SAN FRANCISCO (Takeda Pacific HighTech Reports), Moscone West, January 30, 2013 — MacWorld/iWorld 2013. NASA experts spoke about NASA’s Curiosity Mars Rover and its connection to Apple products at a meeting here. The session was titled “Software, Hardware, and Flying to Mars. How We Built, Programmed and Operate NASA’s Curiosity Mars Rover.” David Oh, Lead Flight Director and Software Engineer at JPL/Caltech Mars Science Lab, asked the question, “Why are we at MacWorld?” The answer was shown in a slide of the NASA control room at the JPL in Pasadena, California. On the desk was a mixture of Apple products such as MacBook Pros, iPhones and iPads during the Rover’s Mars landing. The Macs were running Mac OS X.
Ben Cichy, Chief Flight Software Engineer, compared the processing power of the iPhone 5 to Curiosity’s processing power. The iPhone 5 has 1.3 GHz and the Curiosity has only 132 MHz. In addition, the iPhone 5 has 1GB of memory and 64GB of storage and the Rover has 128MB of memory and 4GB of storage. The cost of an iPhone 5 is $399 while the cost of the Curiosity was $1.8 billion.
During the session, the audience was shown a video of the landing of the Curiosity on Mars. It only took 7 minutes, but a very tense 7 minutes. It was very exciting watching the landing of the Mars Rover all over again. “The Rover’s goal is to explore and see if Mars ever sustained life or is now,” Ben said.
David showed a slide that described the different parts that make up the Rover. He added that the heart of the mission is the SAM (Sample Analysis at Mars). The SAM analyzes the chemical and isotopic composition of the planet’s atmosphere and surface. He said that the “Curiosity has two brains (computers) in its belly. One is the primary computer and the other is the backup.” This time social media plays a big part in providing people access to seeing what is happening with the Curiosity as it explores the surface of Mars. The Curiosity has its own Facebook page and iPhone app.