New added Frequencies to an adjacent satellite with power levels of 50 watts approx. that
may cause interuption to low power transponders on Astra 28.2º East which are approximately 10 Watts ( the power level on the Costa Blanca).
Because of the difference in power levels the weaker frequencies could get swamped.
This satellite is only 2.2º away from Astra.
(1) 26.0°E Badr 4 10714.00 H, is approx. 50 watts
Occasional Feeds, data or inactive frequency
This is the same frequency as Channel 4, Film 4 etc
The same applies to the following frequencies
(2) 26.0°E Badr 5 10729.00 V
Occasional Feeds, data or inactive frequency
This is the same frequency as Channel 4 +1, More 4, E4 etc.
(3) 26.0°E Badr 4 10906.00 V
Occasional Feeds, data or inactive frequency
This is the same frequency as ITV3, ITV 3+1, STV, UTV, ITV 1+1 etc
If this causes problems with the above TV channels there may be " picture pixilation" and tempoaray loss, nothing can be done to improve the problem.
Community TV on the Costa Blanca see us at www.connectcom.tv, 100's of houses connected to a single Satellite dish, Single cable and multi-cable, look at our Website for new IPTV systems(TV via Broadband)
Wednesday 19 October 2011
Friday 14 October 2011
Cable TV Decoders Set up instructions
Set up instructions for the Cable TV decoders we have supplied in the past 3 years.
Humax Fox CII Cable TV decoder
link http://connectcom.tv/humax.pdf
CityCom CCR 582 Cable TV decoder
link http://connectcom.tv/CityComCCR582.pdf
IPOWNER WAV 1200-C Cable TV Decoder
link http://connectcom.tv/IpownerSetup.pdf
Delta Telecom Cable TV Cable decoder
link http://connectcom.tv/DeltaTelecomSetup.pdf
Kathrein UFC 662sw Cable TV HDMI/Upscaler decoder
link http://connectcom.tv/Kathrein%20UFC%20662_%20Setup.pdf
Humax Fox CII Cable TV decoder
link http://connectcom.tv/humax.pdf
CityCom CCR 582 Cable TV decoder
IPOWNER WAV 1200-C Cable TV Decoder
link http://connectcom.tv/IpownerSetup.pdf
Delta Telecom Cable TV Cable decoder
link http://connectcom.tv/DeltaTelecomSetup.pdf
Kathrein UFC 662sw Cable TV HDMI/Upscaler decoder
link http://connectcom.tv/Kathrein%20UFC%20662_%20Setup.pdf
Monday 10 October 2011
New Cable TV Receiver with Upscaling to HD quality and HDMI output
New DVB-C receiver with Common Interface ( UFC 662 sw)
New HDMI Cable TV Set top Box with upscaling to 576p, 720p and 1080p
This new box is suitable for the reception of digital cable TV and radio
programmes.
An HDMI interface enables the unit to be connected to an HD compitible flat-screen TV, while a built-in upscaler processes the picture for optimal viewing comfort.
Features include: EPG, guided first installation with national programme
lists, electrical audio output for Dolby Digital (AC 3), a video Cinch output and
videotext with an 800-page memory capacity.
The receiver is available in black.
We have reviewed this product and add that the picture quality is excellent with HD quality, ideal for the discerning viewer
125.00€ incl IVA
loss of TV signal at around 11.30 am each day for approx 15- 30 minutes
Possible loss of TV signal at around 11.30 am each day reference TV signals on the Costa Blanca from Astra 28.2ºE
Possible cause Autumnal Equinox
We have tested the dishes and at 11.30 am the sun is directly behind the LNB and causes a shadow to be projected to the "centre" of the dish, this will support the theory below as the LNB will amplify any electromagetic noise that is concentrated on the centre of the dish and cause the LNB to produce a signal that crash it's output, hence signal loss (outage). The LNBs used on the Costa Blanca are high gain, usually coupled to large high gain Satellite dishes 1.8m, 2.4m and 3.1m. Even then the average signal is only 10 watts as opposed to 50 watts in the UK, these signals are vulnerable to any interference.
An equinox occurs twice a year, when the tilt of the Earth's axis is inclined neither away from nor towards the Sun, the center of the Sun being in the same plane as the Earth's equator. These Satellite dishes (earth stations) at around noon every day will be in a straight line between the Sun and the Earth, so strong electromagnetic waves generated by the sun directly shine on the earth station (dish)antenna.
Scientific Quote
"The elevated temperature of the sun causes it to transmit a high-level electrical noise signal to receiving systems whenever it passes behind the satellite and comes within the beams of the receiver antennas. The increase in noise is so severe that a signal outage usually results. The length and number of the outages depends on the latitude of the earth station and the diameter of the antenna. A 3-metre antenna, the outages occur over 15 - 20 days, with a duration of approx. 30 minutes."
Possible cause Autumnal Equinox
We have tested the dishes and at 11.30 am the sun is directly behind the LNB and causes a shadow to be projected to the "centre" of the dish, this will support the theory below as the LNB will amplify any electromagetic noise that is concentrated on the centre of the dish and cause the LNB to produce a signal that crash it's output, hence signal loss (outage). The LNBs used on the Costa Blanca are high gain, usually coupled to large high gain Satellite dishes 1.8m, 2.4m and 3.1m. Even then the average signal is only 10 watts as opposed to 50 watts in the UK, these signals are vulnerable to any interference.
An equinox occurs twice a year, when the tilt of the Earth's axis is inclined neither away from nor towards the Sun, the center of the Sun being in the same plane as the Earth's equator. These Satellite dishes (earth stations) at around noon every day will be in a straight line between the Sun and the Earth, so strong electromagnetic waves generated by the sun directly shine on the earth station (dish)antenna.
Scientific Quote
"The elevated temperature of the sun causes it to transmit a high-level electrical noise signal to receiving systems whenever it passes behind the satellite and comes within the beams of the receiver antennas. The increase in noise is so severe that a signal outage usually results. The length and number of the outages depends on the latitude of the earth station and the diameter of the antenna. A 3-metre antenna, the outages occur over 15 - 20 days, with a duration of approx. 30 minutes."
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