QNX RTOS used to Ensure Highly Reliable V2G Charge Posts

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ByteSnap choses QNX RTOS to ensure high-reliability in V2G charge post project ByteSnap Design selected Blackberry’s QNX Neutrino RTOS [1] components – supplied by Direct Insight [2] – as part of its new vehicle charging system. This is the UK’s first integrated vehicle-to-grid system for charging electric cars. QNX RTOS & VIGIL project: The new […]

Hybrid Vehicles & Their Peak Growth in View

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The EV Smart Charging rEVolution: Hybrid Vehicles & Their Peak Growth in View About The EV Smart Charging rEVolution Column This month we’re looking into Hybrid Vehicles & Their Peak Growth… I’m Julian Skidmore, a senior software engineer at ByteSnap Design and helping to develop our EV – electric vehicle – charging solutions. We’re a […]

Applications Processors Head-to-Head: STM32MP1 vs I.MX7ULP

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A comparison of STM32MP1 vs I.MX7ULP The STM32MP1 and I.MX7ULP chip series are manufactured by STMicro and NXP respectively. They both offer a combination of low-power and high-performance with full support for high-performance operating systems. This article will be looking at some of the differences between the two, and also highlighting best fits for various […]

VIGIL V2G Project Successfully Completed

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VIGIL: UK’s First Comprehensive Communication and Control Platformfor V2G Systems and Electrical Networks Management The collaborative research project VIGIL (‘VehIcle to Grid Intelligent controL’) has successfully met its aim of building and trialling an off-vehicle communication and control platform. Further, this platform will encourage DNOs, building owners and EV/EV infrastructure owners to adopt V2G (vehicle-to-grid) […]

Working From Home & Electronics Design During the Pandemic

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COVID 19-Proof Your Electronics Product Design Projects for Working From Home It’s fair to say that – due to the COVID-19 pandemic – the world of work will never quite be the same again. We’ve been working from home, in lockdown, for a few weeks now. To date, a number of problems and solutions have […]

How Cellular IoT is taking over the world

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How Cellular IoT is taking over the world Cellular IoT connects physical devices (such as sensors) to the internet using essentially the same technology as your smartphone. Instead of needing to create a new, private network to operate your IoT devices, they can piggyback on existing mobile networks. Most low-power devices have historically used GPRS […]

See ByteSnap’s Demo at Embedded World 2019

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SnapUI at Embedded World 2019 ByteSnap is back at the world’s largest embedded electronics trade show this month – with a demonstration of our highly flexible UI framework. Our interactive cooker control demo will be running SnapUI Linux on NXP’s much-anticipated i.MX7ULP processor at Embedded World 2019 in Nuremberg, Germany. SnapUI is ByteSnap’s high-efficiency graphic […]

ByteSnap in Consortium to Develop Pioneering V2G Technology

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ByteSnap in Consortium to Develop Pioneering V2G Technology Read More About The VIGIL V2G Project Completion We’re pleased to announce that ByteSnap and a consortium of partners have been awarded a two-year collaborative project, VIGIL (Vehicle-to-Grid Intelligent Control), under a Vehicle-to-Grid competition, funded by the Office for Low Emission Vehicles (OLEV) and the Department for […]

New EU Radio Equipment Directive: 5 key things you need to know

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New EU Radio Equipment Directive: 5 key things you need to know As electronics product designers we know that the compliance process in electronics product development can appear intricate and precarious, if rules or regulations are misinterpreted. Now, our community has the European Union’s new Radio Equipment Directive 2014/53/EU (RED) to grapple with. The RED came […]