The Dyson Battery Electric Vehicle
In his own words, James Dyson reveals the Dyson electric vehicle.
The impact of Apple Silicon Macs on Broadway
Apple Silicon changes everything for Broadway electronic music designers. The new M1 Mac mini is capable of running high-end sample libraries and virtual instruments in a stable manner, and it's only going to get better with M2, M3, and M4-series chips in the future.
The Design of the Roland Juno Syntheziser's Oscillators
A comprehensive deep dive into the design of Roland's legendary DCO
Google Acquires North
Google has acquired North, a pioneer in human computer interfaces and smart glasses.
Pine64 November Update: KDE PinePhone CE and a Peek into the Future
Welcome to this month’s community update! We’ve got exciting news to share, but before I proceed in doing so I’d like to thank Gamiee, JF, and PizzaLovingNerd for contributing to this blog entry and Clover for the final edits and proof-reading. As the PINE64 device-family grows larger and becomes more diverse, I find…
Monitor Airplane Traffic with a Raspberry Pi
Learn how to monitor airplane traffic with a Raspberry Pi. Track real-time flight data using PiAware and an ADS-B dongle. Simple setup for aviation enthusiasts!
A mysterious bug in the firmware of Google's Titan M chip
Starting with the release of the Pixel 3, all of Google's Pixel Android smartphones come with the Titan M security chip on board. When I realized the Pixel 3a XL I purchased also had it, I decided to try to take advantage of it in an app I work on. It turned out that using the Titan M chip through the Android Keystore…
Trying out the Pinebook Pro – a $200 ARM Laptop
The Pinebook Pro is a $200 laptop with ARM processors that promises a lot. Does it deliver?
Raspberry Pi 4 PCIe bridge “chip”
After seeing the work done by Thomasz Mloduchowski and Colin Riley with managing to bridge the Raspberry Pi 4's PCI-Express bus to a USB 3.0 port, and then seeing these comments on hack-a-day, I thought I would give it a go too! So, here's a PCIe bridge chip that simply replaces the VL805 USB 3.
Laptop OEMs – make a proper high-end AMD laptop
Laptop makers have long shortchanged AMD-based offerings. Read on to find out how they can avoid common mistakes that limit the potential of their products.
Designing Raspberry Pi 400
Raspberry Pi 400's designer, Simon Martin, pens a few words on the making of our latest computer
Receiving images of Earth from satellites with software defined radio
FM radio headphones were given out at the door. Each set was tuned beforehand to receive a broadcast from my programmed station. Visitors were then invited to walk around the room, contemplating the artifacts of the exhibit.
8086 Microcode Disassembled
Recently I realised that, as part of his 8086 reverse-engineering series, Ken Shirriff had posted online a high resolution photograph of the 8086 die with the metal layer removed . This was something I have been looking for for some time, in order to extract and disassemble the 8086 microcode. I had previously found…
I Ripped Out a £6k Lighting System
I took me 7 years to admit I'd made a mistake in choosing a Z-Wave Wireless Lighting System. Finally I've taken stock and replaced it!
Reverse-engineering the Intel 8086's instruction register
The Intel 8086 microprocessor is one of the most influential chips ever created; it led to the x86 architecture that dominates desktop an...
DIY Particle Detector
Discover how to create a DIY particle detector using silicon photodiodes, the same technology employed in professional particle and nuclear physics experiments.
Wi-Fi Alliance Brings Wi-Fi 6 into 6 GHz
Wi-Fi 6E will rapidly deliver benefits in 6 GHz once available
Pine64 September update
We have been fortunate to welcome many new members into our ranks over the past 30 days. This is in large part due to the continued interest in the Pinebook Pro and PineTab, which have just shipped, as well as the ongoing massive demand for the PinePhone. By my estimate, come December we will have shipped more…
Which GPUs to get for deep learning
Here, I provide an in-depth analysis of GPUs for deep learning/machine learning and explain what is the best GPU for your use-case and budget.
5Gbps Ethernet on the Raspberry Pi Compute Module 4
tl;dr: I successfully got the Intel I340-T4 4x Gigabit NIC working on the Raspberry Pi Compute Module 4, and combining all the interfaces (including the internal Pi interface), I could get up to 3.06 Gbps maximum sustained throughput. Update: I was able to boost things a bit to get 4.15 Gbps! Check out my video here…
Raspberry Pi – UASP, Trim, and Boot Performance via USB
In the past few weeks, I reviewed USB drive performance on the Raspberry Pi 4, and the importance of UASP support for USB drive performance. Both posts generated great discussion, and there were three things I wanted to cover in this follow-up, namely: Which drives support UASP Real-world performance benchmarks TRIM…
How Purism avoids Intel’s Active Management Technology
With recent chipsets, Intel offers a mechanism called Active Management Technology (Intel AMT, part of the “vPro”* featureset, specifically the Intel Management Engine) which, Intel says,“allows IT or managed service providers to better discover, repair, and protect their networked computing assets”. This means…
A look at the die of the 8086 processor
The Intel 8086 microprocessor was introduced 42 years ago this month, 1 so I made some high-res die photos of the chip to celebrate. The ...