● Provide cost-effective storage switches, redefining operational simplicity and flexibility

● Use flash-ready performance to meet the high throughput and low latency requirements of critical applications

● Achieve a seamless transition to the next-generation NVMe flash array without the need for a complete淘汰 and replacement

● Start from a small scale, then gradually expand, from 8 ports to 24, to support the continuously evolving storage environment.

● Upgrade from 16 Gbps to 32 Gbps, delivering higher performance on demand

● Provides excellent scalability in a 1U high ultra-high-density 64-port switch, supporting high-density server virtualization, cloud architecture, and flash-based storage environments.

● Improve the performance of demanding workloads through a 32 Gbps link, eliminating application performance bottlenecks with 100 million input/output operations per second (IOPS)

● Achieve 'pay-as-you-go' scalability, providing on-demand flexibility through 24 to 64 ports

● Using IO Insight (the industry's first integrated network sensor), proactively and smoothly monitor and alert in real time the health status and performance of storage IO.

● Implement virtual machine (VM) visibility in the storage Fabric architecture to monitor VM performance, detect VM anomalies, and optimize VM performance

● Supports high-density 1U 64-port switches for high-density servers, virtualization, cloud architecture, and flash-based storage environments.

● Improve performance for demanding workloads, 32G connections and crushing applications, performance bottleneck, up to 100 million IOPS.

● Enable on-demand purchasing Scalability — with 24 to 64 ports — on-demand flexibility

● Provides proactive, non-intrusive, real-time monitoring and alerting of storage I/O health and performance, making it the industry's first integrated network sensor.

● Build a high-performance Fabric architecture using a powerful ultra-high-density 64-port 1U switch and double-density optical transceivers.

● Accelerate the execution speed of critical workloads through a 64G link.

● Maximize NVMe storage performance by using switching latency that is 50% lower than sixth-generation technology.

● Achieve 'pay-as-you-go' expansion, expanding from 24 ports to 64 ports, providing flexibility for on-demand expansion.

● Simplify troubleshooting by identifying and isolating problems.

● Connect more devices and build larger systems with a structure that has the highest density of 128 ports, 64G switches, and double-density 64G Fibre Channel optical transceivers.

● Maximize performance by reducing swap delay by 50% with no over-subscription

● Protect mission-critical workloads from vulnerabilities integrated with Gen 7 security

● Convert telemetry data into actionable data for optimizing performance and ensuring reliable insights

● Provide proactive, real-time monitoring and storage I/O health alerts, as well as integrated network performance sensors