Industrial Embedded Systems E-letter - June 2015
 

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E-letter
June 2015
Synchronizing Mechatronic Systems in Real Time Using FGPAs and Industrial Ethernet Communications
By Ethernet POWERLINK Standardization Group, B&R Industrial Automation Group, and Altera
Read about major Industrial Ethernet communications protocols in use today, and an example implementation of an open source protocol implemented on an FPGA.
Signal Filtering
SpaceVPX adds fault tolerance, cuts cost for space-bound HPEC systems
By Brandon Lewis, Assistant Managing Editor
Reliability and fault tolerance combine in a new, high-performance embedded computing open standard called SpaceVPX that is aimed at the space electronics industry.
Optical Revolution
Optical data links could be in your (very near) future
By Ray Alderman, VITA
Very soon, we will hit the bandwidth limit of serial links on copper and be forced to move to optical. How close are we?
Integration Issues
If wishes were fishes - An accidental computer scientist goes embedded
By Mark Honman, Sundance Multiprocessor Technology, Ltd.
Is it even still relevant to discuss the topic of integrating DSP and FPGA devices in the same hardware?
Sensor Fusion Focus
Basics of 6DOF and 9DOF sensor fusion
By Jacques Trichet, Freescale Semiconductor
Inertial and magnetic sensors are becoming quite pervasive. When driving our cars or as simple pedestrians, most of us would have a hard time finding our way around without the navigation applications they support. Our smartphones rely on electronic compasses (eCompasses) built on inertial and magnetic sensor technology to determine direction, and with the help of GPS and maps, guide us blindly through the urban maze.
Programming and Programmable Logic
Signal processing FPGAs with hard floating-point - No compromise
By Jeff Milrod, Bittware
Since the dissolution of cutting-edge digital signal processor (DSP) product lines designers have been forced to develop using either FPGAs integrated with time-consuming fixed-point DSP blocks, or floating-point general-purpose graphics processing units (GPGPUs) that leave performance on the table in high-end signal processing systems. But now, with the release of Altera's Generation 10 FPGAs that integrate hardened IEEE 754-compliant floating-point operators, why compromise?
Programming and Programmable Logic
Designing a 2 million-point frequency domain filter using OpenCL for FPGA
By Dmitry Denisenko and Mykhailo Popryaga, Altera Corporation
Fast Fourier transform (FFT) is the backbone of signal processing applications. For a long time now, FPGA vendors have been providing well-tuned FFT libraries to process data sets that fit in FPGA on-chip memory. But what do you do if your data set is too large? To solve this problem, the FPGA designer must now make multiple intertwined design decisions, such as considering on-chip FFT core configuration options, how many to include, how they connect and access external memory, synchronization among multiple cores, and many others. Exploring all such design decisions to create the perfect combination for the product at hand while coding in HDL is just too time-consuming and can actually leave performance on the table. With a higher level programming language such as OpenCL, however, system design exploration can be done in days.
Automotive Radar for Active Safety
Design of FMCW radars for active safety applications
By John Zhao, Marco Roggero, and Giorgia Zucchelli, MathWorks
Car manufacturers, automotive electronics suppliers, and universities are working to develop new electronic systems for advanced driver assistance systems (ADAS). Frequency-modulated continuous waveform (FMCW) radars fit the requirements of automotive active safety systems because of their accurate short-range measurements, low sensitivity to clutter, and easy integration. FMCW radars are widely used as a component of ADAS systems in the automotive industry.
Signal Processing
MicroTCA.4 continues culture of COTS signal processing at DESY
Interview with Holger Schlarb and Michael Fenner, DESY
In this interview with engineers in the Machine Beam Controls Group at DESY, Holger Schlarb and Michael Fenner discuss the data acquisition requirements of the accelerator community, as well as how a tradition of using COTS signal processing solutions continues to improve uptime and maximize performance for some of the most complex machines on Earth.
HPC General-Purpose Processors
Edge-based analytics using general-purpose processors
By Nigel Forrester, Concurrent Technologies
Increasing demand for bandwidth at the network edge is driving the need for easily programmable, low-cost signal processing systems that can scale as data volumes grow. This is leading to the deployment of general-purpose processors in domains traditionally occupied by digital signal processor (DSP) and FPGA devices, with off-the-shelf module vendors innovating on low-latency interconnect architectures and middleware solutions that unlock the value of commercial processors in the mobile and machine-to-machine (M2M) era.
Innovative Integration
V616 digital transceiver supports one or two plug-in modules, each featuring four independent channels of DDC, two DUC, and one spectrum analyzer embedded in the Xilinx Virtex-6 FPGA – Download data sheets and pricing now!
N.A.T. GmbH
Synchronous Digital Hierarchy (SDH) and Software Defined Network (SDN) in a 1U 260mm x 302mm footprint
Diamond Systems
Aries PC/104-Plus SBCs with Intel E3800 Bay Trail Processor Target Rugged, I/O-Rich, High Performance Applications
VadaTech
Leading-edge FMC and FPGA solutions – ADC & DAC, RF, multiple architectures
MEN Micro
Rugged 19" Modular Storage System
TEWS Technologies
PMC with 16/8 Channel Isolated Simultaneous Sampling AD/DA
ACCES I/O Products
Rugged Mini PCI Express Isolated RS232 Serial Communication Cards with Tru-Iso™ Isolation and Extended Temperature
Excalibur Systems
MIL-STD-1553 Repeaters
SECTION: Upcoming E-Casts.  An E-cast is a live webcast that may have a single or multiple vendors. E-cast events are used to educate audiences about a problem/solution, from the vendor's perspective. The presentation is typically 45 minutes in duration with a 15-minute moderated Q&A session.
SYNOPSIS: A one-hour, live, moderated problem/solution technical webcast.

Addressing Hardware Obsolescence for VxWorks(tm) 5.x Based Systems

June 29th 2:00 PM EDT
Presented by: Wind River

Managing Avionics Safety Certification for Unmanned Aircraft

July 28th 1:00 PM EDT
Presented by: dSPACE, RTI

Keeping it Cool: Thermal Management Challenges in Embedded Military Electronics

September 24th 2:00 PM EDT
Presented by: Aavid Thermalloy, GE Intelligent Platforms, Isola Group
For additional E-casts, check out the Broadcast Archive.

The Radar E-mag

The Radar E-mag from the editorial staff of mil-embedded.com and OpenSystems Media provides features, news, columns, and more covering radar technology, as well as hardware and software designs for radar systems in the defense, aerospace, and automotive markets.

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The Automotive E-mag

Volume 2 of Embedded Computing Design's Automotive E-mag navigates the intersection of vehicles and the Internet of Things (IoT), the evolution of advanced driver assistance systems (ADAS), top tips for ensuring code quality in the car, and more.

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