in Space

BAE Systems' RAD750 helps Juno reach Jupiter

Posted 26 July 2016 · Add Comment

BAE Systems' RAD750 single-board computer has helped the Juno spacecraft travel two billion miles to study our biggest planetary neighbour, Jupiter.



With a magnetic field 20,000 times stronger than that of Earth, Jupiter presents a hostile environment for any nearby satellite electronics. Despite the challenging conditions, on 4 July 2016, NASA’s Juno satellite established orbit around the massive gas giant to study its structure and evolution, thanks in part to our radiation-hardened RAD750® single-board computer.
 
After a journey of nearly five years and two billion miles, Juno will spend the next 20 months exploring Jupiter, using its suite of scientific instruments to look for evidence of a solid planetary core, map the planet’s intense magnetic field and measure the amount of water in the atmosphere.
 
Over the course of Juno’s 30-plus orbits around Jupiter during the next year and a half, the spaceship will receive a dose of radiation stronger than 100 million dental X-rays, which would be lethal to today’s typical microelectronics. To help protect its sensitive electronics from the intense electromagnetic waves, the spacecraft is fitted with a protective titanium vault with walls about one centimetre thick. That is where the RAD750 and other critical electronics components reside.
 
The RAD750 processor serves as the main computer for Juno, operating at 132 megahertz with 128 megabytes of DRAM local memory. While those numbers may not seem impressive by Earth standards, unlike its terrestrial counterparts, the rad-hard RAD750 processor can withstand radiation doses a million times stronger than a fatal human dose.
 
The Juno mission is the latest in a long line of high-profile achievements of BAE Systems' space electronics capabilities. BAE Systems have been delivering radiation-hardened space processors for 20 years and its electronics have been deployed in more than 250 satellites supporting more than 50 different missions, including the Deep Impact space probe, the Kepler space observatory and the Mars Reconnaissance Orbiter.
 
Ricardo Gonzalez, director of Space Products & Processing, BAE Systems said: “We were pleased the Juno team turned to us when they designed a satellite that could stand up to Jupiter’s extreme conditions.

"The RAD750 computer is known for its ability to withstand the rigors of deep space and maintain operation despite massive doses of radiation.”
 

* required field

Post a comment

Other Stories
Advertisement
Latest News

Aircraft production soars towards annual record

November reached new heights for aircraft deliveries, as both the highest month of this year so far and the best November on record.

Iain Harrison awarded CBE in Queen’s New Year’s Honours List

Iain Harrison, Strategic Engagement Director at QinetiQ since September 2017, has been awarded a CBE in the New Year’s Honours List 2018 for his contribution to the British Army.

INVISIO awarded DALO contract

INVISIO has signed a framework agreement with the Danish Defence Acquisition and Logistics Organization (DALO), to supply communication systems to the Danish Army.

WatchGuard acquires Percipient Networks

WatchGuard Technologies has announced that it has acquired Percipient Networks, a developer of automated security solutions for small and midsize organisations.

Stobart Jet Centre opens at Southend Airport

Stobart Aviation has officially launched a major new executive jet fixed based operator (FBO) at London Southend Airport.

Treehouse yields positive results for BAE Systems

Gloucestershire based Innovation & Creative Training Company, Treehouse, has recently completed its first management development programme for BAE Systems’ Combat Air Product Support department, with the Managing

Aviation Africa SK18418
See us at
SMI FAVSABT2411120418Aviation Africa BT18418S&P BT281117080318SMI NCWBT3110020218FIL18 BT111017220718