See ByteSnap’s Demo at Embedded World 2019

2019-03-22T10:50:59+01:00

See ByteSnap's Demo at Embedded World 2019 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 framework which allows you to create high performance user interfaces for low power devices. ByteSnap Director Graeme Wintle says “We are very excited showing SnapUI working on the 7ULP, it demonstrates the efficiency and versatility of the framework on such a low power device.” The demonstration uses the SnapUI framework to render using the OpenGL accelerated GPU of the i.MX7 [...]

See ByteSnap’s Demo at Embedded World 20192019-03-22T10:50:59+01:00

EV Charging: PlugFest 2018 Review

2018-12-07T16:54:55+01:00

EV Charging: PlugFest 2018 Review PlugFest 2018 - so what was it really like? An update now on our VIGIL Vehicle-to-Grid (V2G) project! We’ve been busy working alongside our consortium partners on the foundation of our pioneering V2G platform. ByteSnap is developing the OCPP module and companion app for the V2G system. As part of our VIGIL project R&D, two ByteSnap engineers took part in an international EV testing symposium recently. They’re held at different destinations around the world each year and this was our first time at such an event. So, was it worth it…? Read our Q & A and find out… PlugFest 2018 Review – Q & A Where and when? The 10th International Testing Symposium was held on [...]

EV Charging: PlugFest 2018 Review2018-12-07T16:54:55+01:00

FPGA Design: Connecting Custom Peripherals to AXI Using BRAM Interface

2019-06-07T15:01:51+01:00

FPGA Design: Connecting Custom Peripherals to AXI Using BRAM Interface Download the new eBook: FPGA Design - Interfacing Over AXI Using A Simple Address Data Bus Download the new eBook: FPGA Design - Interfacing Over AXI Using A Simple Address Data Bus In FPGA design, interfacing over AXI (ARM eXtensible Interface) is an increasingly popular choice due to its status as the most widespread AMBA interface, enabling the connection of potentially hundreds of Masters and Slaves in complex SoCs. However, it does add in an additional layer to managing IP. Time has to be spent supervising and generating IP outputs before they can be incorporated into the mainline project, and simulating the design can be a challenge in itself! One option that [...]

FPGA Design: Connecting Custom Peripherals to AXI Using BRAM Interface2019-06-07T15:01:51+01:00

ByteSnap in Consortium to Develop Pioneering V2G Technology

2019-05-03T10:10:52+01:00

ByteSnap in Consortium to Develop Pioneering V2G Technology ByteSnap in Consortium to Develop Pioneering V2G Technology 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 Business Energy and Industrial Strategy (BEIS). The other partners in the Vehicle-to-Grid (V2G) consortium are: Aston University Nortech Management Grid Edge VIGIL – spearheading the UK’s smart energy market The VIGIL project is focussed on developing a new communication and control platform for Vehicle-to-Grid/Building (V2G/V2B) systems: an off-vehicle system that controls how, when and the rate at which electric vehicle batteries are charged/discharged with [...]

ByteSnap in Consortium to Develop Pioneering V2G Technology2019-05-03T10:10:52+01:00

Electronics Product Development: 3 Tips for Detecting Touch Controller Failures

2018-10-09T10:41:19+01:00

In electronics product development, touchscreens can be difficult to stress test; and whilst there are several sophisticated systems available for touchscreen stress testing, there are other ways to get the job done – like a low-tech approach… For example, take a look at this rig built from a child’s toy.  Our engineer built it as part of the debug process to try to fix a failed touchscreen unit. Thanks to our brightly-coloured debugger, we discovered that the touchscreen controller chip itself was unreliable.  The rig kept tapping the screen over and over and over again.   However, what the debug process uncovered was that it took slightly more than a mere tap-tap-tap motion to uncover the bug.  So: Tap-tap-tap motion = unit functioning normally. Tap-slide-and-up motion (closer to an actual [...]

Electronics Product Development: 3 Tips for Detecting Touch Controller Failures2018-10-09T10:41:19+01:00

Embedded Electronic Designers’ Trade Show Time Travel

2015-06-30T10:57:03+01:00

Catch our embedded electronic designers caught up in some trade show time travel - in this whistlestop tour of our stand at Railtex 2015. With remote monitoring a primary concern for the rail industry, we displayed our low power remote monitoring station and 10km data logger at last month’s rail exhibition, at Birmingham’s NEC. Watch 4 days in just over 1 minute It was our first time attending Railtex 2015 - the UK's biggest rail show - so a big thank you to the visitors and customers who stopped by our stand. Enjoy the video!

Embedded Electronic Designers’ Trade Show Time Travel2015-06-30T10:57:03+01:00

ByteSnap’s Custom Electronic Design Team at Railtex 2015

2018-10-17T21:19:03+01:00

ByteSnap will unveil a high reliability, low power remedy to the rail industry’s remote monitoring headache at Railtex 2015 in May. Custom Electronic Design The demonstration consists of two units; a remote monitoring station and a rugged waterproof data logger.  The solar-powered station transmits weather data via a 10 kilometre low-power radio link.  The practical applications for and benefits to rail infrastructure maintenance are substantial. Low Power Monitoring Director Dunstan Power said, “We see that low power monitoring equipment, which can be installed in remote locations transmitting information in real time over long distances, is vital to addressing reliability requirements of the rail industry. "We design bespoke solutions for customers; this is just an example of our expertise in rugged, very low power designs that can be adapted for [...]

ByteSnap’s Custom Electronic Design Team at Railtex 20152018-10-17T21:19:03+01:00

CE marking – 20 things you need to know

2019-06-07T11:59:38+01:00

CE marking – 20 things you need to know CE marking – 20 things you need to know Placed on several categories of products, CE marking is mandatory for machinery, electrical and electronic equipment, medical devices, personal protective equipment and toys. So if you are looking to sell an electronics product in the EU, you will need to affix a CE mark. Here’s a quick round up of interesting facts about CE marking: CE marking is a self-declaration where a manufacturer proves compliance with EU health, safety and environmental protection legislation and confirms a product's compliance with relevant requirements CE is Conformité Européenne (French) which means European conformity With a CE mark, your product can be sold in the EU and in some other countries, [...]

CE marking – 20 things you need to know2019-06-07T11:59:38+01:00