It’s true. When you get internet from Bell or Rogers or any other ISP they only install the modem at the most convenient location and can charge you a rental fee for the repeators throughout your home. Why not “own your home network”. AVDNetwork can install wireless 6 access points throughout your home and you will have strong signals everywhere including your outdoor spaces, Barns, sheds or garages. Now you can use your favourite smart devices anywhere inside and outside your home.
What wireless solution do I need?
- When you already have a router from the isp you may want to just extend the network using a repeater or extender. This is a relatively cheap solution. We can come and assess, install a repeater/extender
- Create you own wireless network if the internet service provider does not provide a wireless modem. This can be completed in various ways. We can install an imesh wireless network that will allow you to connect anywhere in and outside of the home.
- Prewire: When building your home we can prewire for future use. While wireless may be a decent solution it can be unreliable in some cases. We can run low voltage category cable for your smart home devices. for example: Smart TV, Home Office, Security Cameras etc.
Understanding Wireless vs Hardwired
- 2.4 GHz is a radio frequency band that’s used to transmit Wi-Fi signals and Bluetooth technology. It’s one of the most common radio spectrums used for Wi-Fi.
- How does it work?
- Frequency2.4 GHz is a frequency band, which means it’s a range of radio waves that oscillate at a specific rate. The number 2.4 indicates the starting point of the band on the frequency spectrum.
- Range2.4 GHz has a longer range than other frequency bands because it has fewer wave repetitions over time. This means that the waves are longer and can travel farther.
- Penetration2.4 GHz waves can penetrate physical barriers like walls and floors more easily than other frequency bands.
- Advantages and disadvantages
- Advantages2.4 GHz has a longer range and can penetrate solid objects more easily. It’s also widely supported by many devices, including older security cameras.
- Disadvantages2.4 GHz is more susceptible to interference and congestion because it’s more common. This can lead to slower internet speeds.
- Comparison to 5 GHz
- 5 GHz is another common radio spectrum used for Wi-Fi. 5 GHz networks are less prone to congestion than 2.4 GHz networks because they have a smaller wavelength. However, 5 GHz networks have a weaker ability to penetrate walls.
- 5 GHz Wi-Fi is a Wi-Fi networking technology that operates on a 5 gigahertz frequency band. It’s a common choice for consumer products and is supported by most modern Wi-Fi devices.
- Advantages of 5 GHz Wi-Fi
- Faster speeds5 GHz Wi-Fi has higher internet speeds than 2.4 GHz Wi-Fi. It’s ideal for high-bandwidth activities like streaming, gaming, and videoconferencing.
- Less interference5 GHz Wi-Fi has fewer overlapping channels than 2.4 GHz Wi-Fi, which reduces interference from other devices and networks.
- Good for avoiding congestion5 GHz Wi-Fi can help avoid wireless congestion in areas with many other units, like apartments and condos.
- Disadvantages of 5 GHz Wi-Fi
- Shorter range5 GHz Wi-Fi has a shorter range than 2.4 GHz Wi-Fi, especially when it passes through obstacles like walls.
- Susceptible to interference5 GHz Wi-Fi networks can be more susceptible to interference from physical objects.
- When to use 5 GHz Wi-Fi
- When you’re close to your router and want to take advantage of faster speeds
- When you’re doing activities that require a lot of bandwidth, like gaming or videoconferencing
- When you want to avoid wireless congestion in an area with many other units.
- Wireless connections use radio signals to transmit data, while hardwired connections use cables. Hardwired connections are often more reliable, secure, and faster than wireless connections.
- Reliability
- HardwiredHardwired connections are more reliable because they are less susceptible to interference from objects, walls, and other devices.
- WirelessWireless connections can be less reliable because they are more susceptible to interference from objects, walls, and other devices.
- Security
- HardwiredHardwired connections are more secure because it’s harder for someone to access your network without physically connecting to it.
- WirelessWireless connections can be less secure because they can be hacked or have their signals intercepted.
- Speed
- HardwiredHardwired connections are often faster than wireless connections because they have higher bandwidth capacity.
- WirelessWireless connections can be slower than hardwired connections because they are more susceptible to interference.
- Convenience
- Wireless: Wireless connections are more convenient because they don’t require cables.
- Hardwired: Hardwired connections can be less convenient because they require cables.
- Use cases
- Wireless: Wireless connections are more convenient for mobile devices.
- Hardwired: Hardwired connections are better for complex control systems, high-definition video distribution, and backing up data.
