GBE MANAGED SWITCH (24) RJ-45 (4) 1/10G SFP+ (1) DB9

This layer 2 switch delivers high performance, scalability, and availability for your LAN access network. This high-performance switch uses LACP and IEEE 1588v2 to optimize network operations. LACP is used in high-availability and performance environments such as data centers or enterprise networks to aggregate links between switches servers or routers. It simplifies management by treating multiple links as one and improves resilience by avoiding single points of failure. LACP scales network capacity without upgrading individual links. IEEE 1588v2 also known as Precision Time Protocol (PTP) is a standard protocol used to precisely synchronize clocks across a network. This is important in applications that require highly accurate timing such as telecommunications industrial automation power systems and financial services. Fully manageable The switch is fully managed supporting SNMP version 1 2c and 3. The embedded RMON software agents support RMON groups 1 (history) 2 (statistics) 3 (alarms) and 9 (events). The integral Web server enables Web-based management via a Web browser. This GUI interface enables switch configuration system dashboard maintenance and monitoring and includes a wide range of management and support features. Support for VLAN and QoS Support for up to four simultaneous VLANs segments traffic with port-based 802.1Q tag-based or MAC-based VLANs. 802.1p Layer 2 quality of service (QoS) prioritizes time-sensitive applications such as VoIP and video. Secure Enterprise-class security features include 802.1X port-based network access control to authenticate devices connecting to your network. The switch also supports SNMPv3 cryptographic security SSH and SSL. Plus you can set up a guest VLAN that enables visitors to access the Internet without also giving them access to the corporate network. Green IEEE 802.3az energy-efficient Ethernet scales down power consumption during periods of low data activity saving 50 energy. Cable length detection adjusts signal strength to the cable length reducing power consumption on shorter cable runs.