Download Rapid Prototyping of Digital Systems: SOPC Edition by James O. Hamblen PDF

By James O. Hamblen

Here's a laboratory workbook packed with attention-grabbing and not easy initiatives for electronic common sense layout and embedded platforms sessions. The workbook introduces you to completely built-in sleek CAD instruments, good judgment simulation, good judgment synthesis utilizing description languages, layout hierarchy, present new release box programmable gate array know-how, and SoPC layout. initiatives disguise such parts as serial communications, country machines with video output, games and images, robotics, pipelined RISC processor cores, and designing computers utilizing a advertisement processor middle.

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Extra resources for Rapid Prototyping of Digital Systems: SOPC Edition

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Make sure that you have also assigned the correct pin numbers for the DE1 board. PB1 is pin R22, PB2 is pin R21 and the LED is pin U22. 1 for help) Whenever you change the Device or pin assignments, it is necessary to recompile before downloading. After checking to make sure that the cables are hooked up properly, you are ready to download the compiled circuit to the DE1 board. Select Tools Programmer. Click on Hardware Setup, select the proper hardware, a USB-Blaster. (If a window comes up that displays, "No Hardware" to the right of the Hardware Setup button, use the Hardware Setup button to change currently selected hardware from "No Hardware" to "USB-Blaster".

Use the timing analyzer’s Processing Classic Timing Analyzer Tool Registered performance option tab to determine the maximum clock frequency on the Cyclone device. Reset is asynchronous and the DFF Q output should be high for state B. 1 1 A X=0 Reset 0 B X=1 0 18. Repeat the previous problem but use one-hot encoding on the state machine. For one-hot encoding use two flip-flops with only one active for each state. For state A the flip-flop outputs would be "10" and for state B "01". One-hot encoding is common in FPGAs.

46 Rapid Prototyping of Digital Systems Chapter 2 2 FPGA Development Board Hardware and I/O Features Each of the five different FPGA boards (DE1, DE1, UP3, UP2, and UP1) have a slightly different feature set of logic, I/O interfaces, memory and other assorted hardware. As long as the FPGA board has enough logic and it has the required I/O features, a project can be implemented on any of the boards. FPGAs are available in a wide range of sizes with different feature sets. In general, FPGAs with more logic, more I/O pins, higher speed, or more memory are more expensive.

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