MPEG-4 modules that achieve real-time compression and expansion, as well as network transmission of video data. The portfolio also features small camera boards equipped with an image correction function.
The MPEG-4 modules are designed to handle video data efficiently, enabling both compression and expansion in real-time. This capability is essential for applications requiring high-quality video transmission over various network infrastructures. The modules utilize advanced encoding algorithms that reduce the file size of video streams without significantly compromising the quality, making them suitable for bandwidth-limited environments.
In addition to the core MPEG-4 functionality, the integration of network transmission capabilities allows for seamless streaming and sharing of video content across different platforms. This is particularly beneficial in scenarios such as video conferencing, live broadcasting, and surveillance systems, where timely delivery of video data is critical.
The small camera boards included in the portfolio are specifically designed for compact applications where space is limited. These boards incorporate image correction functions that enhance the quality of the captured video. This feature may include automatic adjustments for lighting conditions, distortion correction, and stabilization to ensure clear and accurate image representation.
Overall, the combination of MPEG-4 modules with real-time processing and small camera boards with image correction provides a robust solution for diverse video applications, from consumer electronics to professional broadcasting systems.MPEG-4 modules realizing real time compression & expansion plus network transmission of video data. The portfolio also includes small camera boards with image correction function. 🔗 External reference
This section provides details for generating a composite video output signal from a camera to drive an external monitor. The circuit, designed by Peter Smith, integrates a DC-restorer, a switchable gamma corrector, and a video/sync mixer using a photodiode...
NJM2274AR is a sub-package of NJM2274A. For a detailed description, please refer to NJM2274A. The datasheet for NJM2274AR can be downloaded from the link below. Manufactured by New Japan Radio Co., Ltd.
The NJM2274AR is a component that serves as...
Two MAX455s can be cascaded to create a 1 of 15 video multiplexer (MUX) by connecting the output of one MUX to one of the input channels of a second MUX. Although the two devices are typically placed close...
DX TV enthusiasts often encounter crowded VHF bands. In such cases, reducing the TV receiver bandwidth enhances selectivity. Another benefit of bandwidth reduction is an improved signal-to-noise ratio, resulting in less noise and distortion in the DX TV picture....
500 Series immersion temperature probe, NTC, 100,000 Ohm, ±1.5 °C [±2.7 °F] tolerance, 10 °C to 260 °C [50 °F to 500 °F] accuracy, stainless steel, bullet housing, flying leads (two), 26 gauge Teflon insulation, 4,267 mm [168 in].
The...
This circuit is designed to connect a camera using a very long wire. It functions as a video amplifier. The circuit consists of two parts: the sender part and...
This circuit serves as a solution for transmitting video signals over...
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