產品詳情
Purpose-built to meet the low-latency and high IOPS requirements of flash storage, this high-density switch is designed to tackle the growing requirements of large and dynamic environments. The Brocade® G630 is a high-density building block designed to support NVMe storage environments, demanding workloads and data center consolidation.
Build a network that scales as fast as your business
The Brocade G630 Switch delivers industry-leading 32Gb/s Fibre Channel perbance across 128 ports in a 2U b factor. This switch enables organizations to increase scale with 33 percent more connectivity at double the speed with Brocade Gen 6 technology.
Deliver leading-edge, low-latency NVMe perbance with trusted reliability
The Brocade G630 delivers seamless integration with the next generation of NVMe flash storage, without a disruptive rip-and-replace. With this switch, organizations can reap the benefit of running NVMe and SCSI concurrently on the same network to ramp up a gradual technology transition to NVMe perbance.
Automate for operational efficiency
Power IT with simple and open automation to increase productivity. By automating daily repetitive tasks, IT organizations can improve efficiency and dramatically decrease the risk of operational mistakes.
Features
Deliver unmatched scalability
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“Pay as you grow” from 48 up to 128 32Gb/s ports with Ports on Demand (PoD)
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Scale efficiently with 33 percent more connectivity in a 2U b factor
Achieve breakthrough perbance
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Maximize your investment in low-latency, high perbance flash with a storage networking switch that supports critical business applications with 32Gb/s perbance
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Integrate seamless NVMe-ready Fibre Channel while running NVMe and SCSI concurrently on the same network for transitioning to NVMe-based storage
Simplify management and automation
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Simplify end-to-end management of large scale environments by automating monitoring and diagnostics
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Unique integrated network sensors monitor NVMe workloads and enable granular visibility into both NVMe and SCSI IO perbance for optimal network health
