We have developed the demodulator LSI that is compatible both with the advanced wide-band satellite digital broadcasting(ISDB-S3), and channel bonding technology based on ITU-T J.183. This is capable of receiving various form of signals including direct signals from the satellites, as well as retransmission through cables such as IF pass through and transmodulation. SC1501A Features Read More
8K/4K TV Demodulator LSI SC1502A
“SC1502A” is a demodulator LSI compatible with various digital broadcasting systems including the Japanese 4K/8K satellite digital broadcasting “ISDB-S3” and the latest European satellite digital broadcasting “DVB-S2X”. It has a wide line-up depending on the number of demodulators and the corresponding digital broadcasting system. It is also highly connected to a variety of tuners, providing Read More
System LSIs for Digital TV Front-end Demodulator
Our series of front-end demodulator LSIs are designed for home, automotive and mobile application. 8K/4K TV Demodulator LSI In addition to demodulation solutions that support 2K broadcasting across the world, we leverage the technology that we have cultivated in them to offer demodulation solutions that support 4K/8K broadcasting (ISDB-S3) for Japan and second-generation broadcasting (DVB-T2/S2X) for Read More
“cecTalker” V-by-One Model (White)
The cecTalker V-by-One model [White] has the input/output terminals for HDMI and V-by-One on the main-board. By connecting it to a sub-board for UI extension, it is possible to switch modes and display the status. Buy “cecTalker” sample now on Chip1Stop.com Product Appearance Main Board Sub board (for UI) Parts Placement Diagram Product Read More
“cecTalker” HDMI Module (Black)
The cecTalker HDMI model [Black] has HDMI input/output terminals. The unit has been designed with ease of use in mind, simply select an input port by resetting the button on the board. The status is indicated by the LED display. Buy “cecTalker” sample now on Chip1Stop.com Product Appearance Main Board Parts Placement Diagram Product Read More
