Ethernet Switch S6730-H48Y6C-V2 Enterprise Core Switch with 6*100GE QSFP28 Ports

Large-scale campus aggregation/Small-to-medium-sized campus core: In large-scale campus networks in industries such as transportation, manufacturing, and education, it acts as an aggregation layer device, aggregating traffic from access layer switches and uploading it to the core network; or in small-to-medium-sized campuses, it directly acts as a core switch, carrying all internal services.

25GE High-Bandwidth Access Scenarios: For scenarios requiring 25GE access (such as high-performance computing, multimedia production, scientific data transmission, and 4K/8K video surveillance backhaul), the switch's 48 25GE ports provide high-bandwidth access capabilities.

Smart Manufacturing and Industrial Internet: Through DIP deterministic networking technology, it ensures low-latency communication for production line control systems, meeting the stringent network requirements of industrial scenarios.

Data Center Access: It can be deployed at the access layer of a campus data center network, helping enterprises build virtualized, highly reliable, non-blocking, and green data center networks.

Introduction

High density 25GE access: 48 port 25GE SFP28, single port bandwidth is 2.5 times that of 10GE, adapting to server/storage/wireless AP high-density high-speed access requirements.

100GE high-speed uplink: 6-port 100GE QSFP28, with a total uplink bandwidth of 600Gbps, meets the core/convergence layer's large traffic forwarding, and has no bandwidth bottleneck.

VXLAN cloud networking: natively support VXLAN+EVPN, realize network virtualization and multi tenant isolation, and adapt to hybrid cloud and distributed data center scenarios.

Deterministic forwarding guarantee SLA: DIP technology provides microsecond jitter forwarding to ensure low latency and high stability of key services such as database and AI training.

High reliability and elastic expansion: dual power redundancy+ERPS ring network protection, support stack and cluster expansion, zero interruption of services, and adapt to large-scale networking.

Cost reduction and efficiency increase of intelligent operation and maintenance: Telemetry+AI intelligent operation and maintenance, real-time monitoring+rapid fault location, reducing OPEX and improving network availability