Glyph Technologies Blackbox PRO RAID 16TB (2x8TB) 2-Bay Thunderbolt 3 Array, Hub

Before you invest in a RAID solution, consider the Glyph Blackbox PRO RAID 16TB (2x8TB) 2-Bay Thunderbolt 3 RAID Array with Hub. This professional dual-drive RAID solution offers high-performance and ultra-reliability, powered by the lightning-fast Thunderbolt 3 technology (40Gb). It comes equipped with a card reader/hub combo, designed to streamline media ingest and facilitate the charging or connection of peripherals. Whether you're working in a professional studio or from the comfort of your home, the Glyph Blackbox PRO RAID is designed to be the ultimate workflow solution. Its dual Thunderbolt 3 ports (40Gb) allow you to daisy-chain up to five additional devices through a single cable to your computer, expanding your connectivity options. The Blackbox PRO RAID is not just about connectivity; it's also about storage capacity and speed. With 16TB of fast 7,200 RPM, Enterprise Class hard drives, it delivers speeds of up to 550 MB/s. This makes the Blackbox PRO RAID an ideal choice for demanding workflows and mission-critical projects. The Blackbox PRO RAID supports hardware RAID 0, 1, JBOD, and SPAN, providing you with the flexibility to set it up for maximum speed (RAID-0) or redundancy (RAID-1). This hardware RAID solution eliminates the need to deal with slow and finicky software-based RAID systems. The onboard CFast 2.0 and an SD (UHS-II) card reader, along with the 10Gb USB-A port, further streamline your workflow. These features allow you to connect fast SSD storage or charge peripherals. The built-in DisplayPort allows you to connect a 4K monitor directly into your Blackbox PRO RAID Thunderbolt 3, simplifying your desk setup. The Blackbox PRO RAID is formatted for macOS computers and is Time Machine compatible right out of the box. It can be easily reformatted for Windows. The rugged aluminum shell of the Blackbox PRO RAID not only adds to its durability but also acts as a heatsink. This keeps the internal hard drive at its optimal temperature, ensuring higher sustained speeds and reliable performance even under pressure.