Full Freeview on the Bluebell Hill (Medway, England) transmitter
|Google Streetview||Google map||Bing map||Google Earth||51.324,0.520 or 51°19'25"N 0°31'13"E||ME5 9RD|
The symbol shows the location of the Bluebell Hill (Medway, England) transmitter which serves 200,000 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.
This transmitter has no current reported problemsThe BBC and Digital UK report there are no faults or engineering work on the Bluebell Hill (Medway, England) transmitter.
Which Freeview channels does the Bluebell Hill 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) South East, 2 BBC Two England, 9 BBC Four, 201 CBBC SD, 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 Kent (BBC local radio), 720 BBC Sussex (BBC local radio), 722 BBC Surrey (BBC local radio), 734 BBC Essex (BBC local radio),
3 ITV (SD) (Meridian (East micro region)), 4 Channel 4 (SD) South ads, 5 Channel 5 (SD), 6 ITV 2, 10 ITV3, 13 Channel 4 +1 South ads, 14 More4, 15 Film4, 24 ITV4, 28 E4, 33 ITV +1 (Meridian south coast), 45 Film4 +1,
86 More4 +1, 101 BBC One HD (England no regional news), 102 BBC Two HD (England), 103 ITV HD (ITV Meridian Southampton), 104 Channel 4 HD South ads, 105 Channel 5 HD, 204 CBBC HD,
20 Drama, 21 5USA, 27 ITV2 +1, 30 5STAR, 34 ITV3 +1, 37 Quest, 44 Channel 5 +1, 54 Paramount Network, 55 5SELECT, 58 ITVBe +1, 59 ITV4 +1, 63 Blaze, 66 CBS Reality, 70 Horror Channel, 76 Quest +1, 77 TCC, 80 Blaze +1, 87 Keep It Country, 203 CITV, 211 Ketchup TV, plus 21 others CCTV, CONNECT 4, 16 QVC, 85 Hochanda, 252 Kiss Chat & Date, 253 Proud Dating, 261 Racing UK, 263 SonLife, 264 VisionTV, 265 Planet Knowledge, 269 Arise News, 270 Loveworld, 271 Juwelo UK, 670 ADULT Section (start), 671 Television X, 675 ADULT PARTY, 678 ADULT Xpanded TV, 679 ADULT Studio 66, 724 Capital FM London, 727 Absolute Radio, 728 Heart,
11 pick, 12 Dave, 17 Really, 29 E4 +1, 32 Sony Movie Channel, 38 Quest Red, 41 Food Network, 46 Challenge, 48 Movies4Men, 61 True Entertainment, 72 YourTV, 233 Sky News, plus 9 others 23 Create & Craft, 43 Gems TV, 49 TJC, 65 TBN UK, 673 ADULT smileTV3, 723 talkSPORT, 730 RNIB Connect, 731 Classic FM, 732 LBC,
18 4Music, 19 Yesterday, 25 Home, 31 5Spike, 39 CBS Justice, 42 DMAX, 47 4seven, 62 True Movies, 71 CBS Drama, 73 Sewing Quarter, 79 Dave ja vu, 81 Talking Pictures TV, plus 16 others 22 Ideal World, 35 QVC Beauty, 36 QVC Style, 206 Pop, 672 ADULT smileTV2, 674 ADULT Babestn, 699 ADULT Section, 711 Hits Radio, 712 KISS FRESH, 713 Kiss FM, 714 KISSTORY, 715 Magic, 716 heat, 717 Kerrang!, 718 Smooth RadioUK, 725 Premier Radio,
from 8th April 2014: Vintage TV, 57 5USA +1, 67 CBS Reality +1, 92 Pick +1, 99 Smithsonian Channel HD, 107 BBC News HD, 108 Aljazeera English HD, 109 Channel 4+1 HD, 110 4seven HD, 113 RT HD, plus 2 others 74 Jewellery Maker, 733 Trans World Radio,
CBS Action +1, 56 5STAR +1, 64 Freesports, 83 NOW 80s, 84 Now 90s, 89 Together, 91 PBS America, 96 Forces TV, 106 BBC Four HD, 114 Quest HD, 205 CBeebies HD, plus 2 others 111 QVC HD, 112 QVC Beauty HD,
DTG-6 256QAM 32KE 2/3 40.2Mb/s DVB-T2 MPEG4
DTG-8 64QAM 8K 3/4 27.1Mb/s DVB-T MPEG2
H/V: aerial position (horizontal or vertical)
Which BBC and ITV regional news can I watch from the Bluebell Hill transmitter?
BBC South East Today 0.8m homes 3.2%
from Tunbridge Wells TN1 1QQ, 28km southwest (219°)
to BBC South East region - 45 masts.
