Originally Posted by Dr.Phlox:
“I think the North American Numbering Plan adapted for EU countries would be a better way to go.
The way it works over there is large geographical areas have blocks of codes allocated - eg NYC has 212, 646, 347, 718 and one other which I forget right now (think it's 916). Initially, 212 covered Manhattan, 718 covered the rest of the boroughs as most major businesses were centered around Manhattan, the rest were more residential (in the case of Staten Island, quite sparsely populated until about 35-40 years ago). Then along came faxes, then cellphones and the numbers were rapidly running out.
The numbers were (in full) 1-xxx-yyy-zzzz where xxx was the main area code, the yyy was a local switch code then zzzz was the kit hanging off. When the switches were upgraded to digital it was then possible to have the same yyy part anywhere else on the area which made porting numbers over when you moved house possible.
If such a system was used here, the wide area codes could be anything from 001 to 999 (reserved numbers excepting), each county could therefore have 1 main "xxx" except where size dictates more. So 210 to 219 for London, 220-229 for Manchester, 230-239 for Glasgow etc followed by the provinces and counties in alphabetical order.
That would then leave 999,999 numbers usable for each area per "xxx". To dial between them, you'd just need to dial (for example 212 123 1234 from anywhere in the country to connect you to that London number. The digital switches would know what calls are local to you and you would be billed accordingly. The special numbers, 999, 112 etc would still stay the same as they'd be reserved much like 911, 411 etc is in the States. Non geographical or freephone could work as in the states 800, 808, 870, 900 etc. So +44 800 123 1234 would be a freephone number.
Each EU country could then do a similar system. To dial international, use the standard 011 followed by country code. So 011 44 212 123 1234 gets you London, but 011 33 212 123 1234 gets you someone in Paris for example.
What about mobiles? I hear you ask. Well in the US NANP system, cellphones have the same numbers as landlines. In the US this is forced by law - and could be the same in the UK. That way your airtime you pay for with the phone would cover the cost back to the networks of connecting your call, as is what happens across the pond. The Yanks find it weird that we don't lose calling minutes for receiving!
It would therefore be possible for companies to buy blocks of numbers for certain areas. The BBC for example could take +44 212 111 xxxx ( the 111 would spell "BBC" on the keypad). It would also mean you could get a phone number that spelled your name. Say you lived in Norwich and it's new code was 419, you run a plumbing business, you could get yourself +44 419 123 TAPS (8277). Because there are 998 potential other numbers ending in 8277 other plumbers could have similar numbers if they so wanted. Local police could have +44 XXX YYY COPS so you'd go through to the Force HQ for your local bizzies.
The downside to this system - the cost. Every number in the country would change (oh wait, they might already be anyway), so every business would need to update stationery, signage etc. The way round would be to have an auto anouncement for every number dialled that started 01 or 02 that directs for free to the customers new number, so 0181 811 8181 would say "This number has now changed, please note the new number is 212 111 8181 please make a note of this for your records whilst we connect your call". That could run for 6 months to a year. BT wouldn't lose money on the calls as it's just going to be a virtual connection on their new wazzy IP based phone network.
Whaddaya think?
DP”
How confusing!
What ought to have happened was to leave the dialling codes the same (4digits) and made evey phone number 8 digits long. There would have plenty of numbers to go round for a long time! France uses this system with numbers being written xx xx xx xx and it's been working well for years