- Why Intel adopted AMD64 (and why it changed everything)
- Overclocking in 2026: hobby, lottery, or both?
- Choosing a CPU for 5 Years: Buy by Workload, Not by Logo
- 3D V-Cache / X3D: why cache became the ultimate gaming cheat code
- Will We See x86+ARM Hybrids in Mainstream PCs?
- Big.LITTLE goes x86: how ARM ideas moved into PCs
- AMD Adrenalin: when software features matter more than silicon
- Spectre/Meltdown: when CPUs became the security story of the year
- Why Games Want One CPU and Rendering Wants Another
- Intel vs AMD in games: where benchmarks mislead you
- AI on the CPU: What NPUs Are and Why They Exist
- Hyper-Threading demystified: magic threads or scheduler trickery?
- Core and Core 2: Intel’s Comeback After NetBurst (and What Ops Learned)
- Why Microcode Updates Will Become as Normal as Driver Updates
- UCIe and chiplet mix-and-match: what it changes for buyers
- RISC-V: Real Challenger or Beautiful Idea?
- PL1, PL2, and Tau Explained: The Three Numbers That Decide Everything
- Athlon: the year Intel actually got scared
- Intel Quick Sync: the hidden video weapon
- x86-64: why AMD got 64-bit right first
- AMD Opteron: How Servers Opened the VIP Door for AMD
- P-states and C-states: what your CPU does when it’s idle
- CPU Cache (L1/L2/L3) in Plain English: Why Memory Wins
- 3D Stacking and the Chiplet Future: Where CPUs Are Headed
- Pentium 4 / NetBurst: the loudest mistake of the GHz era
- The clock-speed arms race: why “more GHz” stopped working
- Turbo Boost: how CPUs cheat their spec sheets (legally)
- Pentium II / III: the golden age when clocks still meant something
- Factory Overclocks: Marketing Trick or Real Value?
- Pentium Pro: the CPU that was too early for its own good
- Intel Core generations: how to decode the names without losing it
- Why CPUs Run Hot: Turbo, Power Limits, and Reality
- AMD Chiplets: The Trick That Resurrected Ryzen
- Home Virtualization: What CPU Features Actually Matter
- Integrated Memory Controllers: the change you still feel today
- Pentium FDIV: the math bug that embarrassed Intel worldwide
- AMD Bulldozer: the bold design that didn’t deliver
- IPC > GHz: the simplest explanation you’ll actually remember
- Real-world CPU testing: a simple method for your own workload
- ARM’s Rise: Will x86 End—and When?
- AMD SMT: when the “Intel feature” became a real rival
- 8088 and the IBM PC deal that crowned Intel (almost by accident)
- Silicon lottery: why identical CPUs perform differently
- How Marketing Bends “Generations”: The “New” CPU That’s Basically Old
- Intel’s never-ending 14nm era: when process delays became a soap opera
- Process Nodes Explained: What “7nm / 5nm / 3nm” Really Means
- How x86 Was Born: Why the 8086 Became an “Accidental” Standard for Decades
- Undervolting and Power Limits: Quieter PCs Without Regret
- Binning: How One Die Becomes Five Price Tiers
- 486: why the built-in FPU changed everything (and nobody talks about it)