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#broadcastengineering — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #broadcastengineering, aggregated by home.social.

  1. RE: graeber.social/@DGI/1165008910

    When I worked in #BroadcastEngineering in late 1990s, I saw then high tech kit which could have been used for making better #TV programmes (especially live broadcasts) instead being deployed to reduce headcount at TV stations and merge their playout centres (which is how UK commercial broadcaster #ITV went from 16 regions to just one company)

  2. RE: graeber.social/@DGI/1165008910

    When I worked in #BroadcastEngineering in late 1990s, I saw then high tech kit which could have been used for making better #TV programmes (especially live broadcasts) instead being deployed to reduce headcount at TV stations and merge their playout centres (which is how UK commercial broadcaster #ITV went from 16 regions to just one company)

  3. RE: graeber.social/@DGI/1165008910

    When I worked in #BroadcastEngineering in late 1990s, I saw then high tech kit which could have been used for making better #TV programmes (especially live broadcasts) instead being deployed to reduce headcount at TV stations and merge their playout centres (which is how UK commercial broadcaster #ITV went from 16 regions to just one company)

  4. RE: graeber.social/@DGI/1165008910

    When I worked in #BroadcastEngineering in late 1990s, I saw then high tech kit which could have been used for making better #TV programmes (especially live broadcasts) instead being deployed to reduce headcount at TV stations and merge their playout centres (which is how UK commercial broadcaster #ITV went from 16 regions to just one company)

  5. RE: graeber.social/@DGI/1165008910

    When I worked in #BroadcastEngineering in late 1990s, I saw then high tech kit which could have been used for making better #TV programmes (especially live broadcasts) instead being deployed to reduce headcount at TV stations and merge their playout centres (which is how UK commercial broadcaster #ITV went from 16 regions to just one company)

  6. Limited vs Full Range Video

    HDMI, DisplayPort, and SDI — What Engineers Keep Getting Wrong If you’ve ever seen: Gray blacks Crushed shadow detail Blown highlights A “washed-out” LED wall A QC rejection for “illegal levels” There’s a very good chance you were dealing with a range mismatch. Limited vs Full range video is one of the most misunderstood topics in AV engineering. And the confusion only gets worse when you move between HDMI, DisplayPort, and SDI. Let’s fix that. First: What […]

    blog.strangerproduction.com/20

  7. Limited vs Full Range Video

    HDMI, DisplayPort, and SDI — What Engineers Keep Getting Wrong If you’ve ever seen: Gray blacks Crushed shadow detail Blown highlights A “washed-out” LED wall A QC rejection for “illegal levels” There’s a very good chance you were dealing with a range mismatch. Limited vs Full range video is one of the most misunderstood topics in AV engineering. And the confusion only gets worse when you move between HDMI, DisplayPort, and SDI. Let’s fix that. First: What […]

    blog.strangerproduction.com/20

  8. Limited vs Full Range Video

    HDMI, DisplayPort, and SDI — What Engineers Keep Getting Wrong If you’ve ever seen: Gray blacks Crushed shadow detail Blown highlights A “washed-out” LED wall A QC rejection for “illegal levels” There’s a very good chance you were dealing with a range mismatch. Limited vs Full range video is one of the most misunderstood topics in AV engineering. And the confusion only gets worse when you move between HDMI, DisplayPort, and SDI. Let’s fix that. First: What […]

    blog.strangerproduction.com/20

  9. Limited vs Full Range Video

    HDMI, DisplayPort, and SDI — What Engineers Keep Getting Wrong If you’ve ever seen: Gray blacks Crushed shadow detail Blown highlights A “washed-out” LED wall A QC rejection for “illegal levels” There’s a very good chance you were dealing with a range mismatch. Limited vs Full range video is one of the most misunderstood topics in AV engineering. And the confusion only gets worse when you move between HDMI, DisplayPort, and SDI. Let’s fix that. First: What […]

