New COMs based on latest Intel Core processors bring benefits to demanding IoT, edge and vision applications.

How embedded computing is driving safety on the battlefield. The advancement of military technology in the past 20 years has reshaped the battlefield. From unmanned aerial vehicles (UAVs) for aerial surveillance and air strikes to unmanned ground vehicles (UGVs) for remote reconnaissance, modern warfare is seemingly shifting from primarily ‘boots on the ground’ operations to battlefields being dominated remotely.

In the switch to renewable energy, condition monitoring needs to be a priority.

For millennia, humans have endeavoured to artificially control growing environments to boost crop and plant growth. Today, the most common form of controlled environment agriculture (CEA) is the greenhouse.

New GNSS module supports need for precise timing and synchronisation in networks.

Embedded systems specialist Recab UK is now supporting engineers to develop more sophisticated embedded computing projects with the availability of Diamond Systems’ Floyd GPGPU products.

In the space of 12 months, industry has changed completely. The way that manufacturers operate has fundamentally changed, bringing in a renewed need for embedded systems that support remote operations and contactless authentication and validation of the workforce. Here, Martin Frederiksen, managing director of industrial embedded computing expert Recab UK, explores how 2020 brought new technologies to manufacturing plants.

Infographic highlights key differences and benefits of COMs.

Long gone are the days when armies would line up their soldiers in trenches as happened during World War I. Modern warfare is fought in the air, under the water and using advanced technologies that limit the need for “boots on the ground”.

Designing embedded computing systems for mission-critical data processing.