Wireless Camera Driving Circuit and MEMS

Hello All,

I hope you all guys are fine and doing well at your labs.
I am a student and looking for some extra ordinary help because what I am doing is really tough for me right now.
I am working on a camera which is only 3.5mm (in diameter including lens) Supplied by CoMedia Ltd. HongKong having CMOS imager sensor OV6930.
http://comediahk.com/category/medical-industrial/
Camera has (PAL/NTSC) Analogue Output. I have its receiver as well (from same company) which can be connected to a monitor and video streaming can be watched. Pictures or Videos can be saved on SD Card or to Computer as Mass Storage.

But here is the main turn, It uses a cable to get connected with receiver and I want to make it wireless. I want to cut the wire and design a driving circuit for camera, transmitter for camera (so it can send images to monitor/tv), a wireless receiver for existing receiving module. I am not getting anyway to start these three designs. I want to use 1.2Ghz frequency which doesn't need any license and transmission will be for short distance. The whole system which I want to design will go at micro level for which I have decided to go through MEMS.

I am looking forward for suggestions which let me help to start the work. I want some resources for camera driving circuit, some ideas about transmitter and receiver. I have already visited a couple of posts and got basic knowledge to use camera as this is my first time to deal with this kind of work. In several posts, guys replied that just buy that system, buy that device and all done but here I want to design myself, want to work myself. I can buy ICs to reduce my complexities but I want to do engineering. Please Note: My Camera is muC302 and in given link they show only muC302. I have attached datasheets.

Thank you and Kind Regards,
Mekitron

No replied?

Using 1.2 GHz may not be "not licensed". The easiest way to make your camera wireless may be to buy a low-cost wireless camera with a receiver. Such devices can be bought new for < S50 or less. They use 2.45 GHz, free to use worldwide, and typically offer a 30-meter range.
You can replace the camera block by finding the transmitter input, and connect your device's cable there.

I do not see the purpose of MEMS but you certainly do. Check operating voltages of your and new devices, and use a scope to be sure the video levels are compatible.

You may find the wireless TV transmission devices without a camera but offering the video input for your camera.Again, most operate at 2.45 GHz.

Thank you friend.