If you are looking for a Sydney TV repair service then you’ve come to the right place. After navigating this blog and our website I think you’ll find that Tech 1 is the No.1 Electronic Repair Centre for the North Shore, Southern Sydney, Campbelltown, Illawarra, Canberra, Highlands, Nowra, Batemans Bay and surrounding areas.
Our company consists of over 15 employees, which includes eight highly qualified and experienced technicians which are all ready to repair your home entertainment products. Being in business for over 15 years, we are constantly expanding and growing. But best of all we are at the top of the game and up to date with all your repair needs.
Because we are able to keep up with the latest technological advances, we are already fully trained service specialists in the full range of the new 3D products. Our technicians have undergone all the necessary courses to ensure they are qualified to give you the best service without delay in learning about your products first. This means we are ready now and you won’t have to wait for weeks to get your products repaired, in case they are broken or not working properly.
Customer service has always been our Number 1 motto and we believe this is a major reason why we have been listed as one of the highest recommended repair centres in the nation for extended warranty repairs.
So when things go wrong, and you want them fixe quickly… you have come to the right place. Have a further look around or if you need something fixed urgently, you can call us direct right now on 1300 899 963.
We look forward to hearing from you.
The Tech 1 Team
Well, it’s 2011 already! What better way to start the 2011 with a new free digital channel, the good people at network ten are releasing a new channel on the 11/01/2011 called ELEVEN. This channel is targeted for teen/young adults and will be hosting shows such as The Simpsons, Neighbours and Californication.
To view this channel on the 11th, all you need is a TV with a digital tuner, or any SD or HD digital set top box connected to your TV. The channel is Standard Definition so does not require a High Definition TV or set top box to work. This channel should just work for most people when it’s released. It’ll be allocated to channel number 11 (Makes sense…), however some TV’s may need to run through it’s auto tuning process which simply involves going into the televisions menu using the remote, selecting “Setup” and performing the Automatic Tuning. This process varies accross different brands/models of TV so if you run into trouble you can always refer to your owners manual, if your still having trouble then your more then welcome to contact us to see if we can guide you through the process on 1300 899 963.
Theres nothing better then turning on your new high definition plasma or LCD TV to see these beautiful crisp images and lovely sounds. What’s better is the massively expanding amount of content, new channels have been popping up on every angle! We’re very happy to see most of the problems with free-to-air digital television ironed out over 2010, and we’re very excited to see where it’s at by the end of 2011, I’m personally hoping to see more content for 3D TV’s!
So, just when you think you’ve seen everything, the innovative people at SHARP decide to throw you a curve ball… As it turns out, none of us have ever seen the colour yellow on TV before. I found this hard to believe considering I spent the majority of my childhood prime times glued to the TV set watching the Simpsons, so… Where’s the need for SHARP to introduce us to this yellow pixel?
We need to clear something up here. There is actually a noticable difference between true yellow and the yellow displayed on current televisions. See, the way your TV displays colours is mixing a combination of 3 primary colours – red, blue and green. These 3 elements together make a single pixel, we can now call this Tri-Pixel technology, or standard pixels. The colour yellow is hard to achieve with this system, and there is a very low combination of the types of yellow you can create. The quad pixel technology takes this all one step further. It adds the yellow pixel into the pie and allows for even more combinations of colours with stunning results.
Like all new technology, theres a sore point. Because we’ve been using the standard RGB combination over the years, current signals only allow for RGB signals, so the SHARP TV must have to use processing to acheive the promised results. This isn’t a problem though, it just means there will be a wait for blu-ray players and TV signals to start encoding the yellow pixel into the signals, the exact same scenario as with 3D TV’s.
So the question we’re all asking, is it worth it? This is a hard one to answer. There is definitly a need for it in some applications, and the future needs awesomeness and giving a true mix of colours is the next logical step, but I’m still working under the impression that Homer Simpson is, and always has been yellow!
Needless to say, SHARP have always made impressive display products, and I normally get a little excited when one which comes in for repair. The quality of these things are amazing and unfortuently (for me) they don’t fail very often at all. And after seeing the demonstration model of the SHARP Quattron LED TV I’ve become very excited about the sudden innovations in television technology.
I have to applaud the television advertisment I first seen, I thought it was spot on! I figured it’ll be hard to show the benefits of a yellow pixel using a television commercial displayed on TV’s without the yellow pixel… See it for yourself.
