By Yamin Li, Tsinghua University Press
Makes use of Verilog HDL to demonstrate desktop structure and microprocessor layout, permitting readers to simply simulate and modify the operation of every layout, and therefore construct industrially appropriate abilities- Introduces the pc ideas, laptop layout, and the way to exploit Verilog HDL (Hardware Description Language) to enforce the layout- presents the abilities for designing processor/arithmetic/cpu chips, together with the original program of Verilog HDL fabric for CPU (central processing unit) implementation- regardless of the various books on Verilog and machine structure and microprocessor layout, few, if any, use Verilog as a key software in supporting a pupil to appreciate those layout concepts- A significant other web site contains colour figures, Verilog HDL codes, additional try out benches no longer present in the publication, and PDFs of the figures and simulation waveforms for teachers
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Sample text
Because the speed of the memory is much smaller than that of the CPU, in modern CPUs there is an instruction cache and a data cache. For the purpose of the fast virtual address translation, an instruction TLB and a data TLB are also fabricated in the CPUs. This book focuses on the computer and computer design in Verilog HDL. 1 illustrates the organization of a computer system. You can see that your personal computer is not a computer, but is a computer system. A high-end mobile phone can also be considered as a computer system.
Let’s see some instruction examples of the Intel x86 and MIPS (microprocessor without interlocked pipeline stages) CPU. The following is a function written in C that calculates the 32-bit unsigned product of two 16-bit unsigned numbers. unsigned int mul16 (unsigned int x, unsigned int y) { // mul by shift unsigned int a, b, c; // c = a * b unsigned int i; // counter a = x; // multiplicand b = y; // multiplier c = 0; // product for (i = 0; i < 16; i++) { // for 16 bits if ((b & 1) == 1) { // LSB of b is 1 c += a; // c = c + a } a = a << 1; // shift a 1-bit left b = b >> 1; // shift b 1-bit right } return(c); // return product } Of course, you can use c = a * b to get the product, but we show here how to use the addition and shift operations to perform the multiplication.
6 Simplified structure of a multicore CPU the utilization of these components but make the control complex. Multithreading CPUs improve performance by exploiting the TLP (thread level parallelism). A multicore CPU is an IC chip in which multiple ordinary CPUs (cores) are fabricated. An ordinary CPU may be a pipelined CPU, a superscalar CPU, or a multithreading CPU. 6 shows the structure of a simplified multicore CPU in which there are four pipelined CPUs. In a multicore CPU, each core has a dedicated level 1 (L1) instruction cache and a data cache.