01 1 Electronic Design Automation (EDA) the correctness, testability, and compliance of a design is checked by software
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1 01 1 Electronic Design Automation (EDA) 01 1 Electronic Design Automation (EDA): (Short Definition) The use of software to automate electronic (digital and analog) design. Electronic Design Automation (EDA) (Longer Definition) Electronic design in which the design is entered using design capture tools or using a text editor and a hardware description language possibly consisting of parts from a vendor s library the functionality of the design is verified by simulation the correctness, testability, and compliance of a design is checked by software and the design is converted to a manufactureable form using synthesis tools EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
2 01 2 Hardware Description Languages 01 2 Hardware Description Language: A language used for describing the structure of hardware or how the hardware should behave. Some Hardware Description Languages Verilog Widely used in industry. C-like syntax. (Many elements of the language are different from C.) Developed by Gateway Design Automation in 1984, later bought by Cadence. Became IEEE standard 1364 in EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
3 VHDL (VHSIC Hardware Description Language) Widely used in industry. Ada-like syntax. (Ada is a DoD-developed language for large embedded systems.) Developed as part of U.S. Department of Defense (DoD) VHSIC program in 1983 Became IEEE standard 1076 in Standard updated in Language Popularity Both Verilog and VHDL are widely used in industry. VHDL is more refined. Verilog has steeper learning curve than VHDL (can be learned more quickly than) EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
4 01 4 Design Flow 01 4 Design Flow: The steps used to produce a design. Simple Design Flow Step 1: Design Capture Step 2: Behavioral Verification Step 3: Synthesis and Timing Verification 01 4 EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
5 Simple Flow Step 1: Design Capture Using the back of an envelope or some other suitable medium develop a rough draft of the design. Using a text editor write a Verilog description of the design. Using a text editor write a Verilog description of a testbench used to test the design. The testbench generates inputs for the design and verifies the design s outputs EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
6 Simple Flow Step 2: Behavioral Verification Using a simulator and waveform viewer check if design passes testbench tests and if not, debug. Waveform Viewer: Sort of a virtual logic analyzer, used to view signals in any part of design. Simulator output includes messages generated by behavioral code including pass or fail message produced by testbench. Using text editor fix bugs, and tune performance EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
7 Simple Flow Step 3: Synthesis and Timing Verification Using synthesis programs generate design database. Design database has information needed to fabricate the chip and to perform simulations with accurate timing. Re-simulate, and verify that timing is acceptable if timing is not acceptable edit the Verilog structural description and repeat steps above. Using the Internet, design database and credit card number to fab. After a few weeks, get parts back in mail EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
8 Topics Covered in This Course Coding in Verilog. Using simulation, waveform viewers and similar tools. How Verilog descriptions synthesize. Topics Not Covered in This Course Details of using synthesis programs. Writing testbenches. These are valuable topics, but there s no time EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
9 Software Used in This Course Cadence University Software Program Programs available for simulation and synthesis. These are full versions of programs used in industry EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
10 01 10 Synthesis Design Target Design Target: The type of device to be manufactured or programmed. Synthesis programs generate output for a particular design target. Design Targets Programmable Logic Array (PLA): Chip that can be programmed (once) to implement a logic function. Usually programmed at the factory. PLAs might be used in prototypes or when only a few parts are needed. Application-Specific Integrated Circuit (ASIC): A fully custom chip. Usually the fastest design target, can have the most components EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
11 Gate Array: A chip full of gates manufactured in two steps. First generic layers containing gates are fabricated but gates are not connected to each other. Later, metal layers connecting gates are added. Designer using gate arrays specifies only metal layer. Since gates fabricated in advance time is saved. Field-Programmable Gate Array (FPGA): A chip full of logic whose connection and function can be programmed and later re-programmed. Not as fast as the other design targets EE 3755 Lecture Transparency. Formatted 16:48, 18 August 2012 from lsli
01-1 Electronic Design Automation (EDA) The use of software to automate electronic (digital and analog) design.
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