Posts Tagged ‘Sky’

What cabling should be installed when building?

Monday, August 31st, 2009

Legion Enterprises can precable your new home for all of the things discussed below, or if you prefer to do it yourself can supply everything you need at competitive prices.

By far the easiest time to install any cabling in a house is when it is at the framing stage of being built, with the roof and exterior cladding on, but before any insulation etc is put up. Of course, the problem is in knowing what cables you’ll need in the future for things that haven’t been invented yet. Often though, even what you need now isn’t done correctly if you leave it up to the electrician that’s doing the rest of the house. Even if you don’t terminate the cables, you know they will be there if you need them, and in the long run it can save many expensive hours running them once the house is finished, or the unsightly scenario of external cabling.

It pays to run all your cables to one location, preferably fairly central in the house to minimise signal degredation over long distances. This hub location could be in a cupboard, garage or ceiling space, but preferably somewhere reasonably accessable. You can purchase the likes of a Hills Home Hub or Hubbell enclosure which can utilise modular type distribution units, or simply screw your splitters etc onto a board. You will usually need a double power point installed too. From here cables will run to your TV aerial and/or satellite dish, all your TV outlets, Sky decoders, phone and data jacks, infrared repeaters and anything else you need. You can house your router etc for your internet in the hub as well, though consideration of wireless signals is required.

All cables should be labeled at both ends
. There is nothing worse for an installer than getting to a job and finding there are 20 or more cables with no idea of which one goes to where. Labels can be as simple as white electrical tape with the name of the room written on it. Make sure the labels aren’t right at the end of the cable or they will be cut off when the cable is terminated – 150mm from the end is pretty safe.

As a bare minimum we recommend that you have the necessary cables installed for a Sky decoder (including a phone jack) in the lounge and the dining room as well as to reticulate it to other rooms in the house. Standard TV points should be installed to the lounge, dining and master bedroom if not to the other bedrooms too.

With Sky’s MySky HDi decoders fast becoming the standard Sky decoder, and the introduction of Skys quad LNB, there is a need for more coax cables to be installed. Each HDi decoder (or position where one may be installed) should be configured with dual coax feeds for the dish, an aerial and return feed, as well as a phone jack.

Wall mounted flatscreen TVs seem to cause people a few problems. Firstly ask your builder to put extra timber in the wall to fix the TV mount to. A 10″x2″ between two studs at the height you think you want the TV centred at is ideal (often there is an offcut from a beam lying around), but even a 4″x2″ is better than nothing. Make a note (and take photos) of where it is! As far as cabling for a wall mounted TV goes, you’ll need to decide where you will have any AV equipment (DVD players, Sky and Freeview decoders, home theatre receivers etc) and run, as a minimum, HDMI and RF cables. You’ll also need a power point for the TV. Modern high end Home Theatre (HT) receivers can take just about any video signal, and upscale it to HDMI, so you would only need the one HDMI cable to cover most bases, and the RF cable to feed UHF signals to a TV with Freeview in. If you don’t have a fancy HT receiver, or none at all, you will need more cables. For a more basic receiver component and composite video cables are usually needed. If you don’t have a HT receiver at all, you’ll also need stereo audio for both of those cables. The HDMI cable will be needed in the future, so don’t leave it out even if you don’t need it now. If doesn’t hurt to put in a length of Cat5e (or Cat6) from the TV to where your AV equipment will be housed, as well as one back to the hub location. The Cat5e can be used for phone, data, infrared, as well as a number of other things.

Projectors aren’t overly common but they can certainly be a great addition to your Home Theatre setup. Cabling for them is fairly straight forward. Have the electrician install a power point on the ceiling (check your projector’s specs for the optimum distance from the screen), and the builder add timber in line with the centre of the screen for the mount. Modern projectors will take an HDMI feed, and that may be all you need. Others may need component or S-Video (you may want to put one or both of these in to keep your input options open).

Data cabling is to some degree becoming more redundant with wireless technology improving all the time, but there are many scenarios where it is still very useful. With more wireless products available, there is more chance of interference, which may not stop it from working, but it may cause speed degredations – correctly installed wired cable is virtually immune from interference. Speeds are still much better through cable – 1000Mb/s compared to 320Mb/s. More and more devices are becoming internet ready too, MySky decoders, TIVO, game consoles, TVs etc, and many of these need to be hard wired, or use expensive wireless adapters. Use of Media Centre type PCs is also on the rise as an alternative to TIVO type boxes. Consider installing data cabling to any Sky points, main TV locations, and the study. Wireless can then be used for any laptops and other portable equipment.

