SoC for Low to Mid-end HMI Application

As the quickly spreading speed of digital camera, a useful digital photo frame will be needed for everyone with DSC. The IT9836 is ITE’s latest SOC for DPF that gives users special experience to browse photos on DPF with it. The IT9836 equipped 3D+ graphics allowing for some special user interface d • • 32-bit RISC Processor\n- 32-bit general purpose high performance RISC processor\n- Support separate 8K instruction and 8K data caches\n- Audio accelerator with VLIW DSP operations\n\n• DMA Controller\n- Provide 6 configurable DMA channels\n- Support chain transfer\n- Memory-to-memory, memory-to-;

Voice Synthesis IC with Built-in Mask ROM

GENERAL DESCRIPTION The MSM9800/36 Evaluation Board is designed to evaluate sound data, created by using OKI’s Sound Analysis and Editing tool (AR762/203/204), for use with MSM9802/MSM9803/MSM9805/MSM9836. FEATURES • 512 Kbit/1 Mbit/2 Mbit/4 Mbit EPROM can be used for evaluation. • P

Voice ROM Evaluation Board for MSM9802/9803/9805/9836

GENERAL DESCRIPTION The MSM9800/36 Evaluation Board is designed to evaluate sound data, created by using OKI’s Sound Analysis and Editing tool (AR762/203/204), for use with MSM9802/MSM9803/MSM9805/MSM9836. FEATURES • 512 Kbit/1 Mbit/2 Mbit/4 Mbit EPROM can be used for evaluation. • P

Voice Synthesis IC with Built-in Mask ROM

GENERAL DESCRIPTION The MSM9800/36 Evaluation Board is designed to evaluate sound data, created by using OKI’s Sound Analysis and Editing tool (AR762/203/204), for use with MSM9802/MSM9803/MSM9805/MSM9836. FEATURES • 512 Kbit/1 Mbit/2 Mbit/4 Mbit EPROM can be used for evaluation. • P

16-BIT PIXEL GAIN AFE

GENERAL DESCRIPTION The XRD9836 is a precision 16-bit analog front-end (AFE) for use in 3-channel/1-channel CCD/CIS document imaging applications. Pixel-by-pixel gain and offset for each of the 3 channels are controlled using a time multiplexed parallel input. Offset and Gain are sequentially sup

16-BIT PIXEL GAIN AFE

GENERAL DESCRIPTION The XRD9836 is a precision 16-bit analog front-end (AFE) for use in 3-channel/1-channel CCD/CIS document imaging applications. Pixel-by-pixel gain and offset for each of the 3 channels are controlled using a time multiplexed parallel input. Offset and Gain are sequentially sup