With technology becoming more important in home and business matters it is important to have the correct network. Whether it is creating, managing, or upgrading LANs or WANs we have your back. With multiple technologies out there to service your needs it is important to pick the connection and speed that is required whether it is ethernet, Wi-Fi, or even fiber optic.
Ethernet is a popular method of networking computers in a local area networks (LANs) using copper cabling.
In the past, Ethernet had a reputation for being slower than fiber optic cable, but that has started to change. Ethernet speed was once limited to 10 megabits per second (Mbps). However, “Fast Ethernet” offers speeds of up to 100Mbps, and “Gigabit Ethernet” can provide speeds of up to 1000Mbps.
Due to our ever increasing demand for speed, gigabit Ethernet is emerging as the go-to Ethernet option. Its cables are comprised of multiple strands of copper wire that are twisted together, with four twisted wire pairs per cable. Two of the pairs are used to send data, and the other two are used to receive data.
Data is transmitted via electrical signals sent through copper cabling. Cat 6 cables are designed for high speed gigabit Ethernet.
Ethernet cables are vulnerable to electromagnetic interference because they work through electrical signals. However, using a “shielded” cable can help minimize this problem. A “shield” is a protective sheath that surrounds and protects the cable wires from electromagnetic leakage and interference. Although not always necessary, shielded cable is the preferred choice if you’re working close to strong electrical interference such as that produced by a generator?
Due to the way in which data is transmitted across Ethernet copper cabling, it is vulnerable to being intercepted. Ethernet switches can help improve security.
Although the voltage used by Ethernet cable is usually insufficient to cause a fire, there is always electricity present in Ethernet cables.
Wi-Fi - Next Generation
Wi-Fi CERTIFIED 6™, the industry certification program based on the IEEE 802.11ax standard, enables next generation Wi-Fi connectivity providing the capacity, coverage, and performance required by users—even in environments with many connected devices such as stadiums and other public venues. Wi-Fi CERTIFIED 6 networks enable lower battery consumption in devices, making it a solid choice for any environment, including smart home and Internet of Things (IoT) uses.
Key benefits of Wi-Fi CERTIFIED 6 technology include:
- Higher data rates
- Increased capacity
- Performance in environments with many connected devices
- Improved power efficiency
Wi-Fi CERTIFIED 6 provides the foundation for a host of existing and emerging uses from streaming ultra high-definition movies, to mission-critical business applications requiring high bandwidth and low latency, to staying connected and productive while traversing large, congested networks in airports and train stations.
Today, optical fiber cables used for Internet are synonymous with speed, and are especially useful when transferring data over long distances.
The cable is made up of strands of incredibly thin optically pure glass that carry digital information with light instead of electrical currents used with Ethernet.
Single-mode fiber cables use laser light to send signals, and they are thinner than multi-mode fiber cables. Light-emitting diodes (LEDs) are used to send signals in multi-mode fiber cables, and multi-mode cables are usually used over short distances. Data transfer rates between 10 Mbps to 10 gigabytes per second (Gbps) are the norm.
Because optical fiber cables work through the transmission of light, interference from electronic devices isn’t a concern. Additionally, since they don’t conduct electricity, fiber optic cables are ideal for high voltage locations, in buildings prone to lightening strikes, and locations where explosive fumes are present.
Information sent via fiber optic cables is much more difficult to intercept because light can’t be read in the same way signals sent via copper cabling can be.
Typically, optical fiber transmits data faster than copper Ethernet cable and has the potential to be incredibly fast. In fact, a single optical fiber strand has been shown to transmit data at a rate of 100 terabits per second.
Unlike Ethernet cable, optical fiber cable is non-flammable because it does not use electricity.