We Make Compute! Axon Lite Pre-book:store.vicharak.in/?product=a…
If you're picking your first embedded Linux distribution, you'll very likely run into three popular names: Yocto, Ubuntu, and Debian. Each one is built for a different job. So, if you understand what
Every "AI PC" and edge board now claims an NPU, but only a few people know what that chip actually does (or what it can run). The AXON single-board computer, built on the Rockchip RK3588, packs a
Imagine buying a smartphone that never receives any software updates. Every new feature would require you to buy a completely new device. For a long time, fixed-function hardware worked in much the
Most of us have travelled by train at some point and probably know how a railway network works. Let’s use it to understand how an FPGA works. Every train follows a planned route, stops at stations
Imagine you’re preparing for your engineering exam. You spend days studying concepts, solving problems, and learning from your mistakes. When the exam finally arrives, you use what you’ve learned so
Optimization isn't about making things faster. It's also about making your system do less. We had a local video pipeline chewing through ~99% CPU. Problem: It was decoding frames as fast as the CPU
Most developers know how to program a microcontroller. Very few know how to program hardware itself. ShrikeFi lets you learn both on a single board. They write a few lines of code, upload them to a
Over 5,000 developers have used Shrike to learn FPGAs, prototype digital logic, and build things we never anticipated. It ships to classrooms, maker spaces, and engineering teams across the country.
A Single-Board Computer, or SBC, refers to a computer that has a microprocessor, memory, as well as all input/output peripherals, all of which are embedded on a single PCB, or Printed Circuit Board.
When people first hear the word FPGA, it often sounds intimidating—something abstract, complex, and very different from CPUs or microcontrollers. In reality, an FPGA is built from a small number of
There’s a strange tension in how we think about AI. We’re uneasy about it “taking over the world,” yet quietly impatient for that future to arrive because managing calendars, replying to messages,
From high-end programming to artificial intelligence, telecommunications, and automobiles, we are all surrounded by intricate technologies that some of us can’t even comprehend. Isn’t it right? But
