Wireless Embedded Computer
Quad core open linux IoT computer for the most
demanding edge computing solutions
Wireless Embedded Computer
Quad core open linux IoT computer for the most demanding edge computing solutions
Ideal for Construction equipment, Cargo and Material handling, agriculture and forestry machinery, fleet management, mining and minerals, electrical vehicles, preventive maintenance and any digital transformation and Industry 4.0 projects demanding Edge computing capabilities.
Ideal for Construction equipment, Cargo and Material handling, agriculture and forestry machinery, fleet management, mining and minerals, electrical vehicles, preventive maintenance and any digital transformation and Industry 4.0 projects demanding Edge computing capabilities.
Description
Description
Quad core open Linux IoT computer for the most demanding Edge computing solutions in Off-Highway environments. The i.MX8 quad core processor includes an Neuro Processing Unit (NPU), giving you the possibiliy to start developing AI applications. This platform has been designed to cover the highest cibersecurity standards, including a secure boot and a TPM 2.0
Quad core open Linux IoT computer for the most demanding Edge computing solutions in Off-Highway environments. The i.MX8 quad core processor includes an Neuro Processing Unit (NPU), giving you the possibiliy to start developing AI applications. This platform has been designed to cover the highest cibersecurity standards, including a secure boot and a TPM 2.0
IP67 / IP6K9K- Dust-tight and protected from high-pressure steam cleaning
Global LTE Cat 4: Worldwide 4G with 3G/2G fallback
ARM i.MX8 M Plus Quad A53 64bit 1.6GHz/2G fallback grade protection
2GB LPDDR4 - 4GB optional
1GB NAND flash memory + 8GB eMMC - 32GB optional
microSD card holder for additional storage
Running Linux Kernel 5.10.72 – Debian | Yocto Kirkstone Distribution
Highly customizable and powerful, as any Linux. Programmable in C, Python, Go…
Concurrent reception of up to 3 GNSS, GPS, GLONASS, GALILEO, BeiDou
Programable 6 Axis sensor:
Accelerometer/Gyroscope.
Optional Dead Reckoning
WiFi 802.11 ac
Dual mode Bluetooth 5.2
Wide variety of interfaces:
• Up to 4 CAN-FD SIC
• 12 Digital & 4 Analog I/O
• 2 x RS232 or 1 x RS232 & 1 x RS485
• USB Host 3.0
• 10/100 BASE-T1 or 10/100 BASE-TX Ethernet
• ...
Power saving modes & Li-Ion backup battery
CPU:
– i.MX8 M Plus Quad A53 64 bit at 1.6 GHz clock speed.
– Linux Kernel 5.10.72
– Debian | Yocto Kirkstone Distribution
– Neural Processing Unit (NPU) up to 2.3 TOPS (optional)
– GPU (optional)
  OpenVG 1.1, G2D, OpenGL® ES 3.1 Vulkan®, OpenCL™ 1.2 FP
– NAND FLASH 1 GByte.
– EMMC FLASH 8 GByte (options up to 32 GBytes)
– LPDDR4 2GBytes (options up to 4 GBytes)
– MicroSD card holder for additional storage.
LTE Cat 4 / 3G / 2G:
– LTE FDD B1/B2/B3/B4/B5/B7/B8/B12/B13/B18/B19/B20/ B25/B26/B28
– LTE TDD B38/B39/B40/B41
– UMTS B1/B2/B4/B5/B6/B8/B19
– GSM 850/900/1800/1900MHz
– LTE-FDD: Max 150 Mbps (DL), Max 50 Mbps (UL)
– LTE-TDD: Max 130 Mbps (DL), Max 30 Mbps (UL)
GNSS:
Concurrent receiver: GPS/GLONASS/QZSS/BeiDou.
– 72-channel* continuous tracking receiver.
– GALILEO E1B/C ready.*
– SBAS: WAAS, EGNOS, MSAS, GAGAN.
– Update Rate: up to 10 Hz.
– Accuracy: 2.5 meters CEP.
– Signal Acquisition:
   – Cold Start: 26 s.
   – Hot Start: < 1.5 s.
– Active Antenna Power Supply: +3 V @ 34 mA..
* Features availability depending on version
Interfaces:
– Up to 4 CAN-FD SIC bus
– Integrated sensors.
  – Programmable 6 axis sensor, accelerometer and gyroscope.
– TPM 2.0
– 12 configurable digital input/outputs:
  – 50V max inputs (logic low < 1.5 V, high > 3 V).
