Extreme Networks manufactures carrier-class switches that deliver superior reliability, performance, and functionality. The main advantages of Extreme Networks switches are: - Support for Multi-Chassis Link Aggregation M-LAG technology. - have a dedicated Ethernet management port, which increases the information security of the network. - Extreme network equipment supports any SFP/SFP+ modules, etc. - Thanks to the Ethernet Automatic Protection Switching (EAPS) protocol, the network converges in a ring topology in less than 50 ms, which fully meets the requirements of a converged environment and allows you to transfer voice and video data with guaranteed quality. This protocol is standardized in IETF (RFC) 3619. - High scalability due to stacking support by fixed switches. - Modular ExtremeXOS OS that allows you to reboot individual processes independently of each other without completely rebooting the switch. - Scripting language and XML API, simplifying the configuration of equipment, as well as significantly expanding the possibilities of administration and information security. - Fixed switches from Extreme Networks have a fully non-blocking architecture. - Extreme switches have 40 Gigabit Ethernet interfaces widely used in modern projects. - Built-in CLEAR-Flow mechanisms and protection against DOS attacks can significantly improve the information security of the network architecture. - Extreme x670 switches have a high density of 1/10 Gigabit Ethernet ports, as well as four 40 Gigabit Ethernet ports, which allows them to be used flexibly in a network infrastructure. - Extreme Networks switches support XNV and VEPA mechanisms that allow you to automatically change port configurations (applying access control lists, QoS rules, etc.) when moving virtual machines between switch ports and between switches. - Extreme Networks switches support VPLS/H-VPLS technologies, allowing L2 traffic to pass through L3 networks. - Extreme Networks switches typically consume less power than competitive switches of similar port capacity.
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