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Microchip at Space Forum 2019

Microchip’s most recent Space Forum events in October and November 2019 provided a showcase for our most innovative space-related products, capabilities, and system solutions. We provided demonstrations of how the interoperation of our latest products can accelerate your development time and showed how Microchip's Sub-QML and COTS-to-RT components help address the challenges of meeting system performance and reliability goals while also saving costs.

Updates on radiation testing, reliability and qualification testing were provided, and details on new products including FPGAs, clocks, oscillators, mixed signal devices, microcontrollers and microprocessors were presented.

You can watch videos of these presentations by clicking the ‘Presentation’ tab below.

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Highlights Included:

  • Update on the qualification and radiation characterization of our RTG4™ FPGAs
  • Information on our next-generation radiation-tolerant RT PolarFire® FPGAs
  • Radiation-tolerant Mixed Signal Integrated Circuits for Telemetry and Motor Control
  • Oscillators and clocks for space applications
  • Radiation-hardened and radiation-tolerant microcontrollers, microprocessors and mixed signal ASICs
  • Radiation-tolerant power solutions including DC-DC converters, relays, hybrids and discrete components

Netherlands, Europe

Palace Hotel - Noordwijk aan Zee
October 24, 2019
0800 to 1700 hrs

Americas

Virtual
November 13, 2019
7:30 a.m. - 3:45 p.m. PST

Bangalore, India

Leela Palace
November 19, 2019
0830 to 1730 hrs

Ahmedabad, India

Courtyard by Marriott Ahmedabad
November 21, 2019
0830 to 1730 hrs

Microchip Space Forum Americas 2019 Presentations

RTG4 Update: Qualification, Radiation, Sub-QML

Minh Nguyen, Sr. Marketing Manager, RT FPGAs

 

This presentation provides updates on radiation, qualification and flight heritage for RTG4 FPGA, Microchip’s fourth-generation Flash-based radiation-tolerant FPGA. We also introduce our Sub-QML FPGAs, which combine the radiation tolerance of QML components with our spaceflight heritage to permit lower screening requirements, resulting in lower cost and shorter lead times.

RTG4 Tips and Tricks

Ryan Mohen, Sr. Staff Applications Engineer, FPGA Business Unit

 

This session summarizes key guidelines for the efficient and effective use of RTG4 FGPA features and the Libero® SoC Design Suite. Specific topics highlight recent updates to data sheets, user guides and software.

RT FPGA Roadmap

Ken O’Neill, Director, Marketing, Space and Aviation

 

Microchip's RT PolarFire® FPGAs offer a path to cost saving and reduced power consumption while providing higher density and performance than previously available in radiation tolerant FPGAs. In this presentation we provide an overview of the RT PolarFire FPGA product line and look at the power savings it brings. Radiation test data is also reviewed.

Space Timing Products

Peter Cash, Director of Clock Products, Frequency and Timing Business Unit

 

Offering extensive experience in precision quartz oscillators and atomic clocks for space applications, Microchip provides 70+ Cesium atomic clocks and 800+ crystal oscillators for key programs such as GPS, SBIRS, and multiple NASA missions. We continue to deliver cutting-edge technology with the introduction of the Chip Scale Atomic Clock (CSAC) with atomic accuracy at the lowest available SWaP for commercial and defense applications in Low Earth Orbit (LEO).

Oscillators

Scott Murphy, Product Line Manager, Vectron Business Unit

 

Vectron® space-qualified oscillator platforms and supporting hi-rel standard documentation should be used by OEMs for specifying crystal oscillators in place of an SCD to save a significant amount of time and money.  With  seven decades of spaceflight heritage, Vectron has the broadest portfolio of space FCP content in the industry.

Microprocessors, Microcontroller and Memories

Casey McCoy, Applications Manager, Aerospace and Defense Group

 

Rad-Tolerant & High-Reliability ARM/AVR micro-controllers are presented, with their commercial development software and commercial development boards.  Rad-Hard (RHBD) ARM micro-controllers use the same commercial development software, but with dedicated development boards.  RH and RT micro-controllers are contrasted for various orbits and missions.

Mixed Signal / Space Systems Managers

Dorian Johnson, High Reliability Product Marketing Manager

 

Our mixed-signal ICs for space applications offer significant reductions in board space and weight, resulting in improved reliability and ease of design. In this presentation we discuss our mixed-signal portfolio that includes telemetry, motor control, drivers and power management integrated circuits that are radiation hardened by design. Our extensive history and capability in designing and supplying custom solutions is also presented.

RH Discretes and Space Power Modules

Paul Schimel, Principal Power Applications Engineer

 

This tutorial on radiation hardness includes the effects, mechanisms and design mitigation techniques. It also showcases our radiation-hardened discrete, power and power module products.

