Full Freeview on the Sudbury (Suffolk, England) transmitter
|Google Streetview||Google map||Bing map||Google Earth||52.005,0.786 or 52°0'17"N 0°47'8"E||CO10 5NG|
The symbol shows the location of the Sudbury (Suffolk, England) transmitter which serves 440,000 homes. The bright green areas shown where the signal from this transmitter is strong, dark green areas are poorer signals. Those parts shown in yellow may have interference on the same frequency from other masts.
Which Freeview channels does the Sudbury transmitter broadcast?If you have any kind of Freeview fault, follow this Freeview reset procedure first.
Digital television services are broadcast on a multiplexes (or Mux) where many stations occupy a single broadcast frequency, as shown below.
1 BBC One (SD) East, 2 BBC Two England, 9 BBC Four, 23 BBC Three, 201 CBBC, 202 CBeebies, 231 BBC News, 232 BBC Parliament, 250 BBC Red Button, plus 15 others 700 BBC Radio 1, 701 BBC Radio 1Xtra, 702 BBC Radio 2, 703 BBC Radio 3, 704 BBC Radio 4 (FM), 705 BBC Radio 5 Live, 706 BBC Radio 5 Live Sports Extra, 707 BBC Radio 6 Music, 708 BBC Radio 4 Extra, 709 BBC Asian Network, 710 BBC World Service, 719 BBC Norfolk (BBC local radio), 720 BBC Suffolk (BBC local radio), 722 BBC Cambridge (BBC local radio), 734 BBC Essex (BBC local radio),
3 ITV 1 (SD) (Anglia (East micro region)), 4 Channel 4 (SD) South ads, 5 Channel 5, 6 ITV 2, 10 ITV3, 13 E4, 14 Film4, 15 Channel 4 +1 South ads, 18 More4, 26 ITV4, 28 ITVBe, 30 E4 +1, 35 ITV1 +1 (Anglia east),
46 5SELECT, 101 BBC One HD East, 102 BBC Two HD England, 103 ITV 1 HD (ITV Meridian Southampton), 104 Channel 4 HD South ads, 105 Channel 5 HD, 106 BBC Four HD, 109 BBC Three HD, 204 CBBC HD, 205 CBeebies HD, plus 1 others 66 TBN UK,
20 Drama, 21 5USA, 29 ITV2 +1, 32 5STAR, 33 5Action, 38 Channel 5 +1, 41 Legend, 42 Great! Movies Action, 57 Dave ja vu, 58 ITVBe +1, 59 ITV3 +1, 64 Blaze, 67 CBS Reality, 69 HorrorXtra, 78 TCC, 81 Blaze +1, 89 ITV4 +1, 91 WildEarth, 203 CITV, 208 Pop Player, 209 Ketchup TV, 210 Ketchup Too, 211 YAAAS!, plus 16 others Racing TV, Kiss Chat & Date, Proud Dating, ADULT Xpanded2, 16 QVC, 22 TJC, 37 QVC2, 237 TalkTV, 263 SonLife, 264 VisionTV, 265 On Demand 365, 269 Arise News, 670 ADULT Section (start), 724 Capital, 727 Absolute Radio, 728 Heart,
Smithsonian Channel, 11 Sky Arts, 17 Really, 19 Dave, 31 E4 Extra, 36 pick, 40 Quest Red, 43 Food Network, 47 Film4 +1, 48 Challenge, 49 4seven, 60 Drama +1, 70 Quest +1, 71 That's 60s, 74 Yesterday +1, 75 That's 70s, 233 Sky News, plus 9 others CRAFT EXTRA , 45 Gems TV, 85 Create and Craft, 673 ADULT smileTV3, 723 talkSPORT, 730 RNIB Connect, 731 Classic FM, 732 LBC, 733 Trans World Radio,
Quest Red +1, Classic Hits, 12 Quest, 25 W, 27 Yesterday, 34 GREAT! movies, 39 DMAX, 44 HGTV, 52 GREAT! romance, 73 HobbyMaker, 76 That's 80s, 82 Talking Pictures TV, 83 Together TV, 84 PBS America, 90 Together TV +1, 235 Al Jazeera Eng, plus 19 others ADULT smileTV2, ADULT Studio 66, QVC Style, 50 GREAT! tv, 51 Ideal World, 72 Jewellery Maker, 206 Pop, 674 ADULT Babestn, 678 Xpanded TV, 699 ADULT Section, 711 Hits Radio, 712 KISS FRESH, 713 KISS, 714 KISSTORY, 715 Magic, 716 Greatest Hits Radio, 717 Kerrang!, 718 Smooth Radio, 725 Premier Radio,
H/V: aerial position (horizontal or vertical)
The Sudbury (Suffolk, England) mast is a public service broadcasting (PSB) transmitter, it does not provide these commercial (COM) channels: .
