Enables a two-way half duplex digital links up to a range of 500m. It is used as an asynchronous serial channel where the useful data rate ranges from 0.2kbps to 40kbps Manchester. It uses the 433.92 - 869.52 or 915MHz frequencies according to the European Directive RTTE EN300-220 / EN301-489 or the FCC Part 15. It is available as a miniature daughter board, which can be integrated.

Applications

• Point-to-point data transfer
• Wireless local networks
  
• Wireless security systems, alarms, access control
  
• Remote control
  
• Robotics
  
• Remote sensors

Adeunis RF

ARF05 Transceiver

This module offers up to 5 transmission channels enabling two-way half digital links up to a range of 6000m. It is used as an asynchronous serial channel where the useful data rate is 38.4kbps Manchester (i.e. 76.8 kbps NRZ). It uses the 869MHz band according to the European Directive RTTE EN300-220 / EN301-489. It is available as a miniature daughter board, which can be integrated

Adeunis RF

ARF29 Transceiver

Enables two-way half duplex digital links up 400m. They can be used as a direct radio interface dedicated to LonWorks® applications and are directly compatible with the NEURON® processor for data rates up to 19.2kbps. It uses the 433/434 bands according to the European Directive RTTE EN300-220 / EN301-489. It is available as a miniature daughter board, which can be integrated.

Applications

• Point-to-point data transfer
  
• Wireless local networks
  
• Wireless security systems, alarms, access control
  
• Building management
  
• Robotics
  
• Remote control
  
• Access control
  
• Alarms

Adeunis RF

ARF40 10mW LonWorks Transceiver

Enables two-way half duplex digital links up to 4km. They can be used as a direct radio interface dedicated to LonWorks® applications and are directly compatible with the NEURON® processor for data rates up to 19.2kbps. It uses the 869MHz band according to the European Directive RTTE EN300-220 / EN301-489. It is available as a miniature daughter board, which can be integrated.

Applications

• Point-to-point data transfer
  
• Wireless local networks
  
• Wireless security systems, alarms, access control
  
• Building management
  
• Robotics
  
• Remote control
  
• Access control
  
• