By Richard Munden
Richard Munden demonstrates the best way to create and use simulation versions for verifying ASIC and FPGA designs and board-level designs that use off-the-shelf electronic elements. according to the VHDL/VITAL regular, those versions contain timing constraints and propagation delays which are required for actual verification of modern day electronic designs.
ASIC and FPGA Verification: A advisor to part Modeling expertly illustrates how ASICs and FPGAs might be demonstrated within the higher context of a board or a process. it's a invaluable source for any fashion designer who simulates multi-chip electronic designs.
*Provides quite a few versions and a essentially outlined method for appearing board-level simulation.
*Covers the main points of modeling for verification of either good judgment and timing.
*First ebook to assemble and educate recommendations for utilizing VHDL to version "off-the-shelf" or "IP" electronic parts to be used in FPGA and board-level layout verification.
Read or Download ASIC and FPGA VerificationElsevier PDF
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Extra info for ASIC and FPGA VerificationElsevier
This is for documentation purposes only. During development, you could use a software revision control system such as RCS or CVS to make it easier to record the actual code changes. This could be particularly beneficial during the development of very large models where there are multiple developers involved. The part description section of the header states in which library the part has been placed. It tries to indicate the technology, if relevant, and it gives the name of the model. Finally, there is a one-line description of the part’s function.
For each port with an associated tipd we declare a signal to hold the delayed value of that port. 6 27 Finishing Touches The names are the same as the two input port names with the _ipd (interconnect path delay) suffix added. The _ipd suffix is an FMF convention. The signals must be of type std_ulogic. We initialize them to ‘U’. A WireDelay block begins on line 26: WireDelay : BLOCK -- 26 BEGIN -- 27 w_1: VitalWireDelay (A_ipd, A, tipd_A); w_2: VitalWireDelay (B_ipd, B, tipd_B); END BLOCK; -- 28 -- 29 -- 30 The label WireDelay is mandatory for this block.
3 VITAL_Primitives 39 VitalPathDelay01Z is like VitalPathDelay01 but is for outputs that can be put in a high impedance state. Both these procedures will be explained in detail in Chapter 6. VitalWireDelay is used to delay an input signal to simulate interconnect delays. Its use is detailed in Chapter 6. VitalSignalDelay is used in models that have negative timing constraints. The topic of negative timing constraints is taken up in Chapter 11. VitalSetupHoldCheck detects a setup or hold violation.
ASIC and FPGA VerificationElsevier by Richard Munden