Blog
An introduction to Alphawave Semi: a UK company
Alphawave Semi is a UK-registered company specialising in high-performance connectivity solutions for the semiconductor industry.
Programming the Arduino Uno R4: tips and tricks
The Arduino Uno R4, an upgrade from its predecessor, brings new capabilities and performance enhancements to the table.
IIoT platforms: driving industrial innovation
The Industrial Internet of Things (IIoT) is changing the industrial landscape by embedding smart technology into manufacturing, logistics, and energy systems.
What happened to Cambridge Silicon Radio Limited?
Cambridge Silicon Radio Limited (CSR) was a notable player in the semiconductor industry, specialising in wireless connectivity technologies.
What is flying pixel and how can it be mitigated in 3D imaging for ToF cameras?
3D imaging technologies have revolutionised various industries, providing advanced capabilities in depth perception and spatial understanding. Among these technologies, Time-of-Flight (ToF) cameras stand out for their ability to capture depth information in real-time.
Why high frame rate cameras are important – and what applications need them
As embedded vision systems keep taking quantum leaps to become more innovative and intuitive, it’s becoming more complex to address the specifications for resolution and frame rate.
Top tips for bridging the visibility gap in logistics
Today’s warehouses are bustling centres of around-the-clock activity, with goods moving at increasing speeds. Inconsistencies in inventory levels can lead to dissatisfied customers and frustrated staff.
Lights, Camera, Action: how film places STEM women in the spotlight
What do STEM and films have in common? They produce remarkable women. The difference? Film has access to a wealth of diverse and untapped potential, showcasing people who might never have considered a career in tech or engineering.
To optimise or stabilise?
Voltage optimisers and voltage stabilisers are similar in many respects and investing in this equipment can deliver a saving on your energy bill.
A deep dive into resolution from sensor standpoints
Resolution can be defined as the number of distinct elements that a sensor can capture, i.e., the sensor’s ability to distinguish between two closely spaced points. It is specified in pixels.