1. Concept Generation and Evaluation MSD Project 10662 Multi Camera System

2. Electrical System Design The over all system was designed to show a connector board which would take all the signal in and transfer them to the FPGA in the correct format to allow for expansion of the system. 2 Cameras through D3 protocol 1 INS System 1 OEM Board 1 FPGA Board 1 Internal Storage 1 Wireless transfer

3. Detailed View of Switch to FPGA The Camera is selected by a mux that is controled by the FPGA. This systems allowed for 1 D3 input connection to be run to the board. If more cameras wanted to be added then the Connector Board would have to be redesigned.

4. FPGA Board Design The Model of the FPGA Board drawn to show the connections and what is needed for the design. This design includes and JTAG Controller.

5. Mechanical Designs Design showing the mounting of design package to the airplane and how the boards would stack up.

6. Mechanical Designs Concepts for the design of the box and the airplane mounting plate.

7. Mechanical Designs The position of the boards are showing to minimize the size of the box and to include all boards and units in one enclosure.

8. Concept Improvement and Selection MSD Project 10662 Multi Camera System

9. System Layout The modified Design of the System Layout to better meet the needs of the customer. This Design was modified to include up to 6 cameras and corrected the errors found in the data paths. 2 GigE Cameras 2 CameraLink Cameras 2 D3 Cameras 1 INS System Sync System for external Controls 1 Raw internal Storage 1 OEM Board to include compressing and Transfer 1 FPGA Board to include expansion header

10. FPGA Board Design Modified FPGA Board to include connections to the connector board and a modified layout to help with data transfer and speed.

11. Mechanical Board layout Position of the Electrical Enclosure to show the placement of the boards.

12. Camera Enclosure Model showing the camera enclosure and the position of each camera. Verifies the size of the enclosure needed for the final design.