Infrared repeaters allow the use your remote away from where the actual device is housed. This may be as simple as changing the Sky channel from another room, or you may want all your Home Theatre equipment out of sight in a cupboard. As with data cabling, it can be done wirelessly, but there are often interference problems, and it usually costs more to get extra receivers than to use a multiroom wired system. Most wired systems will use Cat5e cabling, with a receiver by each TV, and transmitters at the equipment end. The unit itself is generally installed in your hub.

Surround sound speaker cabling is often overlooked, despite a large percentage of people now having a surround setup of some sort. The cabling you install will depend largely on your choice of speakers. Small satellite speakers can be installed up in the corners of your room, and don’t require a heavy gauge cable. These usually don’t need to be terminated at a wall socket at the speaker end as the speaker is often mounted right over where the cable emerges through the wall. Larger floorstanding speakers will require larger cable of at least 1.5mm or you may lose clarity in the lower frequencies and are often terminated to a wallplate.

Other satellite channels available in NZ

Wednesday, May 6th, 2009

There are quite a number of channels other than the Freeview ones available from a satellite dish in New Zealand. A large number of these are foreign language channels, or religious (predominantly Christian). Most of these channels are on a different satellite to those used by Sky (Optus D1 & C1) and Freeview (Optus D1) which means that you will need to do one of three things – re-align your existing dish (losing the Sky and Freeview channels on D1), install a second dish (not always practicable, and usually unsightly), or get a setup that allows use of all the satellites at once. There are also other channels available from other satellites, but those generally require larger dishes (1m – 3m) and most are C band.

Satellite positions (degrees from true North, not magnetic North given)

  • Optus D1 – 160.0°E (Sky and Freeview)
  • Optus C1 – 156.0°E (Sky)
  • Optus D2 – 152.0°E (previously B3)
  • IntelSat 5 – 169.0°E (C band)

A multi satellite dish setup can vary quite a bit. A dual LNB can be used, most only have a 4° separation on the throats however (like the Sky Dual LNBs), which doesn’t allow for use with Freeview and the channels on D2. Some do have an 8° separation, but the ones we’ve tried have not worked well with a 60cm Sky dish, and will require the use of a larger dish. The best setup we’ve found uses multiple single LNBs in a specially designed holder. These are available in different varieties, a twin LNB setup with 8° separation, and a triple LNB setup with 4° between each one. These do require a larger dish in order to get good signal levels on all LNBs.

For Freeview and the D2 channels a twin setup with a simple 22KHz switch is perfect as a single decoder can be used for all channels, and can automatically change between the LNBs by outputting a 22KHz tone through the cable to the dish. If more than one decoder is used with this setup however a multi-switch is required to be able to use the two LNBs simultaneously (if one decoder is set to a Freeview Channel, and another to a D2 channel for instance).

If Sky and the D2 channels are required, a triple LNB setup and a multi-switch will be required. Sky decoders need access to both D1 and C1, and the Free-To-Air decoder needs to access D2. The multi-switch allows use of all three LNBs independently, so multiple decoders can be used at once, and MySky HD decoders will be able to correctly access the two LNBs they need simultaneously.

We also have available a quad LNB setup on a 1.2m C band dish that can receive D1, D2, C1 and IntelSat 5. This is available as either a ground mount, or pole mount (can be roof mounted).

Available TV and radio channels

The list below has the transponder frequency and polarity as well as the symbol rates for those who are trying to set their decoders to receive these channels. Some channels may not be available to all systems (those on the vertical polarity when using a multi-switch for example).

