Could 4G Broadband Be The Answer to Threat of BT Strike?
Working-From-Home Fears Due To BT Strike

For the first time since 1987, BT are facing nationwide industrial action due to a ballot regarding job cuts and site closures. The Communication Workers Union is due to hold a ballot soon, which could have an enormous impact on the network if a yes vote is returned.

Through this ongoing pandemic, effective internet has kept us connected with colleagues as well as loved ones. It’s held businesses together through the rise of working from home, and it’s kept part of the economy going throughout lockdown restrictions. As a nation, we’ve realised how vital a good internet connection is.

Most of the UK’s broadband network consists of BT, EE and Openreach, serving millions of homes across the nation. If, in late Spring, a strike goes ahead this could mean big problems for people who are working from home and reliant on their broadband connection.

Assuredly, they will only strike if they feel they absolutely must – They don’t want to disrupt services across the country to people’s internet unless they feel they have no other choice to protect their workers and service.

What does the possible BT strike mean for those working from home?

Nationwide industrial action by BT staff could have a huge effect on those working from home, who are relying on a dependable internet connection. Is there anything worse than trying to get some work done with a slow internet connection, or a meeting via video call dropping out every 2 minutes?

The pandemic and lockdown restrictions has meant that almost 50% of the working population have been working from home during the pandemic (ONS).

These workers are relying on their home broadband connection to be able to continue doing their jobs.

As we’ve seen from the challenges of home-learning and home-working, those who are currently based at home need a connection that can support both upload and download speeds in order to partake in video conference calls like Zoom, Microsoft Teams and Google Meet.

Not only is home internet needed more than ever, but the quality of the connection is also more vital then it has been previously.

What alternatives to Wi-Fi would be unaffected by a BT strike?

If you are worried that your home internet connection could be affected by the posed threat of BT industrial action, there are thankfully alternative methods of getting internet into your home.

We have seen an influx of 4G broadband installations and enquiries. Whilst these have mostly been from areas in rural Hampshire where standard internet connections are unreliable and slow, 4G broadband is an excellent way of backing up your existing internet connection.

Why 4G broadband?

4G broadband is the idea solution to patchy, unreliable Openreach internet connections. It can also be an excellent back-up solution should your standard Wi-Fi connection go down or become unavailable.

4G signal is received via an external 4G antenna and emitted into your home through a 4G router using a sim based data plan.

Here at Geekabit, we have a 4G testing pole so that we can accurately estimate 4G internet speeds in your location before installing a new antenna and router.

How could 4G broadband help if my internet is affected by BT industrial action?

Our expert Wi-Fi engineers are skilled in providing 4G broadband services for hire. We are experienced in providing an ideal internet solution for scenarios such as building sites, TV filming and temporary cabins. It’s also a great interim option for people moving house and between service providers when they first move in to their new home.

This makes 4G broadband the perfect alternative if your internet was to be affected and your home-working situation compromised.

If you would like more information on our 4G broadband hire options, please don’t hesitate to get in touch with one of our Wi-Fi experts here.

If you are already experiencing internet problems in a rural area, then 4G broadband may well be the answer. You may be interested in previous blogs we’ve written regarding this – Or for more information, please see our website.

 

You can read more details on the threat of BT industrial action via The Guardian.

Are My Wi-Fi Issues Caused by Wi-Fi Interference?

Since 1997, when Wi-Fi emerged into the consumer world, it’s become integral to everyday life. For many it’s a vital way of staying connected with friends, family and colleagues – At home, at work and even out and about.

We tend to take it a bit for granted, when in actual fact we probably feel like we couldn’t live without it – Especially during 2020! And like so many things – We really only notice how much we depend on it when it’s not there. Much like when there is a power cut and all the lights go out – When Wi-Fi isn’t working properly, we really feel it’s absence.

Is there anything quite as frustrating as dodgy Wi-Fi?

Technology wouldn’t be technology without its issues, and Wi-Fi is no exception. So what can cause Wi-Fi problems? One of the biggest issues to affect how successful and reliable a Wi-Fi connection is, is Wi-Fi interference. In this blog we’re going to be looking at how you might go about detecting whether your Wi-Fi woe is an interference issue

How do I know if my Wi-Fi issue is due to Wi-Fi interference?