    blog.strangerproduction.com/20

  10. Limited vs Full Range Video

    HDMI, DisplayPort, and SDI — What Engineers Keep Getting Wrong If you’ve ever seen: Gray blacks Crushed shadow detail Blown highlights A “washed-out” LED wall A QC rejection for “illegal levels” There’s a very good chance you were dealing with a range mismatch. Limited vs Full range video is one of the most misunderstood topics in AV engineering. And the confusion only gets worse when you move between HDMI, DisplayPort, and SDI. Let’s fix that. First: What […]

    blog.strangerproduction.com/20

  11. #NHS Estates gave security clearance for pictures of the #transmitter #infrastructure of #Ipswich #CommunityRadio to be published, you can now see what me and my friends hauled up to the top of the Maternity block and installed in the plantroom..

    #BroadcastEngineering #Suffolk #England #FM #VHF

    tx.mb21.co.uk/gallery/galleryp

  12. #NHS Estates gave security clearance for pictures of the #transmitter #infrastructure of #Ipswich #CommunityRadio to be published, you can now see what me and my friends hauled up to the top of the Maternity block and installed in the plantroom..

    #BroadcastEngineering #Suffolk #England #FM #VHF

    tx.mb21.co.uk/gallery/galleryp

  13. #NHS Estates gave security clearance for pictures of the #transmitter #infrastructure of #Ipswich #CommunityRadio to be published, you can now see what me and my friends hauled up to the top of the Maternity block and installed in the plantroom..

    #BroadcastEngineering #Suffolk #England #FM #VHF

    tx.mb21.co.uk/gallery/galleryp

  14. #NHS Estates gave security clearance for pictures of the #transmitter #infrastructure of #Ipswich #CommunityRadio to be published, you can now see what me and my friends hauled up to the top of the Maternity block and installed in the plantroom..

    #BroadcastEngineering #Suffolk #England #FM #VHF

    tx.mb21.co.uk/gallery/galleryp

  15. #NHS Estates gave security clearance for pictures of the #transmitter #infrastructure of #Ipswich #CommunityRadio to be published, you can now see what me and my friends hauled up to the top of the Maternity block and installed in the plantroom..

    #BroadcastEngineering #Suffolk #England #FM #VHF

    tx.mb21.co.uk/gallery/galleryp

  16. its also an indictment of the decline in public service #broadcasting that #STV (which used to be a European leader in #BroadcastEngineering as recently as the late 1990s/early 2000s) could only release a vertical #YouTube video and not even show the televisor in full action..

  17. its also an indictment of the decline in public service #broadcasting that #STV (which used to be a European leader in #BroadcastEngineering as recently as the late 1990s/early 2000s) could only release a vertical #YouTube video and not even show the televisor in full action..

  18. its also an indictment of the decline in public service #broadcasting that #STV (which used to be a European leader in #BroadcastEngineering as recently as the late 1990s/early 2000s) could only release a vertical #YouTube video and not even show the televisor in full action..

  19. its also an indictment of the decline in public service #broadcasting that #STV (which used to be a European leader in #BroadcastEngineering as recently as the late 1990s/early 2000s) could only release a vertical #YouTube video and not even show the televisor in full action..

  20. its also an indictment of the decline in public service #broadcasting that #STV (which used to be a European leader in #BroadcastEngineering as recently as the late 1990s/early 2000s) could only release a vertical #YouTube video and not even show the televisor in full action..