If you want to watch these channels, your aerial must point to one of the 80 Full service Freeview transmitters. For more information see the will there ever be more services on the Freeview Light transmitters? page.
Which BBC and ITV regional news can I watch from the Sudbury transmitter?
BBC Look East (East) 0.8m homes 3.2%
from Norwich NR2 1BH, 77km north-northeast (24°)
to BBC East region - 27 masts.
70% of BBC East (East) and BBC East (West) is shared output
ITV Anglia News 0.8m homes 3.2%
from NORWICH NR1 3JG, 78km north-northeast (24°)
to ITV Anglia (East) region - 26 masts.
All of lunch, weekend and 80% evening news is shared with Anglia (West)
Are there any self-help relays?
|Felixstowe West||Transposer||1000 homes +1000 or more homes due to expansion of affected area?|
|Witham||Transposer||14 km NE Chelmsford.||118 homes|
How will the Sudbury (Suffolk, England) transmission frequencies change over time?
|1984-97||1997-98||1998-2011||2011-13||1 Aug 2018|
|B E T||B E T||B E T||E T||K T|
tv_off Being removed from Freeview (for 5G use) after November 2020 / June 2022 - more
Table shows multiplexes names see this article;
green background for transmission frequencies
Notes: + and - denote 166kHz offset; aerial group are shown as A B C/D E K W T
waves denotes analogue; digital switchover was 6 Jul 11 and 20 Jul 11.
How do the old analogue and currrent digital signal levels compare?
|SDN, ARQA, ARQB, BBCA, D3+4, BBCB||(-4dB) 100kW|
|Analogue 5||(-7dB) 50kW|
|Mux 2*||(-14.9dB) 8.1kW|
|Mux B*||(-15.2dB) 7.5kW|
|Mux 1*||(-15.5dB) 7kW|
|Mux A*||(-17dB) 5kW|
|Mux C*||(-22.2dB) 1.5kW|
|Mux D*||(-23.6dB) 1.1kW|
Which companies have run the Channel 3 services in the Sudbury transmitter area
Well the predictors give C37 COM6/ArqB predicted reception to be better than SDN or ArqA right across your postcode even though reception of all can change across the postcode, lower numbers doing slightly better. Very odd.
So why C37 usually goes first is a slight mystery. Not easy to find all transmitters that use C37.
(BTW C39 used by Tacolneston).
The date is above the post or block of posts if several on the same day!
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Thank you for that info.
You say certain channels are KNOWN to be better than others. I wonder why they are not all the same. I can understand that on the higher frequencies there my be trouble, but we no longer have channel 60 which was always difficult.
We now, nationally, use a very few channels and in a tight group. How did they manage this and why did they not do it in the first place? We had to buy new aerials. We could have kept our old group B
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Hi. I( suspect you are misreading/reading the wrong thing in what I said. According to the Freeview checker, your predicted reception of COM6 is better than COMs 4 & 5 which is why it's a bit surprising that you experience COM6 on C37 getting disrupted first.
Reception will vary across the postcode because of the changes in local(ish) terrain and it seems lower street numbers in your postcode fair slightly better according to the predictions!
No doubt the frequency planners will have had a bit of a nightmare in trying to decide on the best channels to use for specific multiplexes on various transmitters when considering co-channel interference, taking account of the obvious line-of-sight issues but also less common propagation due to temperature inversion and tropospheric ducting.
Whilst most of it is done by well established computer predictions, no doubt there'll have to have been some manual fine tweaking ....... and there are some instances were it is far from ideal which is of course why it wasn't done at the outset if that's what you meant by tight groups.
If you meant use of adjacent channels at a given transmitter, that's not a problem with digital, but analogue had to be spaced apart often 3 or 4 channels.
You would have struggled a bit with the Sudbury COM muxes at DSO as these were technically above Group B, a Group E aerial really being needed. And with the 700MHz Clearance those COMs moved right down the band where then a Group K was required.
It was because it was known that these types of changes were likely to be needed in the future that back in the day a Wideband aerial was recommended, or a Group T when the 800MHz band was cleared, and now after 700MHz Clearance, as there's nothing above C48, a Group K is in effect the new wideband and in fact desirable to minimise the likelihood of mobile interference if you could be near a mobile mast using 700MHz.
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I can only assume because of the additional complex frequency planning that would have been needed.
At DSO (already an expensive business) the new high power multiplexes in most cases just replaced the analogue transmissions on their allocated channels and no additional (or adjusted) frequency planning was needed.
I'd also guess that since DSO the additional data and experience with digital propagation would have helped tweak the computer models used for such planning.
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Thanks. Whatever the reason, the new arrangement is far better than when we had muxes on c58 and c60.
Do you know about aerials? I am staggered how good the log periodic is. Perhaps they have been improved over the years. Does each element receive the signal, thus adding to performance? For example, the longest and shortest element also increase the signal for c39, albeit they are the wrong length?
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