Yottamaster PS500RC3-RAID USB-C aluminum 5x16TB HDD SSD

【Reliable outer storage space 80TB】 The housing for 5 HDD disks supports up to 5 SATA hard drives with a maximum capacity of 16TB each, providing a total warehouse space to 80TB. The housing on 5 hard drives can accommodate a huge number of files, photos, videos and other data. This is especially important for users who are dealing with large amounts of data, such as photographers, video editors and people and companies in need of backup copies of large amounts of files.

【Supports hardware RAID modes】 RAID housing on 5 disks support RAID modes, such as RAID 0/1/3 / 5/10 / JBOD (SPAN) / Clone. You can optimize / simplify your work process, configuring the appropriate RAID mode. You can choose a hardware raid to easily set without downloading any application or download RAID Manager to configure RAID modes.

【Transfer speed 5GBPS】 This RAID housing on 5 hard drives uses a USB 3.1 protocol at a transfer speed to 5GBPS (maximum). The outer RAID housing is equipped with a versatile USB 3.1 Type-C interface, which allows direct connection to a computer or other devices, providing a quick data transfer and backup. It is compatible with Windows, Mac and Linux systems.

【A solid aluminum housing and excellent heat dissipation】 The housing on the hard drives is characterized by a durable aluminum housing that provides excellent heat conductivity. It also includes a low noise fan (80mm) that improves the air flow and the efficiency of heat dissipation. In addition, the housing has been designed with many ventilation openings on the front and rear panel, which allows optimal air circulation and improves overall ventilation.

【For SATA 2.5 CALA / 3.5 CALA DISK】 This RAID housing is compatible with both SATA 2.5 inches and 3.5 inches. RAID housing has a removable tray on drawer style drives, made of high quality ABS material. The drals tray is solidly fastened with screws, providing additional stability and protection to make sure that the hard disk remains safe and intact during use.