its generation. The innovation of an autonomous PCIe 5.0 controller paired with a complete signal-stabilized controller guarantees that each SSD operates with existing PCIe 5.0 bandwidth to deliver stable and high-speed performance. Users can also improve system performance to the maximum 60 GB/s bandwidth by configuring RAID with other NVMe M.2 SSD. — Jackson Hsu, Director of the Channel Solutions Product Development Division, GIGABYTE GIGABYTE’s new generation of Intel and AMD motherboards, Z690 or above, feature PCIe 5.0 support, low impedance, and server-grade PCB design, boosting PCIe storage performance by increasing bandwidth while releasing hidden performance from connected peripherals. News Source: Gigabyte
