A wired network connects devices to the internet or other networks by wires, such as ethernet cables or wall jacks. Having a wired network setup allows for the transfer of data or signals over physical wires, which use electrical or optical signals to promote data exchange between devices or systems. Configuring a wired network requires careful procedures such as running cables, installing sockets, patching, testing, and adding security measures to provide a reliable network.
There are a variety of connecting choices when it comes to wired networks, such as copper wires, fibre optic cables, flexible cables, and twisted pairs that serve as channels for various electrical communications. Copper cables are extensively used for signal transmission in wired networks, and recent advances in Ethernet protocols have improved speed, data security, and network dependability.
While many businesses today have embraced wireless connections, the dependability, security, and efficiency of wired networks make them a perfect solution in many business situations.
At Edmondson's IT Services, we provide expertise in optimising network performance, guaranteeing the use of high-quality equipment, diagnosing and correcting errors, and coordinating network expansion with business growth.
In this blog, we cover the many benefits of wired networks, especially for small to medium-sized businesses!
Speed:
One of the major benefits of wired networks is its unrivalled speed. Wired networks have traditionally been recognised for higher speeds, outperforming wireless connections. This is especially the case with the introduction of Gigabit and multi-gigabit Ethernet cables that enable rapid information sharing. Wired networks, particularly those that use Gigabit Ethernet, provide the greatest transfer speeds, reaching up to one gigabit per second—almost three times faster than the best wireless connection and nearly ninety times faster than a standard connection. This offers a smooth user experience with fast streaming, downloads, and lag-free online activities. This is perfect for businesses where data consumption is continually increasing or for those looking for high-performance solutions to power their business.
Wired networks retain their speed by allowing a few users at any given time. This avoids congestion from unexpected traffic and constantly delivers high speeds. Furthermore, using separate Ethernet cables for each device directly connected to the network reduces frequent connectivity concerns like dead spots, resulting in a dependable and uninterrupted wired connection experience. This makes it ideal for businesses who want to improve the way they work.
Reliability and stability:
Wired networks have a reputation for unrivalled reliability due to their inherent resistance to interference. This is because of the strong physical infrastructure which ensures a stable and regular data flow, reducing the chances of dropped connections or disturbances. To avoid service disruptions usually associated with wireless networks, key systems such as servers and routers should be installed on a wired network. This stability is crucial to support important business activities such as video conferencing and data-intensive workloads.
This reliability and stability also make wired networks a much more popular business solution option than their wireless counterparts. Unlike wireless connections, cable networks are unaffected by surrounding networks and are less prone to connectivity issues. They are also less sensitive to third-party intrusions, environmental conditions, and interference. Furthermore, wired networks provide consistent and dedicated bandwidth, making sure users always receive similar speeds, regardless of the number of connected devices.
Low Latency:
Low latency is another one of the many benefits of wired networks. Having low latency by your side is critical for running intensive business applications and software. It helps deliver a seamless user experience, which is important in business where every millisecond matters. Wired networks, with their direct and dedicated connections, provide much lower latency than wireless alternatives.
Security:
Security is a top priority for many businesses and wired networks provide an extremely secure environment for data transmission. Wired networks offer a much more secure option than wireless networks because access is confined to physical cable connections. Wireless networks, on the other hand, transmit Wi-Fi signals outside the building, making them accessible to the general public and potential hackers. The physical aspect of wired connections makes it much more difficult for unauthorised individuals to gain access to the network and get their hands on critical information. The increased security helps protect businesses against a range of common cyber threats such as data theft, Denial of Services (DoS), ransomware, etc. Another benefit of wired networks is that you can configure firewalls and other security software on a wired network, further strengthening it against unwanted access.
Easy Troubleshooting:
In terms of network troubleshooting, resolving connectivity issues in wired networks is often easier than in wireless networks. The infrastructure of wired networks is an advantage as it allows for more direct and systematic detection of possible problems. When issues arise, troubleshooting may include a thorough examination of components, such as looking for broken hardware, damaged cables, or loose connections. This hands-on approach not only speeds the diagnostic procedure but also allows for speedier issue resolution, reducing downtime. This makes sure your business is up and running in no time. The easy troubleshooting also adds to the practicality and reliability of wired networks.
Cost-effectiveness:
The hardware required for wired networks is much cheaper than wireless networks. They are also incredibly durable; you’ll be able to use the hardware for a long time before you need to switch them out. This longevity results in long-term cost savings, which is a smart financial business decision looking to save in the future.