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Tech the Future
The Future of Ultra-Low Power Signal Processing
By Dr. Alex Casson

My research focuses on healthcare applications and creating "wearable algorithms"-that is, signal processing implementations that fit within the very small power budgets available in wearable devices. Historically, this focused on data reduction to save power. 

It's well known that wireless data transmission is very power intensive. By using some power to reduce the amount of data that has to be sent, it's possible to save lots of power in the wireless transmission stage and so to increase the overall battery lifetime. Continue Reading
News & Recent Posts

Exostiv Labs recently announced that its EXOSTIV solution for Intel FPGAs will be available in December 2016. Providing up to 200,000 times more visibility on an FPGA than other solutions, EXOSTIV enables the debugging and verification of FPGA board prototypes ... Continue reading →...»

 
Wi-Fi-Enabled E-Paper

Pervasive Displays recently released a low-power, Wi-Fi-enabled e-paper display (EPD). The SimpleLink Wi-Fi CC3200 wireless MCU-based EPD is compatible with any of five different EPD panel sizes. You can control it wirelessly over the Internet with the MQTT protocol. The ... Continue reading →...»

 
eSOL RTOS & Debugger Support for Software Development

Imperas Software recently announced its support for eSOL's eMCOS RTOS and eBinder debugger. The partnership is intended to accelerate embedded software development, debugging, and testing. The Imperas Extendable Platform Kit (EPK) features a Renesas RH850F1H device and it runs the eSOL eMCOS ... Continue reading →...»

 
Low Latency 48-Port FPGA Networking Appliance

BittWare and LDA Technologies are collaborating on a low-latency 48-port FPGA networking appliance. The LDA e4 is a 10/25-Gbps-capable FPGA board enclosure that repurposes the serial links on BittWare's PCIe FPGA boards into high-speed Ethernet ports. Features, benefits, and specs ... Continue reading →...»

 
New "Easy Integration" Antenna for Small Devices

Antenova recently added the Inca (part no SRFI028) antenna to its flexiiANT FPC family. Designed for small devices in the 433-MHz ISM band, the compact (101 mm × 20 mm × 0.15 mm), lightweight (0.5 g) antenna is well-suited for small ... Continue reading →...»

 
Premier Farnell Acquired by Avnet

Avnet has reported that it recently completed its acquisition of Premier Farnell.  Premier Farnell is a Leeds, UK-based global distributor of electronic components that has a community of over 430,000 members in 36 countries. Source: Avnet ...»

Sponsored by Matrix TSL
Flowcode 7: Simplifying Microcontroller Programming
 
These days the most commonly used device in electronic systems is the microcontroller: it is hard to find a piece of electronics without one, and you use thousands of them a day. In this article, John Dobson, managing director at Matrix TSL, introduces Flowcode 7 and explains how you can use it for your next microcontroller-based design.

Starting with making your waffles first thing in the morning, and ending with setting the alarm clock last thing at night. In terms of programming these systems it is likely that you are familiar with Assembly code, BASIC, C, C++ and traditional languages. But we want to present to you a quick and simple way of programming microcontrollers-using flowcharts.

The great thing about flowcharts is that everyone can use them. It's true that some computer science purists prefer state diagrams, but even business analysts understand the simple flowchart, which describes-using a simple range of icons-the use of flowcharts to control systems. Flowcode 7 is an electronic product development environment that allows you to drag and drop flowchart icons, click twice on them to enter properties, design a virtual circuit or system on screen, and simulate the flowchart's effect on the system to ensure functionality. Then, once the design is complete, you can produce hex code for more than 500 microcontrollers, including PIC8, PIC16, PIC32, AVR, Arduino, and ARM microcontrollers. Read the Entire Article
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Current Issue - See Inside

Circuit Cellar #316 November 2016

Q&A: The PCB Artist | All About Analog ASICs Continued | The BalanceBot Project | Simple Display Solution | DIY Wearable Synthesizer | Adaptive Sprinting | Contactless Measurement Options | Arduino Program Timing | Powerless Display Technology Continued | The Future of Ultra-Low Power Signal Processing | And More

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Circuit Cellar is a media company that serves the international embedded design community with its products and services. As a reliable content provider for professional engineers and programmers, Circuit Cellar publishes Circuit Cellar magazine, engineering/programming-related books, a website, and a newsletter. Circuit Cellar also manages international design challenges relating to embedded design and programming. 

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