Various Port Types and Flexible Port Expansion

The S7500  10GE Static Routing Switch supports 2*10G subcard and each contains one or two 10G SFP+ ports. The users can flexibly adopt 2~4*10G ports expansion. The series also provides multiple gigabit ports (24 or 48 Base-T ports and Base-X ports), it can be used as an access or aggregation switch on campus networks or an access switch in data centers.
 

Easy to deploy with minimal maintenance

The S7500 10GE Static Routing Switch supports SNMP v1/v2/v3 and can be managed flexibly through both a command-line interface (CLI) and a web-based management system. To ensure secure access, it also supports SSH2.0 and other encryption protocols for protected management sessions. Additionally, the switch implements the LLDP protocol to simplify network discovery and management.

Silent Operation

This switch utilizes advanced chip technology and energy-efficient design to significantly reduce power consumption. Its fanless, silent construction, combined with an efficient cooling system, ensures stable and quiet performance in any environment without compromising functionality.

Engineered for Resilience and Dependability

In addition to supporting STP, RSTP, and MSTP, the S7500 10GE Static Routing Switch also features enhanced Ethernet reliability protocols such as Ethernet Ring Protection Switching (ERPS), standardized as ITU-T G.8032. ERPS is a next-generation ring protocol that builds upon traditional Ethernet MAC and bridging functions. It utilizes proven Ethernet OAM and a Ring Automatic Protection Switching (R-APS) mechanism to achieve millisecond-level failover. By supporting diverse services and flexible network topologies, ERPS helps customers construct networks with reduced operational and capital expenditures.

Solution To Implement IPv6 Networking

The S7500 10GE Static Routing Switch features an IPv6/IPv4 dual-stack and user-friendly management interfaces, making it an excellent choice for IP surveillance, VoIP, and wireless service providers deploying IPv6 networks. It also enables small and medium-sized businesses (SMBs) to transition their network infrastructure to IPv6 with minimal upfront investment.

Powerful Switching at the Data Link Layer

The S7500 10GE Static Routing Switch series supports advanced programmable management features including dynamic port link aggregation, Q-in-Q VLAN, Multiple Spanning Tree Protocol (MSTP), Layer 2/4 QoS, bandwidth control, and IGMP/MLD snooping. The series also enables high-speed trunking by combining multiple ports, supporting up to 9 trunk groups with 2 ports each, and includes connection fail-over for added reliability.

Protects equipment from power surges

The S7500 10GE Static Routing Switch complies with the IEC 61643-21:2000 standard and provides 6KV surge protection on its PoE ports. This safeguards the device against lightning strikes and electrical surges, ensuring reliable operation even in harsh environments.

Versatile Connectivity That Grows with Your Setup

The S7500 10GE Static Routing Switch accommodates two 10G subcards, each equipped with one or two 10G SFP+ ports, enabling flexible expansion with 2 to 4 high-speed interfaces. The series also offers multiple gigabit port configurations—available in 24 or 48 ports with both Base-T and Base-X options—making it suitable for deployment as an access or aggregation switch in campus networks, or as an access layer switch within data centers.
 

Integrated QoS and Security Policy Framework

The S7500 10GE Static Routing Switch incorporates strict ARP learning to protect against ARP spoofing attacks that flood the ARP table. It also features IP Source Guard to defend against Denial-of-Service (DoS) attacks initiated through MAC address spoofing, IP address spoofing, or combined MAC/IP spoofing. Furthermore, the switch supports DHCP snooping, which creates secure binding entries based on the user's access interface, MAC address, IP address, lease time, and VLAN ID. This mechanism discards unauthorized packets—including those used for ARP or IP spoofing—that do not match an established binding, thereby preventing man-in-the-middle attacks on campus networks. To counter rogue DHCP server threats, the interface connected to a legitimate DHCP server can be designated as a trusted port.