Edgecore Networks AIS800 (AS9817-64D) | 800G Cloud & Data Center Switch

The Edgecore DCS560 AS9717-64D stands out as a high-performance, low-latency switch tailored for the demands of cutting-edge data centers. It’s a versatile solution with applications across various scenarios. As a next-generation switch, it offers remarkable capacity for data center spine use cases, supporting breakout options like 2 x 400G, 4 x 200G, and 8 x 100G per port, with a maximum of 320 logical ports. This enables cost-effective scaling and facilitates the transition to 400G leaf connectivity. Moreover, it provides Ethernet-based networking ideal for AI/ML training, leveraging RoCEv2’s low latency and high throughput to reduce Job Completion Time (JCT). With fully programmable telemetry, it empowers sophisticated on-chip applications for enhanced network insight and efficient management. Additionally, its abundant high-capacity Ethernet ports enable seamless transitions to higher speeds and denser networks, facilitating compute and storage virtualization with VxLAN switching and routing.

The Edgecore DCS560 AS9717-64D boasts a range of key features and benefits. Its OSFP800 or QSFP-DD800 switch ports support various configurations, from 1 x 800 GbE (100G PAM4) to 8 x 100 GbE via breakout cables, all powered by Broadcom Tomahawk 5 switch series silicon. With cognitive routing, dynamic load balancing, and advanced shared buffering, it ensures optimized performance and low latency. Programmable in-band telemetry provides deep network insight, while support for end-to-end congestion control and SRv6 enhances operational efficiency. Equipped with a BMC module and SyncE/PTP support, it offers comprehensive management capabilities. Its hot-swappable, redundant power supplies and fan modules ensure high availability, while the pre-loaded Open Network Install Environment (ONIE) simplifies deployment of compatible NOS offerings. The Edgecore DCS560 AS9717-64D sets a new standard for performance, scalability, and efficiency in modern data center infrastructure.