Excellent LSI designs for image processing
Abeism's electronic designs began with circuit board designs, and now we are focusing on IC and LSI circuit designs. Our IC and LSI designs range from general-use IC and LSI to designs for programmable IC and LSI, ASIC (Application Specific Integrated Circuits) and FPGA (Field-Programmable Gate Arrays) using hardware description language HDL (Verilog-HDL and VHDL). Nowadays, many electronic devices are equipped with image processing functions. Abeism's ASIC designs and FPGA designs feature powerful image processing capabilities. We offer a wealth of expertise especially in image compression and decompression technologies.Design verification and product evaluation for IC and LSI
During the development process of IC and LSI, after a circuit is designed, it must be verified to assure that the operation and timing work according to the CAD designs. If there are no problems during this process, then the next step is production of a prototype. Before the prototype goes to mass production, it is mounted on a test device to evaluate whether it works as designed. At Abeism, we also handle verification after IC and LSI are designed, and we can evaluate these products. Evaluation work is not just the collection of data by doing simple measurements. This work requires the setup of evaluation criteria and conditions, evaluation methodologies, and analysis of evaluation results.Design and Verification of Firmware
Firmware is software that controls hardware. This firmware is needed for ASIC and FPGA, which are programmable LSI. At Abeism, we don't just design ASIC and FPGA, we also accept jobs to design and verify firmware by using C and other programming languages. As experts at image processing, we accept orders for the entire operation from ASIC and FPGA designs to firmware designs and verification, which increases precision and work efficiency.
- Designing general-use IC and LSI
- Designing programmable IC and LSI (ASIC and FPGA)
- Design verification and product evaluation for IC and LSI
- Design and verification of firmware