1. Team 2: Bluetooth Mass Storage Device By Scott Pillow Design Constraint Analysis 1 Yucel ParsakYuri Kubo Scott PillowRyan Weaver

2. Team 2: Bluetooth Mass Storage Device By Scott Pillow Design Constraints 2 Yucel ParsakYuri Kubo Scott PillowRyan Weaver Small in size Power Consumption Cost Availability of existing components Data transfer speed

3. Team 2: Bluetooth Mass Storage Device By Scott Pillow Microprocessor Enough pins to deal with I/O (20 to 25) Bluetooth mode control (SPI) Push button multiple jobs (TIM) monitors USB connection (on-chip) Power management 3 Yucel ParsakYuri Kubo Scott PillowRyan Weaver

4. Team 2: Bluetooth Mass Storage Device By Scott Pillow 4 Yucel ParsakYuri Kubo Scott PillowRyan Weaver Bluetooth 2.0 + EDR USB 2.0 Battery Powered - Rechargeable through USB Summary

5. Team 2: Bluetooth Mass Storage Device By Scott Pillow Bluetooth Module Speed Built-in Antenna USB Connectivity Range Power Saving Modes (sniff, hold, park) Ability to remember previous pairing 5 Yucel ParsakYuri Kubo Scott PillowRyan Weaver Version Data Rate 1.2 1 Mbits/s 2.0 + EDR 3 Mbits/s Class Max Power Range1 100 mW ~ 100 m 2 2.5 mW ~ 10 m 3 1 mW ~ 1 m

6. Team 2: Bluetooth Mass Storage Device By Scott Pillow Flash Memory & Controller Reasonable Addressability implements USB protocol 6 Yucel ParsakYuri Kubo Scott PillowRyan Weaver

7. Team 2: Bluetooth Mass Storage Device By Scott Pillow Battery & Recharging Unit Lithium-ion battery Rechargeable via USB Under / over voltage protection Yucel ParsakYuri Kubo Scott PillowRyan Weaver 7

8. Team 2: Bluetooth Mass Storage Device By Scott Pillow Yucel ParsakYuri Kubo Scott PillowRyan Weaver