--- title: "#arm articles | Hashnode" description: "Explore 85 articles tagged #arm on Hashnode. Tutorials, guides, and how-tos from the community." url: "https://hashnode.com/tag/arm" --- Tag # #arm 85 posts · 29 followers [Gowtham Behara](https://hashnode.com/@gbehara) · [Sep 30](https://hashnode.com/posts/when-arm64-seemed-like-a-good-idea/6abd94f889770df40b064d8a) ### [When ARM64 Seemed Like a Good Idea](https://worksonmyproduction.hashnode.dev/when-arm64-seemed-like-a-good-idea?utm_source=hashnode&utm_medium=feed) The bug I fixed once, then fixed again eight months later. 6 min read · [worksonmyproduction.hashnode.dev](https://worksonmyproduction.hashnode.dev/when-arm64-seemed-like-a-good-idea?utm_source=hashnode&utm_medium=feed) [1](https://hashnode.com/posts/when-arm64-seemed-like-a-good-idea/6abd94f889770df40b064d8a) [kedar joshi](https://hashnode.com/@kedar-joshi) · [Sep 7](https://hashnode.com/posts/benchmarking-a-buck-converter-loop-on-bare-metal-arm-cortex-m7/6a9ef800135d92a612552606) ### [Benchmarking a Buck-Converter Loop on Bare-Metal ARM Cortex-M7](https://kedar-joshi.hashnode.dev/benchmarking-a-buck-converter-loop-on-bare-metal-arm-cortex-m7?utm_source=hashnode&utm_medium=feed) TL;DR: I set out to understand how fast a simple control loop can generate duty-cycle values to feed to a MOSFET gate driver. I benchmarked how placement of data in memory/cache, clock frequency, and 14 min read · [kedar-joshi.hashnode.dev](https://kedar-joshi.hashnode.dev/benchmarking-a-buck-converter-loop-on-bare-metal-arm-cortex-m7?utm_source=hashnode&utm_medium=feed) [David Timothy](https://hashnode.com/@davidtimothy) · [Aug 31](https://hashnode.com/posts/google-quietly-killed-mte-on-the-pixel-11-and-it-s-worse-than-it-sounds/6a95c167b0a734d222773392) ### [Google Quietly Killed MTE on the Pixel 11, and It's Worse Than It Sounds](https://digitalunpacked.hashnode.dev/google-quietly-killed-mte-on-the-pixel-11-and-it-s-worse-than-it-sounds?utm_source=hashnode&utm_medium=feed) Google's Pixel 11 reportedly drops hardware MTE, weakening a key defense against memory corruption and mobile exploits. 12 min read · [digitalunpacked.hashnode.dev](https://digitalunpacked.hashnode.dev/google-quietly-killed-mte-on-the-pixel-11-and-it-s-worse-than-it-sounds?utm_source=hashnode&utm_medium=feed) [Manu Shukla](https://hashnode.com/@mr-manushukla) · [Jul 21](https://hashnode.com/posts/azure-cobalt-200-what-the-50-claim-actually-measures-and-the-3-numbers-that-decide-an-arm-migration/6a5f336a164eb2f8c98fcce9) ### [Azure Cobalt 200: what the 50% claim actually measures, and the 3 numbers that decide an Arm migration](https://ecorpit.hashnode.dev/azure-cobalt-200-what-the-50-claim-actually-measures-and-the-3-numbers-that-decide-an-arm-migration?utm_source=hashnode&utm_medium=feed) Azure Cobalt 200: what the 50% claim actually measures, and the 3 numbers that decide an Arm migration Summary. Microsoft announced the early access preview of Azure Cobalt 200 Arm-based virtual machi 16 min read · [ecorpit.hashnode.dev](https://ecorpit.hashnode.dev/azure-cobalt-200-what-the-50-claim-actually-measures-and-the-3-numbers-that-decide-an-arm-migration?utm_source=hashnode&utm_medium=feed) [Mathijs Frank](https://hashnode.com/@mathijs-frank) · [Jul 15](https://hashnode.com/posts/rediscovering-the-three-types-of-assembly-instructions/6a57ef6cf3222ba25043cff4) ### [Rediscovering the three