Category Archives: Optical & Copper Network

24 Port PoE Gigabit Switch Managed vs Unmanaged: Which One to Choose?

Along with its incredible speed, bandwidth and flexibility, industrial and growing features and functions from the commercial and industrial spaces, all of these can make the simple choice of a switch seem overly complex. To select a right and suitable switch for your network, you have to consider many factors, such as PoE switch or non PoE, managed or unmanaged. And nowadays, 24 port poe gigabit switch is very common and popular with its potential ability to expand operation. Here in this article, we will make a comparison between 24 port PoE gigabit switch managed vs unmanaged to help customers have a clear understanding of them and make the right decision.

24 Port PoE Gigabit Switch Managed vs Unmanaged: What’s the Difference between PoE and Non PoE?

PoE (Power over Ethernet) is a capability that facilitates powering a device (such as an IP phone, IP Surveillance Camera, or Wireless Access Point) over the same cable as the data traffic. One of the advantages of PoE is the flexibility it provides in allowing you to easily place endpoints anywhere in the business, even places where it might be difficult to run a power outlet. One example is that you can place a Wireless Access Point inside a wall or ceiling. Switches deliver power according to a few standards – IEEE 802.3af delivers power up to 15.4 Watts on a switch port whereas IEEE 802.3at (also known as POE+) delivers power up to 30 Watts on a switch port. With a 24 port poe gigabit switch, you can use it in many ways. For example, to power an IP Megapixel Camera network, you’ll need a total power per port of 30W. For a 24 port poe gigabit switch with a power budget of 360W, you can continue to add IP cameras until you reach your budget. If you have 2 SFP ports, you can also connect to multiple switches, as well.

24 port PoE switch

24 Port PoE Gigabit Switch Managed vs Unmanaged: What’s the Difference between Managed and Unmanaged?

Generally speaking, network switches can be classified into two categories: managed and unmanaged. A managed 24 port gigabit poe managed switch refers to a network switch that can be accessed and programmed by a network manager. These switches can be managed on site or remotely. A managed switch is typically used in larger office settings. There are a variety of 24 port gigabit poe managed switch available from leading manufacturers such as FS.COM. On the contrary, an unmanaged switch does not allow a manager to change any settings. It functions according to factory specifications. An unmanaged switch is ideal for home use where modifications are not necessary. More details between managed switches and unmanaged switches can be obtained from the following table.

Type Managed Switches Unmanaged Switches
Features Dynamic ARP Inspection, IPv4 DHCP snooping, QoS, SNMP, VLAN, CLI, IP routing, port mirroring, redundancy, etc. Fixed configuration—doesn’t support any configuration interface or options
Performance Switch can be configured
Control over Access
Control over LAN traffic—Priority
SNMP—Allows for remote troubleshooting of the network
Plug and play with limited configuration like default QoS settings
Security Very good. Provide protection of the data plane, control plane and management plane Not very good. No security other than accessories such as lockable port cover
Costs Expensive Less expensive
Application Places Data center, large size enterprise networks Small size business network, home, lab, conference rooms, etc.

24 Port PoE Gigabit Switch Managed vs Unmanaged: Which One to Choose?

If you are researching 24 port poe gigabit switch, you’ll inevitably come to a crossroads. Do you choose managed or unmanaged switches? Actually the choice is really quite simple. As we have discussed in the previous text, a managed 24 port poe gigabit switch is always better. Why? Security features for starters. They allow administrators visibility and control. But the benefits don’t stop there. 24 port gigabit poe managed switches also offer the ability to program each port individually, which can save power and keep your network operating at peak efficiency. As your organization grows, your business needs will continue to evolve. Having a device that can respond to the dynamic shape of your operation is a good investment. A 24 port gigabit poe managed switch can be used for many things such as IP cameras, wireless access points, and thin clients to fulfill your potential needs. If you don’t need 24 port gigabit poe managed switch, you many still find non poe 24 port switch at FS.COM.

The Difference Between Cat5e vs Cat6 Patch Panel

To build a flexible and tidy cabling system. Patch panels are something we can never forget. The panel enables speedy UTP interconnections to hubs, routers, and other active equipment. Ethernet patch panel on the market comes in various types, such as 24 port patch panel or 48 port patch panel for Cat5e or Cat6 that is shielded or unshielded. So what’s difference between Cat5e Patch Panel and Cat6 Patch Panel? Can I use cat5e rated patch panel with cat6 cabling?

Cat5e vs Cat6 Patch Panel: To Know About Cat5e Patch Panel

Cat 5e patch panels meet the standards of TIA/EIA 568 industry specifications, which can help enhance the network performance in a maximum and keep up with the growing changes in your network. For now, there are many Cat 5e patch panel products that customers can pull off the shelf. Cat5e Ethernet patch panels from reliable supplier like FS are made from steel materials so that they can stand up even the most extreme conditions. With numbers labeled on ports, it’s easy for cable organization. FS Cat5e patch panels are available in 6-port and 8-port module groupings, in 8, 12, 24, and 48-port sizes. The high density panel design can be mounted to standard racks or cabinets, accommodate top, bottom or side cable entry, and also save valuable rack space.

cat5e patch panel

Cat5e vs Cat6 Patch Panel: To Know About Cat6 Patch Panel

As it’s name suggests, Cat6 patch panels is specially designed for Cat6 cabling in 1 Gigabit Ethernet applications. With the help of these patch panels, you can achieve easy management and save data center rack space. They can meet or exceed the TIA/EIA 568 industry specification. All these Ethernet patch panels feature both T-568A and T-568B wiring configurations. Each patch panel terminates with standard 110 termination tools on the rear, which allows quick installations. Panels in FS cover 12, 24, 48, and 96-port configurations. Patch panels can be configured with six or eight port modules.

cat6e patch panel

Cat5e vs Cat6 Patch Panel: Can I Run Cat6e on a Cat5e Patch Panel?

Actually, there isn’t much practical difference in the Ethernet patch panels themselves. But there is a difference in the wire gauge specified between cat5/5e and cat6, and Cat6 wire gauge is typically larger which can be an issue when punching down on a 5e block. That’s to say:

  • When punching down Cat5/5e wire on a Cat6, the Cat5/5e wire is enough smaller that it is possible to get what looks like a good punch, but the insulation on the wire is not actually penetrated or is only partially penetrated by the vampire jaw of the punch block.
  • When punching down Cat6 wire on a Cat5/5e panel, the larger wire can end up bending or even breaking the vampire jaws on the punchdown block.

In both cases, using care and testing each connection, you can usually make it work. If your just doing one panel at home you are probably OK. However it wouldn’t be recommended if doing several panels or working on an enterprise/commercial jobs that you plan to warrant the work.