Application Focus / Total System Solution

Casey McCoy, Applications Manager, Aerospace and Defense Group

 

Microchip's Total System Solutions (TSS) are discussed in the context of our expanding rad-tolerant/rad-hard portfolio. Learn how our RT and RH FPGAs and microcontrollers work together for in-flight reprogramming and also work with our portfolio of RT/RH companion products for creating a wide range of GNSS, motor control, digital power, SpW, Ethernet CAN and other application.

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Ken O’Neill

Director, High Reliability Product Marketing

Ken O'Neill is the director of high reliability product marketing for space and aviation at Microchip Technology,  and has supported applications in space, aviation and other high-reliability markets for more than 25 years. He originally joined Microsemi in June 1990 as an FPGA product marketing engineer and has held several marketing and field applications engineering positions. Before joining Microsemi, Ken served as a design engineer with Hewlett-Packard's Computer Peripherals group. Prior to that, he was a design engineer with Racal-Comsec Ltd. Ken holds a bachelor's degree in Electronics Engineering from the University of Reading, England.


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Paul Schimel

Principal Power Applications Engineer

 Paul Schimel is a principal power electronics engineer for aerospace and defense at Microchip Technology. He has over 23 years of theoretical and hands-on experience in power electronics spanning military/aerospace, automotive and industrial markets. His work regularly includes module design, DC-to-DC converter design, device level analysis, root cause analysis, failure analysis, EMI mitigation, PCB layout, control loop compensation, inverter design, transformer design, rotating machine design, bench level measurement and validation techniques and system-level analysis/comprehension. He is a licensed Professional Engineer (PE) and holds two FCC licenses (First Class Radiotelephone and Amateur Extra Class). Paul holds three patents on power electronics matters.


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Minh Nguyen

Senior Manager, Product Marketing

Minh Nguyen is a senior manager of product marketing at Microchip Technology and has supported the aerospace market for more than 10 years. She joined Microchip in 2006 as an applications engineer. In 2010, Minh took on a product marketing role supporting space and aviation FPGAs. Minh holds a Bachelor of Science degree in Electrical Engineering from the University of California, Berkeley.


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Julian Di Matteo

Senior Product Marketing Engineer

Julian Di Matteo joined Microsemi, now Microchip Technology, in 2018, as a product marketing engineer supporting space and aviation customers. Prior to joining Microchip, he held applications and product engineering roles in the semiconductor industry, with extensive experience supporting commercial and high-reliability applications. Julian holds a Bachelor of Science degree in Electrical Engineering from the University of Florida.


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Stewart Hampton

Marketing Product Line Manager

 Stewart Hampton is a marketing product line manager for the space, defense and avionics groups within Microchip’s Frequency and Timing business unit. He has a background in defense applications, medical devices and telecommunications. Stewart is currently product lead for the market introduction of the Space Chip Scale Atomic Clock (CSAC) for Low Earth Orbit (LEO) applications. Stewart has a Bachelor of Science degree in Electrical Engineering and a Master of Business Administration degree from Southern Methodist University in Dallas, Texas.


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Abdullah Muktadir

Associate Director, Customer Experience Team

Abdullah Muktadir joined Actel, now Microchip Technology, in 1997 as an applications engineer. Since then, he has held several positions in applications and software engineering. He has more than 20 years’ experience in FPGA software tools verification and in supporting high-reliability products and applications. Abdullah holds a master's degree in Electrical Engineering from Wichita State University in Kansas. 


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Scott Murphy

Product Line Manager

A native of western Pennsylvania, Scott is a  product line manager for all space-qualified hybrid crystal oscillator platforms. With a total of 24 years working at the Mount Holly Springs, PA, facility, his previous roles include applications engineer, regional sales manager and strategic account manager. The last half of his career has been exclusively devoted to developing and marketing highly dependable products for the space industry. Before that, Scott served as a rotary wing aviation officer in the United States Army and participated in the Operation Desert Shield and Operation Desert Storm military campaigns. In 1989, Scott obtained a Bachelor of Science degree in Engineering Management from the United States Military Academy at West Point, New York.


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Dorian Johnson

High-Reliability Product Line Marketing Manager

Dorian Johnson is a product marketing manager for high-reliability ICs at Microchip Technology. She brings over 30 years of experience in design engineering, product engineering and product line management within the semiconductor industry. Dorian holds a Bachelor of Science degree in Electrical Engineering from the University of California, Santa Barbara.


