inhand fury-p6™: tiny single board computer optimized for … · 2019-07-15 · inhand fury-p6™...

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Based on the NXP™ i.MX 6 Quad/Dual processor in the package-on-package (PoP) configuration, InHand cre- ated the ultra-compact Fury-P6™ single board computer (SBC). The Fury-P6 offers an on-board LCD interface, resistive touchscreen interface, Wi-Fi, Bluetooth, audio, eMMC flash memory, battery management, and sensor connection without the need for an additional carrier or daughter card. All this functionality is provided within a compact 2.75” x 2.0” circuit board outline. Additional peripheral interfaces are available via stacking connec- tors intended for connection to custom daughter cards. The Fury-P6, with its tiny size and powerful i.MX 6 processor, is ideal for handheld devices and extreme space constrained applications that require local process- ing power, complex operating systems, or high perfor- mance graphics. Its wireless capabilities enable Internet of Things (IoT) applications while its graphics/display features allow for portable human interaction. The i.MX 6 quad core Cortex-A9 provides up to 10,000 DMIPS of computational power while the GPU can be utilized for graphics rendering or general purpose com- puting via OpenCL libraries. This local computational capability allows for complex data analysis and decision making without the need for high latency and costly data uploads to a central server. InHand Electronics, Inc. 30 West Gude Drive Suite 550 Rockville, MD 20850 v: 240.558.2014 f: 240.558.2019 www.inhand.com InHand Fury-P6™: Tiny Single Board Computer Optimized for Industrial and Military Use LPDDR2 1 or 2 GB 802.11 b/g/n/ac & Bluetooth 4.2 Debug UART 2x UART 4-wire SDIO x8 RGMII LCD [23:0] or GPIO SPI USB Host PCIe x1 MIPI-CSI2 NXPi.MX6QuadorDualQuad/Dual Cortex-A9 StackingConnectorLVDS or MIPI-DSI LCD 5 - 28V DC Input USB OTG Client Micro B Connector Keypad 2x2 2x I2C eMMC NAND 4-64GB UART 4-wire or GPIO USB Host I2C x2 LCD backlight drive Gyroscope Accelerometer RTC Magnetometer 4-wire Touchscreen Audio Codec with Stereo Speaker Drive 2D/3D Graphics Accelerator Video Codec Analog line in & mic in Battery Charger & Gas Gauge 2.0” 50.8mm 2.75” 69.9mm Example applications include: Handheld devices and instru- ments, portable medical diagnostics, autonomous vehicle/ UAV control, portable cameras with image analysis, indus- trial sensors with data analytics. InHand provides Linux and Android BSPs for the Fury-P6. Contact InHand regarding VxWorks support. The Fury-P6 development platform includes the Fury-P6, display with touchscreen, BSP source code, and engineering support. For customers with specific product requirements, InHand’s engineering services can modify the Fury-P6 or create cus- tom daughter boards for the Fury-P6 to meet specifications.

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Page 1: InHand Fury-P6™: Tiny Single Board Computer Optimized for … · 2019-07-15 · InHand Fury-P6™ Specifications InHand Electronics, Inc. • 30 West Gude Drive • Suite 550 •

Based on the NXP™ i.MX 6 Quad/Dual processor in the package-on-package (PoP) configuration, InHand cre-ated the ultra-compact Fury-P6™ single board computer (SBC). The Fury-P6 offers an on-board LCD interface, resistive touchscreen interface, Wi-Fi, Bluetooth, audio, eMMC flash memory, battery management, and sensor connection without the need for an additional carrier or daughter card. All this functionality is provided within a compact 2.75” x 2.0” circuit board outline. Additional peripheral interfaces are available via stacking connec-tors intended for connection to custom daughter cards. The Fury-P6, with its tiny size and powerful i.MX 6 processor, is ideal for handheld devices and extreme space constrained applications that require local process-ing power, complex operating systems, or high perfor-mance graphics. Its wireless capabilities enable Internet of Things (IoT) applications while its graphics/display features allow for portable human interaction. The i.MX 6 quad core Cortex-A9 provides up to 10,000 DMIPS of computational power while the GPU can be utilized for graphics rendering or general purpose com-puting via OpenCL libraries. This local computational capability allows for complex data analysis and decision making without the need for high latency and costly data uploads to a central server.

InHand Electronics, Inc. • 30 West Gude Drive • Suite 550 • Rockville, MD 20850 • v: 240.558.2014 • f: 240.558.2019 • www.inhand.com

InHand Fury-P6™: Tiny Single Board Computer Optimized for Industrial and Military Use

LPDDR21 or 2 GB

802.11 b/g/n/ac &

Bluetooth 4.2

Debug UART

2x UART4-wire

SDIO x8

RGMII

LCD [23:0] or GPIO

SPI

USB Host

PCIe x1

MIPI-CSI2

NXP

i.MX

6

Quad

or

Dual

Quad/Dual Cortex-A9

Stacking Connector

LVDS orMIPI-DSI LCD

5 - 28V DC Input

USB OTG Client Micro B

Connector

Keypad 2x2

2x I2C

eMMC NAND4-64GB

UART 4-wire or GPIO USB Host I2C x2 LCD backlight

drive

GyroscopeAccelerometerRTC Magnetometer

4-wireTouchscreen

Audio Codec with Stereo

Speaker Drive

2D/3D Graphics

Accelerator

Video Codec

Analog line in & mic in

Battery Charger &

Gas Gauge

2.0”50.8mm

2.75”69.9mm

Example applications include: Handheld devices and instru-ments, portable medical diagnostics, autonomous vehicle/UAV control, portable cameras with image analysis, indus-trial sensors with data analytics. InHand provides Linux and Android BSPs for the Fury-P6. Contact InHand regarding VxWorks support. The Fury-P6 development platform includes the Fury-P6, display with touchscreen, BSP source code, and engineering support. For customers with specific product requirements, InHand’s engineering services can modify the Fury-P6 or create cus-tom daughter boards for the Fury-P6 to meet specifications.

