Radio Modules & Interfaces

At the heart of any ATIM communication product, the radio modules  “ARM-nano” result from the design and the expertise of our RF, Hardware and Software engineers.

  • Modules radio
  • Interfaces

MODULE LoRaWAN / LoRa

ARM-nano LoRa P2P + LoRaWAN

Ultra high sensitivity: -141 dBm (SF12).
Works simultaneously on LoRa P2P and LoRaWAN protocols.
In addition to the “standard” mode, the “standalone” mode allows immediate operation via the settings, without additional programming.

Reference Technology
ARM-N8-LRW
LoRaWAN
POWER TX Link budget Datarate Current Tx Current Rx Standby current DImensions
25 mW/100 mW
+ 155 dB/+161 dB
300 à 47 Kbits/s
53 mA/120 mA
22 mA
<1 µA
30 x 18 x 2 mm

MODULE SIGFOX & MONARCH

ARM-nano Worldwide + option MONARCH

Compatible with the new Monarch® service from Sigfox, this module can operate on 6 radio zones. The configuration and F/W updates will be done either by UART or by Bluetooth.
Available in two versions:

  • RC1 without the Monarch option
  • RC1-2-3-4-5-6 with integrated Monarch option
Reference Technology
ARM-N8-SF
SIGFOX RC1
ACW-NWW
All SIGFOX RC
POWER TX SENSITIVITY Current Rx
(3,3V)
Current Tx
(14 dBm / 3,3V)
Current Tx
(22 dBm / 3,3V)
Standby current DImensions
Content
-131 dBm
17,8 mA
23 mA
177 mA
1,25 µA
30 x 18 x 2 mm
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POINT TO POINT MODULES

ARM-nano  Longue Distance / Low Power

Designed on the same footprint as the other modules in the range, the N8-LP and N8-LD modules are optimized for radio communication in local 868 Mhz mode.
Thanks to its radio power of 500mW (27dBm), the ARM-N8-LD module allows a radio transmission in serial link very long distance (>20kms on sight).

Reference Technology
ARM-N8-LRW
LoRaWAN
Reference POWER TX Link budget Datarate Current Tx Current Rx Standby current DImensions
ARM-N8-LP
25 mW
+ 137 dB
1200 à 115 200 bits/s
62 mA
30 mA
<1 µA
30 x 18 x 2 mm
ARM-N8-LD
500 mW
+ 149 dB
1 200 à 115 200 bits/s
500 mA
33 mA
<1 µA
30 x 18 x 2 mm

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ACW-MPCIE

Compatible : Mini PCI-Express

This card connects to the Mini PCI Express bus and allows you to easily integrate Sigfox or LoRaWAN technologies into your computer, tablet or other equipment.

Reference Technology
ACW-MPCIE/868
Local
ACW-MPCIE/SF8
Sigfox
ACW-MPCIE/LW8
LoRaWAN

ACW-USB

This USB dongle allows a first approach with ATIM ARM-Nano modules in Sigfox (and/or local radio) or LoRaWAN™ techno. Plug into a computer, communicate on the serial port and you’re done !

Reference Technology
ACW-USB/868
Local
ACW-USB/SF8
Sigfox
ACW-USB/LW8
LoRaWAN
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ACW-RPI

Compatible : Rasperry Pi

This card connects to the Mini PCI Express bus and allows you to easily integrate Sigfox or LoRaWAN™ technology into your computer, tablet or other equipment and access the world of IoT.

Reference Technology
ACW-RPI/868
Local
ACW-RPI/SF8
Sigfox
ACW-RPI/LW8
LoRaWAN
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ACW-Xbee

Compatible : Xbee, The Airboard

Le shield pour module Xbee permet d’intégrer, en un clin d’oeil, la technologie Sigfox ou LoRaWAN à votre micro-ordinateur et de rattacher votre appareil au monde de l’IoT.

Reference Technology
ACW-XB/868
Local
ACW-XB/SF8
Sigfox
ACW-XB/LW8
LoRaWAN
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ACW-DUINO

Compatible : Arduino, ST Microelectronics NUCLEO

The ACW-DUINO board is the solution to connect your Arduino to the IoT world. It allows you to easily integrate LoRaWAN or Sigfox technology to your projects.

Reference Technology
ACW-DUINO/868
Local
ACW-DUINO/SF8
Sigfox
ACW-DUINO/LW8
LoRaWAN

ACW-MANGOH

Compatible : MangOH project (SierraWireless)

This extension board fits the MangOH project and allows you to integrate LoRaWAN or Sigfox technologies to your microcomputer and access the IoT world.

Reference Technology
ACW-MangOH/868
Local
ACW-MangOH/SF8
Sigfox
ACW-MangOH/LW8
LoRaWAN

ACW-SDK

Starter development kit

This SDK, “Starter Development Kit” will allow you to take in hand in a few minutes the ATIM ARM-Nano radio modules. Equipped as standard with a battery pack and a USB connector, it connects to your computer and allows you to do field tests very easily.

Reference Technology
ACW-SDK/868
Local
ACW-SDK/SF8
Sigfox
ACW-SDK/LW8
LoRaWAN

Power consumption and radio quality are optimized to the maximum in order to provide our sensors and modems with the best autonomy and range on the market, our team continues to push the performance of the modules to their limits.
A Stand Alone mode allows a quick learning of our modules and facilitates their integration in custom developments. The interfaces or extensions (shields) offer a quick integration of your standard Raspberry Pi, Xbee, USB, Arduino or MPCIE boards with Sigfox, LoRa and point-to-point wireless communications. Our mission, is to actively contribute to the connected objects revolution by providing developers with data transmission solutions.