Optus D2

Transponder Freq & Polarity Channel Name Symbol Rate & FEC
12394 V The Goanna 22500 3/4
12407 V Aurora Tuning Info 30000 2/3
Sport 927 30000 2/3
12425 H Aghapy TV 22500 3/4
Telepace 22500 3/4
CTV (Egypt) 22500 3/4
12519 V Supreme Master TV 22500 3/4
Apostolic Oneness Network 22500 3/4
12546 V GlobeCast Australia 22500 3/4
RTS Satelit 22500 3/4
3ABN International 22500 3/4
NHK World TV 22500 3/4
Al-Iraqiya TV 22500 3/4
Radio Mir Medjugorje 22500 3/4
3ABN Radio 22500 3/4
12608 H Ishtar TV 22500 3/4
Kurdistan TV 22500 3/4
Satellite Community TV 22500 3/4
12644 V TBN Asia-South Pacific 22500 3/4
JCTV 22500 3/4
The Church Channel 22500 3/4
Smile of a Child TV 22500 3/4
God TV Australasia 22500 3/4
Daystar TV 22500 3/4
Inspiration Network International 22500 3/4
EWTN Pacific Rim 22500 3/4
BVN TV Australië 22500 3/4
TRT Türk 22500 3/4
Raw FM 22500 3/4
TRT FM 22500 3/4
Voice of Turkey World 22500 3/4
TSR 22500 3/4
RNW 1 22500 3/4
RNW 2 22500 3/4
RNW 3 22500 3/4
Radio Vlaanderen Info 22500 3/4
The Overcomer 22500 3/4
Vietnamese Radio Australia 22500 3/4
MR 1 Kossuth 22500 3/4
Tamil Radio 22500 3/4
12671 H 2ME Radio 22500 3/4
12706 V CGN TV 22500 3/4
Press TV 22500 3/4
Al-Forat Satellite TV Channel 22500 3/4
Hope Channel International 22500 3/4
Radio France Internationale 22500 3/4
Cro National Radio 22500 3/4
12706 H UBI World TV Info Channel 22500 3/4
Tele Padre Pio 22500 3/4
Dhamma Media Channel 22500 3/4
Voice of Charity 22500 3/4
12734 V Deepam TV 22500 3/4
Deepam TV 22500 3/4
Abu Dhabi Al Oula Europe 22500 3/4
Oman TV Satellite 22500 3/4
KurdSat 22500 3/4
Türkplus 22500 3/4
Thai TV Global Network 22500 3/4
ERT World 22500 3/4
TVR International 22500 3/4
Duna II 22500 3/4
Russia Today English 22500 3/4
2CR China Radio Network 22500 3/4
Emarat FM 22500 3/4
Radio Oman 22500 3/4
94 EFM 22500 3/4
NET 105.8 22500 3/4
România în direct 22500 3/4
Kiss FM (Australia) 22500 3/4
ATBC 22500 3/4
UCB Australia 22500 3/4

IntelSat 5

Transponder Freq & Polarity Channel Name Symbol Rate & FEC
4160 V Australia Network Pacific 26479 3/4
BBC World News 26479 3/4
This list was correct at the time of publication. An up-to-date list can be found at LyngSat’s site

Available TV and radio channels on Optus C1

At present there are no free to air channels operating off C1 that are available in NZ other than a test channel. Australian channels on this satellite for Foxtel and SBS are encrypted.

How to change the LNB settings on a Sky decoder

Thursday, March 12th, 2009

If you have moved house to one which already has a dish, plugged everything in, but get a ‘No signal, Rainfade’ message, then there is a chance you just need to change a few settings. Alternatively, you may have a holiday house, caravan, etc where you like to take your decoder to avoid missing out on the all important TV whilst on holiday, but the LNBs are of a different type.

Please note, these instructions are not for MySky and MySky HD decoders. To change the settings on these decoders you must enter a hidden technician menu, where there is too much chance of things being upset. If you wish to take your MySky with you on holiday, we suggest you have both your dishes upgraded to an LNB with an L.O. of 10750. If it is a Sky installed dish or you are moving house to one with a different LNB, contact Sky to have this done, otherwise if you are in the Manawatu region, Legion Enterprises can upgrade it for you, or supply the LNB if you want to attempt it yourself.

The are predominantly two different LNB Local Oscillator (L.O.) frequencies in use. The two used by Sky are 11300MHz for all older single LNBs (the whitish side of the LNB that faces the dish is round), and 10750MHz for the newer dual throat LNBs (oval shaped face). If you live in an apartment, then the communal building dish will most likely be fitted with a 11300MHz LNB. More information on LNB types can be found on the LNB L.O. Settings post. The steps below will enable you to change the settings in your decoder to match your LNB.

Before you move the decoder, make sure you know your pin number! The default pin codes for older decoders is ’0000′, newer slimline silver Pace decoders default to the first four digits of your account number. If you can’t remember your pin number, you can phone Sky and have them reset it as long as the decoder is still plugged in with signal! If you don’t have signal, you will have to find a friend with an LNB using the LO settings already programmed into the decoder, or borrow the card from someone who knows theirs.

To alter a Sky decoder’s LNB settings, go into the menu system by pressing the Select button on the remote and select ‘Settings’ (far left hand option with a spanner icon), then ‘Advanced Setup’, you will then be asked for a PIN, enter it then confirm with the Select button, then select ‘LNB Setup’. Use the arrow buttons, and the ‘Select’ button (central O) to move around and confirm your selections.

