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Over the past 25 years GAIO's engineers have accumulated experience in developing a variety of embedded technologies including control systems, measuring instruments, and consumer products. Examples of GAIO's professional experience can be found below.
GAIO's development services include evaluation boards for RISC MPUs, DSP's and other custom designed boards with implementations for RTOSs such as Embedded Linux and uITRON, as well as DSP firmware and various codec options.
Hardware design of circuit boards compliant with a variety of bus specifications, in addition to implementation of relevant software, firmware, OS, and codecs.
*PCI bus, *Compact PCI bus, *VME bus ,*PCMCIA bus ,*USB + PCMCIA bus
MPEG processing DSP boards including implementation of necessary firmware and codecs.
* TMS320C6205 (TI), * DM642(TI), * Blackfin (Analog Devices) ,* TMS320C40 (TI)
Custom designed LSI chips including the high-speed serial communication LSI 'Plait,' and the non-intelligent LCD control chip 'HOTARU'.
Custom chassis designs including control board, firmware, and software applications.
*Pictured Left = 19" Temperature adjustment chamber rack design
GAIO Processor Core
‘GAIO Processor Core’ is an original FPGA-based 16 bit RISC microprocessor core for SoC. It is designed for compact, low cost FPGA’s, and comes equipped with a 16 bit microprocessor, as well as GAIO’s own development tools. The development tools include a C compiler and an assembler useful for HW/SW development.
GAIO Processor Core Product Information
This all-in-one development kit comes complete with an evaluation board, cross compiler and debugger. The board includes a 78K0 series uPD78F0714 processor, and can be used to learn the fundamentals of motor control programming. Two options for the motor are available, a DC motor and a stepping motor.
Product Information of DC motor version
Product Information of stepping motor version
This motor control evaluation board includes a TLCS900 series TMP91FY42 processor, and can be used to learn the fundamentals of motor control programming with I/O control using both sensors and LEDs.
This adapter allows the consumer to connect their FOMA compatible mobile phone to their NISSAN CarWings navigation system. Doing so allows the user to access the car's navigation controls from the convenience of their mobile device through voice and touch.