PCBs Created by Lab11 Eagle, Altium, etc.

Adapter board that converts the 20 pin ARM JTAG header to a Tag Connect pogo pin connector. Also includes a switch to select how the board is powered and a config option for the nRF51* chips.

Breakout board for the TriPoint module.

1 inch square AC power meter.

Localization tag for the TriPoint module. Provides a BLE interface.

Indoor sensing board based on Atum. Designed to be used with a BeagleBone Black.

Indoor sensing shield for Squall.

Breakout board with included programming header for Squall.

Nucleum is a ½ inch² drop-in sensor node module designed to enable rapid prototyping of Bluetooth Low Energy embedded devices. The core of Nucleum is an NRF51822 SoC with an Arm Cortex M0. Nucleum also includes an antenna, 512 bytes of non-volatile FRAM memory, an RTC, and a tri-color LED. Nucleum is based off of Atum

Radio cape for the BeagleBone Black.

1" BLE sensor tag. Designed to be an inexpensive sensor tag or a platform for experimenting with wearable sensors.

Energy harvesting platform for shower monitoring.

This is a breakout board for the Atum module. It can also double as a USB powered sensorboard node for quick prototyping of sensors.

Breeze is designed to go on the impulse stack to periodically measure airflow.

Atum is a ½ inch² drop-in sensor node module designed to enable rapid prototyping of wireless embedded devices. The core of Atum is a CC2538 SoC with an Arm Cortex M3 and 802.15.4 radio. Atum also includes an antenna, 512 bytes of non-volatile FRAM memory, an RTC, and a tri-color LED.

LED bulb controller. On board oscillator generates pure tone frequency, which can be programmed using on board dip switch. This controller works for LED supply voltage less than 35 V DC.

LED bulb controller. On board oscillator generates pure tone frequency, which can be programmed using on board dip switch. This controller works for LED supply voltage around 350 VDC. This board requires an isolated supply.

Time keeping and storage for the Impulse board stack.

AC power MEter for plug loads based on the ACme design. Uses a CC2538 instead of epic for wireless communication and remote control. Includes a solid state relay and an AC-DC power supply optimized for size.

Microcontroller board for Monjolo nodes. Designed to transmit a packet with minimal energy. Also includes FRAM for persistent storage and a capacitor for reducing the frequency of wakeups.

PCB for sensye project. Designed for the stoneyman camera to be wirebonded directly to the pcb and includes an ADC for reading the camera.

60 Hz receiver. It recovers ambient 60 Hz signal, which can be used to calibrate/synchronize clock on sensor nodes. The circuit draws 7 uA @ 3V and locks within 50 ms.

Impulse trigger frontend that uses a pizeo-electric harvester to drive the trigger line.

Impulse trigger frontend that uses a SQ-SEN-200 vibration sensor to drive the trigger line.

A breakout board to add quick-connects to the impulse board. It also contains room for banks of extra capacitors.

Solar powered energy-harvester. Charges a bank of capacitors until a voltage is met and then enables a voltage regulator.

Energy-meter for plug-loads based on the Monjolo principle. Uses epic for the microcontroller and radio and is designed to fit in a particular case.

USB programmer for the epic platforms. Supports the various programming headers used with epic.

Power supply for the coilcube board. Rectifies an AC signal from a current transformer and charges a bank of capacitors.

Microprocessor and radio (CC2538) for activating and transmitting a packet. Includes FRAM and a capacitor for keeping rough time.

Header for the Raspberry Pi to control LED light strips that use the WS2812 LED controller.

CC2520 shield for the Raspberry Pi. Includes three LEDs and the DS2411 ID chip.

Board for powering an RPi and activating a solenoid. A switching power supply regulates 24 V to 5 V and a relay switches the 24 V input. Also has terminals for an RFID reader.

Bluetooth + camera interface board for the teensy.

Controllable AC load based on resistors and light bulbs. Uses an EPIC for control.

Experimenting board for the coilcube platform.

Adapter board for connecting a TI CC2520 EVM to a Raspberry Pi.

HiJack shield for a CO sensor.

Interface board for the Nest thermostat and a Liebert airhandling unit. The Nest Interface Board (nib) acts like a home HVAC system (using the relays) in order to receive heating and cooling commands from the Nest. It then impersonates a human when pressing buttons on the Liebert device and reading the status display.

Prototype board for doing visible light communication.

uSDR. A low-power, low-cost and compact SDR platform. It contains a Microsemi's SmartFusion, high-speed data converters, RF front-end, and other peripherals. Low-power draw (runs on AA batteries) and portable deisgn make it suitable for low-power wireless research.

Energy-harvesting sensor for indoor monitoring.

Hardware to send analog signals from a sensor to a phone over the microphone line.

PCB for measuring the power draw of a cell phone.

Low power PCB for sensing human body signals like ECG and EKG.

Wireless sensor node for monitoring air quality.

USB debugging board. Up to two USB channels can be actively re-written on the fly. Two channels can be passively monitored. Channels can be looped back onto on another mimic various types of hosts or devices including self-contained end-to-end interactions.

Breakout for a processor designed to be used with the USB debugger board.

Breakout board for the TSL230RD.

Wireless sensor node for indoor monitoring. Includes temperature, humidity, light, and motion sensors.

Development shield for HiJack.

Programmer board for the HiJack.

Device to hijack power and bandwidth from smartphones. Enables bi-directional data transfer between the microcontroller and the phone.

Breakout board for the MSP430 with an LQFP64 package.

Breakout board for the MSP430 with an QFN64 package.

Older version of Hijack that used a QFN MSP430.

Power supply for the HiJack peripheral.