ATTXC7600002

XCFC-7600-002

ATTO Technology

Avoid the need for additional servers and their related licensing fees by integrating the ATTO XstreamCORE FC 7600 SAS/SATA storage controller into your datacenter. By acting as an external adapter that allows you to conserve compute resources by connecting and managing racks of storage devices through this 1 RU rack mountable bridge. The XstreamCORE FC 7600 links to your network via dual 32 Gb/s SFP+ fiber ports with the included transceivers. Then, you can connect up to 16 storage devices by using separately purchased cables with the four 12 Gb/s mini SAS connectors, allowing you to simplify your storage architecture while delivering efficient performance and room to scale it as needed. This device supports tape drives in addition to SAS and SATA solid-state and hard drive storage in JBOD or RAID configurations. Integrated tools let you monitor and adjust performance.Engineered for Deterministic Latency Higher storage latency slows real-world performance. Server-based storage architectures depend on general-purpose processors to transfer data, manage storage, and add services and features to storage. When services and features are added, the CPU has to process each command in software, which increases overall latency. XstreamCORE provides an efficient architecture that separates data traffic from services and removes any non-data request from the data path to maintain a consistent level of latency and performance.xCORE Hardware Data Acceleration Engine The ATTO xCORE Acceleration Engine was developed to handle the majority of I/O operations in a hardware processing pipeline without software intervention. It manages all I/O, command routing and decoding, buffer allocation, reservations, and access controls, in addition to providing real-time data analytics. Any exception is off-ramped to the ATTO eCORE Control Engine to manage commands which do not require acceleration. ATTO xCORE technology enables the XstreamCORE to achieve up to 1.1 million 4K IOPS or 6 Gb/s throughput per controller while adding a consistent sub two microseconds of latency.