Processor architecture, instruction execution, memory hierarchy, x86-64, ARM, and RISC-V.
CPU & ArchitectureVolume 6 is a practical companion for x86-64 developers, covering NASM, GNU, LLVM, Intel XED, ELF64, PE/COFF, and Mach-O. It focuses on inspection, debugging, validation, automation, golden tests, fuzzing, CI, troubleshooting, and long-term maintenance of assemblers, compilers, JITs, disassemblers, and binary tools.
CPU & ArchitectureA professional desk-side reference for registers, operand and address sizes, prefix families, opcode maps, ModR/M, SIB, effective addresses, immediates, flags, condition codes, CPU features, instruction families, and object relocations.
CPU & ArchitectureAn engineering reference for building a productionquality x86-64 assembler: lexical analysis, parsing, symbols, instruction selection, byte emission, relaxation, relocations, object files, diagnostics, testing, and library APIs.
CPU & ArchitectureAn implementation-oriented reference to x87, MMX, SSE, AVX, AVX2, FMA, cryptographic extensions, AVX-512, EVEX, and Intel AMX - designed for assembler, compiler, JIT, disassembler, and binary-tool developers.
CPU & ArchitectureA form-by-form catalog for integer data movement, arithmetic, logic, control flow, stack, string, atomic, and core system instructions - designed for implementers of assemblers, disassemblers, JIT compilers, and binary tools.
CPU & ArchitectureA practical reference to x86-64 instruction encoding for assembler, JIT, disassembler, VM, and binary-tool developers. It explains opcodes, prefixes, ModR/M, SIB, displacement, immediates, addressing, registers, and REX, using a repeatable workflow: choose a legal form, solve fields, emit bytes, and verify results independently.
CPU & ArchitectureA concise guide to the evolution of Intel x86-64 instructions, from the original 8086 through IA-32 and Intel 64 to SSE, AVX, AVX2, AVX-512, AMX, APX, and AVX10. It organizes major instruction families by purpose, generation, cautions, and practical NASM examples, providing learners and low-level programmers with a clear map before consulting Intel’s official manuals.
CPU & ArchitectureA focused technical guide to The Definitive Guide to x86 64, covering 2 The Definitive Guide to x86-64 A System’s Journey from Power-On to Application x86-64 ISA and Platform Reference A bit‑by‑bit system journey and reference — explaining
CPU & ArchitectureA focused technical guide to The Complete x86 x64 Machine Language and Processor Architecture Reference, covering modern AI tools, with full supervision, verification, correction, and Introduction to Processor Architecture.