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 Low Power System-Level Design    

 

Designing for low power and energy consumption optimization are key issues for chip developers. The earlier low power techniques can be applied to the design, the bigger their effect on overall power consumption. But low power design is not just a hardware issue; software running on the chip has a significant effect on the amount of power it consumes. Design teams also realize that power envelopes have effectively stopped the traditional evolution of processor performance scaling and are switching to multi-core design. Virtual prototypes address the need for early, software-driven power analysis and optimization, as well as low-power embedded software development for single and multi-core designs.

 

 
Powerful tool for the creation, assembly, and execution of SystemC-based virtual prototypes for pre-silicon software development and software driven verification.
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Portfolio of tool-independent SystemC TLM-2.0 compliant transaction-level models which serve as the building blocks of virtual prototypes.
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Virtual platforms are fully-functional software models of complete systems, including processors, hardware accelerators, busses, boards, memories and peripherals. Synopsys' Innovator product line offers the ability to assemble virtual prototypes from SystemC TLM-2.0-based transaction-level models with characterized and estimated power information. When configured with power-related data, virtual platforms serve several valuable purposes with respect to power:
  1. For the early development of power management software (which can begin even before RTL is available).
  2. To assess the effect on power of various design trade-offs and different power schemes, utilizing the actual system software executing on the processor(s).
  3. To run experiments that guide the architectural partitioning of power-related design features, such as placement of voltage islands.

Given the increasing importance of software as a driver for power consumption, Synopsys’ virtual platform offerings address current and future requirements for early low-power decision making.