The storage device specialists at Western Digital have a new 120GB FireWire external hard drive available.
Designed with the company's 7200RPM WD Caviar hard drive and a second-generation 1394 to IDE bridge card, it utilises the industry-leading Oxford 911 chipset. In other words, for those who don't care about techno-speak, it's fast.
The FireWire drives can be stacked together and daisy-chained. Western Digital's external hard drives are compatible with any computer with a built-in FireWire port, using Mac OS 8.6 or higher. For computers without FireWire ports, Western Digital offers a PCI Adapter for desktops and a CardBus PC Card for notebooks, which will add the FireWire interface to these legacy systems.
All Western Digital FireWire products carry a one-year warranty. The manufacturer's suggested retail price for the 120GB FireWire Drive is $US349.
"I am really excited about finally getting to see real Mars data," Boynton said this morning. "I started this project in 1985, and now we are down to just hours before we see the results. I can imagine it must be like giving birth, except here we have a 17-year gestation period."
Bill Feldman of Los Alamos National Lab, head of the Neutron Spectrometer experiment, said, "I am so excited, I can hardly restrain myself!"
Missions operations team members Michael Ward and Kris Kerry said they are "exhausted, optimistic, and very excited."
The GRS gamma sensor head will remain in this stowed, door-open configuration for several months, measuring the background gamma rays emitted by the Mars Odyssey spacecraft itself. At the end of this calibration period, researchers will deploy the sensor head on a 6-meter boom. Once the GRS is in its deployed, open-door configuration, the team will begin collecting science data for mapping the elemental composition of Mars.
Boynton and other Mars Odyssey scientists will detail their science objectives Friday, March 1, at news conference to be telecast from the NASA Jet Propulsion Laboratory in Pasadena, Calif. For more about the news conference, contact Mary Hardin of JPL Media Relations at 818-354-5011, mary.a.hardin@jpl.nasa.gov.
Designed with the company's 7200RPM WD Caviar hard drive and a second-generation 1394 to IDE bridge card, it utilises the industry-leading Oxford 911 chipset. In other words, for those who don't care about techno-speak, it's fast.
The FireWire drives can be stacked together and daisy-chained. Western Digital's external hard drives are compatible with any computer with a built-in FireWire port, using Mac OS 8.6 or higher. For computers without FireWire ports, Western Digital offers a PCI Adapter for desktops and a CardBus PC Card for notebooks, which will add the FireWire interface to these legacy systems.
All Western Digital FireWire products carry a one-year warranty. The manufacturer's suggested retail price for the 120GB FireWire Drive is $US349.
"I am really excited about finally getting to see real Mars data," Boynton said this morning. "I started this project in 1985, and now we are down to just hours before we see the results. I can imagine it must be like giving birth, except here we have a 17-year gestation period."
Bill Feldman of Los Alamos National Lab, head of the Neutron Spectrometer experiment, said, "I am so excited, I can hardly restrain myself!"
Missions operations team members Michael Ward and Kris Kerry said they are "exhausted, optimistic, and very excited."
The GRS gamma sensor head will remain in this stowed, door-open configuration for several months, measuring the background gamma rays emitted by the Mars Odyssey spacecraft itself. At the end of this calibration period, researchers will deploy the sensor head on a 6-meter boom. Once the GRS is in its deployed, open-door configuration, the team will begin collecting science data for mapping the elemental composition of Mars.
Boynton and other Mars Odyssey scientists will detail their science objectives Friday, March 1, at news conference to be telecast from the NASA Jet Propulsion Laboratory in Pasadena, Calif. For more about the news conference, contact Mary Hardin of JPL Media Relations at 818-354-5011, mary.a.hardin@jpl.nasa.gov.