By Jason Andrews
Hardware/software co-verification is tips on how to ensure that embedded method software program works thoroughly with the undefined, and that the has been competently designed to run the software program effectively -before huge sums are spent on prototypes or production.
This is the 1st ebook to use this verification strategy to the speedily starting to be box of embedded systems-on-a-chip(SoC). As conventional embedded procedure layout evolves into single-chip layout, embedded engineers has to be armed with the required details to make expert judgements approximately which instruments and method to installation. SoC verification calls for a mixture of services from the disciplines of microprocessor and machine structure, common sense layout and simulation, and C and meeting language embedded software program. in the past, the appropriate details on the way it all suits jointly has no longer been to be had. Andrews, a well-known specialist, presents in-depth information regarding how co-verification particularly works, find out how to prevail utilizing it, and pitfalls to prevent. He illustrates those options utilizing concrete examples with the ARM center - a expertise that has the dominant industry proportion in embedded approach product layout. The spouse CD-ROM includes all resource code utilized in the layout examples, a searchable booklet model, and important layout instruments.
* the one e-book on verification for systems-on-a-chip (SoC) at the market
* Will store engineers and their businesses time and cash via exhibiting them the best way to accelerate the trying out strategy, whereas nonetheless averting expensive mistakes
* layout examples use the ARM middle, the dominant know-how in SoC, and all of the resource code is integrated at the accompanying CD-Rom, so engineers can simply use it of their personal designs
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Extra resources for Co-verification of hardware and software for ARM SoC design
To achieve the required performance, a combination of custom ASICs and the fastest MIPS microprocessor chips are used. Size and power are less of a factor in router design. A large effort for both hardware and software is required to produce a ﬁnal product. A Lot of Custom Hardware – SoC Design Applications that require small product size and low power often turn to SoC design. SoC can also be used to meet performance requirements that could not be achieved by limitations imposed by printed circuit board technology.
This HDL representation of the hardware design can be executed using any number of platforms or execution engines. Four distinct methods have been identiﬁed and used for the execution of the hardware design: ■ Logic simulation ■ Simulation acceleration ■ Emulation ■ Hardware prototyping Each hardware execution method has speciﬁc debugging techniques associated with it, each with its own set of beneﬁts and limitations. The methods range from the slowest execution method, with the most ﬂexibility and best debugging, to the fastest, with less ﬂexibility and debugging.
Verilog is more common for ASIC design and VHDL is more common for FPGA design. It is generally accepted that Verilog is more widely used in North America, VHDL is more widely used in Europe, and Japan is a pretty even mix of Verilog and VHDL. Both Verilog and VHDL continue to evolve. X (the 3rd generation of Verilog) and it will likely result in a new IEEE 1364 standard. VHDL also saw the formation of a working group in 2003 to start work on next version of the IEEE 1076 (language) and 1164 (packages) standards.