Digital Frequency List
Posted 10 June 2008 - 09:13 AM
Posted 10 June 2008 - 09:22 AM
Posted 10 June 2008 - 09:40 AM
Analogue picture was intermediate and when I connect the STB to the antenna I get nothing from 10 or SBS while 9 gives me pixelation and crackling from time to time. There is some sort of wierd antenna there now - has three twin arms on it, each on an arc, in front of each other - as if it is some sort of caravan antenna.
Posted 10 June 2008 - 09:49 AM
To answer your question, no, digital TV is not only in the VHF band. In general, in the metro areas, the commercial channels and ABC are in VHF Band III. SBS is usually in UHF Band IV.
In many country areas (non-metro) UHF frequencies are used for all the transmitters. Unfortunately the dba website which had this useful infomation in an easily searchable form is now defunct. The ABC website is useful to give a bit of an idea, certainly for their channel.
Posted 10 June 2008 - 10:26 AM
MT Dandenong is on VHF (Band 3) and UHF (Band 4) these are Ch 6, 8, 11,12 and 29, both Safety Beach and Rosebud are UHF (Band 5) these are Ch 51,54,57,60,63.
Posted 10 June 2008 - 10:29 AM
I have kept looking and found the "Melbourne Antenna Selection Guide" PDF from Matchmaster and it looks like Rosebud is the nearest transmitter, listing UHF for analog channels 7,9,10 as well as UHF for all digital channels with 'vertical' polarity and 'directional' pattern (Safety beach shows the same except 'horizontal' polarity and has 2 and 28 as UHF also) - the doc Shonky linked to agrees with this.
Don't know if this means I should go for a 43 or 91 element UHF X type antenna of a phased array antenna - any thoughts?
Posted 28 June 2008 - 04:47 PM
Posted 29 June 2008 - 07:59 PM
Read Get the Best Reception, Melbourne and read the links.
Why do you have it in for translators? there is 3707 analog and 950 digital transmitters in Australia. If what you say is such a problem, then why is there not more screaming? Long distance reception over water is not without its problems either. The temperature changes between the air and the water causes the signals to bend away from the antenna at different times.