Page 2: InHand Fury-P6™: Tiny Single Board Computer Optimized for … · 2019-07-15 · InHand Fury-P6™ Specifications InHand Electronics, Inc. • 30 West Gude Drive • Suite 550 •

InHand Fury-P6™ Specifications

InHand Electronics, Inc. • 30 West Gude Drive • Suite 550 • Rockville, MD 20850 • v: 240.558.2014 • f: 240.558.2019 • www.inhand.com

v.6.15

InHand Electronics, Inc. is an original design manufacturer of single board computers and rugged devices for original equipment manufacturers. InHand offers commercial off-the-shelf (COTS) computing platforms and modified COTS design services for custom electronic and Internet of Things product solutions. InHand’s products are used in a variety of mar-kets including: military, healthcare, industrial, entertainment, and instrumentation. Products feature industry-leading technologies such as: NXP, Texas Instruments, Intel and Marvell processors; Android, Linux, VxWorks (RTOS), and Microsoft operating systems; and communications technologies such as: cellular, Wi-Fi, personal area network, and Ethernet. InHand’s engineering design services include: system, hardware, software, and packaging; support services include: product manufacturing, program management, manufacturing test development, and supply chain. InHand is an ITAR registered company. CAGE code 8Z220. InHand products are designed and assembled in the USA. The company’s headquarters are located along the I-270 Technology Corridor in Rockville, Maryland. For more information, visit www.inhand.com.

Designed & Assembledin the USA

Contact [email protected]@inhand.com

v: 240.558.2014 x216

InHand Electronics, Inc.30 W Gude Dr., Suite 550Rockville, MD 20850

www.inhand.com

Ordering InformationPart Number Description

FP6-9SBC-41530 Fury-P6: quad core, 1 GB DRAM, 32 GB Flash, Wi-Fi & Bluetooth (Baseline configuration)

FP6-9SBC-42530 Fury-P6: quad core, 2 GB DRAM, 32 GB Flash, Wi-Fi & Bluetooth

FP6-9SBC-21530 Fury-P6: dual core, 1 GB DRAM, 32 GB Flash, Wi-Fi & Bluetooth

FP6-9SBC-21100 Fury-P6: dual core, 1 GB DRAM, 4 GB Flash (no Wi-Fi or Bluetooth)

FP6-DP-01 Fury-P6 Standard Development PlatformCall or email for pricing, availability, and additional or custom configurations.

Processor NXP i.MX 6 Quad or Dual (Cortex-A9 800MHz ARM cores), 2D and 3D graphics processing units, video processing unit, OpenVG 1.1 accelerator

Security (within CPU) ARM TrustZone, Cryptographic Acceleration & Assurance Module, true random number generatorRAM 1 or 2 GB LPDDR2 Package-on-Package (soldered to the CPU)

On-board Storage 4, 8, 16, 32 or 64 GB eMMC flash; 2 Kbit EEPROMSerial 1 UART (4-wire) to header; 2 UARTs (both 4-wire), 2 I2C, 1 SPI, 1 PCIe x1 to stacking connectorUSB 1 USB 2.0 OTG with micro USB connector; 1 USB 2.0 host to stacking connector or headerSDHC 1 SDHC x8 (stacking connector)Audio Audio codec with stereo speaker drive; line-in and microphone input (stacking connector)Keypad Matrix keypad 2x2 (stacking connector)GPIO Up to 4 on headers; up to 75 on stacking connectors. Some interfaces can be reconfigured as GPIO

Ethernet Single 10/100/1000 Ethernet MAC (PHY can be implemented on daughter card)Camera/Multi-Media MIPI-CSI2 (stacking connector)Display Support 1 LVDS output (up to WXGA (1366 x 768) or 720p (1280 x 720)). 1 MIPI-DSI (up to 720p (1280 x

720)). RGB parallel on stacking connector. Backlight drive up to 27V @1.7A maximumTouchscreen 4-wire resistive controller. I2C capacitive touch support in Android and Linux BSPsBattery Support Lithium ion single cell battery input, battery charger, battery gas gauge

DC Power Input 5V to 28V DC (consult InHand about total power requirements)

Temperature Operating temperature: -30 to 85°C (with Wi-Fi/Bluetooth module), -40 to 85°C (without module)RTC Battery backed real-time clockWatchdog Timer CPU-based watchdogOperating System(s) Android 7.1 Marshmallow (or later), Linux 4.x (or later), VxWorks 7 (contact factory)Wireless Networking 802.11 b/g/n/ac (enterprise encryption available), Bluetooth dual mode (BLE 4.2, 5.0 ready)Sensors Accelerometer, magnetometer, gyroscopeDimensions 2.75 in x 2.0 in