dice IoT

• CAT-M1 / NB-IoT / 2G modes
  • Power class 3 (23 dBm)
  • NB-IoT LTE bands 2, 3, 4, 5, 8, 12, 13, 20, 28
  • CAT-M1 LTE bands 2, 4, 5, 12, 13
  • NanoSIM card slot at side wall
  • SMA antenna connector
• GNSS receiver
  • GPS / GLONASS / Galileo and QZSS
  • 1 … 10 Hz update rate
  • SBAS ((WAAS/EGNOS/MSAS/GAGAN)
  • 33 tracking channels
  • backup supplied in sleep mode for decreased TTFF
  • active antenna supply 3,3V
  • over current limitation (~30mA)
  • SMA connector
• iButton interface
  • e.g. for operator identification, access verification etc.
• 2x CAN bus interfaces
  • CAN 2.0B, high-speed and low-speed,
    based on CPU-embedded CAN subsystems with DMA support
  • data rates up to 1Mbps
  • CAN wakeup by pattern defined in ISO 11898-2 standard
  • CAN FD ready*
  • listen mode (controlled by software)
  • 5V supplied transceiver
  • provides ISO-11898-2 and ISO-11898-5 standard physical layer requirements
  • short circuit protected to GND and UB
  • termination resistors are not embedded
• ARM® Cortex®-M0+ processor
  • 48MHz, 256kB program flash, 32kB RAM
  • RTC, watchdog
• 16MB serial SPI data flash
• 3 axis acceleration sensor (+/- 2g … 16g; with wakeup function)
• Freely programmable LED (blue)
• TPM security chip (ATECC608A)
• 1x digital IO
  • digital high side (UB) output (200mA) and
  • digital input
• System wakeup via
  • Ignition pin (KL15)
  • RTC (spec. time or interval)
  • ACC (wakeup triggered by motion)
  • CAN (triggered by CAN pattern as defined in the ISO 11898-2 standard)
• Ultra compact 30 x 30 x 40 mm housing (excl. connectors)
• Power supply
  • 5V .. 32 V (USB, 6V, 12V, 24V power domains)
  • strong EMC protection (via suppressor diodes)
  • reverse polarity protection
• -40°C … +85°C intern. operation temperature range
• 9 PIN connector (UB, GND, IGN, CAN0-high & low, CAN1-high & low, iButton, DIO-PIN1)
• IP Protection class IP43

• Arduino IDE & support package for dice devices including
  • Toolchain (compiler etc.)
  • CAN flashloader
  • CAN to Serial – Monitor (equal. to the Arduino serial monitor)
  • Dice config: tool (configuring device bootloader settings)
  • Extensive collection of open source libraries (see Libraries) e.g.
    • CAN bus library (using the CAN busses, filters etc.)
    • CAN2SER library (tunnelling serial data streams over CAN)
    • Datapool (sharing variables among CAN devices)
    • CANIP (using TCP/IP services over CAN)
    • Filetransfer (transmitting files over CAN / Serial)
    • Hardware depending libraries e.g. for LoRa, GPS, WiFi, Ethernet etc.
    • Protocol libraries e.g. for ModBus, HTTP, MQTT etc.
• Comprehensive documentation including example sketches (see Reference)
• DICE – DevBox

Note: A Peak PCAN-USB (IPEH-002021) interface is required for development, commissioning, configuration etc. of all dice devices.