The revolution in smart manufacturing has been employed at varying rates across all manufacturing sectors,with the food processing industry leading the way. The ever increasing pressure to drive down the cost in the face of increasing material costs drives Production Manager’s thirst to increase productivity through improved efficiency. However a food environment is naturally not […]
The popularity of the Panel PC format continues unabated onto factory floors, revolutionising production management, increasing productivity through improved efficiency. Making manufacturing smarter by adopting touchscreen human-machine interfaces has been an obvious option for sometime, though increasingly even the most staunch pen-and-paper advocates are left with no choice if they want to stay competitive. Early in the […]
Why shouldn’t you go direct to Contract Electronic Manufacturing Service company? Perversely we’re always happy to hear this, as we love answering it! Don’t fall into the trap many do…
Following on from DSL’s “Manufacturing Management with Panel PCs” analysis, here I report how some production lines are still operating under paper based systems and how that now must change for competitive advantage.
Selecting the right flash memory can be more confusing today than it ever has been – here we report on how today’s flash market has evolved and remove ambiguity.
Embedded technology is removing contention in the World Cup and other sports, though not without causing some itself!
Embedded systems for medical and sports wearable (and ingestible) devices are adding intelligence to how we track our health and wellness.
DSL describes how migration to a Panel PC controlled production line cuts costs and improves efficiency.
The emergence and media domination of ARM technology could be a nail in the coffin for x86, but each has its own place and may continue to be useful in the future. Though far away from the clever and polarizing subconscious marketing tactics of retail brands, a similar battle of “brandism” is paralleled in today’s […]
PC/104 is a veteran of embedded computing. Yet, with all the changes in the embedded space since its inception, does it still have a future? PC/104 has been around almost as long as I have, conceptualized within Ampro almost three decades ago back in 1987. In 1992, the now world-famous form factor was standardized and […]
Mean Time Between Failure (MTBF) is an important metric for determining the lifetime of embedded system components, but it’s difficult to calculate with accurate results. These difficulties lead to unreliable figures, which has generated backlash against such calculations. One typically defines reliability as the probability that said device will perform functionally as required for a […]
The latest buzzword for the naturally increasing connectivity of todays electronic devices, the Internet of Things (IoT), postulates an always on interconnected communication future. In the U.S. today there are more IoT devices than people, more than 100 million more, in fact! With so much focus on whats right about this approach, it would be foolish […]
As I touched upon in an earlier analysis, Flexible, even ‘free’ custom design, the increasing danger today is Project Managers preconceiving hardware routes. That danger is that the parameters those preconceptions were derived from, have often changed significantly since. We see this in many areas of life, cars perhaps being an obvious example – will […]
Here I discuss how DSL’s electronic design NRE flexibility arrangements can permit zero upfront costs based on production quantity committal.
In the rapidly expanding electric vehicle rollout, the future of embedded computing in this space will depend on how these heavily integrated systems find commonality across potentially various operating systems. Few former skeptics of electric vehicles would now doubt the electric future of automobiles. The “greenness” of that electricity itself remains contentious, but the leap to more […]
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