• Clemmensen Hamann posted an update 2 weeks, 4 days ago

    Before we get specific into wireless speaker audio receivers, let us first understand how wi-fi speakers actually work:

    Each wireless speaker system works on any of the following three systems:

    – Radio Frequency (RF)

    second . Bluetooth

    3. Infrared (IR)

    Radio Frequency

    Of these 3 technologies, RF has been around the particular longest and is the most popular. In this system, a wireless loudspeaker transmitter is plugged into typically the TV/computer/audio device. This all of that sends out a radio signal at a fixed frequency into the speakers, which in turn, produce noise. ネック スピーカー デメリット is the same principle which cordless phones work. Could technology is quite reliable having a strong range, it is prone to disturbance from electrical fields and conflicting frequencies coming from cordless phones, radios, etc .


    Bluetooth is the latest technology. It works by establishing a new remote connection between 2 Bluetooth enabled devices, that may then be used to exchange data. If you have a Bluetooth wireless enabled phone, you’ve probably actually used this technology to deliver and receive data. Rapidly, reliable, and safe from trouble, Bluetooth is slowly doing inroads into the home acoustic market, though its customer base is hampered by issues of range and compatibility (older audio devices tend not to support Bluetooth, especially often the non-iPodTouch music players).


    Infrared is probably the least widespread technology. It works on the same theory as your TV remote with a particular spectrum of light to send and receive data. When you’ve noticed, you can’t use your TV SET remote unless it is pointing directly at the TV. Similarly, wireless speakers working on IR need to be directly in sight with the wireless speaker transmitter to operate. This obviously limits their portability, and hence, this technological innovation hasn’t quite caught in.

    Wireless Speaker Transmitters

    Many wireless speaker transmitters work towards RF. A universal cellular receiver/transmitter plugs into your current speaker setup (wired) and also essentially turns it in to a wireless system. It efficiently eliminates complex speaker electric (which, as anyone will tell you, can change into a labyrinth of cords very, very quickly), and is also ideal if you want to set up your house theater system without the hustle and bustle, or install a set of outdoor speakers without running a series of wires through your house.

    A wireless speaker transmitter typically includes a range in excess of 100 toes, with at least 2 audio channels and 6-8 cellular channels to eliminate disturbances (if one RF channel results in disturbances, you can simply switch to one more channel). Make sure to check out the complete power available with the antanna. If you buy a low powered antanna to work with a high-end, high-wattage speaker system, the performance will be affected a great deal. Another key specifications is the audio latency. Fundamentally, this is the amount of latency or maybe waiting period between instantly being transmitted by the product and it’s rendering by the sound system. Since the signal is being sent wirelessly, the latency time period is always much more than a standard wired system. The lower the latency, the better.