3D got thrown hard into the spotlight last year. With the help from James Camerons’ Avatar, 3D fast became the focal point of technology for 2010. 2011 is set to expand on 3D technologies even further. The hype makes sense, apart from Avatars terrible story, the 3D visuals we’re stunning, and it showed the world the possibilities of extending the entertainment capabilities of future televisions and home entertainment.
The major drawback of 3D at the moment is the need to use the glasses. If you seen any 3D movie at the cinema, and used a 3DTV you will notice a few differences in the glasses. The glasses at the cinema needed no battery, just put them on and watch, perfect! So why do 3DTV’s use powered glasses (Better known as Active 3D Glasses). The reason behind this is simple enough, at the cinema the picture for each eye is actually projected onto the screen simultaneously. The light of each picture (Left eye picture, Right eye picture) is polarized a different way, either vertically or horizontally, just like polarized sunglasses they only let light in which is polarised in it’s set direction.
3D TV currently uses a different method to produce the 3D effect. The glasses needs the batteries to run the two LCD panels inside the glasses, one for each eye. LCD panels have the ability to either allow light to pass, or block light all together. So what actually happens is, the TV will show an image for the left eye, then right eye, then left eye etc… As this is happening the television transmits a signal to the glasses to tell it which eye should be on, which off. Technically your only looking through one eye at a time, but because this all happens so fast your brain doesn’t percieve the difference and just renders both images together as a complete 3D image! What it does percieve, however, is a less vibrant picture, partly due to the flickering glasses, but mostly because polarized panels can’t be 100% clear.
The best news is, 3D Televisions won’t always require the glasses for too long. Infact, Toshiba and other companies are working on a 3DTV using a special lens which directs the left/right images into the appropriate eye. We’ll have to wait and see how this works out, until then, we can enjoy the occasional 3D movie or game on our Plasma TV by proudly wearing our unsightly goggles.
What’s the difference between LCD and LED TV’s? This is a question I get asked a lot, it has a very simple answer. LCD TV’s have been around for a while now, infact LCD technology was discovered in the late 1800′s. Since the 70′s we’re seeing a massive increase in their use, from calculators to watches to computer monitors and televisions.
In computer monitors and televisions the LCD panel needs to pass light through it to be able to see the image. Before LED (Light Emitting Diode) backlighting they used fluro lamps or similar lighting, this required a thick back on the unit to accomodate the lights. Now they use LED backlighting which allows a smaller cabinet for your TV (we’re talking 1-2mm thick) and more evenly distributed lighting to allow a clearer picture. LED backlighting also has a much lower environmental footprint, requring much less power to operate then standard backlighting. So essentially, your still buying an LCD TV, it’s just got a smaller profile and a different name.
Just a side note: LCD manufacturers are also doing something kind of cool. They’re allowing some LED’s to become dimmer then others actively, to allow better contrasting (deeper blacks, brighter colours) in the picture.
I was just watching a video on gizmodo demonstrating a technology which will allow you to watch 3D content without needing the shutter glasses. I think I’ll spend too much time watching and laughing at other viewers then the TV program itself.
Us guys at Tech1 love when new products are released to the market. Coming soon is the new lineup of projectors by Panasonic. Two models will be included, the AR100E, which is great for watching high definition movies or playing video games. Given my experience with previous models, Panasonic make some awesome projectors so this one should not be overlooked if you are looking for a massive screen for your home, it’ll make 100 inches worth of screen on any wall of your home…
For those 3D lovers out there, Panasonic will not dissapoint you. The AE7000E has also been announced, with a better overall picture quality then the forementioned model, the AE7000E will also play 3D movies. To acheive this, it uses the “Passive Glasses” technique, the battery-less filtered glasses that you will see at the cinemas, opposed to the active glasses which have caused a lot of people annoyances in the past. This should make 3D viewing perfect, as there’s no charging time needed for the glasses, just pick them up and go!!! Oh… That, plus these glasses are very inexpensive compared to the active models.
In terms of 3D picture quality, I’m yet to test it, however, word on the street say’s it’s “up there”. We don’t expect to see any Panasonic product during the first 12 months, however, fingers crossed someone may bring one in for whatever reason. I just hope they supply the glasses, a 3D bluray movie… And some popcorn.