- Cisco Network Assistant
- Energy efficiency
- Layer 3 Fast Ethernet switches
- 8K MAC Address Table
- 512KB Buffer Memory
- 24 x RJ45 Ports, Auto MDI / MDIX
- 10K Jumbo frame
- 48Gbps Switching Capacity
- Saves the Power up to 40%
- IEEE 802.3x Flow Control
- Fanless desgin
- 48 auto-sensing Gigabit RJ45 ports + 4 SFP Gigabit Fiber Ports (two combo, two dedicated)
- 1U rackmount form factor. Primary Port Speed: 10/100/1000Base-T
- Comprehensive networking features such as VLAN, QoS, IGMP and MLD snooping, Static Routing, Link Aggregation, ACL
- Auto Voice/Video VLAN speed up VoIP and IP Surveillance deployments
- Easy to use Web management GUI, IPv6 management supported
- 16K MAC Address Table
- 3.0 MB Buffer Memory
- 16 Gigabit Ethernet ports
- 2 SFP Gigabit fiber ports
- 1U rackmount form factor
- Comprehensive networking features
- LIFETIME Warranty, Next Business Day Replacement, 24/7 Tech Support
- 8K MAC Address Table
- 1MB Buffer Memory
What are Ethernet Switches and Hubs?
An Ethernet switch and hub are two very important parts of a network that can determine how many computers the network can support and how it routes data. Before purchasing a switch or a hub, it is crucial to understand how they differ from each other. The following information will detail how hubs and switches route network traffic, as well as common types of switches.
Ethernet hubs can be used to create a network and expand the number of connections a network can support, but hubs are basic units that repeat incoming data to all ports and cannot route network traffic. So when one computer sends data to another through a hub, that data is sent to all connected computers. The computers then read the address information of incoming data to know whether or not it is intended for them.
Network switches can also create and expand networks but do so more intelligently than hubs. Whereas a hub is a repeater that sends data received to all connected computers, a switch inspects the data for address information and routes it to the intended computer. A network switch does not create as much unnecessary traffic and can support more simultaneous data transfers between computers.
For large organizations, an Ethernet switch is slightly more complex than the average desktop network switch. Enterprise-grade networks use modular switches that are installed into network switch chassis. One chassis can hold many switch modules, and each module can have several Ethernet ports. Modular network switches have several benefits, including scalability, configurability, and easy expansion.
Power over Ethernet (PoE) Switches
Some switches, known as PoE switches, are able to deliver both data and power over Ethernet cables. It is similar to how a USB hubcan be used to power devices connected to it. A PoE network setup can reduce the need for power cables and is easy to expand. For example, adding wireless functionality to a PoE network only requires a PoE compatible wireless access point (WAP) to be connected to a PoE switch via network cable.
An added benefit of PoE is that it can allow you to install network equipment at lower cost. For instance, if you need to install a wireless access point at a location with no electrical outlets, you would normally need to have a certified electrician install power outlets in addition to network cables. With a PoE system, you will just need to run network cables to the location. Other than being able to supply power through network cables, a PoE switch functions like any standard Ethernet switch.