H3C LS-6520X-24ST-SI-GL Switch
H3C LS-6520X-24ST-SI-GL Switch with 24 SFP+ Ports and Switching Speeds Up to 1.44Tbps
Available
H3C LS-6520X-24ST-SI-GL switch is an optimal solution for high-performance networks requiring ultra-fast data transfer speeds.
Features
- 24 SFP+ ports with 10Gbps speeds and 2 multi-speed ports.
- Switching speed of 1.44Tbps and packet processing at 357Mpps.
- Stacking support for up to 9 devices with 160Gbps bandwidth.
- Dual-core 1.6GHz CPU, 1GB flash, and 2GB SDRAM.
- Advanced QoS, comprehensive security (MACsec, AAA, 802.1X).
- Supports routing protocols like RIP, OSPF, BGP, IPv6, and DHCPv6.
- Management via CLI, Cloudnet, Web interface, Telnet, and SNMP.
Specifications
Specification
Details
Dimensions:
440×360×43.6 mm
Weight:
4.0 kg
Switching capacity:
480Gbps/1.44Tbps
Packet processing speed:
357 million packets per second
CPU:
Dual-core, 1.6GHz
Power consumption:
AC 26-70W / DC 25-72W
Operating temperature:
0°C to 45°C
Featuring 24 SFP+ ports with speeds up to 10Gbps and two multi-speed Combo ports supporting 1G to 10G, this switch delivers exceptional performance for demanding network environments.
With a data transfer rate of up to 1.44Tbps and packet processing speeds reaching 357 million packets per second, it ensures high speed and efficiency even in large-scale networks.
Its stacking capability supports up to 9 devices with a stacking bandwidth of 160Gbps, allowing for easy network expansion while maintaining high performance.
H3C LS-6520X-24ST-SI-GL switch is equipped with a dual-core 1.6GHz processor, 2GB of SDRAM, and 1GB of flash memory, providing rapid response and flexible network management.
Advanced QoS features for service quality management and robust security technologies like MACsec and AAA Authentication ensure data protection and application prioritization.
H3C LS-6520X-24ST-SI-GL supports advanced Layer 3 technologies, including static routing, RIP, OSPF, BGP, and IPv6, enhancing routing capabilities and network traffic management.
Additionally, it features advanced Ethernet functions such as dynamic port aggregation and network protection through STP/MSTP protocols and ERPS.