@ANY900ARM-SC USB Dongle

ANY900ARM-SC USB Dongle
Quantity Price
from 1 pcs. 53.03
from 10 pcs. 48.79
from 25 pcs. 46.26
from 50 pcs. 41.60

44,56 

Price per Unit

available

@ANY900ARM-SC USB dongles are reliable, host-powered gateway solutions based on the @ANY900ARM-SC-3 modules. Using the state-of-the-art ARM Cortex controller and the robust and popular Microchip/Atmel hardware platform, optimal RF characteristics go along with a maximum of computing power. SMA antenna connector ensure maximum flexibility of external antenna adaptations for a wide range of use cases. Optionally, a special ECDH crypto module can be used to realize asymmetric key agreement and provide highly secure AES data encryption on demand. The on-board UART chip facilitates easy serial connection setup via USB interface. Supported with off-the-shelf drivers by the commercially maintained FTDI Driver Suite, the USB 2.0 compliant interface ensures a seamless integration to various operating systems.

Ensure quick setup by ordering the product preprogrammed with either our AT-command-based Smart MAC Suite firmware, your own firmware, or common stacks such as 6LoWPAN, Zigbee PRO or Lightweight Mesh.

Thanks to @ANY USB dongle’s impressive feature set, designing ambitious wireless IoT structures becomes a breeze.

Overview

Key Features

  • Full compliance to IEEE 802.15.4-2006, Zigbee PRO and more
  • Software adjustable support of European, US, Japanese, and Chinese Sub-1 GHz ISM bands
  • Outdoor range (line of sight) up to 2.5 km
  • Built using cutting-edge Microchip SAMR30G platform with excellent receiver sensitivity (-110 dBm) and transmitter output power (up to +11 dBm)
  • Network topology: P2P, P2MP, Star, Tree, Mesh (IEEE802.15.4 and Zigbee PRO)
  • Extra 512 kB on-board DataFlash for storing firmware images, application data and OTAU support
  • Commercially maintained FTDI Driver Suite ensures a seamless OS integration and support
  • Complementary enclosure packs available

Benefits

  • Self-contained, host-powered infrastructure solution to accelerate bring up, testing, monitoring and controlling of your IEEE 802.15.4 based wireless network
  • Easy development with ready-to-use AT-command-based Smart MAC Suite firmware, app examples, Development Kits and full technical support
  • Compact USB Dongle design for fast and easy infrastructure development, setup and deployment
  • Full EN300220, FCC CFR Part 15, RoHS and REACH compliance
  • Optional ECDH crypto chip support for adapting asymmetric key agreement is available on demand
  • Fast prototyping with preprogramed firmware (SMS or other com- mon stacks specifically preconfigured for modules, e.g. Zigbee)
  • Easy firmware management using off-the-shelf tools and SWD interface, including ISP, OTAU or serial flashing via bootloader

Specifications

Block diagram of @ANY900ARM-SC-3 high security IEEE 802.15.4 Zigbee wireless networking IoT module for EU, NA, China and Japan Sub-1 GHz ISM bands.
RF Characteristics
Max. Transceiver Output Power up to 11 dBm for @ANY900ARM-SC-3
Receiver Sensitivity (per 1%) up to -110 dBm
Data Rate up to 1 Mbps (proprietary), e.g. 250 kbps @ Zigbee
Frequency European SRD Band (868 MHz), North American ISM Band (915 MHz), Japanese band (928 MHz), Chinese WPAN band (780 MHz)
Data Encryption AES 128 supported
Modulation O-QPSK (IEEE 802.15.4 compliant), BPSK
Applicable Network Topologies P2P, P2MP, Tree, Star, Mesh and other IEEE 802.15.4 based topologies
Hardware Characteristics
Operating Temperature Range -40°C to +85°C
Microcontroller & Transceiver SAMR30G18 SoC
(ARM Cortex μC/AT86RF212B)
On-Chip Flash 256 kB
On-Board DataFlash 512 kB
On-Chip RAM 40 kB
On-Chip EEPROM 8 kB
Interfaces SWD, USB 2.0
Extensions
USB Interface FT234 USB
Optical Elements Status LED (programmable)
Connectivity USB Type-A plug
Electrical Characteristics
Voltage 5.0 V USB-powered
Certification
Radio Compliance EN300220, FCC CFR Part 15
Manufacturing RoHS & REACH
Ordering Information
Order Number AT-ANY-900ARM-SC USB Dongle
AT-ANY-900-USB Enclosure Pack (white enclosure and cap)

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