Multiple Factors Push Five Processor Architectures to the Lead
As military system developers balance a thirst for performance versus issues like legacy, life cycles and market acceptance, five lead
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ARINC 818 Continues Success as Avionics Display Protocol
ARINC 818, titled Avionics Digital Video Bus (ADVB), was released as a standard ten years ago and was introduced to
Read MoreSmall UAVs Bulk up Sensor and Processing Capabilities
Small UAVs Bulk up Sensor and Processing Capabilities The flight control, mission control and communications gear aboard Small UAVs-face some
Read MoreSFF Boxes Beef Up Their Processing and Functionality
SFF Boxes Beef Up Their Processing and Functionality Offering whole new levels of compute density in ever smaller sizes, SFF
Read MoreLeveraging MIL-STD-810 Takes More Than Meets the Eye
Leveraging MIL-STD-810 Takes More Than Meets the Eye Even though most people in the industry have heard of MIL-STD-810, understanding
Read MoreTradeoffs Drive Distributed vs. Consolidated Architecture Choice
Today’s technology enables multiple functions to consolidate into one subsystem. But there are some cases are a distributed set
Read MoreNetwork and Comms Advances Serve a Connected Military
The military continues to enhance its next-gen communications and network gear—on land, in the air and in space. Challenges of
Read MoreSystem and Software Technologies Lead HPEC Charge
While opinions vary on the correct definition of High Performance Embedded Computing (HPEC), technology suppliers are rolling out a variety
Read MoreOptimizing Thermal Controls in Pre-Validated Systems
Pushing the environmental limits of performance is essentially the definition of mil-aero design. While box-level computing systems create an advantage
Read MoreSolutions and Standards Advance for Box-Level Cooling
In order to use the fastest, cutting edge processing, box-level systems need ways to eliminate the resulting heat. A variety
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