GreenBytes
GreenBytes has developed the new GB-X Series of high-performance inline deduplicating storage appliances that incorporate energy-efficient technologies and the highest levels of scalability in an easy-to-use, cost-effective package, created to bring the benefits of data deduplication to the broader storage market. Designed for both primary and secondary storage environments, GreenBytes GB-X Series products offer both NAS and SAN functionality with SSD-enabled performance.
Efficiency in today’s data centers is increasingly measured not only by power consumption, but also by capacity, space, reliability and economy of acquisition. Featuring the world’s fastest, most efficient next-generation hybrid storage architecture, GreenBytes’ GB-X Series storage appliances combine highly innovative software technology and advanced power management design with a world-class server platform to address the storage and energy efficiency crises facing today’s IT operations.
The GB-X Series features solid state technology for tunable IO performance, as well as the industry’s highest levels of scalability and reliability in an easy-to-use, cost-effective package purpose-built to bring the efficiencies of data deduplication beyond data protection and into the primary storage market.

Leveraging its high throughput and IO performance, in conjunction with the rich features of GreenBytes’ file operating system (GBFS), the GB-X Series is ideal for the real-time performance challenges of primary storage and boasts the data ingest, restore, and remote replication rates required for effective backup and data protection, all at a price point that makes the efficiencies of inline deduplication accessible to all companies, regardless of size.
GreenBytes’ GB-X Series appliances are easily and efficiently scalable from an entry point of 4 TB up to 216 TB. The GB-X Series also boasts superior energy efficiency and cost effectiveness – all in an easy-to-use platform backed by GreenBytes’ world-class 7×24x365 customer service and support.




