What is a network installation?
A network installation is a process that involves installing a high-speed, Ethernet-based internet network in a home or business. This network connects all computers and connected devices to a single access point (server) and provides a seamless, in-sync network that functions better than just using standard wireless access. In summary updated wiring is the backbone of your business or home network.
Network Design
When comparing WiFi and wired security, a wired connection is generally considered more secure than WiFi because it's harder to intercept data transmitted through physical cables, making it less susceptible to hacking attempts compared to wireless signals that can be intercepted over the air; however, properly configured WiFi networks with strong encryption can achieve a high level of security as well, but require extra vigilance to maintain that protection. We can help you design a Network all your own secured and private.
WiFi Versions
Wi-Fi versions," often referred to by their technical name "IEEE 802.11 standards," are different levels of wireless network technology, each offering varying speeds and capabilities, with newer versions generally providing faster data rates and better performance, including popular ones like Wi-Fi 5 (802.11ac) and the current standard, Wi-Fi 6 (802.11ax); the key difference lies in their ability to handle multiple devices simultaneously and optimize network efficiency across different frequency bands like 2.4GHz and 5GHz.We will keep you up to date with the latest technology.
Outdoor WiFi network
Important considerations for Outdoor Wifi design.
Designing an outdoor WiFi network involves carefully considering factors like coverage area, environmental obstacles (trees, buildings), device types, desired signal strength, and choosing appropriate hardware like weatherproof access points, while utilizing tools like RF planning software to optimize placement and minimize interference, often incorporating mesh networking for extensive coverage across large outdoor spaces.
Networking Components
Modem
A modem is short for modulate-demodulate. It is a device that connects your computer or other devices to the internet. This device converts digital data to analog data so it can transmit over cables.
Router
A Router is a hardware device that transfers packets of data between devices on your network. Routers perform the traffic directing functions on the Internet. Routers connect computers and other devices to the Internet. A router acts as a dispatcher, choosing the best route for your information to travel.
Firewall
A Firewall is a security system your network. It controls the incoming and outgoing network traffic based on security rules set by you. Think of a firewall as a filter between your internal network and the internet. It can help protect your network for unauthorized external access.
Switch
A switch is a important part of your network foundation. It is a network device that allows other devices to communicate and share information. If you plan on having PC's, Network Storage, printers or VoIP phones a switch can help you tie it all together.
LAN Cable
A LAN cable is cable that connects to computers, network switches and then from the switch to a router, cable modem or dsl modem. These cables are essentially the carrier or media through which data flows.
Access Point
An access point is a type of hardware, such as a wireless router, that acts as a connection portal for other devices in the network. Generically, any computer or device in a network that users can gain access to can be called an access point.
Repeater / Extender
A WiFi repeater or extender is used to extend the coverage area of your WiFi network. It works by receiving your existing WiFi signal, amplifying it and then duplicating it of course at a weaker level.
Patch Panel
A patch panel, patch bay, patch field or jack field is a device or unit featuring a number of jacks, usually of the same or similar type, for the use of connecting and routing circuits for monitoring, interconnecting, and testing circuits in a convenient, flexible manner.
Ethernet Cables Explained
Choosing the right Ethernet cable category for your network
A "Cat" cable, short for "Category" cable, is an Ethernet cable used for computer networks. Different "Cat" numbers signify varying data transmission speeds and capabilities, with higher numbers indicating faster data transfer rates. For example, Cat 5 is slower than Cat 6, which is slower than Cat 8. Each category has specific standards for bandwidth and performance based on the design and twisting of copper wires to minimize interference.
Key points about Cat cables:
Category designation:
The "Cat" number indicates the cable's category, which determines its maximum data transfer speed and bandwidth.
Twisted pairs:
Cat cables consist of multiple pairs of copper wires twisted together to reduce signal interference and crosstalk.
RJ45 connector:
Both ends of a Cat cable typically use an RJ45 connector to plug into network devices.
Common Cat cable types and their capabilities:
Cat 5: Older standard with slower speeds, typically only supporting 100 Mbps.
Cat 5e: Improved version of Cat 5, supporting Gigabit Ethernet (1000 Mbps).
Cat 6: Offers significantly faster speeds compared to Cat 5e, capable of handling 10 Gigabit Ethernet.
Cat 6a: An enhanced version of Cat 6 with even higher performance and longer cable runs for 10 Gigabit Ethernet.
Cat 7: A newer standard with even higher bandwidth, but not as widely used as Cat 6 due to potential compatibility issues.
Cat 8: The latest standard, offering the highest data transfer rates and designed for future network needs.
Choosing the right Cat cable:
Network speed requirements:
Consider the current and future network speeds you need to determine which Cat cable is suitable.
Cable length:
Longer cable runs may require a higher category cable to maintain signal quality.
Application:
For home networking, Cat 6 is generally sufficient, while professional or high-performance environments might need Cat 6a or Cat 8.
