We provide the service of integrating from designing the embedded system circuits (based on imaging and wired/wireless communication) to mass production.
We provide hardware development service in these steps: customer requirements analysis, circuit design, board manufacturing, testing, and quality certification.
We analyze customer requirements, determine the circuit elements to use, and design circuits corresponding to a product concept.
ARM Cortex-A/M/R series, MIPS series
Image Processing and Image Format conversion technology
Power & Signal Noise, EMI, EMC applied design
Analog/digital circuit design
WIFI/BT, GPS, LTE-CAT M1 design
Using ORCAD, PADS
It is the stage of embodying the designed circuits onto a board (printed circuit board). The CAD program is used to arrange the locations of) parts on the board. And the wiring design is carried out for the parts. As the PCB design can affect the performance, functions, service life, and reliability of a product using the board, it is important that the PCB design is highly complete in quality as well as it meets the development schedule. After designing the PCB completes, simulation is undertaken to find if there is an error in the signal lines or power units.
BILD UP PCB design
1 ~ 15 LAYER design
High Speed Board Design : MIPI, DDR design
RF Board design
Impedance Board design
EMC matched design
Design for PCB mass production
ARTWORK TOOL : PADS, Mentor etc.
SMD(Surface Mount Device)
SMD is an electronic device for which the components (or surface mount components) mounted or placed directly onto the surface of the PCB.
As one of the assembling processes, this is the process of assembling the PCB and PWB printed wire board) with SMT(surface mount technology) and making it into a module that can work electrically through post-processing and data upload.
SMD undergoes several reliability tests such as performance, wired/wireless communication, thermal shock, thermo-hygrostat, EMI, and ESD. It is to know whether it satisfies the product requirements.
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It measures statistically significant values with load artificially applied. Two purposes ask for this test: one is reliability (how long it can serve) and the other is performance.
It applies more load than expected during normal use, which exceeds the allowable limits of the resources (CPU, RAM, Disk, etc.) engaged when the application runs.
It measures, finds, and interprets the point where TPS does not increase anymore as load gradually increases.
It checks if a product works as expected under general and particular circumstances.
SMART HJC 10A
Helmet-type Action Camera
Smart medical equipment of BLE- based multi-biometric signal transmission