Digital TV Reception Issues in Buildings in Newcastle
- Foxtel compliant FTA / Pay TV MATV System designs, installations, repairs and maintenance.
- Over 50 years' experience in commercial projects
- Full-service support from install to upgrades
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Digital Reception Problems Diagnosed Properly
Digital TV reception issues in buildings are deceptive. Unlike analogue signal problems that showed up as a snowy or washed-out picture, digital faults tend to present as pixelation, freezing or a complete loss of certain channels, and the cause isn't always obvious from the symptoms alone. A building that received a full signal perfectly well twelve months ago can develop reception issues as infrastructure ages, cabling deteriorates or external factors like nearby construction or changes to the broadcast network affect signal levels at the headend. Our team at MATV Systems has been diagnosing and resolving digital TV reception issues in buildings across Newcastle and the wider region for over 50 years.
- Professional FSM signal testing throughout the building
- Digital reception issues diagnosed accurately and efficiently
We use professional FSM signal meters to measure signal levels at every critical point in the distribution network and build an accurate picture of where performance is falling short, so call us today on
0412 790 222 to learn more.
Restoring Consistent Reception Throughout Your Building
Resolving digital TV reception issues in a multi-dwelling building isn't always as simple as replacing a single component. In some cases the fault lies at the antenna, in others it's a failing amplifier, deteriorated cabling or a headend component that's no longer processing the signal correctly. The only way to know for certain is to test methodically throughout the entire distribution network rather than making assumptions based on the reported symptoms.
- Methodical testing from antenna input to every outlet
- Repairs confirmed with end-to-end signal testing
We carry out thorough end-to-end signal testing from the antenna input through to individual outlets across every floor, identifying every point where signal levels fall outside acceptable parameters. Repairs are then carried out with the specific cause of each fault confirmed rather than guessed at, which is what ensures the fix actually lasts. Get in touch with the team at MATV Systems to arrange a building inspection and signal test.
Why does digital TV pixelate or freeze in some parts of a building but not others?
Digital TV pixelation and freezing occurs when signal levels drop below the threshold required for reliable decoding. In a multi-dwelling building, signal strength varies across different parts of the distribution network depending on cable run lengths, the number of splitters and taps between the headend and the outlet and the condition of the cabling in each section. Units further from the headend or on branches with ageing components are often the first to experience reception issues as the system deteriorates.
Can changes to the broadcast network affect digital TV reception in an apartment building?
Yes. Changes to transmission infrastructure, tower upgrades or adjustments to broadcast frequencies can affect signal levels at a building's rooftop antenna, which in turn impacts reception quality throughout the distribution network. OptiComm network changes that removed FTA TV delivery from some fibre sites are a recent example of an external network change that directly affected digital TV reception in affected buildings across the region.
What is the difference between a digital TV reception issue and an MATV system fault?
In practice the two are closely related. A digital TV reception issue in a multi-dwelling building is almost always caused by a fault or deficiency within the building's MATV system rather than a problem with the broadcast signal itself. The MATV system is responsible for receiving, processing and distributing the digital signal throughout the building, so any weakness in that infrastructure will manifest as a reception issue at the outlet end.
