Sitemap - 2022 - Chips and Cheese

Golden Cove’s Lopsided Vector Register File

Was Rocket Lake Power Efficient?

Knight’s Landing: Atom with AVX-512

Cannon Lake: Intel’s Forgotten Generation

AMD’s Zen 4, Part 2: Memory Subsystem and Conclusion

AMD’s Zen 4 Part 1: Frontend and Execution Engine

Microbenchmarking Nvidia’s RTX 4090

Why you can’t trust CPUID

Addendum: Clock Ramp on ADL, Zen 4, M1, and More

Microbenchmarking Intel’s Arc A770

Skylake: Intel’s Longest Serving Architecture

Hot Chips 34 – Biren’s BR100: A Machine Learning GPU from China

China’s Phytium D2000: Building on A72?

Nvidia’s RTX 4090 Launch: A Strong Ray-Tracing Focus

Hot Chips 34 – AMD’s Instinct MI200 Architecture

How Quickly do CPUs Change Clock Speeds?

Hot Chips 34 – Intel’s Meteor Lake Chiplets, Compared to AMD’s

Hot Chips 34 – Tesla’s Dojo Microarchitecture

Tachyum’s Revised Prodigy Architecture

A Preview of Raptor Lake’s Improved L2 Caches

AMD’s Athlon 64: Getting the Basics Right

Caching Energy Efficiency Data – Mobile and AVX-512

Alder Lake’s Caching and Power Efficiency

Tachyum: Too Good to be True?

Intel’s Netburst: Failure is a Foundation for Success

Sunny Cove: Intel’s Lost Generation

Graviton 3: First Impressions

iGPU Cache Setups Compared, Including M1

Examining Centaur CHA’s Die and Implementation Goals

Centaur CHA’s Probably Unfinished Dual Socket Implementation

Intel Renames Oregon Fab: Gordon Moore Park. Adds +270k sq ft, 18A Node now 2024

GPU Hardware Video Encoders – How Good Are They?

VIA Part 4 – A Deep Dive into Centaur’s Last CPU Core: CNS

SiFive Completes Series F Funding Round: +$175m, $2.5b Evaluation

State of Windows on Arm64: a high-level perspective

Going Armchair Quarterback on Golden Cove’s Caches

Alder Lake’s Power Efficiency – A Complicated Picture

Deep Diving Zen 3 V-Cache

AMD’s V-Cache Tested: The Latency Teaser

Intel’s Tremont: Atom Changes Course