Here are a couple of problems you may experience if you are having trouble with Wi-Fi interference.

 

  • Trouble with signal strength, and having low signal despite being in close proximity to a Wi-Fi broadcast device like a router
  • You have no connectivity issues when using a wired connection, but have a considerably slower connection when connecting using Wi-Fi
  • Trying to transfer files between computers using Wi-Fi, and finding it very slow
  • Being unable to pair devices using Wi-Fi or Bluetooth despite being in close proximity to the receiver
  • Your Wi-Fi connection Intermittently dropping out

 

If you are experiencing one or more of these annoying Wi-Fi issues, then it’s quite possible that something is causing interference with your Wi-Fi.

There are two main types of Wi-Fi Interference – Physical and Frequency. We’ll be covering some examples of each of these in next weeks blog. Check back then to see how you can identify what may be causing your Wi-Fi interference issue, and how you can go about fixing it.

If you require any Wi-Fi help in the meantime, then please don’t hesitate to give our Wi-Fi experts a call. We’re still working under the current government guidelines, and mainly operating out of Hampshire and London. Don’t let dodgy Wi-Fi be the reason you can’t find a connection.

WiFi Faces Technical Challenges

The emerging wireless standard promises better WiFi but the promise introduces significant complexity.

IEEE 802.11 standards (g, a, n, ac) delivered WiFi performance improvements out of the box. They focused on progressively increasing the data rate over the wireless link. All that was needed to take advantage of any new standard, was a radio chipset that incorporated the new radio and MAC enhancements.

The situation is different for the upcoming 802.11ax standard. The focus of 802.11ax is not on increasing the data rate but on improving the overall wireless network performance. This introduces significant new radio and MAC enhancements such as OFDMA and BSS colouring.

Ranking high among the issues is a transmission-scheduling mechanism. The downlink transmission scheduling in WiFi has been a simple FIFO (First In First Out) system. 802.11e introduced a small variation regarding the maintenance of multiple transmission queues for different priority classes.

However, 802.11ax introduces significant complexity in wireless transmission scheduling due to its OFDMA and MU-MIMO enhancements.

  •  With MU-MIMO, there is now an option to transmit a single wireless frame to a single client or concurrently transmit different wireless frames to multiple clients using multi-user beamforming.
  • With OFDMA, there is now an option to transmit a single wireless frame to single client using traditional OFDM or concurrently transmit different wireless frames to multiple clients using subsets of channel width.
  • 802.11ax introduces multi-user transmission in uplink direction too. The AP needs to schedule multiple clients for concurrent uplink transmissions according to their requirements.

These methods need to take into account service requirements of traffic flows, radio conditions on the channel, client capabilities and client state feedbacks. It is no easy feat to come up with scheduling mechanisms that will work in most practical scenarios with relative ease of configuration and fine tuning.

Siklu EtherHaul-2X00 Series

1 Gbps connectivity between two sites is sometimes necessary and an E-band set of radios that work within a 70-80 Ghz frequency is a viable solution.  The benefits of these radios are vast and varied.  Being relatively cheap makes them popular and this coupled with the fact that they are easy to deploy and manage makes them a Wi-Fi winner.

Siklu have created a solution in an E-band set of radios that will provide 2 Gbps connectivity over up to 7kms.  This wider channel width solution is able to work at lower modulations which makes it a great option compared to others on the market.  The EH -2X00 delivers 2Gbps full duplex point to point wireless connectivity making it robust and futureproof.

Being small in size, the tiny footprint allows easy site acquisition and an easy installation.  Moreover, the E-band spectrum is uncongested and offers a quick licensing process compared to other options.  Spectrum protection is maintained whist the cost is still relatively cheap.

The EH-2X00 series offers a great price per MB but alongside this its lower installation costs make it unbeatable in price.  The new model is based on an evolved version of a Siklu’s field proven platform making it extremely reliable.  This reliability cuts the cost of site visits which contributes to its exceptional value for money.

With 16 non-overlapping channels available to it, the EH-2X00 is able to deploy dense networks over greater distances and offers a great solution for those looking for 1Gbps between 2 sites.