But more importantly, this partnership gives us a clear technology roadmap which is future-proof. Hector Gibson Fleming, CEO of Wessex Internet, says: “Our partnership with Nokia is a fantastic step forward for Wessex Internet, which is already delivering improvements to the capacity and resilience of our network. The technology is being used in roll outs in North Dorset and the New Forest, which are part of Project Gigabit, the UK government’s flagship £5bn programme to enable hard-to-reach communities to access lightning-fast gigabit-capable broadband. The move to XGS-PON and roll out of Nokia’s DWDM solution is designed to enable Wessex Internet to accelerate its roll-out, reduce equipment and power requirements and ensure the network is future-proof as customers’ demand for high bandwidth services increases. Roll-out of the new XGS-PON infrastructure has already begun across its network, with customers in Sunrise Business Park, Blandford the first to be connected to the new network technology earlier this year. Wessex Internet’s existing full fibre network across Dorset, Somerset, Wiltshire and Hampshire has traditionally been deployed using a point-to-point architecture. The ISP will now additionally deploy Nokia’s dense wavelength division multiplexing (DWDM) solution to have further impacts on capacity. For network administratorsīelow are some related resources for IT admins.Dorset-based internet service provider (ISP) is upgrading the capacity of its network following the successful deployment of Nokia’s 10Gbps XGS-PON technology. Remember, even if everything’s good at your end, the other participant might have a problem with their connection. It might be worth upgrading your hardware if all else fails. Consider upgrading to a newer router and adapter with the latest Wi-Fi standards and higher gain antennas which supports heavy simultaneous usage from multiple devices better. Regularly update the driver and firmware of your router and network adapter. If you often have a slow Internet connection, ask your ISP for assistance in solving the issue. Check the result against the speed your ISP is supposed to be providing. Do a speed test online (if you don't have an app, type speed test into your web browser and pick one) or ask your Internet service provider (ISP) to test your download and upload speed for you. Check your speedįor a high-quality video call, both you and the other participant need to have enough bandwidth. This also includes reducing potential interference from neighboring Wi-Fi signals. Avoid being close to other electronic devices (microwaves, cordless phones, baby monitors), preferably in line of sight of your Wi-Fi devices. Get closer to the router or add a repeater to improve the signal strength. Minimize the number of walls and ceilings between the router and your device. Pros: Faster throughput, less congested channels, more channels that don't overlap.Ĭons: Shorter range compared to 2.4 GHz networks, doesn't go through walls and other obstacles as well as 2.4 GHz networks, not as widely used by other devices. Pros: Longer range, better at going through obstacles (for example, walls), better support (more wireless devices support 2.4 GHz compared to 5 GHz).Ĭons: Slower throughput, fewer channels that don’t overlap, more congested than 5 GHz networks because household devices (for example, microwaves and cordless phones) and Bluetooth devices use the 2.4 GHz network band. Choose the right Wi-Fi bandwidthĬhoose 2.4GHz or 5GHz based on your home layout. Download a Wi-Fi Analyzer app that can check for Wi-Fi dead spots, congestion caused by too many devices connected, and any interference areas. A poor Internet connection can cause low-quality audio and video, delays, and dropped calls.īelow are some tips on how to improve your internet connection.
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