Cisco Small Business Managed Switch SFE2010P

Cisco Small Business Managed Switch SFE2010P ... network securely. It is optimized for maximum system availability, with fully redundant stacking, redundant power options, and dual images for resilient firmware upgrades. Network security is provided through IEEE 802.1Q VLANs, IEEE 802.1X port authentication, access control lists (ACLs), denial-of-service (Dos) prevention, and MAC-based filtering. Web-based configuration is secured using SSL. The enhanced quality of service (QoS) and traffic-management features help ensure clear and reliable voice and video communications.

For wireless or voice over IP (VoIP) deployments, the Cisco SFE2010P supports the IEEE 802.3af standard for Power over Ethernet (PoE). Automatic load sensing in the power-control circuitry detects PoE on the end device before providing power. For safety, each port has independent overload and short-circuit protection, along with LED indicators to show power status. The switch provides 15W of available PoE power on up to 24 of the Fast Ethernet ports for powering PoEenabled wireless access points or VoIP handsets. The maximum PoE available per switch for all ports is 360W.

The Cisco SFE2010P provides resilient stacking for up to four units, or 192 ports. A stack of units is managed as a single switch with one web management interface. The SFE2010P switch can coexist in a stack with the Cisco SFE2000 and SFE2000P 24-Port 10/100 Ethernet Switches and the Cisco SFE2010 48-Port 10/100 Ethernet Switch, for a maximum of 192 ports in a stack. The stacking capability includes master/backup unit behavior, ring and chain architecture, and hot insertion and removal of units.

Software running on the Cisco SFE2010P switch interacts with provisioning, management, and security software on both the site's services router and the service provider's equipment. This interaction provides simple, one-step installation and access to web-administered features for the administrator and users. Simple, affordable network operations throughout the network's lifetime are the result.