Specifications:

• The Wireless CMOS Camera is with built-in microphone for audio monitoring
• Min 100m transmission distance without block
• Suitable for monitoring children and elders, and widely used for theft prevention, after-hours surveillance, home security
• Wireless Camera: 380TV lines Sharp picture display

Camera:

• Imaging Sensor: 1/3 Inch Sharp COMS Chip
• CMOS Total Pixels: PAL: 628 x 582
• NTSC: 510 x 492
• Horizontal Resolution: 380 TV Lines
• View Angle: 62 Degree
• IR LED: 30 pcs
• Minimum Illumination: 1.0 Lux/ F2.0& 0 Lux (IR ON)
• Gain Control: Automatic
• Frequency: ISM 2,400MHz~2,483MHz 4CH
• Transmission Power: 10mW
• Unobstructed Effective Range: 100m
• Consumption Current: 80mAh
• Operating Humidity: 85% RH
• Night Vision Range: 15m
• Wire Length: 1.5m
• Open Distance: 100m
• Power Supply: AC-DC Adaptor (DC12V 500mA)
• Operating Temperature: -10°C ~ >50°C / 14°F ~ 122°F
• Storage Temperature: -40°C ~ -85°C /-40°F ~ >185°F

Details:

• 1.2GHz Security CCTV Wireless CMOS Camera

• 1/3 Inch Sharp Chip, 380TV Lines, 30LEDs Infrared Security Camera System
  
  
  
  

• The CCTV CMOS Camera features 380 TV Lines Horizontal Resolution, provides HD pictures

• Provides all the accessories here, the Wireless CMOS Camera is durable and reliable for long time use

How is the Frame Rate related to Picture Quality?

• Quality can refer to both how detailed the image is and how fast the frame rate is. Frame rate is simply a measure of how many individual pictures make up the video. "Full motion", what you see on television and on VHS tapes, is 30 frames per second, or fps. Most often, security systems record at slower rates, which result in more jerky-looking images but saves tape or hard drive space, allowing longer periods of time to be recorded

How does an Infrared Illuminator work?

• In situations where events need to be monitored at night, black and white cameras are used with infrared illuminators. Infrared light is used because black and white CCD cameras have very good sensitivity in and near the infrared region. These are wavelengths longer than 7000nm (nanometers). The human eye can see up to 700nm wavelength, and anything above 700nm is invisible to the human eye. Most infrared illuminators come in 730nm, 830nm, and 950nm wavelengths. These infrared illuminators are invisible to the human eye, and that's why they're perfect for night monitoring. You will be able to see in total darkness with these infrared illuminators, without anyone knowing

What is a camera's format?

• Camera formats are measured in inches: most surveillance cameras fall between 1/4" and 1". This refers to the usable image size created inside the camera. For most security systems, a small size is fine - 1/4" or 1/3" surveillance cameras dominate CCTV sales. Larger formats do not necessarily result in better images, but can be advantageous in dimly lit situations since they are able to gather more light

What is a CMOS Camera?

• Sensor Chip - When a camera uses a CMOS-based image sensor chip, it enables the integration of all required camera circuits within the same chip. This makes the CMOS suitable for small and portable cameras such as those in PDAs and mobile phones. Although initially used for less expensive devices, the CMOS sensor has been further developed in terms of power, efficiency and functionality. Many professional cameras already incorporate CMOS sensor chips for their technical needs
• Voltage - Compared to the CCD, the CMOS operates at lower voltages, thus reducing power consumption for portable applications. The CMOS chip allows any analog or digital processing functions to be readily integrated into the chip in order to reduce the device's system package size and overall cost
• Monochrome or Color Configurations - CMOS cameras typically employ color separation devices, instead of having integral filters on the camera's sensors. Each camera might be available in either monochrome or color configurations. A monochrome CMOS camera captures images in black and white or grayscale. A color CMOS camera captures a range of colors generated through varying combinations of discrete colors

How to Set Up CMOS Cameras to Stream Over the Internet:

If you do not want to shell out for a dedicated webcam, there is a chance you can use your digital CMOS-based camera as a webcam to stream, as long as it has a live preview option on the back of the camera. Setting up your digital camera to stream over the Internet as a webcam allows you use a webcam without paying for extra equipment.

• Download the camera software and install it. (See "References below.") Note that you may need to pay to use these programs.
• Connect your camera to the computer using the USB cable. Be sure to turn on the camera as well.
• Position the camera so that your full face can be seen on it. An ideal place is on or around your monitor, or someplace at eye level.
• Run the camera software. Follow the instructions on the program to make your camera work as a webcam.
• Run any software you normally would that can use a webcam. You should be able to select your camera as you could any webcam.

Tips & Warnings:

• Consult your manual. Some cameras can act as webcams without any adjustment other than connecting the camera to the computer. If your webcam allows this, follow the directions indicated. If not, proceed to Step 2.
• You may need to adjust the focus and distance of the webcam. While regular webcams typically automate their focus, regular cameras may not have this feature.
• If your camera does not recharge when connected to a USB cable, you will need to keep an eye on the camera's charge. Consider having an extra battery at the ready.

Package Included:

• 1 x Camera
• 1 x Charger for Camera
• 1 x Button Cell