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Industrial IoT Solutions (IIoT)

    Below is a sampling of the more recent hardware and software developments we have done for OEM clients.  The solutions typically includes a mix of both hardware and software.  We can create almost any mix of features.  Send us your specifications and we can quickly quote out a solution. 

       

       

      Industrial Control

      Multiple zone temperature control connected via Ethernet and Serial

      Here is an example of an I/O card used in a closed loop multiple zone temperature control system.  The board contains a wide mix of high power, power supplies and a mix of high speed A/D and low speed 24-bit high resolution A/D.   This card has the following features:

      • 10/100MHz Ethernet using LWiP TCP/IP stack
        IoT Temperature controller with Ethernet and power digital outputs and sensor inputs
      • Applications in both bare metal and FreeRTOS
      • Network communications using LWIP TCP/IP stack including DHCP
      • One serial RS422/485/232 and serial TTL for debug
      • NXP Kinetis K64F ARM Cortex-M4 microcontroller running at 120MHz
      • Input power source can be 5 to 60 VDC and consumes is less than 1 watt
      • 8-channels 24-bit ADC for temperature sensors that support thermistors and thermocouples
      • 5-channels High speed A/D inputs for pulse counting or voltage data logging
      • 4-channel digital inputs protected to 30VDC
      • 8-channels power digital outputs (open drain) with high-speed current protection to 2 amps.   Each channel capable of 30VDC loads at up to 300mA each or total peak current of 2 amps.
      • Overall size: 4.3 x 3.1 inches
      • Rackable or stand alone

      We can create almost any mix of features you like.  Send us your specification and we can quickly quote out a solution. 

       

      Deeply Embedded Portable

      Ethernet and serial connected ARM Cortex-M4 based module

      This is a custom IoT board just 1.8 x 1.4 inches contains NXP Kinetis K64F ARM Cortex-M4 processor.  It supports serial and Ethernet.  Expansion for I2C and SPI interfaces allowing for an extremely compact stacking arrangement.

       

      • FreeRTOS along with advanced custom application (~1million lines of code)
      • LWIP TCP/IP communication stack including DHCP
      • NXP Kinetis K64F ARM Cortex-M4 processor
      • SPI and I2C expansion
      • 10/100MHz Ethernet and PoE ready
      • Overall size: 1.8 x 1.4 inches.
      • Stackable

       

       

      System Life Cycle Sustainment plus IoT Connectivity

      Updated longer life and lower power CPU card replacement

      Here is an example of a custom CPU card that contains an ARM Cortex-M4 processor along with a lot of I/O features.   Here is a summary of its features:

      • LWIP TCP/IP communication stack including DHCP
      • NXP Kinetis K64F ARM Cortex-M4 processor
      • 64MByte of SDRAM
      • 10/100Mb Ethernet
      • Full speed USB (micro A/B connector on bottom side)
      • FRAM for data retention
      • Two serial RS232/485/422
      • Two TTL serial ports
      • 4-channels analog output
      • 2-channels analog input
      • 4 LED status indicators (backside)
      • STD bus interface
      • Overall size is 6.5 x 4.5 inches
      • Rackable or stand alone

      We can create almost any mix of features you like.  Send us your specification and we can quickly quote out a solution.