Any comment on this, found during research?

"XXX began installing aerials in 2006, and have continued ever since.
The firm maintains the company culture centered around the innovation
of digital technology. Primarily to give our clients the highest
digital service on the market.

"It should be noted, current aerials will be able to collect digital
TV to some extent. However, they were constructed for correspondent
signals. So there will be a difference in the quality of the picture.
Especially with ancient systems. Also, old aerials would have been
fitted to pick up limited variety of signals. Hence, they would be at
the local analogue receiver.

"Additionally, Analogue equipment corrupts over time. Yet is not
visible with the analogue signals. Because the image also worsens
gradually.

"However, with digital picture, it stays the same up until it achieves
a crucial juncture. Then the image suspends or disappears entirely. If
necessary, a new aerial system is constructed exclusively to enhance
digital communications.

"Furthermore, High gain aerials, of a big size, will enhance image
excellence. Even in areas of low reception. Therefore, preventing
digital disintegration. Therefore boosting the number of stations that
can be obtained."

On Mon 25/03/2024 20:11, Scott wrote:
> Any comment on this, found during research?
>
> "XXX began installing aerials in 2006, and have continued ever since.
> The firm maintains the company culture centered around the innovation
> of digital technology. Primarily to give our clients the highest
> digital service on the market.
>
> "It should be noted, current aerials will be able to collect digital
> TV to some extent. However, they were constructed for correspondent
> signals. So there will be a difference in the quality of the picture.
> Especially with ancient systems. Also, old aerials would have been
> fitted to pick up limited variety of signals. Hence, they would be at
> the local analogue receiver.
>
> "Additionally, Analogue equipment corrupts over time. Yet is not
> visible with the analogue signals. Because the image also worsens
> gradually.
>
> "However, with digital picture, it stays the same up until it achieves
> a crucial juncture. Then the image suspends or disappears entirely. If
> necessary, a new aerial system is constructed exclusively to enhance
> digital communications.
>
> "Furthermore, High gain aerials, of a big size, will enhance image
> excellence. Even in areas of low reception. Therefore, preventing
> digital disintegration. Therefore boosting the number of stations that
> can be obtained."

The biggest load of blx I have ever read.

Where's Bill when you need hm.......

Woody <harrogate3@ntlworld.com> wrote:
> On Mon 25/03/2024 20:11, Scott wrote:
>> Any comment on this, found during research?
>>
>> "XXX began installing aerials in 2006, and have continued ever since.
>> The firm maintains the company culture centered around the innovation
>> of digital technology. Primarily to give our clients the highest
>> digital service on the market.
>>
>> "It should be noted, current aerials will be able to collect digital
>> TV to some extent. However, they were constructed for correspondent
>> signals. So there will be a difference in the quality of the picture.
>> Especially with ancient systems. Also, old aerials would have been
>> fitted to pick up limited variety of signals. Hence, they would be at
>> the local analogue receiver.
>>
>> "Additionally, Analogue equipment corrupts over time. Yet is not
>> visible with the analogue signals. Because the image also worsens
>> gradually.
>>
>> "However, with digital picture, it stays the same up until it achieves
>> a crucial juncture. Then the image suspends or disappears entirely. If
>> necessary, a new aerial system is constructed exclusively to enhance
>> digital communications.
>>
>> "Furthermore, High gain aerials, of a big size, will enhance image
>> excellence. Even in areas of low reception. Therefore, preventing
>> digital disintegration. Therefore boosting the number of stations that
>> can be obtained."
>
> The biggest load of blx I have ever read.
>
> Where's Bill when you need hm.......
>
>

Looks like the output of ChatGPT after it’s been on a night on the town.

On Mon, 25 Mar 2024 22:09:15 +0000, Woody <harrogate3@ntlworld.com>
wrote:

>On Mon 25/03/2024 20:11, Scott wrote:
>> Any comment on this, found during research?
>>
>> "XXX began installing aerials in 2006, and have continued ever since.
>> The firm maintains the company culture centered around the innovation
>> of digital technology. Primarily to give our clients the highest
>> digital service on the market.
>>
>> "It should be noted, current aerials will be able to collect digital
>> TV to some extent. However, they were constructed for correspondent
>> signals. So there will be a difference in the quality of the picture.
>> Especially with ancient systems. Also, old aerials would have been
>> fitted to pick up limited variety of signals. Hence, they would be at
>> the local analogue receiver.
>>
>> "Additionally, Analogue equipment corrupts over time. Yet is not
>> visible with the analogue signals. Because the image also worsens
>> gradually.
>>
>> "However, with digital picture, it stays the same up until it achieves
>> a crucial juncture. Then the image suspends or disappears entirely. If
>> necessary, a new aerial system is constructed exclusively to enhance
>> digital communications.
>>
>> "Furthermore, High gain aerials, of a big size, will enhance image
>> excellence. Even in areas of low reception. Therefore, preventing
>> digital disintegration. Therefore boosting the number of stations that
>> can be obtained."
>
>The biggest load of blx I have ever read.
>
>Where's Bill when you need hm.......

That's what I thought as I disqualified them from the tender list.

On 19/03/2024 23:08, SH wrote:
> Another is do do aaway with the BBC and ITV regions to permit national
> PSB channels so the PSB1, PSB2 and PSB3 become a SFN.

As I understand it SFNs don't work very well even with DVB-T2. The
symbol rate is still too high for the typical distances between our
transmitters.

--
Brian Gregory (in England).

On 26/03/2024 15:40, Brian Gregory wrote:
> On 19/03/2024 23:08, SH wrote:
>> Another is do do aaway with the BBC and ITV regions to permit national
>> PSB channels so the PSB1, PSB2 and PSB3 become a SFN.
>
> As I understand it SFNs don't work very well even with DVB-T2. The
> symbol rate is still too high for the typical distances between our
> transmitters.
>
Indeed, keeping everything else equal, you have to reduce the payload,
to increase that geographical separation.

On Tue, 26 Mar 2024 13:34:31 +0000 (GMT+00:00), "Graham. "
<graham-usenet@mail.com> wrote:

> Mike Harris Aerial & Satellite is a trading name of Aerial
> Services Scotland Ltd | Unit 1, 3 Bowerwalls Place, Barrhead, G78
> 1BF.
>
>Registered Company No: SC296435

I redacted this detail to protect the guilty :-)

On 25/03/2024 20:11, Scott wrote:
> Any comment on this, found during research?
>
> "XXX began installing aerials in 2006, and have continued ever since.
> The firm maintains the company culture centered around the innovation
> of digital technology. Primarily to give our clients the highest
> digital service on the market.
>
> "It should be noted, current aerials will be able to collect digital
> TV to some extent. However, they were constructed for correspondent
> signals. So there will be a difference in the quality of the picture.
> Especially with ancient systems. Also, old aerials would have been
> fitted to pick up limited variety of signals. Hence, they would be at
> the local analogue receiver.
>
> "Additionally, Analogue equipment corrupts over time. Yet is not
> visible with the analogue signals. Because the image also worsens
> gradually.
>
> "However, with digital picture, it stays the same up until it achieves
> a crucial juncture. Then the image suspends or disappears entirely. If
> necessary, a new aerial system is constructed exclusively to enhance
> digital communications.
>
> "Furthermore, High gain aerials, of a big size, will enhance image
> excellence. Even in areas of low reception. Therefore, preventing
> digital disintegration. Therefore boosting the number of stations that
> can be obtained."

This is a ChatGPT response!