Application Briefs

Applying Embedded Form Factors to Wireless Systems

Wireless connectivity is merging with technological advancements in silicon, signaling, mass storage and software to meet the high-performance, ultra-low power requirements for next-generation wireless systems. Embedded form factors, seeking to utilize these developing technologies to the best advantage of system designers, continue to evolve by providing enhanced capabilities while simultaneously reducing form factor footprints. As wireless connectivity becomes increasingly ubiquitous, the volume of embedded systems that utilize wireless is expanding. This perpetuates the demand for higher processing power with minimal power draw and size.

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High-Flex Cable Assembly to Aid Robot Arm in Mars Exploration Program

High-Flex Cables Cicoil Corp. Valencia, CA 661-295-1295 www.cicoil.comCicoil has provided a custom-formed high-flex cable to the Mars Science Laboratory (MSL), scheduled to launch in 2011 as part of NASA’s Mars Exploration Program. The program is a long-term robotic exploration of Mars that will assess whether Mars’ environment can support, or has supported, microbial life. The mission essentially seeks to determine the planet’s potential for habitability.

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Avionics Databus to Promote Systems Integration on Orion Vehicle

TTEthernet TTTech North America Carlsbad, CA 760-603-9393 www.tttech.comTTEthernet, a high-bandwidth databus developed by TTTech and Honeywell, will be deployed on Orion, the Earth crew entry vehicle scheduled to make its first flights within the next few years, as part of NASA’s Constellation program to send human explorers back to the moon, Mars, and other destinations in the solar system. Orion, launched atop an Ares I rocket, will be capable of carrying crew and cargo to the International Space Station. The spacecraft will rendezvous with a lunar landing module and an Earth departure stage in low-Earth orbit to carry crews to the Moon using advanced technologies, including TTEthernet. The high-bandwidth avionic databus capability will allow it to support future technology insertion as the Constellation program progresses.

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Imaging System Enables Early Detection of Diabetic Retinopathy

People whose bodies cannot produce effective or sufficient insulin are said to have diabetes. This chronic disease has several serious long-term effects that are well documented: kidney failure, heart disease, foot disease that may require amputation, neuropathy (sensory loss), and blindness. Vision loss caused by diabetes is known as diabetic retinopathy. Retinopathy is define as non-inflammatory disorders in the retina. In diabetics, this condition manifests itself in the form of lesions, tears, or scratches on the retina. In the last few years, Montreal ophthalmologist Dr. Michael Flanders has noticed an increase in the number of patients with this condition. “There are more patients than before who are coming through my office and hospital clinics who have diabetic retinopathy,” he said.

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Demystifying Optical Ethernet Networks

The TDM-to-packet network transformation has been underway in transport/ telecommunications networks for some years now, fueled primarily by two trends: (a) the advent of triple-play (voice, video, data) for enterprise and residential customers and, lately, the explosion in video and mobile data services, and (b) the evolution in both packet- and transport-network equipment.

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Spectrometer Helps NASA Detect Water in Excavated Moon Matter

QE65000 Spectrometer Ocean Optics Dunedin, FL 727-733-2447 www.oceanoptics.comAn Ocean Optics QE65000 spectrometer has contributed measurements to the Lunar Crater Observation and Sensing Satellite (LCROSS) mission, helping NASA scientists to officially confirm the presence of water on the Moon. The spectrometer, dubbed ALICE, was custom re-engineered by Aurora Design & Technology to withstand the extreme temperature, radiation, shock, and vibration of space.

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Near-Infrared Cameras Indicate Signature of Water on the Moon

InGaAs shortwave infrared (SWIR) cameras Sensors Unlimited, Goodrich Corp. Princeton, NJ 609-520-0610 www.sensorsinc.comShortwave infrared (SWIR) cameras from Sensors Unlimited were instrumental in NASA’s LCROSS mission to find water on the Moon. The cameras were selected for the mission more than three years ago, and were integrated into the imaging payload of the shepherding spacecraft.

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