Daily Archives: July 27, 2018

Layer 3 Switch VS Router

When it comes to layer 3 switch and routers, many networking beginners may be confused about the two terms, because they all use IP packets, check the destination address and pass packets according to the routing rules. In terms of these aspects, they are the same. But in fact, they are different in many ways. Layer 3 switch vs router, what’s the difference?

layer 3 switch

Figure 1: layer 3 switch

What Is Layer 3 Switch?

While, layer 3 switch is a product of technology to improve on routers that used in large local area networks (LANs), such as corporate intranets. The most important purpose of the layer 3 switch is to speed up the data exchange within the large LAN. And its routing function is also for this purpose. It can be routed once and forwarded many times.

What Is Router?

Performing the traffic directing on the internet, the router is a networking device, which forwards data packets between computer networks. Data (like emails or web pages) sent through the internet, is in the form of data packets.

router

Figure 2: router

Layer 3 Switch VS Router: What’s the Difference

The hardware technology used to build the unit of layer 3 switches and routers is different. Merging that of traditional switches and routers, the hardware inside a layer 3 switch replaces some of a router’s software logic with hardware to promote performance in some situations. But layer 3 switch vs router, what are the differences between a router and a Layer 3 switch?

  • Flexibility-Mixing and matching layer 2 and layer 3 switching by layer 3 switches are allowed, which means that a layer 3 switch can be configured as a layer 2 switch to operate.
  • Density of port-Compared to routers, the port count of the layer 3 switches is higher, while the port density router is lower than that of the layer 3 switches.
  • Hardware/Software decision making-The hardware technology which is used to making forwarding decision is the key difference between layer 3 switches and routers. The hardware technology used in layer 3 switches is ASIC to forward decision while the hardware technology used in routers is the software logic.
  • Cost-Compared to routers, the layer 3 switches have higher cost performance. Generally, high-performance routers are usually much more expensive than the layer 3 switches.

Layer 3 Switch VS Router: When to Use Each

Now let’s look into the scenario where to use layer 3 switches and router.

L3-Switch
  • If you need more throughput and direct access, a layer 3 switch is the best choice.
  • If your Hub rooms need to be connected, and a L3 decision need to be made, besides, direct server form connectivity requires more Ethernet interfaces, then you can use a switch.
Router
  • If you want to connect a ISP directly for providing internet, to deploy a router is best.
  • If tunnels between your different offices (securely connecting 2 offices over public internet) need to be built, then you need a router .

Conclusion

After explaining the layer 3 switches and routers above, I think you’ve had some knowledge of layer 3 switch vs router. To put it simply, they have the same functions, but each has their own advantages and disadvantages. In general, the layer 3 switch is mainly used in LAN environment, and routers are used in WAN environment. If you are looking for them, consider FS.COM. Besides, if you have any questions about the deployment of the network, please contact us at any time for help.

What Is Patch Panel?

Nowadays, the application of integrated wiring system is becoming more and more widespread. The patch panel is indispensable in the integrated wiring system. It has played a management role in the connection, distribution and adjustment of the cable, and can also reduce the fault. Since the patch panel is so important, do you know what is patch panel?

what is patch panel

Figure 1: patch panel

Patch Panel Definition

Patch panels are socket groups that connect incoming and outgoing lines together in communication and electronic systems, so one end of the panel is plugged into incoming lines, while the other connects to outgoing lines using short patch cables. Also known as patch bays, patch fields or jack fields, patch panels are commonly used in radio and television.

Patch Panel Types

At present, patch panel comes in various types on the basis of different classification standards. Generally speaking, there are fiber optic patch panel and copper patch panel.

  • According to the number of port: generally, it has been classified into 12-port patch panel, 24-port patch panel and 48-port patch panel, of which 24-port patch panel has been used frequently and widely.
  • According to the classification of shielding layer: patch panel can be classified into the shielded patch panel and the unshielded patch panel, in which the unshielded patch panel has been used widely.
  • According to the types of cables: the copper patch panel is generally classified into two kinds: Cat5e patch panel and Cat6 patch panel. The Cat5e patch panel is used to manage the components of the Cat5e network cable, while the Cat6 patch panel is used to manage the components of the Cat6 network cable. Besides, single mode patch panel and multimode patch panel are also available, which is used to interconnect single mode or multimode fiber patch cables. For example, there are OS2/OM3/OM4 LC or SC fiber patch panel used to connect LC/SC fiber cabling.

Benefits of a Patch Panel

There is no doubt that the patch panel is an indispensable part of the cabling systems, because it provides a simple, tidy and easy-to-manage solution. No matter how big or small your business infrastructure is, the patch panel is essential. So what are the benefits of the patch panel?

    • Available network bandwidth and network performance are increased
    • A decrease in packet collisions
    • Anti-interference against electronic jamming
    • Makes one computer have access to multiple LAN’s

What to Consider When Choosing Patch Panel

When choosing a patch panel, you will see that you have many different options in terms of the number of ports in the panel. Choosing the right one for a given project typically involves many points:

    • looking at how many connections you require today
    • whether or not additional connections will be needed in the future
    • consider the design of the height and layout of the frame

Conclusion

All in all, the patch panels is indispensable in the enterprise or home network to organize cables. Just imagine that you’re putting together a home or business network, can you finish the job without patch panels? Besides, the advantages of patch panel is stretching across a wide range of constructions. With competitive price, FS.COM can provide high-quality patch panels mentioned above. Please contact us if you have interest.