The Bengal is able to consolidate multiple high-bandwidth functions onto a single board. It can drastically reduce system cost, weight, and size when used to replace existing multi-board solutions. Some examples of current customer projects that utilize the power of Bengal’s rich feature set include a very rugged, portable/mobile antenna system that uses the Bengal as its core processor to provide commercial and government users with global access to satellite data links. This is an upgrade from a now end-of-life CPU card. Using the Bengal allows this antenna system to have a minimum of five additional years of availability. A wearable computing application uses the Bengal to provide imaging data for detecting IEDs (Improvised Explosive Devices). The dual-core Bengal provides the right mixture of low-power, video imaging capabilities, and I/O expansion for this application. The on-board mini PCIe socket allows the addition of a Bluetooth module for inter-system communication. A medical system uses the Bengal to control the process used to rapidly sterilize instruments and devices. This is a reliable and cost-effective low-temperature medical equipment sterilization solution. This medical application requires a powerful single board computer that has a very long life. The Bengal is the perfect fit especially with the VersaLogic formalized programs for ten plus year life extensions. An industrial control system uses the Bengal to provide automation and cyber security for electric utility substations. These controllers are used to replace multiple legacy systems within substations, reducing overall hardware requirements and costs. This application previously used a now obsolete first generation Atom processor. The Bengal’s fourth generation Atom processor provides the necessary increase in processing capabilities while staying in the Atom CPU family. The Bengal also provides the high-speed PCI express bus through the OneBank connector allowing future expansion. The final example is a medical system that uses the Bengal for processing data received from robotic surgery equipment used to perform hip and knee replacements. Long term availability is a requirement for this application and the Bengal fulfills that need. The Bengal also provides the required features: dual Ethernet, a selection of video outputs, fan-less operation, and the ability to use multiple cores.