Sometimes it is difficult to get to the main menu when the box finds no signal, so after powerup, wait till the box passes the ‘Wait One Moment’ and then presents the ‘Rainfade’ screen, at this point press the ‘Go Back’ button, and while the screen is black quickly press the select button. The menu should then appear.

To set your decoder for a 11300MHz LNB

LNB Power: ON
Set 22kHz Tone Use: None
Set Local Oscillator Frequency: 11300MHz KU Band
Confirm the changes

This completes setup, now use the Go Back key several times to exit the Menu system then remove the power from the decoder for 10 seconds or so and re-apply, the new LO setting should now take effect.

To set  your decoder for a 10750MHz LNB

LNB Power: ON
Set 22kHz Tone Use: Satellite / LNB switching
Set Local Oscillator Low Band Frequency: 10750MHz
Set Local Oscillator High Band Frequency: 11800MHz
Enable 22kHz Tone at Orbital Position: 156.0 East – Optus D2
Confirm the changes

This completes setup, now use the Go Back key several times to exit the Menu system then remove the power from the decoder for 10 seconds or so and re-apply, the new LO setting should now take effect.

Remember what settings your other / home LNB needs to make it easier to set back when returning home.

Legion Enterprises takes no responsibility if you can’t get it working, though if you follow the instructions correctly you will be fine.
If you want a copy of this to take with you please feel free to print off this version.

Pixellating, Rainfade & No signal

Wednesday, February 18th, 2009

Pixellation on DVB-S (satellite) has a number of causes, though they all relate back to one of two things – low signal levels, or poor quality signals.

If your problem is intermittant and appears to be worse in bad weather, you probably have a reception problem, caused by something interfering with the signal, or the dish alignment being out. Satellite frequencies are very high and require line of sight from the dish to the satellite; something as small as a twig in the way can cause problems so check for any trees / bushes etc that have grown up in front of your dish. Failing that your problem is likely to be that the dish alignment is out, often caused by high winds or poor installation. You can try tweaking the alignment yourself by having someone watch the signal meter on the TV screen while someone else adjusts the dish. Be wary of moving the dish more than a degree or two at a time as it’s easy to lose signal altogether.

If you have pixellating on only some channels you may be getting interference from some source. Common sources of interference are cordless phones, wireless routers, baby monitors and video / remote sender units. This is a common problem with Sky TV’s decoders and certain models of cordless phones. To determine if this is the problem, switch off the suspect source(s) and check the channels. If it’s a Sky decoder you are having problems with, Sky can solve it by either swapping your decoder for another model, or changing the LNB on the dish for one of another L.O. frequency. 2.4 GHz cordless phones are safe with the newer decoders and later model or upgraded dishes. 5.8 GHz is safe with all. If you’re having the problem with a Freeview or Free-to-air decoder, you can either replace the source of the interference with one that transmits at a different frequency, or change the LNB for one with another L.O. frequency. You may require a technician to change the LNB and set it to the correct angle.

Pixellation on select channels can also be caused by poor quality cable or connections. Cable such as RG-59 and low grades of RG-6 do not always carry the highest frequencies well between the dish and your decoder. A common culprit is the short lead between a wall socket and the decoder. Loose or poorly terminated F-type connectors (the screw on fittings on the LNB and decoder) can cause intermittant problems, as can Belling-Lee fittings (the plug in type fittings commonly used for aerials), sometimes used on a wall plate instead of the correct F-type connectors.

If none of these things solve the problem, you are best to call out a technician who can test the signal levels / quality at all junctions.

LNB L.O. Settings

Wednesday, February 18th, 2009

Something that often throws people when setting up a satellite decoder is what setting to use for the Local Oscillator (L.O.). Freeview approved decoders and some others use a system called ‘blind scan’ which eliminates the need to know any settings, you simply set the decoder to auto search and it will cycle through all the possible settings until it gets signal. For most satellite decoders though you need to set the L.O. manually.

For Sky TV dishes there are about 5 different models of LNB, utilising two different frequencies. Other dishes usually use one of the same frequencies, but there are also a couple of less common frequencies. The most foolproof way of finding out is to look at the sticker on the LNB, however this does mean gaining access to your dish, which may not be possible (or safe), or the sticker may not be readable.

Sharp single throat 11300 LNB

‘Sharp’ Sky Single LNB – 11300 L.O.

The older Sky dishes, and most other dishes use an L.O. frequency of 11300 MHz (11.3 GHz). There are a number of models that Sky have used over the years.