  21. Students in #Scotland have rebuilt a modern replica of the original #television set invented by #Scotsman John Logie #Baird - in time for October, when it will be 100 years after he first demonstrated it was possible to televise moving pictures.. #TV #BroadcastEngineering

    news.stv.tv/west-central/scots

  22. Students in #Scotland have rebuilt a modern replica of the original #television set invented by #Scotsman John Logie #Baird - in time for October, when it will be 100 years after he first demonstrated it was possible to televise moving pictures.. #TV #BroadcastEngineering

    news.stv.tv/west-central/scots

  23. Students in #Scotland have rebuilt a modern replica of the original #television set invented by #Scotsman John Logie #Baird - in time for October, when it will be 100 years after he first demonstrated it was possible to televise moving pictures.. #TV #BroadcastEngineering

    news.stv.tv/west-central/scots

  24. Students in #Scotland have rebuilt a modern replica of the original #television set invented by #Scotsman John Logie #Baird - in time for October, when it will be 100 years after he first demonstrated it was possible to televise moving pictures.. #TV #BroadcastEngineering

    news.stv.tv/west-central/scots

  25. Students in #Scotland have rebuilt a modern replica of the original #television set invented by #Scotsman John Logie #Baird - in time for October, when it will be 100 years after he first demonstrated it was possible to televise moving pictures.. #TV #BroadcastEngineering

    news.stv.tv/west-central/scots

  26. 1985: me and my friend from highschool experimenting with 2 transistor home built FM #transmitters, later #Stentor kit from the #Netherlands, transmitting between 105,6/105,7/105,8 MHz (depending on how much TX had drifted) and putting 1km "not spot" into comms for British Rail and Reading Buses on their then new Stornophone #VHF radio schemes (which bizarrely had mobile TX on 150+MHz and base on 105-106 MHz (this portion of the band wasn't officially allocated to broadcasting back then!)

    2025: working with my friends at #IpswichCommunityRadio doing it all legally on 105.7 - 50W TX power, stereo, digital soundprocessing, dynamic RDS, about 30-40km range, full telemetry on the transmitter and bandpass filter so we don't upset anyone else on the band.

    Listening to Em's 80s Hour of Fun last night (she featured 1985 on the episode) reminded me of this (and that 40 years have passed since I started being involved with #radio!)

    (en eindelijk na 40 jaar kan ik ook de andere kant van de bouwfolder (die was in het Nederlands geschreven) voor de Stentor lezen!)

    #FM #BroadcastEngineering

  27. 1985: me and my friend from highschool experimenting with 2 transistor home built FM #transmitters, later #Stentor kit from the #Netherlands, transmitting between 105,6/105,7/105,8 MHz (depending on how much TX had drifted) and putting 1km "not spot" into comms for British Rail and Reading Buses on their then new Stornophone #VHF radio schemes (which bizarrely had mobile TX on 150+MHz and base on 105-106 MHz (this portion of the band wasn't officially allocated to broadcasting back then!)

    2025: working with my friends at #IpswichCommunityRadio doing it all legally on 105.7 - 50W TX power, stereo, digital soundprocessing, dynamic RDS, about 30-40km range, full telemetry on the transmitter and bandpass filter so we don't upset anyone else on the band.

    Listening to Em's 80s Hour of Fun last night (she featured 1985 on the episode) reminded me of this (and that 40 years have passed since I started being involved with #radio!)

    (en eindelijk na 40 jaar kan ik ook de andere kant van de bouwfolder (die was in het Nederlands geschreven) voor de Stentor lezen!)

    #FM #BroadcastEngineering

  28. 1985: me and my friend from highschool experimenting with 2 transistor home built FM #transmitters, later #Stentor kit from the #Netherlands, transmitting between 105,6/105,7/105,8 MHz (depending on how much TX had drifted) and putting 1km "not spot" into comms for British Rail and Reading Buses on their then new Stornophone #VHF radio schemes (which bizarrely had mobile TX on 150+MHz and base on 105-106 MHz (this portion of the band wasn't officially allocated to broadcasting back then!)

    2025: working with my friends at #IpswichCommunityRadio doing it all legally on 105.7 - 50W TX power, stereo, digital soundprocessing, dynamic RDS, about 30-40km range, full telemetry on the transmitter and bandpass filter so we don't upset anyone else on the band.