How will the Bluebell Hill (Medway, England) transmission frequencies change over time?
|1984-97||1997-98||1998-2012||2012-13||2013-18||2013-17||19 Jul 2018|
|E||E||W||W T||W T||W T||W T|
tv_off Being removed from Freeview (for 5G use) by 30 June 2020 - 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 13 Jun 12 and 27 Jun 12.
How do the old analogue and currrent digital signal levels compare?
|SDN, ARQA, ARQB, BBCA, D3+4, BBCB||(-1.8dB) 20kW|
|Mux 1*, Mux B*, Mux C*, Mux D*||(-10dB) 3kW|
|Mux 2*, Mux A*||(-11.8dB) 2kW|
Which companies have run the Channel 3 services in the Bluebell Hill transmitter area
There is a lot of work being done to prepare for future changes to channel allocations, part of the planned changes needed for the introduction of 5G transmissions in the 700MHz+ band. Some of the work is also related to improvements to the DAB sevices and coverage.
If it is suspected that too much signal is a possible problem then checking the reported signal strength on the manual tuning page, without doing a retune, will show just how much is present. Depending on the make and model of the TV, it is usually recommended that the strength should not exceed about 85%.
|link to this comment|
All this talk about too stronger a signal is a puzzle to me. The manufactures of TV's and set top boxes have no idea where there equipment is going to be installed, either a couple of hundred meters from a powerful transmitter or miles away from one. So why would they not put a limiting circuit in the front end. I used to work in the avionics industry and limiting circuit were used back in 60's when it involved transistors, transformer, chokes, resistors and capacitors. Today it would just be one small micro circuit costing just pence on the scale of manufacture required. Also earlier post talk about "no signal" and "weak signal" messages. I too have had that problem and I solve it by changing from HD to SD. I think HD is a big con unless you have a very large TV. Which? say that you probably won't see any improvement in picture quality until you get to a screen size of 40in and above
|link to this comment|
Such limiting circuits have never been developed for use in a TV tuner input. Some TV tuner are more sensitive than others and it is simple to fit an attenuator for those with either more sensitive tuners or are closer to the signal source. I have worked in the TV industry for 50 years before retiring and it has always been the case that some need attenuators whilst others do not.
HD signals on COM7 and 8 are generally transmitted at a lower power output that the other multiplexes. Thos on COM4 (the BBC HD services) are generally at the same power output as the SD services. COMs 7&8 are temporary services and are expected to be subsumed into the main multiplexes when the majority of TVs have an DVB-T2 (HD) reception capability.
|link to this comment|
Ken Collyer: True, they dont know where a TV set might be set up, but as Mike P points out, tuners work fine within reasonable tolerances, and since not all muxes work at the same strength, its much easier to add an attenuator if needed, rather than add yet another component (which has a cost) to a problem that most people dont face.
Switching from HD to SD to solve a simple problem is short changing yourself - HD is certainly much better than SD (something I have to occasionally demonstrate at work to disbelieving customers - Which is most certainly wrong on that score), and its not sustainable long term.
The idea that 40in is a 'large screen' makes me chuckle - the most common size TV sold in my department is 49in, and 55in is almost as popular - we now have 75in sets in store, and the bulk of TV's are not even HD any more, but UHD/4K - so four times the screen resolution of HD. And now there is 8K...
|link to this comment|
With All due respect, in case you'd forgotten I am a regular contributor on these boards!. I do NOT need telling about all the work going on for the 700Mhz clearance for 5G! In case you missed the point that I was mentioning I said that "virtually EVERY (main and some relay) transmitters have some supposed work at present !" There are not enough engineering teams to be working on every transmitter at the same time which is why I went on to say "I must admit I find that a bit difficult to believe although there are further clearance changes to come over the next 2 years but not at Bluebell Hill AFAIK. "
It should also be noted that 85% is not an absolute limit, it is a guide, it will vary from set/brand to set/brand.
MikeP points out that the HD muxes COMs 7&8 are often transmitted at lower power than the other main muxes. At Bluebell Hill those two muxes are transmitted with 5.012 kiloWatts compared to the main muxes at 20 kiloWatts.
You mentioned your location in a previous post, you also mentioned your aerial is old, I'm sure you don't need telling that any degradation of connections and coax could affect different frequencies across the band slightly differently, so if you are still having problems with "weak signal" that may be the reason. However I also pointed out that it would be worth considering whether you have too much signal if you are close to the transmitter.
If the front ends of receivers are overloaded beyond a certain point (this can vary from brand/set to brand/set) they can indicate a "lower" signal strength than you actually have and quality may be degraded. So it's always worth giving your system a check-out.
I also agree with the points that MikeB makes about HD. As a Which? subscriber myself I have to say that some of the comments on more detailed technical aspects can be a bit ill-informed. Of course you really need a Full HD screen (not HD ready) to fully notice the differences.
|link to this comment|