EYESPYVIDEO.com wireless AV vrs Others

Everybody wants to go wireless in the twenty first century. In the wild world of wireless audio/video link systems, we have tested a wide variety of links avialable in the CCTV industry today. The range of performance between systems is incredible, so please be sure to understand what makes our wireless A/V equipment stand out above the rest.
†
Ours Others
We handle only high quality, professional wireless equipment Typically, low range "consumer-end" garbage
High quality manufacturing grounded by professional, experienced engineering delivers the most consistent and top-performing wireless link Poor engineering and / or manufacture in order to get a cheap, high profit product to market quickly
Phase-lock-loop technology allows receiver to "lock onto" the transmitter's precise frequency for more reliable and consistent signal reception without brief blips in your picture Poor signal modulation leads to a lot of loss of important video recordings or display
Very high RF output power transmitters yield extended range much further than competing systems Weak transmitter RF output power produces low range in real world conditions
We advertise AVERAGE transmitter output power so many of our wireless A/V transmitters exceed their specifications PEAK output power is advertised, while the true RF output power of the transmitter is in fact much lower when you use it
High bandwidth capable of delivering sharp video resolution, even in color (400+ TV lines) Low bandwith yields poor video quality despite a brilliant camera
All models thoroughly tested under practical "real world" conditions Range listed are often completely unrealistic for the overwhelming majority of video applications
All power supplies, antennas, and cables included free for seamless plug and play operation out the box Up to $50 in hidden extra charges for the necessary power supplies, antennas, cables, or adapters (not to mention your hassle in obtaining them)
Our 900 MHz wireless equipment is favored by many professional users due to its reliable performance, even when the transmitter or receiver is in motion Recommend 2.4 GHz or higher frequencies for motion applications, often when these microwave signals are unsuitable
FM modulation is far more consistent than competing AM-modulated equipiment (this is why FM radio has better reception than AM stations) AM (amplitude modulated) signals not as consistent as our frequency modulated devices
We stock a wide variety of high gain antenna equipment to help improve range performance when necessary Sell wireless video equipment, but do not offer support for specialized video applications