California Amps LNB

‘California Amplifiers’ Sky Single LNB – 11300 L.O.

One of these models in particular can prove troublesome – The oldest model, the ‘California Amplifier’ LNB (pictured above) doesn’t always allow use with 18V (horizontal polarity). The majority of these have been upgraded, but they still show up occasionally where the dish has not been used by Sky for a few years. They also suffer from UV damage with the face often become brittle, cracking, and allowing the ingress of water. If you have one of these LNBs and it is showing signs of deteriorating you are best to replace it.

Sky Dual 10750 LNB

‘Sharp’ Sky Dual LNB – 10750 L.O.

Newer Sky dishes have what is known as a Dual LNB with an L.O. frequency of 10750 MHz (10.75 GHz). These LNBs are recognisable by the oval shape of the face, and the twin throats on the body.

Sky Quad LNB

‘Sharp’ Sky Quad LNB – 10750 L.O.

Sky has released the Quad LNB pictured above which is pretty much identical to their Dual LNB, but with four cable outlets in the LNB itself, and slightly longer in the body. This is now the standard Sky LNB for all new installs, and older ones will be progressively replaced with these. Plastic caps cover the extra 3 cable outlets in the picture. It has a built in multi-switch with four outlets allowing the MySky HD decoders plus additional decoders to access either satellite simultaneously, unlike their Dual LNB which can only ‘see’ one satellite at a time. The naming they are using is a little confusing, the Dual LNB has dual throats to look at two satellites, but a single cable outlet. The Quad LNB still has dual throats, but is equipped with quad outputs.

Dual LNB, 10600 L.O.

Dual LNB (non-Sky) – 10600 L.O.

There are a few LNBs around that have an L.O. frequency of 10600 MHz (10.6 GHz), though these are relatively uncommon. Above is one such LNB. Most often than not though they will resemble a standard single LNB, and you won’t be able to tell until you check the sticker.

Setting the ‘LNB type’ in the decoder is usually hit and miss, we’ve found it often varies between different manufacturers and LNBs. Setting the LNB type to ‘normal’ usually works, but you may need to set it to ‘universal’ with some. For smaller dishes under 1.5m in size the LNB band will almost certainly be Ku. C band is only really used with large dishes for foreign channels.

Other 11300 LNBs

Top Left – Newer California Amplifiers LNB – 11300 L.O.
Top right – another ‘Sharp’ single LNB – 11300 L.O.
Bottom – ‘Hills’ dish – 11300 L.O.

The Hills dish above was used by Sky for a short time when they had problems with their supply of Winegard dishes. The LNB on these is white with a metal casing in contrast to the normal plastic ones. Later Hills models use a whitish coloured LNB very similar to the one top right in the picture above.

For non-Sky installed dishes there isn’t really any way of telling what the L.O. frequency will be without looking at the LNB sticker. There are dozens of different models from different manufacturer’s on the market, and installed on houses. More often than not a recently installed dish will have an LNB with a 10750 L.O as most commercial installers have followed Sky’s lead, and are trying to keep things simple by matching their setups to Sky’s.

Can I watch/change Sky channels in another room?

Tuesday, January 20th, 2009

You have two main options here, multiple Sky decoders allowing independent Sky channels to be watched, or a reticulation system, which feeds the Sky channel from your existing decoder to other parts of the house.

Having a second decoder installed – Sky call this Multiroom, and you will need to contact Sky TV to arrange installation. At the time of writing this article, the monthly charge for each additional decoder is $25.00.

The other alternative if you don’t need multiple Sky channels at a time is to have a reticulated system installed. Sky also provide this service, but they will charge $160 for each additional TV they connect regardless of whether the house has been precabled for reticulation or not. Legion Enterprises can usually do it cheaper than this for a single outlet, and certainly for more than one. The reason for the ‘usually’ above is that where a MySky HDi decoder is installed, a modulator is required, at a cost of $100 – $130. This is because the Hdi decoders simply don’t have the Radio Frequency (RF) output required for reticulation, and a modulator changes one of the composite outputs to RF.

We can install cabling to your house that will allow you the option of watching any Free-To-Air (FTA) channel, or whichever Sky channel is showing on one or more Sky decoders in any other room(s) in the house.

In order to be able to change the Sky channel from another room you’ll need a remote sender of some kind. Sky do not supply these.

