In The News
Tiny $49 module brings FPGA boards to the mainstream
August 10, 2018
Before Arduino, microcontrollers used to be something completely unknown to most people. But then the revolution happened…
An FPGA in an Arduino? New MKR Vidor 4000 Board Brings FPGA Complexity to Non-EEs
May 29, 2018
The Vidor 4000 is obviously not the first board to come out with FPGA capabilities, but it’s also not the first built with Arduino compatibility in mind. Another product currently on the market, XLR8, is an Arduino-compatible development board that is FPGA-based, includes an embedded 8-bit AVR instruction set compatible microcontroller, and is programmable through the Arduino IDE.
The Arduino IDE - Compatible Snō Module Looks Like a Great Way to Get Started with FPGAs
April 30, 2018
FPGAs tend to have a steep learning curve, and a big part of that is due to the difficultly of programming them. The Snō FPGA module from Alorium Technology is designed to make that easier by integrating an ATmega328 that’s compatible with the Arduino IDE.
What's the Best MCU to Drive NeoPixel/WS2812B-Based Applications?
April 16, 2018
As an alternative to an Arduino Nano, Uno, or Mega, you can use a Raspberry Pi, a PSoC, a Teensy 3.2, an XLR8, or a ShieldBuddy to control your NeoPixel applications.
Seeing is Believing
May 4, 2016
After ten years as an editor at Elektor I still think the potential of FPGAs is far from being exhausted. I for one would like to see many more (Elektor) projects based on the technology.
XLR8 FPGA-Accelerated Arduino Clone Kickstarter is Live
November 12, 2015
You won’t even know you’re running your sketch on an FPGA until you fire up one or more of the accelerated functions… and then the magic happens.
'Arduino on Steroids': FPGA-based XLR8 at ESC Minneapolis
October 10, 2015
Even with the same clock frequency as a regular Arduino, the FPGA-based XLR8 can accelerate things like floating-point math and perform other tasks much better.
XLR8 Project Blends FPGA Speed with Arduino Coding
November 17, 2015
There are any number of Arduino compatible boards and clones on the market. However, most offer little beyond what an Arduino is capable of itself.But, despite looking much like an Arduino Uno, the new XLR8 board (pronounced “Accelerate”) from Alorium Technology is somewhat different.
Getting Started with FPGA? Try the Arduino IDE Compatible Snō Module
May 22, 2018
The Snō FPGA module by Alorium Technology has been built to give an easier programming experience by integrating a compatible ATMega328 controller, the same microcontroller that powers the popular Arduino Uno board, making the FPGA module work with the Arduino IDE.
Tiny Arduino + FPGA = Snō
April 30, 2018
Alorium rolled out a new product late last year that caught our attention. The Snō (pronounced like “snow”) board is a tiny footprint Arduino board that you can see in the video below. By itself that isn’t that interesting, but the Sno also has an Altera/Intel Max 10 FPGA onboard.
Free FPGA-Based Arduino Clone Webinar
April 12, 2018
From the outside world, the XLR8 looks just like a cycle-accurate Arduino Uno, right down to its modest 16MHz clock. On this basis, you may be asking yourself, “What’s the point?”
Add Voice Commands to Your Next Project With Bluetooth LE
May 17, 2017
Capturing IMU Data with a BNO055 Absolute Orientation Sensor
March 22, 2017
The State of Boards: Small, Simple Hardware Rules
June 27, 2017
…FPGA boards specifically targeting the maker market – like Alorium’s XLR8 – are starting to appear. These boards provide hardware-level flexibility, allowing you to adapt hardware rather than replace it as your project evolves – something maker projects have a tendency to do over time.
Free Webinar: Introducing the XLR8 FPGA-based Arduino Uno Clone
September 29, 2016
The FPGA-based XLR8 has the same footprint as an Arduino Uno, but it runs like an Arduino Uno on steroids.
Although Arduino is an excellent platform for rapidly and inexpensively building new product designs, it is resource limited. Alorium Technology’s XLR8 board solves this problem in a cost-effective manner by integrating an Arduino-compatible processor into an FPGA with custom Xcelerator Blocks that significantly improve Arduino-based projects.