Alchip creates unique and correct-by-construction SoC design solutions enabling its customers to reduce their costs, increase product performance, decrease power consumption, and minimize die size.
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Low Power |
Alchip excels in advanced process power management, anticipating and addressing both static and dynamic power management needs. Our unique clocking architecture and timing methodology effectively reduce overall capacitance to achieve up to 30% dynamic power savings. |
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| Alchip's integrated design methodology utilizes an accurate timing model and a precise clock design approach to avoid over-design. We provide guidance on RTL modification based on initial place and route results. We also customize cells to close timing on critical paths and run system level noise simulation for high-speed IOs to ensure working silicon on both the chip and board levels. |
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| Cost Benefits |
| Alchip's advanced design solutions save re-spin costs and optimize chip yield and die size. We achieve optimal silicon results and eliminate over-design with our proprietary clocking methodology, silicon accurate timing model, and advanced routing strategies |
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| Design-for-Test |
DFT design consists of tests for random logic, IP, memory elements, and IO. The design requires detailed planning and knowledge on how to minimize the impact on normal function performance and additional area overhead introduced by the DFT logic. It also provides maximum fault coverage in order to detect as many faults as possible.
Alchip's SoC design solutions enable its customer to achieve system-level functional success and predictable volume production. Through Alchip's highly advanced SoC solutions, customers can utilize world-leading solutions for advanced applications.
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