The FM Transmitter with digital and analog audio inputs is a great solution for sending wireless audio to any FM receiver device including car radios. Use our commercial grade FCC certified transmitter for any live event including broadcasting Christmas Display audio, curbside pickup or drive-in application including churches, graduations, weddings and more. Broadcast audio over your own FM station to car radios, walkmen or any device that can receive FM stations. We include a (3.5mm to 3.5mm) audio cable and a power supply, and offer a 5-year warranty.
We have been manufacturing commercial grade audio transmission products for over 25 years and our FM transmitter is designed for ease of use and durability. We have in-house tech support if you were to need any assistance and are located in the Colorado, USA.
COMMERCIAL GRADE
The FM transmitter is designed to be operating for 24 hours a day and used in commercial applications.
5 YEAR WARRANTY
The FM transmitter has a 5 year warranty and unlimited tech support.
FCC CERTIFIED
The FM transmitter is part 15
FCC certified.
3 AUDIO INPUT OPTIONS
Audio input options include: analog 3.5mm, digital coax & digital optical.
EASY TO INSTALL
Simply connect the FM transmitter to the audio output of your audio device and select an available radio station.
ADJUSTABLE ANTENNA
Telescoping and rotational antenna for maximum application flexibility.
LED DISPLAY
High visibility digital led interface for maximum ease-of-use.
FREQUENCY OPTIONS
Fully selectable channels through the FM-band (88.1 up to 107.9).
CONTROL
Line level stereo input, high fidelity stereo audio, adjustable audio input modulation level, modulation level indicator and stereo on/off selection.
The FM transmitter from Broadcastvision Entertainment is a very versatile product so it can be used in many applications.
Since the 1980's, gyms have been using our FM transmitters to send the audio from TVs.
Church's around the world are broadcasting their service to car radios and portable radios.
Live events including concerts, graduations, Christmas light display audio, weddings and more are using the FM transmitter to broadcast to car radios or portable radios,
Very popular and being offered by multiple businesses who offer movie's to keep patrons entertained while keeping a safe distance.
Live theater productions are using the technology to draw large crowds to their performances. Barter Theatre is a great example. Click Here for more info.
Correctional facilities use the FM transmitter to keep noise levels down in the facility.
Broadcast important information about the property and your contact details. Anyone with a car radio can listen to your broadcast.
Broadcast specials and important information to customers who prefer to shop after hours.
Many restaurants and shops are using the FM transmitter to broadcast a message to customers when they arrive to pick up their order.
The FM transmitter has always been a versatile product but it has recently become even more popular due to Covid-19. Businesses that would never consider a FM transmitter in the past are being creative and finding ways to communicate with customers using the FM transmitter. It's an inexpensive and reliable way to get your message across to all ages and you can broadcast your message 24/7.
For those of you who would also like to broadcast audio to smartphones or tablets over WiFi, our AudioFetch product is a great solution and can be used along with the FM transmitter with no interference. Manufactured by us, AudioFetch connects to the audio output of your device just like the FM transmitter but it sends audio to an app that is FREE on Google Play and iTunes. You just purchase the hardware & no monthly fees. Click Here to contact us if you are interested.
ADDRESS:
PO BOX 1589
Berthoud, CO 80513
OPENING HOURS:
7am - 5pm PST
PHONE NUMBERS:
Tel: 888.330.4283 (4BVE)
Fax: 888.330.4283
Text: 424.281.8524
Yes, our FM Transmitter (part number AXSFMTD) is FCC Part 15 approved.
Yes, our business is located in Colorado and we ship from zip 80513.
We offer a 5 year warranty on the FM transmitter.
Yes, you simply connect the
transmitter to the audio output of your audio source, plug it in for power and then select the station you wish to broadcast from.
You can program any station from 88.1 up to 107.9. You would select stations that are not being used by local radio stations.
We recommend that your scroll from
88.1 up to 107.9 in your car radio and write down all the stations that have complete static/white noise. You shouldn’t hear any talking or music on an available station.
We include a 1/4″ to 3.5mm adapter, power supply and 6′-3.5 to 3.5mm audio cable. Custom audio
cable lengths are available.
An unlimited amount of people can tune to the FM station.
There is no noticeable sound delay when listening to audio from our FM transmitter.
Every application is somewhat different but you should expect to get 300 feet in all directions.
Can multiple transmitters be programmed using
Using the same station on two or more transmitters will create competition between the frequencies. We instead recommend that you purchase a second transmitter and program it using a different FM station.
The FM transmitter can be shelf mounted, side mounted with the bracket included or you can simply zip tie it to a pole for example. We recommend that you mount it at least 6 feet from the ground or stage.
Broadcastvision Entertainment developed its version of the FM transmitter back in the 1980s, in response to the growing popularity of FM Walkman devices. The demand for aerobic exercise was on the rise, leading fitness centers to increase the number of cardio equipment in their facilities. To keep exercisers entertained, the FM transmitter was introduced alongside TVs that were attached to the walls or suspended from the ceiling. This innovation allowed exercisers to listen to TV audio while working out using their FM Personal Walkman.
As TVs continued to evolve, so did Broadcastvision's FM transmitter. It now features an easy-to-read LED display and multiple audio inputs, including analog 3.5mm, digital coax, and digital optical, among other enhancements. With the advent of smartphones, Broadcastvision Entertainment developed another product called AudioFetch, which allows users to listen to any audio using their smartphone or tablet. The AudioFetch app is free to download on
Google Play and iTunes, and it uses WiFi to broadcast audio. While it remains popular in the fitness industry and continues to grow, AudioFetch is also being used in sports bars, restaurants, hotel lobbies, airports, casinos, and practically any business that aims to wirelessly broadcast audio to smartphones or
tablets. Although FM transmitter sales have remained steady since their initial development, it wasn't until the recent outbreak of Covid-19 that businesses
began exploring creative ways to stay open while keeping customers at a safe distance. Churches, movie theaters, live performance venues, and more are now using FM transmitters to send audio to car radios, with great success.
FM broadcasting, using frequency modulation (FM), was invented in 1933 by American engineer Edwin Armstrong. It is a widely used method of radio broadcasting that delivers high-fidelity sound over the airwaves. FM broadcasting offers superior fidelity and more accurate reproduction of the original program sound compared to other technologies like AM broadcasting or DAB radio. FM radio stations operate in the very high frequency (VHF) range of radio frequencies worldwide. Typically, frequencies from 87.5 to 108.0 MHz are used, with some exceptions in certain regions.
FM modulation conveys information by varying the frequency of a carrier wave. It offers wider bandwidth than AM modulation and is commonly used for VHF and UHF frequencies, including TV, the FM broadcast band, and land mobile radio systems.
Stereo FM broadcasting was introduced with FM multiplexing, including sub-carriers for different types of audio information. The IF bandwidth was ±5 kHz, and it used 75 µs audio pre-emphasis. In the late 1950s, the FCC evaluated systems for adding stereo to FM radio. The GE and Zenith systems were adopted as the standard for stereo FM broadcasting in the United States.
To ensure compatibility with mono receivers, stereo broadcasts are encoded into sum (L+R) and difference (L−R) signals. This allows mono receivers to use the L+R signal while stereo receivers can recreate both the left and right channels. The final multiplex signal contains the Main Channel (L+R), a pilot tone, and the sub-channel (L−R). This composite signal is used to modulate the FM transmitter. This overview summarizes the key aspects of FM broadcasting and its evolution.