  – All inputs function as wake signals for low power modes.
  – All inputs can be used as counters (odometer). 32 bit, 3 kHz max.
  – 10 open collector outputs (200 mA each).
  – 2 high-side switches to Vin for output (1 A each).
  – Short-circuit protection for all outputs.
– 4 analog inputs:
  – 12 bit resolution, 1% accuracy.
  – 1 Share digital I/O pins and 3 dedicated pins.
  – 0-5,12 V (5 mV per bit) or 0-30,72 V (30 mV per bit)
      configurable by SW
– Maxim 1-wire
– microSD card holder
– 1 USB Host 3.0, current limit 900 mA.
– 2 external RS232 ports:
   – 1 x (TX/RX/CTS/RTS)
   – 1 x (TX/RX) or RS485 (factory option)
– 802.3bw 10/100BASE-T1 (SPE) or
  802.3u 10/100BASE-TX
– Vout 5 V power output (500 mA max).
– FAKRA antenna connectors
– 4 LEDs for status indication
* Availability of features depends on models
Power Supply:
– 24 V (9 V to 36 V) DC input.
– Typical consumption at 24 V
Batteries:
Back-up when there is no power supply available.
– Standard backup battery for RTC. Duration 10 years.
– Optional rechargeable Li-Ion 3.6V. Inserted via battery cover
Temperature:
Rugged enclosure:
– Environmental protection to IP6K9K standard.
  (full protection against dust and water).
– Dimension: L=154 x W=188 x H=62 mm)
– Weight: 768 gr
– Material: Glass reinforced polyester.
– System connectors: TE 776163-1 (35 pins)
– miniSIM (2FF)
– MicroSD
Development Kit Includes:
Developer’s board owa5X, power supply cables, cables for interfaces, antennas, web access to: cross compiler, API´s, libraries, manuals and application notes.(see bellow for more details).
Other Options:
See Variants & Options
This table is only a HTML5 version of the official BOK 000 5001 owa5x family variants & options summary, available on the documentation section of the owa5x IoT gateway.
Notes:
1. Analog input 1 is multiplexed with DIO1
2. CAN3 not compatible with DIO2 and DIO3.
3. RS485 is not compatible with 2nd RS232.
4. USB connector no external access.
5. iButton not compatible with DIO6
The owa5X DK includes:
1. Integrated Packages in FS:
Full range of tools and libraries of a Debian 11 Stretch OS.
For example:
    – OTA upgrade support, mtdutils
    – Voice call over IP
    – can-utils package
    – ALSA utils (units with codec)
    – BlueZ tools (units with BlueTooth)
    – WiFi tools (units with WiFi)
    – iptables firewall, AppArmor and other Cybersecurity tools
2. Available Packages:
Access to standard Debian Repositories for ARM, unleashing the full potential of Open-Source software and the support of the GNU Linux community.
3. Multiple programing languages:
C++; Java; Python; Node; Go; Lua;….
4. Hardware and Accesories:
– owa5X Development Kit board
– owa5X system connector with 35 cables
– Antenna LTE&GPS
– AC/DC Power Supply 230Vac-12Vdc
– USB A to USB A cable
– USB to RS232 cable
– RJ45 to M12 D-code cable
5. Developers Zone Access:
– Crosscompiler & toolchain
– Latest owa4X FW (Debian 11/Linux 5.4.70)
– Ready to use development environment (Debian Virtual Machine and Docker container)
– Full and up-to-date documentation about the Owasys products
– Application Notes and code samples detailing the usage of the most important owa5X features:
   . IO → owa5X_AN3
   . GPS2 → owa5X_AN5
   . Power modes → owa5X_AN8
   . GSM → owa5X_AN2
6. owa5X microservices & modules:
Installable packages with ready-to-use services and modules for Network management, Location, IO interaction…
Docs
Docs
Accesories
Accesories
• ↔ 350cm
• Adhesive mount
• ↔ 300cm
• Screw mount
• ↔ 300cm
• Adhesive mount
Case
studies
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Quisque auctor ac neque ut tempor. Praesent lobortis sollicitudin dolor eu lobortis. Vestibulum in facilisis lacus. Praesent finibus faucibus urna et dignissim. Â
OWASYS Solutions
What are you
looking for?
To guide you better, give us a little information about what you are looking for.
We are very agile in our response, it is our commitment.
OWASYS Solutions
What are you
looking for?
To guide you better, give us a little information about what you are looking for.
We are very agile in our response, it is our commitment.