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[Automotive]As the automotive industry moved to autonomous vehicles, a variety of safty measures have been integrated into modern vehicles. Currently, a huge number of electronic components are integrated into vehicles as a part of implemented safety mechanisms. Automotive SoCs must be designed to give a certain level of quality/reliabilty, and functional safety. Accordingly, automotive SoCs must be compliant with two representative standards such as ISO 26262 on functional safety and AEC-Q100 on stress test driven qualification. Samsung Foundry provides automotive design methodology that addresses the need of customers to obtain a qualified and reliable design. Figure illustrates the dedicated solutions for automotive SoC design which should be considered to comply with automotive standards and automotive-specific requirements. In the figure, solutions illustrated in navy boxes are tied to ISO 26262 and solutions illustrated in green boxes are tied to AEC-Q100 and AEC-Q004. For more information on each solution, refer to the respective documents.
[High Performance Computing]The era of HPC applications demands a robust and accurate system design methodology to handle the vast and varied technology challenges to be overcome in the multiple domains of SI/PI/Thermal/Testability. Samsung Foundry is well positioned with its vast experience and innovative design flows to help its customers implement their HPC designs with excellent design infrastructure and service to promote fast TAT and high first-pass tape-outs. For further information on any aspects of the HPC design flow and how Samsung could help your HPC product to ramp up to volume production, feel free to reach out to your nearest or designated Samsung representative.
[Internet of Things(IoT)]The IoT applications demand an ultra-low voltage and reliable design methodology to extend the lifetime in battery-operated devices, such a smart card, wireless sensor, and hearable, wearable, voice-controlled products. Ultra-low voltage design dramatically reduces energy consumptions while enabling reliable operation in IoT applications. However, it is very vulnerable to process, voltage, temperature variations. Samsung Foundry ultra low voltage solutions have addressed all of these challenges and it includes many advanced design solutions for energy-efficient design.
[2.5D/3D Design Solution]The Multi-Die Integration(MDI™) Design solutionservice is a one-stop seamless solution provider convering the full spectrum of services from basic design setup to physical verification and also capable of reducing design TAT and cost by performance-driven early check up and fully sign-off to provide the excellent customer satisfaction based on synergy of on/off chip optimization and analysis in 2.5D/3D complex design.
[Low Power & Thermal Methodology]Samsung Foundry's advanced low power / thermal solutions can be adopted from design setup to system operation, and they can offer the world's best technologies to meet the requirements of performance, power, and reliability which are mandatory for alomost all applications like mobile, IoT, AI, and automotive.
[Power & Signal Integrity]The PSI solution service is a one-stop turnkey solution provider covering the full spectrum of services from basic PSI sign-off guidance to customer-defined platform PSI design guidance and also capable of consulting services to achievethe excellent customer satisfaction based on synergy of on/off chip optimization.
[Test Methodology]Samsung Foundry provides Industry-leading DFT solutions which satisfy the urgent needs of ultra test cost reduction, high quality test and fast yield ramp-up through ideal DFT approaches understanding Samsung Foundry process. Application specific DFT solutions for Automotive, HPC/AI, IoT and 5G are offered to solve imminent and future challenges in design, test and yield.