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Is your Military AI Program Driving into a Dead End?

Is your Military AI Program Driving into a Dead End?

Today’s AI computer architectures - relying on switched fabrics - need new packaging approaches that can handle the demanding requirements of military applications in the field. But program leaders face the dilemma of meeting these requirements using open standards that were never initially designed for them.

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The Impact of Electronic Warfare on a 21st Century Fighter

The Impact of Electronic Warfare on a 21st Century Fighter

What can go wrong is a question for the ages, but when paired with the complexities of an F-35 aircraft, the challenges are daunting, to say the least. One Stop Systems, a company known for building advanced, high-performance platforms recently won a contract to provide the US Airforce an advanced system to simulate Electronic Warfare threats on the F-35 aircraft. The idea is to bombard the plane with an array of RF mix signals to challenge the safeguards employed and determine the worldwide EW threats the aircraft may encounter.

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Situational Awareness — The 21st Century Warfighter

Situational Awareness — The 21st Century Warfighter

The United States Army has had centuries of experience advancing the vehicles used in warfighting. If you consider the arrival of the first tank on the battlefield early in the 20th Century, you can imagine the fear it conjured up. This continued through World War II with the Sherman tank, and completely changed how mechanized vehicles impacted the battlefield forever. As we move into the 21st Century, the same drive to advance the abilities of military vehicles is occurring. The sophistication that the Army is now employing in the next generation vehicle has the potential of being a generational change that is equivalent to a soldier on horseback facing their first tank.

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Reducing the Temperature: 2-Phase Liquid Emersion Cooling

Reducing the Temperature: 2-Phase Liquid Emersion Cooling

In the real world, the goal of putting more power into less space has been thwarted by heat dissipation since the first steam engines.  In 1999 the Porsche car company was faced with getting more horsepower out of their air-cooled, 3-liter engine.  Acknowledging that heat was their issue, Porsche moved from an air-cooled solution to a water-cooled solution, in concert with a dry oil sump injection system.  This allowed Porsche to have extremely high performance for the engine size, with a nimble car that continues to have a power-to-weight ratio that still beats all comers in the market.   

 

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PCIe 5.0 will supercharge AI at the Edge if it's done right

PCIe 5.0 will supercharge AI at the Edge if it's done right

PCIe Gen 5 is a key technology for driving transportable or edge AI systems to higher performance, especially those with demanding space, environmental or cooling needs. But AI program managers should evaluate their technology suppliers’ Gen 5 implementations to ensure they fully realize the technology’s benefits. 

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Advance System Monitoring

Advance System Monitoring made easy by One Stop Systems

Complex solutions and the need to monitor them Edge Computing provides the opportunity to move highly complex, multifunctional solutions to the edge in support of the DoD advance compute initiatives. The connected battlefield requires solutions that are not only able to perform but are also capable of meeting the varied environments of the modern-day field of deployment. This daunting task challenges the best system designers to build a solution that is measured in the extreme.

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