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Ryan Mohan

Senior Staff Applications Engineer

Ryan Mohan joined Actel, now a division of Microchip Technology, in 2007 as an applications engineer providing technical support and creating technical documentation for many of the company’s space, aviation and high-reliability customers. In 2011, Ryan took on a field applications engineering role, supporting key customers in the US Pacific Northwest and Rocky Mountain territories, including the aerospace and defense market.  Currently, Ryan supports tier-1 and strategic customers with design analysis/debug and critical issue resolution.  Ryan holds a Bachelor of Applied Science and Engineering degree in Computer Engineering from the University of Toronto, Canada.


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Nicolas Ganry

Manager, Product Marketing

 Nicolas Ganry is a product marketing manager for Microchip’s aerospace and defense solutions, which includes microprocessors, microcontrollers, memories and companion chips. He also oversees the business development activities in Europe and all other regions outside of the US. Located in Nantes, France, Nicolas works closely with European space agencies and industry leaders in the market. He joined Microchip in 2012, bringing with him 15 years of experience in system electronics, with a focus on hardware and software development for mobile phones. Nicolas has a master’s degree in engineering from Polytech Nantes, the Graduate School of Engineering at the University of Nantes and a master’s degree in business unit management from Audencia International Business School Nantes.


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Casey McCoy

Applications Manager

Casey McCoy is a US-based field applications engineer for the aerospace and defense applications team at Microchip Technology. He supports marketing across multiple product lines that include microprocessors, microcontrollers, memories and companion chips.  Based in San Jose, CA, Casey provides technical support to various NASA facilities and a broad base of participants in the aerospace industry. He came to Microchip from Atmel, which he joined in 1998, and has 30 years of experience in electronics, primarily in ASIC design and IC applications support. He holds a master’s degree in engineering from San Francisco State University.  


Pascale Charpentier Senior Product Manager

Pascale Charpentier

Senior Product Marketing Engineer

Pascale Charpentier is a senior product marketing engineer for Microchip’s aerospace and defense group located in Nantes, France. She has more than 15 years of experience driving product development programs in the semiconductor industry and more than five years of experience in business development for space-grade ASICs. Pascale has a master’s degree equivalent in Materials Science/Physics from Polytech Nantes and a Ph.D. in Materials Science and Physics obtained in 1999.

Adacore Everything we do at AdaCore is centered around helping developers build safe, secure and reliable software. With over twenty years of experience working with the most respected companies in the avionics, space and defense industries, we build tools and provide services that ease the complex and often difficult process of developing high-integrity software.  The Ada programming language and the Open Source software movement have been at the center of our business.
 
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DornerWorks Based in Grand Rapids, Michigan, we are a rapidly growing company boasting some of the most sought-after projects in the industry today.  When you need help with an embedded system engineering project, you can depend on DornerWorks. We partner with you to complete your project on time and on budget, while upholding your high standards for safety and quality.  DornerWorks has utilized Microchip's RTG4 FPGA to build an ethernet switch that meet NASA's performance and power requirements, and bring advanced networking capability to space travel.
 
Reflex Photonics, Founded in 2002, Reflex Photonics is an advanced developer of rugged high-speed optical transceiver modules and parallel embedded optics products for space, aerospace, defense, avionics, telecom, data centers and industrial applications.  The company addresses the growing market demand for high-speed interconnects in high performance embedded computers. Our products enable equipment developers to design smaller, lower cost, and lower powered systems resulting in higher fidelity and faster connectivity.
 
Mathworks is the leading developer of mathematical computing software.   Our two major products MATLAB® (design, analysis) and Simulin® (modeling, simulation) are used throughout the automotive, aerospace, communications, electronics, and industrial automation industries as fundamental tools for research and development. MATLAB and Simulink enable the design and development of a wide range of advanced products, including aerospace flight control and avionics, telecommunications and other electronics equipment.
 
semidice-usa-logo
SemiDice is located in the U.S. and Europe, and has a logistical advantage to support the global procurement strategies of their Tier 1 OEM’s in the Military, Aerospace, Medical, Communication and Industrial markets. The internal capability to process, ink, map, probe, visually inspect and dice semiconductor wafers and bare die, along with best-in-class customer service, places SemiDice at the top of their niche industry. Being a privately-owned small business, their flexibility, creativity and service go unmatched according to customer surveys.
 
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STAR-Dundee is pleased to be part of this year's Space Forum and will be presenting at all five events in the USA, Europe and India. STAR-Dundee is a leading supplier of spacecraft on-board data-handling technology, delivering a comprehensive range of SpaceWire test and development equipment, chip designs and IP cores to the international aerospace industry. SpaceFibre is a new on-board network technology which runs over both electrical and fibre-optic cables. SpaceFibre is capable of fulfilling a wide range of spacecraft onboard communications applications because of its inbuilt quality of service (QoS) and fault detection, isolation and recovery (FDIR) capabilities.