    Listening to Em's 80s Hour of Fun last night (she featured 1985 on the episode) reminded me of this (and that 40 years have passed since I started being involved with #radio!)

    (en eindelijk na 40 jaar kan ik ook de andere kant van de bouwfolder (die was in het Nederlands geschreven) voor de Stentor lezen!)

    #FM #BroadcastEngineering

  29. 1985: me and my friend from highschool experimenting with 2 transistor home built FM #transmitters, later #Stentor kit from the #Netherlands, transmitting between 105,6/105,7/105,8 MHz (depending on how much TX had drifted) and putting 1km "not spot" into comms for British Rail and Reading Buses on their then new Stornophone #VHF radio schemes (which bizarrely had mobile TX on 150+MHz and base on 105-106 MHz (this portion of the band wasn't officially allocated to broadcasting back then!)

    2025: working with my friends at #IpswichCommunityRadio doing it all legally on 105.7 - 50W TX power, stereo, digital soundprocessing, dynamic RDS, about 30-40km range, full telemetry on the transmitter and bandpass filter so we don't upset anyone else on the band.

    Listening to Em's 80s Hour of Fun last night (she featured 1985 on the episode) reminded me of this (and that 40 years have passed since I started being involved with #radio!)

    (en eindelijk na 40 jaar kan ik ook de andere kant van de bouwfolder (die was in het Nederlands geschreven) voor de Stentor lezen!)

    #FM #BroadcastEngineering

  30. 1985: me and my friend from highschool experimenting with 2 transistor home built FM #transmitters, later #Stentor kit from the #Netherlands, transmitting between 105,6/105,7/105,8 MHz (depending on how much TX had drifted) and putting 1km "not spot" into comms for British Rail and Reading Buses on their then new Stornophone #VHF radio schemes (which bizarrely had mobile TX on 150+MHz and base on 105-106 MHz (this portion of the band wasn't officially allocated to broadcasting back then!)

    2025: working with my friends at #IpswichCommunityRadio doing it all legally on 105.7 - 50W TX power, stereo, digital soundprocessing, dynamic RDS, about 30-40km range, full telemetry on the transmitter and bandpass filter so we don't upset anyone else on the band.

    Listening to Em's 80s Hour of Fun last night (she featured 1985 on the episode) reminded me of this (and that 40 years have passed since I started being involved with #radio!)

    (en eindelijk na 40 jaar kan ik ook de andere kant van de bouwfolder (die was in het Nederlands geschreven) voor de Stentor lezen!)

    #FM #BroadcastEngineering

  31. The #Coomber schools #radio cassette pulls in the signal from #MidSuffolk even with just its internal #antenna (it does have to be in a particular part of the office to get any reception, but it works better than many modern receivers) #FM #VHF #BroadcastEngineering #CommunityRadio #Ipswich #Suffolk

  32. The #Coomber schools #radio cassette pulls in the signal from #MidSuffolk even with just its internal #antenna (it does have to be in a particular part of the office to get any reception, but it works better than many modern receivers) #FM #VHF #BroadcastEngineering #CommunityRadio #Ipswich #Suffolk

  33. The #Coomber schools #radio cassette pulls in the signal from #MidSuffolk even with just its internal #antenna (it does have to be in a particular part of the office to get any reception, but it works better than many modern receivers) #FM #VHF #BroadcastEngineering #CommunityRadio #Ipswich #Suffolk

  34. The #Coomber schools #radio cassette pulls in the signal from #MidSuffolk even with just its internal #antenna (it does have to be in a particular part of the office to get any reception, but it works better than many modern receivers) #FM #VHF #BroadcastEngineering #CommunityRadio #Ipswich #Suffolk

  35. The #Coomber schools #radio cassette pulls in the signal from #MidSuffolk even with just its internal #antenna (it does have to be in a particular part of the office to get any reception, but it works better than many modern receivers) #FM #VHF #BroadcastEngineering #CommunityRadio #Ipswich #Suffolk

