The end of PSTN in the UK

BT/Openreach is forging ahead with plans to shut its traditional telephone network in Britain, with the intention of moving all customers over to IP telephony services by 2025. The closure of the public switched telephone network (PSTN) is part of the plans by BT to move to all internet-based Voice Over IP (VOIP) calls. The same changes are being introduced elsewhere in Europe and in some places, these changes are already complete.

Those of us who get domestic phone service from Virgin Media (or other providers of high-speed fibre-optic internet services including KC, Hyperoptic, B4RN, Gigaclear, CityFibre, Gigler and scores of other providers of fibre to the premises – FTTP) are already using VOIP services from their ISP.

At present, the bulk of BT’s domestic and small business telephony is delivered to the premises via copper wires. These wires provide the old-fashioned phone service and newer broadband services. The demand for high-speed internet services (100Mbps and faster) is driving the demand for the delivery of these internet services to the premises via fibre optic cables – FTTP. The new fibre-optic cables no longer have copper wires for the old-fashioned phone service.

Boris Johnson has pledged full-fibre broadband coverage by 2025 – meaning availability to access fibre-optic delivered services for every home. Is this a political promise that may not be met within the time scale?

What does this mean for the homeowner and small business?
There are some domestic and small business services that use the PSTN phone line that will need to be changed. 
Your home phone will need to be connected via the internet – VOIP.  Some changes will be needed to achieve this.
* Burglar alarm systems often connect to the phone line and will need changing. Your alarm provider should provide and fit the new equipment. Cost?
* Personal alarm systems (medical alarms) often connect to the phone line and will need changing. Your alarm provider should provide and fit the new equipment. Cost?
* Fax machines.  Yes, fax machines are still in use – alternatives will need to be found.

Just as changing your telephone service provider today usually involves a change of telephone number, the change of telephone service from PSTN to VOIP may involve a phone number change, however, your provider should ensure you can keep your familiar phone number.

Do we still need a landline phone at home?
The popularity of mobile telephones means that very often households (40%) today do not have, or do not use, a landline phone. The landline phone provision in a fibre-optic environment will be an option that may not be taken by many households.

What do you get from your phone company or ISP today?
Today BT/Openreach provides PSTN phone services and (optional) internet. We get:-
* a port into which we can plug a PSTN phone (on the BT/Openreach NTE socket)
* port into which we can plug a router (if we take ADSL/VDSL internet services)
* ethernet ports on the router with which we can connect a computer, TV, etc.
* wireless delivery of internet services for the home (WiFi)

What will you get from your ISP in an all-fibre internet age with no PSTN? 
In future, BT/Openreach will provide internet services, ideally on FTTP. We will get:-
* ethernet ports on the router with which we can connect VOIP phones
* ethernet ports on the router with which we can connect a computer, TV, etc
* wireless delivery by the router of internet services for the home (Wi-Fi)
In future, we will get the same and even more – more ports, more speed, more Wi-Fi.


Business telephony
Business telephony users with multiple lines to their premises are probably already using internet-based telephony services.  However many small businesses will be impacted by this change.

Geographic numbers.
Historically, call routing was based upon directing the call to the serving exchange and then to the subscriber. The first digit being a 0 indicated a non-local call.  The serving exchange was identified by the 2nd to 5th digits.  These numbers were used to identify the geography – 01276 Camberley, 01252 Farnborough, etc.  There was a need for non-geographic numbers (0800 series) and, of course, the mobile phone had no concept of geography.  Numbers that were free to the caller, cheap to the caller etc. proliferated.
There are now a lot of non-geographic numbers in the 09xxx (premium), 08xxx (some free to caller), 07xxx (mobile) and 03xxx ranges, as well as the 01xxx and 02xxx geographic numbers.

Cost of telephony.
Historically the costs for telephony reflected the cost of the infrastructure installed.  Local calls were charged at a lower cost, national calls (trunk calls) were more expensive and international calls even more costly.  With the development of the phone network over the last 50 years and the use of internet technology to transport calls, the historical (distance-based) cost structures no longer apply. The time-of-day was once a big factor in the cost of a telephone call as a means to reduce peak-time usage; time-of-day no longer plays quite such a big part in call costs. Today all calls are cheap and the distance has very little bearing on the cost.  Many call packages allow for unlimited calls, anytime, anywhere in the country; although international calls often remain more expensive. Line rental plays a big part in the cost of landline telephony.

