Qualcomm Flight Pro Specifications

Main Board

SoC

Qualcomm Snapdragon 820 (APQ8096)

Memories:

DDR: SDHC 4 GB LPDDR4
UFS: 32 GB, UFS 2.0, HS-G3 1-Lane
SD Card: 4-bit microSD slot
Platform ID EEPROM: Serial Flash

Sensors:

IMU (Gyroscope, Accelerometer, Compass): Dual Invensense MPU9250
Pressure sensor (Barometer): Bosch BMP280
Off-Board/External: I2C and UART on several connector interfaces for expansion.

Connectivity

WLAN/BT/FM QCA6174A 802.11ac 2x2
NFA324 Module

GPS:

Onboard: WGR7640
Offboard: SirfStarV CSRG0530 B02

LEDs

RGB and discrete Red and Green LEDs for on-board status.

Debugging:

Ethernet: Through USB ethernet adapter - see here for details
UART: Accessed on expansion connector
JTAG: Accessed on expansion connector

Cameras

One High Resolution camera 12.3MP IMX378 Sony sensor

4K at 30 fps
Lite-on Module 4BCH05P1A
MIPI 4-lane CSI-0

One Downward Facing Camera: OV7251 OmniVision sensor

B & W VGA Sensor
Sunny PJ103B module
MIPI 1+1-Lane CSI-2

Two Stereo Cameras: OV7251 OmniVision sensor

B & W VGA Sensor
Sunny PJ103B module
MIPI 1-Lane CSI-1

Additional Kit Components

Advanced Power Module (APM) Cable:

Smart and advanced power supply converter board, configured into a cable, to connect power to Qualcomm Flight from either the provided 5V DC power supply or a 2S-6S LiPo battery (regulated to 5V).
The cable circuitry prioritizes the 5V DC external supply whenever present, and secondly the battery.
Concurrent use of 2S-6S battery and external DC supply connected to the APM cable is supported.

Serial Console Adapter

Customer adapter to support standard Linux console interface

Custom FTDI Debug Cable

Cable (only 3 pins instead of the 6 provided by FTDI) with standard-A type USB plug for connecting the serial console adapter to Qualcomm Flight.

5V DC power supply

Software

Yocto OpenEmbedded-based build system
Linux kernel 3.18
Apps development through SDK (cross-compiler toolchain) and Docker container