The simplist, and often cheapest option for one or two rooms is a wireless remote sender. These units have an Infra Red (IR) receiver where you need to change the channel from, this signal is collected and transmogrified into an RF signal which can pass through most walls for a moderate distance. This RF signal is then picked up by the other part of the unit at the Sky decoder and converted back to IR before being sent into the decoder through an IR emitter. We also have available units with multiple emitters to control a number of devices, such as VCRs, DVD players, etc.

The other options are wired units, which work much the same way, but instead of beaming the RF signal through the air, they transmit it down a cable – either the same cable used for the TV pictures (making it easy to retrofit), or a seperate cable specific to that purpose. The big advantage of this type of remote sender is that you don’t have the same problems of walls etc blocking the signal, making them much more reliable, and they are easy to setup for use in multiple rooms at a time, controlling a number of devices.

Cabling for reticulation and IR systems can be retro-fitted to exisiting systems, or precabled in new houses as part of the future proofing.

Can I use a Sky dish to get Freeview?

Sunday, January 18th, 2009

99% of the time, the answer to this is yes, you can get the Freeview Satellite service from a Sky dish. Assuming the dish is still aligned correctly, and that the (intact) cabling goes to where you wish to have your Set-Top-Box (STB) it should be fine.

The 1% of the time when it might not work is where the dish is particularly old, and it has one of the early California Amps LNBs installed (The LNB is at the end of the arm where the cable terminates into). Many of these LNBs do not function at the polarity required by Freeview and will need to be replaced.

There are predominantly two different LNB Local Oscillator (LO) frequencies in use. The two used by Sky are 11300MHz for all older single LNBs (the whitish side of the LNB that faces the dish is round), and 10750MHz for the newer dual LNBs (oval shaped face). If you’re using a non-Freeview approved STB then you may need to change this setting in order to get it working. The Freeview approved decoders will detect this setting when first setup.

Can I get an HD picture from Freeview Satellite?

Sunday, January 18th, 2009

Short answer – Sorry, but no you can’t.

Long answer – High Definition content is not available from the Satellite service, only Terrestrial. There are no plans to introduce HD to the Satellite service. If you aren’t in an area where you can receive Freeview HD from a terrestrial transmitter, the only option to get HD at present is Sky’s MySky HDi system, through which TV3 and a few movie and sport channels are in High Definition.

Freeview HD vs. Freeview Satellite

Friday, January 16th, 2009

Transmission Type
The most obvious difference between Freeview HD and Freeview Satellite is the transmission medium. Freeview HD is a digital terrestrial transmission (DVB-T) broadcast from a land based transmitter. In the case of the Manawatu area, from the Wharite transmitter. Freeview Satellite on the other hand is broadcast from a satellite (DVB-S) in geo-stationary orbit (it rotates with the earth), located in the Clark’s Belt some 30,000km Northish (156 degrees true North to be exact).  In order to receive terrestrial signal, a UHF aerial is required, of the same type as used to pickup analogue TV channels such as Maori and Prime.

Signal Availability
Due to the land based nature of the Freeview HD system, and the limitations of UHF signals over a distance, location plays a great part in whether you can receive Freeview HD. If you’re too far away from the small number of transmitters around NZ, or have too many obstacles for the signals to pass through, you will be unable to get reception. Satellite on the other hand is available to all parts of the country and most outlying islands.

Picture Quality
The terrestrial broadcast of Freeview HD allows for far greater amounts of data to be broadcast, allowing for High Definition pictures.  Satellite broadcast on the other hand has limited bandwidth, and the choice was made early on to opt for more channels rather than High Definition broadcasts.  All Freeview Satellite channels are broadcast in Standard Definition (SD).

Equipment Requirements
Freeview HD -  You need to be located in an area with a transmission tower that is broadcasting the digital signals (Wharite for the Manawatu).  A UHF aerial is needed that receives these signals at an acceptable level and quality.  Lastly a DVB-T receiver is needed – either in the form of a seperate Set-Top-Box, or built into the TV as is becoming more common now.
Freeview Satellite -  To receive Freeview via the satellite, you will need a satellite dish greater than 50cm in diameter, correctly aligned to the Optus D1 satellite.  This is the same satellite used by Sky, so a Sky dish can be used.  A DVB-S receiver is needed, these are not interchangable with the DVB-T models, and currently no TVs that we are aware of in NZ have them built in.

Channels Available
All of the mainstream TVNZ and Mediaworks channels are available on both systems, but some of the regional and smaller channels are only available on either the terrestrial or the satellite system due to cost restraints. Check the Freeview HD channel list against the Freeview Satellite channel list to see which channels are available on each.