Cost of Mobile phone calls
There is a common view that mobile telephony is expensive for the caller. While this is true, the cost differentials are small and reducing. Many call packages allow unlimited calls to and from the mobile phone. Monthly costs are well under £10.00 for unlimited calls and texts and some data.

VOIP services
I have a VOIP service and can make a VOIP call from my mobile phone (via WiFi or not). I can make a call via mobile telephony as well as via Skype, WhatsApp, etc. I have an older PSTN DECT phone connected to an ATA (analogue telephone adapter) which is connected to an ethernet port on my router – ie: the internet. I can make and receive calls from this phone. It allows call diversion, call-forwarding and has voice-mail services.
I could have a VOIP phone (DECT or not) that would connect directly to the ethernet and enable me to make and take calls.  Monthly call package costs are typically around £12.00 for unlimited inland calls. The VOIP services market for home phones is changing quickly and new offerings with attractive pricing are appearing every month.
DECT VOIP phones

BT’s proposed basic domestic phone service
BT is proposing a basic service for VOIP for the 2.3 million phone users who do not have or want internet service. The proposed service will provide 0.5Mbps internet – enough for VOIP calls, but not enough for web browsing.  The line termination equipment needs to be powered (by the mains). In the event of a power outage, phone calls will not be able to be made. This may be a significant issue, although it is worth noting that the problem exists today for those who use mains-powered DECT handsets.

Power outage issues with FTTH and VOIP
VOIP line termination equipment needs to be powered (by the mains), as does the ONT, the router and DECT base station In the event of a power outage, phone calls will not be able to be made. There are options for providing backup power for use when the mains power goes out – click here.


Links
http://www.broadbandbuyer.com/store/voip-phones/?t=138
https://www.crowncommercial.gov.uk/news/the-closure-of-the-public-switched-telephone-network
https://www.bt.com/help/landline
https://www.tfmnetworks.com/your-3-minute-guide-to-the-bt-switch-off/
https://www.uswitch.com/mobiles/compare/sim_only_deals/
https://www.bbc.co.uk/news/technology-58233420

https://taking.care/blogs/live-well/will-personal-alarm-work-after-digital-telephone-switchover

which.co.uk
vonage.co.uk
sipgatebasic.co.uk


Surrey Heath – Internet Download Speeds
The 2019 survey of internet download speeds shows Surrey Heath is well above the average (80.9 Mbps download speed) and, in fact, is the best performing borough in Surrey.  This is probably due to the fact that both Virgin Media services and BT/Openreach FTTC services are available in many parts of the borough.
Internet download performance in Surrey Heath is better (on average) than any London borough

https://www.comparethemarket.com/broadband/content/british-broadband-index/

https://www.ispreview.co.uk/index.php/2019/04/swapping-to-broadband-voip-from-a-uk-copper-home-phone-line.html

ISPs’ Routers suck

Many Internet Service Providers (ISPs) provide a router that underperforms. There are exceptions, of course, but generally, the router that comes with the broadband service you buy is poor and does not do the job it’s supposed to do.

A ‘router’ has several jobs to do.  It’s a modem, router, firewall, ethernet switch and wireless access point (WiFi) and often it does one or more of these tasks quite well but is too often poor at doing them all.

  • A modem has to MOdulate and DEModulate (mo-dem) the radio-frequency electrical signals on the broadband line or the wireless of a mobile phone signal.  The modem converts these to digital signals.  There are different types of modems depending on the broadband service you are buying.  These include cable, ADSL, VDSL, fibre, 4G-LTE and 5G to name but a few.  The modem must match the service provided by your ISP.  Most of the functions of a modem are done by specialised computer chips.
  • A router and firewall does some technical things with IP protocols including sending data between your home network and the internet.  It might prioritise different protocols and the firewall function determines whether data should flow between the untrusted (outside) network and the trusted (inside) network, according to some firewall rules.  The router and firewall functions are largely performed by software.
  • An ethernet switch connected different ethernet networks together.  If the router provided by your ISP has several ethernet ports then these are probably connected to an ethernet switch within the router.  This switch is made using specialised computer hardware.
  • A wireless access point provides the link between a wired network (ethernet) and a wireless network or WiFi.  WiFi allows portable devices to connect to the router without having to trail ethernet cables all over the house.  Again this is a function performed by specialised hardware.

