A validation strategy for embedded core ASICs

R.J. Hasslen, N. Zafar
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Abstract

ASIC in-circuit emulation technology for validation of embedded core ASICs in target systems is described. The emulation system contains an array of reprogrammable logic devices. Any ASIC vendor netlist can be accepted by the software. It is automatically partitioned, placed, and routed on the array of reprogrammable logic devices, called the emulation modules. The system creates a gate-by-gate, wire-by-wire replica of an ASIC design onto real hardware. In-circuit interface cables connect the functional image of the ASIC to the target system. This allows the designer to plug the ASIC design into the target system prior to having silicon built. The advantage is validation of the system design with full software and applications before actually committing to silicon. This makes design tradeoffs possible at an earlier stage. The built-in logic analyzer allows the designer to debug the ASIC design while running in-circuit, much like a microprocessor in-circuit emulator.<>
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嵌入式核心asic的验证策略
介绍了在目标系统中验证嵌入式核心ASIC的ASIC电路仿真技术。仿真系统包含一组可编程逻辑器件。任何ASIC厂商的网络列表都可以被软件接受。它在称为仿真模块的可重新编程逻辑设备阵列上自动分区、放置和路由。该系统在实际硬件上创建了一个逐门、逐线的ASIC设计副本。电路接口电缆将ASIC的功能图像连接到目标系统。这使得设计人员可以在构建芯片之前将ASIC设计插入目标系统。其优点是在实际投入使用硅之前,用完整的软件和应用程序验证系统设计。这使得在早期阶段进行设计权衡成为可能。内置的逻辑分析仪允许设计人员在电路运行时调试ASIC设计,就像微处理器电路仿真器一样。
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