microelectronics, Very-Large-Scale Integration (VLSI)
The success of U.S. Army missions depends on personnel and platforms having access to accurate and reliable position, velocity, attitude, and time information. Army missions such as Long Range Precision Fires (LRPF), Next Generation Combat Vehicle (NGCV) and Future Vertical Lift (FVL) rely on inertial navigation systems to provide continuous position and velocity information for accurate navigation
Multilayer Waveguide Optical Gyroscope Read More »
The government shall provide phase I contractor(s) with a non-exclusive, royalty free, government/commercial use license for US patents [1]-[2], and pending patent [3] for 10 years to develop a FPGA softcore based Aberdeen Architecture. License is not transferable. License ends if the company changes ownership, is sold, merges with another company (ies), etc.
Solid-State Scalable/Tileable Imaging Detector for High-Energy Neutron Radiography Read More »
Businesses must develop an aluminum nitride-based platform for monolithic microwave integrated circuits used in extreme-radio-frequency and high-power operations.
Aluminum Nitride-Based Monolithic Microwave Integrated Circuits Read More »
Businesses must develop and demonstrate new micro-LED architectures that will lead to red micro-LEDs with high external quantum efficiency (>2%) when the pixel size is less than 5 microns.
The vendor must demonstrate an engineered materials system that can deposit and pattern with semiconductor foundry techniques, offer very low thermal conductivity, and have reasonable electrical conductivity for use as a bolometer leg.
C5ISR Center, in conjunction with industry, have developed wearable Soldier fuel cell systems that can provide on the move light-weight power for systems operations and battery recharge and extend mission duration and reduce Soldier load (carried weight). Current fuel cell systems have been developed based on the Reformed Methanol Fuel Cell Technology.
Lower Temperature Methanol Steam Reforming Catalyst for Fuel Cells Read More »
Advanced power management systems will be needed to handle the increase in demands and complexity of platform and payload electrical loads.
Advanced Circuit Breaker Tech for Power Distribution & Management Solutions Read More »
Design and develop a 1 kW Enzyme based Fuel Cell capable of silent power generation and very high efficiency
Future fleet and hybrid propulsion aircraft will need advanced power management systems that can monitor and adjust loads throughout the power system to accommodate mission requirements. Such a system must be capable of rapid load shed for emergency operations. This topic is considered an open source/publicly available model basis. Please follow GPR rights to optimized architecture using MOSA and FACE standards.
Power Management for Energy Resiliency Read More »