ISPs want to provide consumers with a router that is inexpensive, easy to deliver, configure and simple to use. Keeping the cost of the hardware low has meant the ISP supplied router often performs badly.  

There have been some technological changes with which ISPs are trying to keep up.  Hence the router being provided to new consumers is often more functional than the router being used by customers who have been using the ISP for years.  The BT website lists multiple versions of the BT Smart Hub or Home Hub.  ISPs are reluctant to replace older hardware for consumers unless necessary. 

The technology changes include:

  • WiFi – the introduction of newer, faster WiFi standards. The earlier standard WiFi-4 is known as 802.11a/n.  A newer standard 802.11ac (known as WiFi-5) was approved in 2013. Since then (in 2019) 802.11ax (known as WiFi-6) has been approved. Each generation offers improvements (faster) for devices that support the newer standards.
  • Mesh WiFi devices have become available.  These offload the WiFi function of the router to several pieces of specialised hardware and interconnects that hardware (in a mesh) so that you might have two, three or even more WiFi access points throughout your home. 
  • Ethernet – older routers support ethernet running at 10/100 Mbits/s.  Newer devices support gigabit ethernet.  
  • Broadband and cable speeds increased from ADSL’s 10 Mbps, via superfast VDSL fibre to the cabinet (FTTC at ~50Mbps), to fibre-optic cable to the home (FTTH/FTTP) which bought ultrafast gigabit speeds. 
  • The router and firewall functions needed to grow and get faster as the traffic through them got faster.  Gigabit (1000Mbps) is a whole lot faster (100 times) than 10Mbps.  The CPU and memory on the router needed to be bigger, faster and better to cope with the demand.
  • The number of devices attached to the router in the home (via WiFi or ethernet) increased as we began to have more phones, tablets, PCs, printers, TVs and other devices connected.  
  • Working from home (WFH) and home schooling has meant these are actually in regular use for more hours in the day. A few years ago a router might have only a small handful of devices connected.  Today this is likely to be 20 or more.  This significantly increases the work the router needs to do.
  • Gaming brings the need for low-latency to reduce the lag-time in the game.  Very often gaming is an application that suffers most from underperforming routers.
  • Video streaming and download applications such as Netflix, Youtube, iPlayer have significantly increased the amount of data passing through the router.  The demand for HD or 4K video is increasing. 
  • Newer and faster routers were needed to interface to the faster broadband, cable and fibre services being brought to the home by the ISPs.

What to do if you feel your router is old and not coping?  

  • Try to identify the problem.  What are the symptoms and when do they happen?
  • Ensure you are getting what you are paying for.  Is your internet service providing the speed (using www.speedtest.net) and reliability the ISP advertises?
    This link’s test may be useful http://www.dslreports.com/speedtest?httpsok=0 
  • Do your neighbours with the same ISP have similar issues?
  • Is the problem due to WiFi in your home?  Is your router in the best location in the home? Try working with your PC connected to the router via ethernet – do you still have problems when WiFi is not being used?
  • Contact your ISP (particularly if the issue seems to be with slow broadband) and report the problems you are having and ask for the latest router to be provided.
  • Ask an IT professional for advice – he/she should be able to identify the issues and recommend which of the many options available to you to replace or enhance the router your ISP provides. You might consider more than one option to address the issues.  For example, to use the ISP’s router in modem-only mode, install a separate router/firewall and a mesh WiFi system.
  • Buying and installing a new router is a task to be undertaken by someone with a good knowledge of the issues and products on the market.