types of assembly instructions](https://mathijs-frank.hashnode.dev/rediscovering-the-three-types-of-assembly-instructions?utm_source=hashnode&utm_medium=feed) Designing my VM's instruction set, I rediscovered the same jump, memory access, and processing split used by RISC-V and ARM. 3 min read · [mathijs-frank.hashnode.dev](https://mathijs-frank.hashnode.dev/rediscovering-the-three-types-of-assembly-instructions?utm_source=hashnode&utm_medium=feed) [loulu](https://hashnode.com/@yyn) · [Jul 14](https://hashnode.com/posts/linux-arm-shellcode/6a563c378858362f6a099900) ### [ARM64 Assembly & Shellcode Basics (From File I/O to Reverse Shell)](https://loulu1ou.hashnode.dev/linux-arm-shellcode?utm_source=hashnode&utm_medium=feed) Learn how to write and port ARM64 shellcode from Linux 4 min read · [loulu1ou.hashnode.dev](https://loulu1ou.hashnode.dev/linux-arm-shellcode?utm_source=hashnode&utm_medium=feed) [Ragul D](https://hashnode.com/@ragul-d) · [May 12](https://hashnode.com/posts/understanding-memory-mapped-io-in-arm-cortex-m/6a0333df937b84f7798ae0c0) ### [Understanding Memory-Mapped IO in ARM Cortex-M](https://firmware-engineering.hashnode.dev/understanding-memory-mapped-io-in-arm-cortex-m?utm_source=hashnode&utm_medium=feed) Learn how Memory-Mapped IO works in ARM Cortex-M microcontrollers. Understand peripheral registers, volatileand hardware interaction 5 min read · [firmware-engineering.hashnode.dev](https://firmware-engineering.hashnode.dev/understanding-memory-mapped-io-in-arm-cortex-m?utm_source=hashnode&utm_medium=feed) [Amina Lawal](https://hashnode.com/@Bronze) · [Apr 13](https://hashnode.com/posts/build-and-deploy-multi-architecture-docker-apps-on-google-cloud-using-arm-nodes/69dcf2c3f57346bc1e05a01d) ### [How to Build and Deploy Multi-Architecture Docker Apps on Google Cloud Using ARM Nodes (Without QEMU)](https://freecodecamp.org/news/build-and-deploy-multi-architecture-docker-apps-on-google-cloud-using-arm-nodes?utm_source=hashnode&utm_medium=feed) If you've bought a laptop in the last few years, there's a good chance it's running an ARM processor. Apple's M-series chips put ARM on the map for developers, but the real revolution is happening ins 31 min read · [freecodecamp.org](https://freecodecamp.org/news/build-and-deploy-multi-architecture-docker-apps-on-google-cloud-using-arm-nodes?utm_source=hashnode&utm_medium=feed) [Siva Charan N](https://hashnode.com/@charanscn) · [Mar 11](https://hashnode.com/posts/popular-yet-invisible/69b14e90054d52d14a97d038) ### [Popular. Yet, invisible.](https://runtimenotes.hashnode.dev/popular-yet-invisible?utm_source=hashnode&utm_medium=feed) ESP32 and Arduino are everywhere in hobby projects, but almost nowhere in real products. Here's why ARM Cortex dominates production embedded systems. 6 min read · [runtimenotes.hashnode.dev](https://runtimenotes.hashnode.dev/popular-yet-invisible?utm_source=hashnode&utm_medium=feed) [AhoBakaa](https://hashnode.com/@AhoBakaa) · [Jan 17](https://hashnode.com/posts/battle-x86-vs-arm-siapa-raja-prosesor-di-tahun-2026/696b3d6a4686182e6cc11f4f) ### [\[BATTLE\] x86 vs ARM: Siapa Raja Prosesor di Tahun 2026?](https://aho.hashnode.dev/battle-x86-vs-arm-siapa-raja-prosesor-di-tahun-2026?utm_source=hashnode&utm_medium=feed) x86 7 min read · [aho.hashnode.dev](https://aho.hashnode.dev/battle-x86-vs-arm-siapa-raja-prosesor-di-tahun-2026?utm_source=hashnode&utm_medium=feed)