White Paper: PCAP and AR Touchscreens
This document reviews the differences and similarities between a Projected Capacitive touchscreen (PCAP) and an Analog Resistive touchscreen (AR) for rugged environment applications.
Tech
Corporate Content
With more than a decade working with satellite companies, I've written (and podcasted) about many of the people and technologies associated with the aerospace industry.
More than displays: How ArgonFDS has grown into a complete C5ISR information solution provider - ArgonFDS
From displays and tablets to portable workstations and mission computers, the company has grown into a premier provider for data processing and information visualization hardware.
White Paper: ArgonFDS Flight Deck Displays for Defense Applications - ArgonFDS
This white paper presents the ArgonFDS family of rugged military flight deck displays engineered for demanding defense applications. The document provides a comprehensive technical overview of display solutions designed to optimize limited cockpit space while delivering mission-critical functionality.
From test instruments to fleet reliability tools - CALCULEX
Compact flight recorders like the CALCULEX 1402 make it simple to add high-powered predictive maintenance capability.
Galleon Embedded Computing's novel approach to designing solutions for extreme environments - Galleon Embedded Computing
Galleon Embedded Computing CTO Terje Melsom shares the company’s philosophy on building rugged, reliable computing solutions for diverse environments while prioritizing mission-critical reliability.
How CALCULEX stays on top of next-gen flight recorders - CALCULEX
It’s an ongoing process of iteration from current to future technology
Meeting Optical Data Needs Head-On for Today’s Military Aircraft - CALCULEX
CALCULEX flight recorders are already rising to the challenge
FLIGHT RECORDERS THAT RISE TO THE CHALLENGE
Bylined article for trade publication
The company that says ‘Yes’: ArgonFDS marks 35 years in business
From a small startup to a major supplier of displays, mission computers, tablets, workstations and peripherals, the company is poised for more growth
Creating sustainable space means we must all be space stewards
First we must ask how much space is in space?
What does it mean to 'democratize space?'
Avoiding a new digital divide is one important part of it
In the UK, the E-Space team tackles a new area of communications technology
Engineers in the Loughboroughfacility are focused on payload computer and avionics for the upcomingsatellite constellation
How satellite-powered Smart-IoT will speed the connected vehicles revolution
Vehicle monitoring tools such as tire sensors and trailer tracking devices for large trucks as well as fleet-management and owner-level enhancements all require constant connectivity anywhere.
Top 10 findings from Pew Research on Americans’ views of space
NASA remains popular while concerns exist about the handling of space debris by private space companies
How radiation impacts satellites
While satellites are remarkably good at providing communications in places terrestrial networks cannot, they all must be designed to handle the harsh environment of space.
Exploring different altitudes within low Earth orbit
From 160 km up to 2,000 km, each section has particular attributes — and challenges
What are the components of a satellite?
Artificial satellites, which are objects people have built and launched into orbit using rockets, come in all shapes and sizes and orbit the planet in a variety of different altitudes, but most have some basic elements in common.
How satellites can create cell towers in the sky
One of the most intriguing aspects of 5G is its potential to be used with satellites to create "cell towers in the sky." This would allow for global coverage and high-speed connectivity, even in remote areas.
Collaboration is key for improving space networks
Via Satellite Magazine webinar highlights the value of multiple technologies working together to benefit end users
How satellites use the electromagnetic spectrum
Satellites use different parts of the electromagnetic (EM) spectrum depending on their mission.
FAQ: Understanding space debris
Ever since the advent of the space age, humankind has been creating more and more orbital debris — sometimes by accident when objects break or smash into each other, or intentionally when defunct satellites are left in orbit for years or decades ...
Satellite smartphone connectivity is coming, but IoT will get there first
It’s far more likely we’ll see 5G, satellite-connected Internet of Things (IoT) devices in the near term — a primary focus of the upcoming E-Space constellation. Most IoT devices require only small amounts of bandwidth to send and receive data, making it simpler to create a global network to serve them.
A world of connected sensors
Internet of Things devices are spreading rapidly, and so is the need for connecting them
Space: It’s smaller than we think
For much of humanity’s time on Earth, the oceans seemed impossibly vast and indestructible. Over millennia, we treated it as an infinite resource and transportation medium — and polluted it with reckless abandon. We’re only now confronting the consequences of ocean degradation brought about by centuries of unregulated carelessness.
The same is now happening with space, another seemingly vast entity so large as to be immune from human destruction or waste.
“Space may be practically limitless, b
The same is now happening with space, another seemingly vast entity so large as to be immune from human destruction or waste.
“Space may be practically limitless, b
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