Accusys SW16-G3 Third Generation PCIe Switch

You can elevate your business's digital storage and collaboration capabilities with the SW16-G3, Accusys' third-generation PCIe switch. This state-of-the-art device, a standout in the world's first and only PCIe SAN switch product line, is designed to optimize scalability and facilitate large group collaborative workflows, making it an indispensable tool for large workgroups in the rich media industry.

The SW16-G3 is built with cutting-edge PCIe 3.0 technology and features 16 ports, including 12 client ports and 4 storage ports. This configuration not only enhances scalability but also supports large-scale projects and tight deadlines. The switch's total performance reaches an impressive 10,000 MB/s, and it boasts a massive storage capacity of up to 2,560 TB.

One of the key features of the SW16-G3 is the Master-Slave feature. This allows users to connect two Accusys SW16-G3 switches, each with 12 ports, to accommodate up to 24 clients. This setup optimizes workflows and accelerates project completion times, making it a game-changer for businesses with demanding workloads.

The SW16-G3's PCIe 3.0 technology doubles the capabilities of its predecessor, delivering performance speeds of up to 10,000 MB/s. This powerful hardware integration provides a robust storage solution that can handle heavy workloads with ease.

When your business grows, the SW16-G3 grows with you. It comes equipped with 12 client ports, enabling large workgroup collaboration while maintaining high performance. The switch also offers universal compatibility, working seamlessly with devices running MAC, Windows, and Linux operating systems.

The SW16-G3 also offers a massive storage capacity. With four storage ports dedicated to ExaSAN storage systems, it simplifies scalability. By connecting three A16S3-PS, each with three 16-bay JBOD units, users can achieve a storage capacity of 2,560 TB (using 10TB HDD). This makes the SW16-G3 an ideal solution for businesses that need to store and manage large volumes of data.