  36. Monitoring the #transmitter #telemetry, dynamic #RDS and the audio on a car radio from #MidSuffolk (it is good, no overdeviation and the endstage is staying at a constant temperature of around 35 degrees Celsius)

    #CommunityRadio #BroadcastEngineering #Ipswich #Suffolk #EastAnglia #Radio #Broadcasting #Media

  37. Monitoring the #transmitter #telemetry, dynamic #RDS and the audio on a car radio from #MidSuffolk (it is good, no overdeviation and the endstage is staying at a constant temperature of around 35 degrees Celsius)

    #CommunityRadio #BroadcastEngineering #Ipswich #Suffolk #EastAnglia #Radio #Broadcasting #Media

  38. Monitoring the #transmitter #telemetry, dynamic #RDS and the audio on a car radio from #MidSuffolk (it is good, no overdeviation and the endstage is staying at a constant temperature of around 35 degrees Celsius)

    #CommunityRadio #BroadcastEngineering #Ipswich #Suffolk #EastAnglia #Radio #Broadcasting #Media

  39. Monitoring the #transmitter #telemetry, dynamic #RDS and the audio on a car radio from #MidSuffolk (it is good, no overdeviation and the endstage is staying at a constant temperature of around 35 degrees Celsius)

    #CommunityRadio #BroadcastEngineering #Ipswich #Suffolk #EastAnglia #Radio #Broadcasting #Media

  40. Monitoring the #transmitter #telemetry, dynamic #RDS and the audio on a car radio from #MidSuffolk (it is good, no overdeviation and the endstage is staying at a constant temperature of around 35 degrees Celsius)

    #CommunityRadio #BroadcastEngineering #Ipswich #Suffolk #EastAnglia #Radio #Broadcasting #Media

  41. The new #transmitter I tested last week was installed at #Ipswich #CommunityRadio today in plant room of the general hospital (antenna is on maternity block) along with a SIM for a better LTE network, we now have full 50W output and full telemetry/control available via the PC (which also does #soundprocessing and #RDS ), so I can check all this is working (including keeping an eye on the FM deviation and TX endstage temperature) from home or my office 20 km away.. #BroadcastEngineering #Suffolk

  42. The new #transmitter I tested last week was installed at #Ipswich #CommunityRadio today in plant room of the general hospital (antenna is on maternity block) along with a SIM for a better LTE network, we now have full 50W output and full telemetry/control available via the PC (which also does #soundprocessing and #RDS ), so I can check all this is working (including keeping an eye on the FM deviation and TX endstage temperature) from home or my office 20 km away.. #BroadcastEngineering #Suffolk

  43. The new #transmitter I tested last week was installed at #Ipswich #CommunityRadio today in plant room of the general hospital (antenna is on maternity block) along with a SIM for a better LTE network, we now have full 50W output and full telemetry/control available via the PC (which also does #soundprocessing and #RDS ), so I can check all this is working (including keeping an eye on the FM deviation and TX endstage temperature) from home or my office 20 km away.. #BroadcastEngineering #Suffolk

  44. The new #transmitter I tested last week was installed at #Ipswich #CommunityRadio today in plant room of the general hospital (antenna is on maternity block) along with a SIM for a better LTE network, we now have full 50W output and full telemetry/control available via the PC (which also does #soundprocessing and #RDS ), so I can check all this is working (including keeping an eye on the FM deviation and TX endstage temperature) from home or my office 20 km away.. #BroadcastEngineering #Suffolk

  45. The new #transmitter I tested last week was installed at #Ipswich #CommunityRadio today in plant room of the general hospital (antenna is on maternity block) along with a SIM for a better LTE network, we now have full 50W output and full telemetry/control available via the PC (which also does #soundprocessing and #RDS ), so I can check all this is working (including keeping an eye on the FM deviation and TX endstage temperature) from home or my office 20 km away.. #BroadcastEngineering #Suffolk