Nano2 FTA Satellite Receiver – Shopping For a Digital Satellite Receiver

When it comes to shopping for a new digital satellite receiver, it’s good to have some information to work with because of all the new technologies that units like the Nano and Nano2 offer in the marketplace. Digital satellite receivers are highly technologically advanced now, so even if you have had one before, and are buying a new one, you might consider doing a good amount of research into the new features before you choose what to buy. It’s pretty incredible what they have done with these units and their capabilities are phenomenal. The advancement of digital technology makes so many more things possible now that were not an option before.

Of course, before you even buy a digital satellite receiver, you’ll need to have chosen your service company, such as Dish Network or DirecTV. Whoever delivers the most value is likely to win your service. Because a lot of people are now deciding to change from cable to satellite service, their pricing and packages are pretty competitive. Most service companies will offer you a basic unit to change the signal into a watchable television format, but you might want to upgrade to a unit such as the Nano2 in order to get more out of your experience. Not everyone wants to do that, but if you are shopping for a receiver, chances are that you seek a little more in yours.

The Nano2 features a lot of great options that you might like in your receiver. This second Nano features 5,000 programmable channels, has an electronic program guide which serves as your on-screen guide, has picture in graphic, supports multiple languages, has parental lock, supports closed captioning, has a zoom function, and has a USB port for using mp3 and jpeg files. This isn’t even all the details, but this gives you a good idea of some of the “up front” and noticeable features of this digital satellite receiver.

Kelowna Satellite provides the best price on the Nano and Nano 2 models of digital satellite receivers. Don’t be fooled by others. Kelowna Satellite’s top concerns are your satisfaction and offering the best products for the best prices. Offering truly caring service by shipping twice daily and phenomenal products to their customers all year round, Kelowna wants to help you get the best deal.

All About Satellite Phones

A satellite telephone is nothing but a type of cell phone that, unlike any conventional mobile phone, provides service almost anywhere. It’s usually more expensive than cell phones as they provide an important capability of receiving and making telephone calls at any time and from anywhere, independent of a local cell phone service or geographical boundaries.


A satellite telephone connects to a satellite in orbit for achieving communication. This is different from a conventional mobile phone that connects to a local and land-based service tower. Though cell phone networks use satellites for achieving a larger communication radius, mobile phones don’t directly dial to these satellites.


Several satellite telephone networks use an interconnected network of satellites in the geosynchronous orbit that enables the network to attain global coverage with only three to four satellites. The other method of satellite telephone communication is to place the satellites in the low-earth orbit. This, however, requires more number of satellites for achieving global coverage. They can be smaller nevertheless for reducing launch costs.


The microwave transceiver of a satellite phone gives notoriously poor service indoors. In this regard, their reliability and performance is worse than a cell phone. Moreover, the networks that depend upon geosynchronous satellites usually suffer from a transmission delay of over a second. This is because satellites are positioned at about 23,000 miles in space. This means that every signal has to travel approximately 46,000 miles from one handset to the other. Besides, a satellite phone handset is more expensive than a mobile phone. In fact, both the handset and the service are priced much higher than conventional cell phones. Calling satellite phones from landlines or mobile phones is also very expensive although this hardly costs anything to the satellite phone owner. Satellite phones, however, should be the preferred device if you want reliable communication in remote areas where cell phone networks are weak.


A satellite phone is usually assigned its own special country code. For instance, Inmarsat phones are typically assigned the country codes between 870 and 874, while Iridium phones use the country codes 8816 and 8817.


The first satellite phone company of the world commenced its services in 1979, by the name of International Mobile Satellite Organization, a non-profit international body started by the United Nations. The service was started to provide a reliable channel for communication to the maritime community. From the very beginning, the organization was christened as Inmarsat which became a private company from 1999.


A notable problem with most satellite phones is that unlike cell phones, their networks usually operate near their full capacity even under normal circumstances. The networks usually don’t have any extra capacity to accommodate more number of calls simultaneously. This means that any spike in the volume of calls, as has been the case during major regional and international disturbances, can cause a satellite phone network to collapse. Technological advancements, however, are being carried out so that satellite phone networks can get rid of these problems.

Radio Broadcasting’s Vital Role in Emergencies

Radio broadcasting has a long history; one that goes beyond Tesla, Marconi and Armstrong, and it includes advances in communication and technology, as explained by Radio magazine. Some of the important dates from radio’s past are covered on the website. There, one can read about the earliest forms of radiotelegraphy systems.

In fact, early 1920s marks an important date in time of radio telegraph communication: In that time, the basis of public radio network broadcasting and even early TV programming were provided: Scientists were experimenting in 1925 with TVs, to include video content disseminated via radio transmissions on designated channels to a dispersed audience.

Early audio transmission set in motion AM broadcasting on a radio station. To overcome the interference problems of AM radio, stations began to use FM radio in the 1930s as its band provided a more clear-cut audio sound through the air as radio waves from a transmitter to an antenna. It was not until the 2000s that Americans were introduced to digital radio and direct broadcasting by satellite (DBS).

By the 1930s, radio broadcasting and television broadcasting (telecasting) was an integral part of the American way of life.

In the previous decade, the 1920s, early amateur radio transmitted information in the form of Morse code; a series of on-off tones provided communication on telegraph lines, undersea cables and radio circuits for transmitting emergency signals. Radio telegraphy using Morse code proved vital during World War II. Also Mayday calls were made by radio to signal a life-threatening emergency. A fire, an explosion or sinking vessel or aircraft, where announced with a signal transmitted three times in a row (“Mayday Mayday Mayday”); the distress call was broadcasted to reach out for assistance in times of an emergency.

A device dubbed the ham radio was used for amateur radio broadcasting early on; a range of frequencies (set aside for commercial, police and government use only) allowed one- and two-way communication by the 1940s. The ham radio happened to be something of an emergency broadcast system to get the word out to the wider community in the event of an emergency, such as a natural disaster. Apparently the SOS (amateur distress call) sent by the Titanic had used a radio ham in April 1912, noted ARRL (American Radio Relay League), the national association for Amateur Radio, on its webpage on “Ham Radio History.”

In the 1950s, CONELRAD (Control of Electromagnetic Radiation) was a method of emergency broadcasting to the public; the CONELRAD system (used during the Cold War) was replaced by the Emergency Broadcast System (EBS) in the 60s, which was later replaced with the Emergency Alert System (EAS) in the 90s. Regardless of the name change, each one served as a national warning system for the American public in the event of war or grave national crisis, in addition to local weather emergencies. Such broadcasting systems had a vital role in emergencies to quickly provide the necessary alert and message to a community when a disastrous situation arose. In essence, it announced an emergency broadcast response which could potentially save human lives and deliver instructions if an evacuation was required.

To this day, radio broadcasting has been the most utilized media to distribute to the public civil emergency messages.

In history, it has been widely accepted as the mass communication medium for information, especially during times of severe weather and even threats related to wars. In fact, radio communication can be sustained even when other means of communication fail and there is no power. In addition, it is a media everyone has access to. Transmitting real-time warnings to citizens in the event of an emergency proves that communications devices like radios can still be of great importance, today, in emergencies even in the era of computers and mobile devices.