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Microchip’s Low-Power Radiation-Tolerant (RT) PolarFire FPGA Enables High-Bandwidth Space Systems with Lower Total System Cost

Microchip’s Low-Power Radiation-Tolerant (RT) PolarFire FPGA Enables High-Bandwidth Space Systems with Lower Total System Cost 

Industry’s lowest-power FPGA enables high-throughput on-orbit processing systems that withstand radiation effects in space

Developers of spacecraft electronics use radiation-tolerant (RT) field programmable gate arrays (FPGAs) to create on-board systems that meet the demanding performance needs of future space missions, survive the brutal launch process and continue to operate reliably in the harsh environment of space. Extending its RT FPGA offering to bring these capabilities to emerging high-performance space applications, Microchip Technology Inc. (Nasdaq: MCHP) today introduced the RT PolarFire® FPGA that is optimized to meet the most demanding requirements in spacecraft payload systems’ high-speed data paths with the lowest possible power consumption and heat generation.

“We are supporting an evolving set of on-orbit space applications that need high levels of operating performance and density, low power consumption and minimal heat dissipation, while reducing system-level costs,” said Bruce Weyer, vice president of Microchip’s FPGA business unit. “Our RT PolarFire FPGA enables the major leap in computing throughput required for these applications including processing-intensive neural networks for object detection and recognition, high-resolution passive and active imaging, and high-precision remote scientific measurement, while maintaining a path to QML qualification.” 

A growing number of space applications need greater computational performance so they can transmit processed information rather than raw data and make optimal use of limited downlink bandwidth. The RT PolarFire FPGA enables this at significantly lower cost and with faster design cycles than possible with application-specific integrated circuits (ASICs). It also significantly reduces power as compared to the alternative of using FPGAs based on static random access memory (SRAM) while eliminating their vulnerability to radiation-induced configuration upsets. The RT PolarFire FPGA is supported by all necessary radiation data, specifications, package details and tools customers need to start new designs now, initially with the commercial version of the device.

The RT PolarFire FPGA builds on the success of Microchip’s RTG4 FPGA, which has been widely deployed in space applications that require its radiation-hardening by design against single event upsets (SEUs) and inherent immunity to single event latch-ups (SELs) and configuration upsets. For space applications that require up to five times the computing throughput, the RT PolarFire FPGA provides 50 percent more performance and triple the logic elements and serializer-deserializer (SERDES) bandwidth. It also provides six times the amount of embedded SRAM to enable more system complexity than previously possible using FPGAs and withstands total ionizing dose (TID) exposure beyond the 100 kilorads (kRads) that is typical of most earth-orbiting satellites and many deep-space missions.

The RT PolarFire FPGA cuts power consumption to approximately half that of alternative SRAM-based FPGAs with equivalent density and performance. Its SONOS non-volatile (NV) technology enables its configuration switches to be implemented in a more power-efficient architecture that cuts development and bill of materials costs through simplified, less expensive and lighter power system design while minimizing heat dissipation to reduce thermal management problems. Designs are further simplified as compared to using SRAM-based FPGAs because the RT PolarFire FPGA eliminates the cost, complexity and recovery downtime of mitigating configuration SEUs.

The RT PolarFire FPGA will undergo the standard process for meeting QML standards including class V qualification for highly critical applications. Microchip has lengthy experience achieving QML qualification for its RTG4 FPGAs and other products, which requires extensive and continuous testing including screening each wafer and package assembly lot.

Availability

Packaged in a hermetically sealed ceramic column grid array with integrated decoupling capacitors, Microchip’s RT PolarFire RTPF500T FPGA will be available and qualified for space-flight deployment in 2021. Customers can start designs now using the commercial PolarFire MPF500T FPGA with Microchip’s Libero® software tool suite that includes optional triple mode redundancy (TMR) synthesis support for implementing SEU mitigation where required, such as in control circuits. Development boards are available with the commercial PolarFire FPGA and will later include the RT PolarFire device in engineering model form. Available radiation data includes TID, SEL, configuration upsets, and upsets in unprotected D-flip flop (DFF) and memory.

For more information, visit RT PolarFire web site or contact sales.support@microsemi.com.

