NOTES.md

NOTES

• TSV110:
  • 华为鲲鹏 920 TSV110 微架构评测（上）:初露锋芒，砥砺前行
  • 华为鲲鹏 920 TSV110 微架构（下）:初露锋芒，砥砺前行
• TaiShan on Kirin 9000s:
  • 麒麟 9000s 大中核规格对比、初步性能测试
  • 华为麒麟 9000s TSV new 微架构评测（上）：如闪电般归来
• TaiShan on Kirin 9010:
  • 麒麟 9010 新大核微架构前瞻：8 发射的征途
  • 麒麟 9010 微架构评测：轻舟已过万重山
• Cortex A53: ARM’s Cortex A53: Tiny But Important
• Cortex A510: Arm’s Cortex A510: Two Kids in a Trench Coat
• Cortex A72:
  • ARM’s Cortex A72: aarch64 for the Masses
• Cortex A73:
  • Arm’s Cortex A73: Resource Limits, What are Those?
  • Cortex A73’s Not-So-Infinite Reordering Capacity
• Cortex A76:
  • Arm's Cortex-A76 CPU Unveiled: Taking Aim at the Top for 7nm
• Cortex A78:
  • Arm Cortex A78 微架构评测（上）：中核奠基之作
  • Arm Cortex A78 微架构（下）：中核奠基之作
• Cortex A710:
  • ARM Cortex A710 微架构评测（上）：以退为进？
  • ARM Cortex A710 微架构（下）：以退为进？
  • ARM’s Cortex A710: Winning by Default
• Cortex X1:
  • https://zhuanlan.zhihu.com/p/619033328
  • https://zhuanlan.zhihu.com/p/620310569
  • https://zhuanlan.zhihu.com/p/595585895
  • https://fuse.wikichip.org/news/3543/arm-cortex-x1-the-first-from-the-cortex-x-custom-program/
  • https://en.wikichip.org/wiki/arm_holdings/microarchitectures/cortex-x1
  • https://www.anandtech.com/show/15813/arm-cortex-a78-cortex-x1-cpu-ip-diverging
• Cortex X2: Cortex X2: Arm Aims High
• Neoverse N1:
  • Deep Diving Neoverse N1
  • Arm Announces Neoverse N1 & E1 Platforms & CPUs: Enabling A Huge Jump In Infrastructure Performance
• Neoverse N2:
  • ARM’s Neoverse N2: Cortex A710 for Servers
• Apple M1:
  • Exploration of Apple CPUs
  • Apple M1 Icestorm 微架构评测（上）:重铸小核荣光
  • Apple M1 Icestorm 微架构（下）:重铸小核荣光
  • 苹果的黑魔法？Apple M1 的栈操作消除（上）
  • 苹果的黑魔法？（下）Apple M1 的栈操作消除
  • Apple Microarchitecture Research by Dougall Johnson
  • Apple Firestorm/Icestorm CPU microarchitecture docs
  • The 2020 Mac Mini Unleashed: Putting Apple Silicon M1 To The Test
  • Apple Announces The Apple Silicon M1: Ditching x86 - What to Expect, Based on A14
• Apple M2:
  • Apple M2 Blizzard 微架构评测 (上)：阳春白雪
  • Apple M2 Blizzard 微架构评测 (中)：阳春白雪
  • 不为人知的角落，Apple M2 的小小努力（其一）
• Apple M3:
  • MacBook Air M3 简评：性能、续航如何？M1 用户要换吗？
• Apple M4:
  • 苹果 M4 性能分析：尽力了，但芯片工艺快到头了！
• X Elite Oryon:
  • 高通 X Elite Oryon 微架构评测：走走停停
  • Qualcomm’s Oryon Core: A Long Time in the Making
  • Snapdragon X Elite
  • Qualcomm Oryon CPU
  • Qualcomm’s Oryon LLVM Patches
  • 高通自研 PC 芯片 X Elite 实测：真能干翻苹果英特尔？
  • 太贵了，它没你想的那么美好！高通骁龙 X Elite 78-100 笔记本详细评测
• Loongson 3A5000: Loongson’s 3A5000: China’s Best Shot?
• Loongson 3A6000: Loongson 3A6000: A Star among Chinese CPUs
• Sandy Bridge: Sandy Bridge: Setting Intel’s Modern Foundation
• Zen 1-4: Zen evolution: A small overview
• Zen 4:
  • AMD’s Zen 4 Part 1: Frontend and Execution Engine
  • AMD’s Zen 4, Part 2: Memory Subsystem and Conclusion
• Zen 5:
  • AMD Zen 5 深度评测：HX370 能效超强！但大小核靠谱吗？
  • AMD Reveals More Zen 5 CPU Core Details
• Sunny Cove:
  • Sunny Cove: Intel’s Lost Generation

Calling convention:

• AMD64:
  • Arguments: rdi, rsi, rdx, rcx, r8, r9
  • Callee-saved: rbx, rsp, rbp, r12-r15
• AArch64:
  • Arguments: r0-r7
  • Callee-saved: r19-r29, sp, v8-v15
• LoongArch64:
  • Arguments: a0-a7
  • Callee-saved: s0-s9, fs0-fs7