H3C LS-7506X-S-MF Switch : High-Performance Modular Design , IRF2
Redundancy & SDN Support For Enterprise Networks
The H3C LS-7506X-S-MF Switch is a next-generation modular Ethernet
switch designed for enterprise core networks, data centers, and
high-density environments. Featuring flexible 10G/40G/100G port
options, IRF2 intelligent redundancy, and SDN (Software-Defined
Networking) support, this switch delivers scalability, reliability,
and advanced traffic management for demanding business
applications.
Key Features & Benefits
✔ High-Performance Modular Design – Supports multi-slot expansion
with a mix of 1G/10G/40G/100G ports, enabling seamless upgrades for
growing networks.
✔ IRF2 Virtualization Technology – Combine multiple switches into a
single logical device for simplified management, automatic
failover, and load balancing.
✔ SDN & Cloud Readiness – Compatible with OpenFlow, VXLAN, and
RESTful APIs for seamless integration into software-defined data
centers.
✔ Carrier-Grade Reliability – Dual hot-swappable power supplies,
fan redundancy, and BFD/VRRP protocols ensure 99.999% uptime.
✔ Advanced Security & QoS – Features ACL, IPsec encryption, 802.1X
authentication, and fine-grained traffic prioritization for
VoIP/video.
Technical Specifications (Key Parameters)
| Category | Specification |
|---|
| Switch Capacity | Up to XX Tbps (model-dependent) |
| Forwarding Rate | XXX Mpps |
| Port Options | 1G/10G SFP+, 40G QSFP+, 100G CFP2 (modular) |
| Redundancy | IRF2, Dual PSU, Hot-Swappable Fans |
| Security | ACL, IPsec, MAC/ARP Protection, DDoS Defense |
| Management | CLI, Web, SNMP, OpenFlow, Netconf/YANG |
Ideal Use Cases
✅ Enterprise Core Networks – High-speed backbone with low latency &
high availability.
✅ Data Center Interconnect (DCI) – 40G/100G uplinks for server
aggregation.
✅ SDN/Cloud Deployments – Supports network virtualization and
automation.
Why Choose H3C LS-7506X-S-MF?
As a scalable, future-proof switch, the LS-7506X-S-MF balances
performance, flexibility, and security, making it ideal for
medium-to-large enterprises and hyperscale environments.
