| Liquid Cooling Concerns |
| Coolingzone conducted two one-day courses on liquid cooling in 2005 instructed by Dr. cathy Biber. During the first session of this course at the CoolingZone's 2005 summit, we asked the attendees about the concerns they had when considering the use of liquid cooling.
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| When is New Technology Ready for the Market? |
| How many times have you read a press release or an announcement for this great solution to all of our thermal management problems and have tried to get your hands on it? And, how many times have you heard that you cannot get a sample (even when you are willing to pay good dollars for it) or even some reasonable performance data?
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January 2006
Published on January 17, 2006
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 THERMVIEW™ LIQUID CRYSTAL THERMOGRAPHY SYSTEM ENABLES HIGH-RESOLUTION TEMPERATURE MEASUREMENT
Norwood, MA, October 2005 – Advanced Thermal Solutions, Inc. (ATS) has introduced the thermVIEW™ liquid crystal system for non-invasive temperature mapping to 0.1oC with one micron-level spatial resolution. The thermVIEW technology can be used to thermally scan pin connector sites for excess heat resulting from loose metal connections or from higher amperage than the site is designed to conduct.
 NEW HIGH PERFORMANCE COOLING SOLUTIONS FOR 1U APPLICATIONS
Norwood, MA, October 2005 – Advanced Thermal Solutions, Inc. (ATS) has introduced a line of low profile heat sinks designed for passive cooling of Intel Xeonä processors in narrow 1U servers. New blackDIAMONDä heat sinks are made from solid aluminum and are void of the interfacial thermal resistances in bonded heat sinks. The aluminum is anodized, and the heat sinks are available with choices of thin heat fin pattern designs to optimize heat
 HEAT SINKS COOL DC-DC CONVERTERS IN LOW AIRFLOW CONDITIONS
Norwood, MA, October 2005 – Advanced Thermal Solutions, Inc. (ATS) has introduced a line of low profile, high performance heat sinks designed to optimize the thermal management of PCB-mounted power modules in spatially-constrained applications where airflow is limited. The new powerICE™ heat sinks allow circuit
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 SIMULATION SAVES SOLECTRON 3 MONTHS AND $40,000 IN COOLING OUTDOOR ANTENNA
Solectron saved a considerable amount of time and money in prototyping and testing expenses by using computer simulation to model the cooling design of an outdoor WiFi antenna. “We used Flomerics' Flotherm cooling simulation software to optimize and validate the design from a cooling standpoint prior to building the first prototype,” said Robert Raos, Mechanical Engineering Manager for Solectron.
 COOLIT OPTIMIZES TEC ARRAYS
After prototype testing verified Coolit predictions to be accurate within 5%, a major German developer of surgical and medical cosmetic lasers used Coolit analysis to optimize its TEC-cooled designs.
The lasers are built from expensive laser diode modules that have different heat spreader plates and are cooled by arrays
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