BDCOM S3938F 24-Port Gigabit SFP and 8-Port Gigabit TX L3 Managed Switch

Bdcom S3938F network switch comes with 24 Port Gigabit SFP, 8 Port Gigabit TX, 6 Port 10G SFP+ Layer3 Ethernet routing switch. 32xGE and 6x10GE port, 1xRJ45 console port, 24xGE SFP port, 8xGE TX port, 6x10GE/GE SFP+ port, 2xPower Slot (1xhot-swap AC220V power supply) the cooling fan, 1U, standard 19-inch rack-mounted. It has 216 Gbps switching capacity and 32k MAC capacity and the transfering rate is 138 Mpps.

Virtual Cluster Switching Technique

BDCOM S3938F 24-Port Gigabit SFP and 8-Port Gigabit TX L3 Managed Switch allows each connection in the physical devices is utilized to its full capacity by BVSS, preventing STP from blocking the link and providing the highest level of protection for the original link. combine several physical devices into one virtual one. The virtual system has better management, performance, and dependability than the actual system. The logic control plane, service control plane, and service data plane are divided based on the sophisticated distribution mechanism and effective cross-physical connection aggregate link function. By supporting continuous layer-3 routing forwarding, the device can prevent service interruption brought on by a single point of failure. BDCOM S3938F designed to reduce operating costs by implementing single IP management, BVSS significantly increases networking effectiveness.

Layer-2 and Layer-3 multicast routing protocols

BDCOM S3938F 24-Port Managed Switch supports layer-2 and layer-3 multicast routing protocols, allowing access to IPTV, HD video surveillance, and HD video conferencing on the device. supports layer-3 routing protocol and has a very large routing table capacity, allowing the device to be used in enterprise and big campus networks. The enterprise networks supports layer-2 VPN and MPLS multi-VRF.

Complete Security Mechanism

BDCOM S3938F 24-Port Gigabit SFP L3 Networking Switch comes with the level-based packet schedule and packet protection that are made possible by the advanced hardware infrastructure design, which also supports level-based command line protection and implements DoS/TCP related SYN Flood, UDP Flood, Broadcast Storm, or large traffic attacks prevention. Deep packet inspection of hardware packets, control packets, and data packets, as well as filtering technology, are supported by the IEEE 802.1x, Radius, and BDTacacs+Enhanced Service Security Mechanism.