鑫志科技

Rich L3 Features with Super High Speed
AI-L3POE-2TX2406-850 BT series offers high performance full 24 port 2.5G PoE+ 30W (802.3/at/af) RJ-45 including PoE++ 802.3bt (90W) for port 1~4 and 6x 10G SFP+ uplink port, hardware IP routing. Static route, OSPF, and RIP provide dynamic routing by exchanging routing information with other Layer 3 switches and routers. With the AI-L3POE-2TX2406-850 BT series, customers could easily achieve a Policy-based Route (PBR), which is important when they need Switch to switch application and short network heal time.

AirLive AirCore Support, use AI to Cloud manage your switch.
AirCore—a proprietary Intelligent Network Management system by AirLive. Use AirCore to save time on remote management of a switch, use features like Auto-recovering, Intelligent Topology and Real-time self-healing. AirCore is Cloud-based with a One-touch configuration, Remote-monitoring and Elastic scaling. It has an Auto-Pilot function for Automated topology discovery and self-healing (Auto-recovering). In case of a failure the system will give an auto-alarm via SMS to mobile or email. Almost all AirLive switches are supported by AirCore.

A virtual engineer to assist SI/MIS to find where a problem is if any; AirLive built-in AI analysis function helps to analysis and report a problems. Able to expand devices and functions in the future. An easy to interface to control the different AirLive switches, setup ports, PoE, VLAN, VLAN member, LAG, STP, LLDP And more all via AirLive AirCore from a remote location The software is designed by AirLive. AirLive provides AirCore as a Free charge commercial service & management facility for Distributor and SI. AirCore also supports the AirLive Wireless products, IP Camera’s and Telecom Solutions.

L3 multicast protocols is compliant with IGMPv1/v2/v3 and supports abundant multicast features such as IGMP v2/v3 snooping and fast leave. With Multicast VLAN Register (MVR), multicast receiver/sender control and illegal multicast source detect functions; the AI-L3POE-2TX2406-850 BT fiber series provides a great application experience for the customer.

Open shortest path first (OSPF v2) is a link-state routing protocol that is used to find the best path between the source, which is generally used in the same routing domain. Here, routing domain refers to an autonomous system (as), which refers to a group of networks that exchange routing information through a unified routing policy or routing protocol. In this as, all OSPF routers maintain the same database describing the as structure, which stores the state information of the corresponding links in the routing domain. It is through this database that OSPF routers calculate their OSPF routing tables. As a link state routing protocol, OSPF transmits link state multicast data LSA (link state advertisement) to all routers in a certain area, which is different from distance vector routing protocol. The router running distance vector routing protocol passes part or all of the routing tables to its neighboring routers.

The AI-L3POE-2TX2406-850 BT provides 3 layers of VLAN interface, which is used to communicate with network layer devices. VLAN interface is a network layer interface, which can be configured with IP address. Before creating VLAN interface, the corresponding VLAN should be created first. With the help of VLAN interface, switches can communicate with other network layer devices.

The layer 2 and Layer 3 differs mainly in the routing function. A Layer 2 switch works with MAC addresses only and does not care about IP address or any items of higher layers. Layer 3 switch, or multilayer switch, can do all the job of a layer 2 switch and additional static routing and dynamic routing as well. That means, a Layer 3 switch has both MAC address table and IP routing table and handles intra-VLAN communication and packets routing between different VLANs. There is also layer 2+ (layer 3 Lite) switch that adds only static routing. Other than routing packets, layer 3 switches also include functions that require to understand the IP address information of data entering the switch, such as tagging VLAN traffic based on IP address instead of manually configuring a port. Layer 3 switches are increased in power and security as demanded.