InHand Fury-X™: Mobile, IOT Platform Optimized

1. InHand Fury-X™: Mobile, Internet of Things Platform Optimized for Military, Medical and Industrial Use The Fury-X™ single board computer (SBC), based on the NXP™ i.MX 6SoloX processor, enables space- and power-optimized circuitry for real time control, cloud communication for Internet of Things (IoT), and other high reliability applications. Its many peripheral interfaces provide connection with sensors, transducers, motors, and cameras for real time applications with multiple network and Human- Machine Interface (HMI) features. N X P i . M X 6 S o l o XP r o c e s s o r USB x2 DRAM Cortex-A9 4:1 USB Hub USB Hub eMMC NAND I/O MUX USB x3 S t a c k i n Cortex-M4 NOR Flash Analog In x8 The SoloX processor features two heterogeneous ARM cores. The Cortex-M4 microcontroller enables real time control with low power consumption while running a real time operating system (RTOS). The Cortex-A9 manages external network and graphics communications via a higher level operating system, such as Linux or Android. It may be powered down when not used to conserve power and minimize heat. Security Battery Charger & Gas Gauge LVDS Display gC o n n e c t o r RTC I2C Coin Cell GbE PHY Ethernet Switch WiFi, ZigBee, & Bluetooth RS232/ RS485 GbE PHY The Fury-X IoT platform includes the processor, DDR3, NAND flash, real time clock (RTC), watch- dog timer, and peripheral interfaces such as: SPI, I2C, UART, CAN, USB 2.0 OTG, three USB 2.0 hosts, two 10/100/1000 Ethernets (one configurable for Power over Ethernet), and wireless module. An optional expansion board provides added peripheral connectivity, including: LVDS or parallel LCD, touch screen, camera, and additional serial/sensors. GPS POE Control CAN x2 Camera 8-bit µUSB JTAG SDHC Analog Video In x4 mPCIe Slot Audio GPIO x8 LCD or Camera 24-bit 5VDC Input Tamper SIM Card Interprocessor communication is provided via BSP APIs that utilize SoloX hardware semaphores, interrupts, and memory buffers. SoloX peripheral mapping capability allows each Fury-X peripheral to be controlled by the Cortex-M4 or the Cortex-A9 in separate security domains. 3.25” 63.5mm The Fury-X can be used as-is as a standalone SBC. For cus- tomers with specific product requirements, InHand’s engi- neering services can create custom expansion boards for the Fury-X or modify the Fury-X to meet product specifications. 4.5” 114.3 mm InHand Electronics, Inc.• 30 West Gude Drive • Suite 550 • Rockville, MD 20850 • v: 240.558.2014 • f: 240.558.2019 •www.inhand.com

2. InHand Fury-X™ Specifications NXP i.MX 6SoloX, featuring a single core ARM Cortex-A9 (800 MHz) and a single core ARM Cortex-M4 (166 MHz) within a single package CPU Multi-Media Accelerator GC400T Graphics Engine with 2D and 3D acceleration; Direct FB and GAL APIs; Open GL 2.0, Open VG 1.1 ARM TrustZone, Cryptographic Acceleration and Assurance Module (CAAM), True random number generator (within CPU) 512 MB, 1 or 2 GB DDR3 4, 8, 16 or 32 GB eMMC flash 2 UARTs, 3 I2C, SPI 1 USB 2.0 OTG; 3 USB 2.0 Hosts 2 SDHC v.3.0 1 CANBus 2.0 1 I2S digital audio interface Matrix keypad 2x2 8 Digital GPIO lines plus power control GPIOs, LED drive lines, sensor interrupts (accelerometer, barometer, light sensor) Dual 10/100/1000 Ethernet MAC + PHY; switch inside CPU; Power over Ethernet capable 1 8-bit BT.656 parallel interface; 4 analog composite video inputs 1 LVDS output, up to WUXGA (1920 x 1200) Lithium ion battery input; charger and fuel gauge on-board 3 to 6.5V DC input Battery backed real-time clock Hardware watchdog on board Cortex-A9: Linux, Android Lollipop 5.0 or later; Cortex-M4: FreeRTOS or MQX Accelerometer, ambient light sensor, digital compass (magnetometer), barometer, haptic motor 4.5” x 3.25” Wi-Fi 802.11 b/g/n with enterprise-level security, Bluetooth, and ZigBee Security RAM On-board Storage Serial USB SDHC CANBus Digital Audio Keypad GPIO Ethernet Camera/Multi-Media Display Support Battery Support DC Power Input RTC Watchdog Operating System Off-Board Peripherals Dimensions Wireless Networking Modified COTS Design Services InHand is available to customize any of its Commerical Off-the-Shelf (COTS) SBC and tablet products using a process called Modified COTS. Starting from validated schematic, circuit board layout, BSP, and mechanical files, the product is modified to implement design-specific requirements and remove unneeded features. Modified COTS gets you to market faster, with lower cost and less risk, and optimized circuitry. Contact InHand for an evaluation of your require- ments and associated quote. For more information: http://www.inhand.com/work-category/custom-electronic-design/ Contact Information info@inhand.com• v: 240.558.2014, ext. 216 • www.inhand.com/contact InHand Electronics, Inc. is an original design manufacturer of single board computers and rugged handhelds 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 (IoT) product solutions. InHand’s products are used in a variety of markets including: military, healthcare, industrial, entertainment, and instrumentation. Products feature industry-leading technologies such as: NXP, Texas Instruments, Intel and Marvell processors; Android, Linux, Ubuntu, 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. 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 & Assembled in the USA InHand Electronics, Inc.• 30 West Gude Drive • Suite 550 • Rockville, MD 20850 • v: 240.558.2014 • f: 240.558.2019 •www.inhand.com