Panasonic AW-HE130 HD Integrated PTZ Camera (White)

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Panasonic AW-HE130 HD Integrated PTZ Camera Features

• 4-Ch IP Transmission + SDI/HDMI Output IP Ch. 1: Up to 1080p60/50

• IP Ch. 2: 1080p30, Ch. 3/4: 720p30 Power-over-Ethernet+ (Poe+)

• 1/2. 86" 3MOS sensor + Advanced DSP 20x zoom lens

• I multicasting to up to 14 devices flexible remote control compatibility

• 12-Axis color correction built-in ND Filters/ OIS

About Panasonic AW-HE130 HD Integrated PTZ Camera

The Panasonic AW-HE130 HD Integrated PTZ Camera is capable of transmitting up to four channels over IP and at the same time a single channel over SDI or HDMI. IP channel 1 supports up to 1080p60 H. 264 transmission, IP channel 2 up to 1080p30, and IP channels 3 and 4 up to 720p30. The SDI and HDMI outputs support up to 1080p60. In a multicast setup, the four IP channels can be sent simultaneously to a total of up to 14 devices (including one Android device). The AW-HE130 features a high-sensitivity, low-noise 1/2. 86" 3MOS sensor, an advanced digital signal processor (that's used in Panasonic broadcast camcorders such as the AJ-PX270), and a motorized 20x zoom lens. It's designed to capture high-image quality even in low-light conditions in sports, news, corporate, and other professional applications. The camera also offers Power-over-Ethernet+ (Poe+), which delivers more power than standard Poe and also allows for quicker and less expensive installation. Other features include 12-axis color correction, built-in neutral density filters, and optical image stabilization. 4-Channel IP Transmission The AW-HE130 is capable of transmitting 4 channels of video over IP plus over a 3G-SDI or HDMI output at the same time. IP channel 1 and the 3G-SDI/HDMI outputs deliver up to 1080p60 video, IP channel 2 up to 1080p30, and IP channels 3 and 4 up to 720p30. 1/2. 86" 3MOS Sensor Equipped with three advanced 1/2. 86" Full HD MOS sensors and DSP (Digital Signal Processor), the AW-HE130 achieves high sensitivity, a high S/N ratio, and high resolution through the use of advanced video processing.