2019102401 / 28.10.2019 / Electronic-components / Microchip Technology Inc. /

Microchip Announces Industry’s First Space-Qualified COTS-Based Radiation-Tolerant Ethernet Transceiver and Embedded Microcontroller 
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Microchip Simplifies Functional Safety Requirements with MPLAB TÜV SÜD-certified Tools
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Microchip Solves Interoperability Challenges of Delivering up to 90 Watts of Power Over Ethernet Wiring 
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Audio IC and fully certified module include integrated features, higher power output and Sony’s high fidelity LDAC™ codec support
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Adaptec® Smart Storage Offering is First to Include Open Source Toolkit for Managing Data Center Storage
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Microchip Simplifies Hardware-Based IoT Security with the Industry’s  
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Preserve Legacy Low Pin Count (LPC) Investments 
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SEMTECH
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How Do You Minimize Bubbles in a Two Part Epoxy System?


Adafruit Partners with Panasonic


Computer-On-Modules are world-leading platforms for embedded system designs


Ghostbuster's Theme on eight floppy drives


Darude - Sandstorm on Eight Floppy Drives
Address Book


SEMTECH


Yamaichi Electronics USA Inc.


Microchip Technology Inc.


EM Microelectronic


Murata Power Solutions Inc


Advantech


Keysight Technologies


XP Power Limited


Fischer Connectors SA


Nicomatic


TE Connectivity


akYtec GmbH


SOS electronic s.r.o.


MARVELL


Taiwan Semiconductor


ROHM Semiconductor


Pickering Interfaces Ltd


ANRITSU


Mouser Electronics


Foremost Electronics


RS Components GmbH


SECTRON


FAULHABER


Willow Technologies


ABB


Visual Communications Company, LLC


ACS Motion Control


LASER COMPONENTS


Transfer Multisort Elektronik Sp. z o.o.


Hradil Spezialkabel GmbH
Calendary
Intersec 2020, Dubai, UAE, 19.1.-21.1.2020
DistribuTECH, 28.1.-30.1.2020, San Antonio, TX
APEX EXPO 2020, San Diego, 4.2.-6.2.2020
embedded world 2020, Nuremberg, 25.2.-27.2.2020
BATTERY JAPAN, Tokyo, 26.2.-28.2.2020
Light + Building 2020, Frankfurt am Main, 8.3.-13.3.2020
AMPER 2020, Brno, CZ, 17.3.-20.3.2020
SECUTECH 2020, Taipei, 22.4.-24.4.2020
SMTconnect 2020, Nuremberg, 5.5.-7.5.2020
PCIM Europe, Nuremberg, 5.5.-7.5.2020
LED Expo Mumbai 2020, 7.5.-9.5.2020
SPS Italia, Fiere di Parma, 26.5.-28.5.2020
Wire & Cable Guangzhou, China, 27.5.-29.5.2020
hardware+tools, Dubai, UAE, 7.6.-9.6.2020
Automechanika Dubai, 7.6.-9.7.2020
ELEKTRO 2020, MOSCOW, Russia, 8.6.-11.6.2020
PCIM Asia, Shanghai, 1.7.-3.7.2020
SPS Automation Middle East, Dubai, 20.8.-21.8.2020
Intersec Buenos Aires, 26.8.-28.8.2020
Automechanika Frankfurt, DE, 8.9.-12.9.2020
BATTERY JAPAN, Osaka, 9.9.-11.9.2020
IMTS2020, 14.9.-19.9.2020, Chicago, IL
Interlight Russia, Moscow, 14.9.-17.9.2020
Prolight + Sound NAMM, Moscow, 17.9.-19.9.2020
Prolight + Sound Shanghai, 28.10.-30.10.2020
SPS 2020, Nuremberg, 24.11.-26.11.2020
ISE 2021, Barcelona, Spain, 2.2.-5.2.2021
DistribuTECH, 9.2.-11.2.2021, San Diego, CA
BATTERY JAPAN, Tokyo, 3.3.-5.3.2021
BATTERY JAPAN, Osaka, 29.9.-1.10.2021
Interesting video
The ISS Design Challenge ...
Interesting video
Mouser Electronics Warehouse Tour with Grant Imahara
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