CPU

TODO

Articles

• Мифы о кэше процессора, в которые верят программисты

• Where the top of the stack is on x86

• rics vs cisc

• Our Journey to ARM

• Оптимизация кода: процессор

• How CPUs are Designed and Built

• The 486 CPU Era – The Birth of Overclocking. – Part 1

• A Close Look at a Spinlock

• Hunting a bug in the i40e Intel driver

• How M1 Macs feel faster than Intel models: it’s about QoS

• A natively flexible 32-bit Arm microprocessor

• CPU Pinning and CPU Sets

• Your CPU May Have Slowed Down on Wednesday

• What should the CPU usage be of a fully-loaded CPU that has been throttled?

• Building a Continuous Profiler Part 1: An Intro to App ProfilingPermalink

• Atomics in AArch64

• Как работает CPU: интерактивный урок для начинающих

• Как разрабатываются и производятся процессоры: основы архитектуры компьютеров

• ARM Cortex-A72 fetch and branch processing

• Why Is Apple’s M1 Chip So Fast?

• ARM and Lock-Free Programming

• Intel’s Disruption is Now Complete

• Reverse-engineering the carry-lookahead circuit in the Intel 8008 processor

• How Debuggers Work: Getting and Setting x86 Registers, Part 1

• LDM (My Favorite ARM Instruction)

• Собственная платформа. Часть 0.1 Теория. Немного о процессорах

• Процессоры, ядра и потоки. Топология систем

• An Intel 8080 assembler and online simulator

• Inside the 8086 processor, tiny charge pumps create a negative voltage

• Produce your own physical chips. For free. In the Open.

• Examining ARM vs X86 Memory Models with Rust

• Reverse-engineering the TL431: the most common chip you've never heard of

• Why is processing a sorted array faster than processing an unsorted array?

• CPU caches and data locality: a small demonstration

• I don't know how CPUs work so I simulated one in code

• Digging into RISC-V and how I learn new things

Books

• From micro-OPs to abstract resources: constructing a simpler CPU performance model through microbenchmarking

Courses / Videos

• Architecture All Access: Modern CPU Architecture Part 1 – Key Concepts
• 2020 Wheeler Lecture: The Future of Microprocessors
• A CPU With Just One Instruction!!!
• Upgraded Homemade Silicon Chips
• Under the hood of a CPU: Reverse Engineering the P6 microcode | Peter Bosch
• How Extreme Ultraviolet Lithography works | Part 1/3
• Performance Analysis & Tuning on Modern CPU - Denis Bakhvalov.
• What is a stack and how does it work? — 6502 part 5

Links

• How To Make A CPU - A Simple Picture Based Explanation
• x86 and amd64 instruction reference
• corellium - Virtual devices. Real-world accuracy
• Turing Complete - Build a functional computer through challenging logic puzzles [Steam]
• v86 - x86 virtualization in your browser, recompiling x86 to wasm on the fly
• x86-info-term - A terminal viewer for x86 instruction/intrinsic information using Python 3 + curses
• sandsifter - The x86 processor fuzzer
• NEON intrinsics guide - Makes ARM NEON documentation accessible (with examples)
• haxm - Intel Hardware Accelerated Execution Manager (Intel® HAXM)
• Awesome CPUs