INCREASE BROADBAND SPEED Tips and Guides

http://www.dslreports.com/speedtest?httpsok=0

WiFi Bandwidth comparison – 2.4 GHz vs. 5 GHz signal

FrequencyTheoretical SpeedReal-World Speed
2.4 GHz (802.11b)11 Mbps2 – 3 Mbps
2.4 GHz (802.11g)54 Mbps10 – 29 Mbps
2.4 GHz (802.11n)300 Mbps150 Mbps
5 GHz (802.11a)6 – 54 Mbps3 – 32 Mbps
5 GHz (802.11ac)433 – 1700 Mbps210 – 1000 Mbps
5 GHz (802.11n)900 Mbps450Mbps

WiFi Range comparison – 2.4 GHz vs. 5 GHz signal

FrequencyTheoretical DistanceReal World Distance
2.4 GHz (802.11b)460 ft230 ft
2.4 GHz (802.11g)125 ft62 ft
2.4 GHz (802.11n)820 ft410 ft
5 GHz (802.11a)390 ft195 ft
5 GHz (802.11ac)up to 820 ft (amplified)up to 410 ft (amplified)
5 GHz (802.11n)460 ft230 ft

Broadband Speed Needed for Streaming Services

A good broadband speed for streaming is at least 1.5 megabits per second (Mbps) for TV services such as BBC iPlayer for standard streaming, or 2.8Mbps for HD quality. For Netflix, the minimum speed required is about 3Mbps for standard streaming and 5Mbps for HD. If it’s Ultra HD you’re after, you typically need at least 15Mbps for YouTube, while it’s 25Mbps for Netflix or Amazon Prime Video, if you want to avoid buffering.

ServiceNeeded for non HDHDFull HD/4K
BBC iPlayer, etc1.5 Mbps2.8 MbpsNot available
Netflix3 Mbps5 Mbps25 Mbps
Amazon Prime Video0.9 Mbps3.5 Mbps25 Mbps
YouTube2.5 Mbps4 Mbps15 Mbps

Broadband Speed Needed for Video Calling

Video calling (Zoom, MS-Teams, etc) has doubled during the coronavirus pandemic, with 71% of adult internet users making video calls at least once a week and four in 10 of us making video calls daily. Skype, Zoom and FaceTime are some of the most popular video-calling services. If you use one of these, you need to be aware of both your download and upload speeds. This is because your connection will be receiving and sending data at the same time. Below are the minimum download and upload speeds you’ll need:

TypeRecommended download/upload speed
Skype (HD 1-1 video call)1.2 Mbps
Zoom HD group video callDownload 2.5 Mbps
Upload    3.0 Mbps

Broadband Speed Needed for Gaming

ServiceMinimum Download SpeedRecommended Download Speed
Xbox Game Pass Cloud Gaming10MbpsN/A
PlayStation Remote Play15 MbpsN/A
Google Stadia10 Mbps35 Mbps
Shadow5 Mbps25 Mbps
Nvidia GeForce NOW 15 Mbps25 Mbps

Number of subscribers

BT (PlusNet, EE) 9,300,000
Sky Broadband 6,200,000
Virgin Media 5,365,400
TalkTalk(on-net) 4,220,000
Vodafone UK 838,000
Glide 400,000
Post Office 400,000
Zen Internet 150,000
Ask4 130,000
KCOM 126,900

INCREASE BROADBAND SPEED Tips and Guides

Speed Tests.

https://speedtest.net

https://speedof.me/

https://testmy.net/

https://speedtest.xfinity.com/

http://internethealthtest.org/ 

https://fast.com

http://www.dslreports.com/speedtest?httpsok=0


Remember

  • Many ISPs (Sky, BT, EE, PlusNet, TalkTalk, Vodafone and Zen) use the BT/Openreach network to deliver broadband services. You might change providers within this group but you’ll be using the same physical infrastructure. after any change of ISP. Changing ISPs within this group will only change the company to whom you pay the monthly bill and from whom you get customer service and technical support.
  • If your ISP is an AltNet provider (usually of FTTP services) then you’ll probably need to work with your altnet ISP.
    AltNets include B4RN, Cityfibre, Gigaclear, Hyperoptic, CommunityFibre, G.Network, toob and many more.
  • If your ISP is Virgin Media then VM is the only provider of your cable service and you’ll need to rely on VM to resolve any issues. 

  • https://www.youtube.com/watch?v=am7xT-zU1Q0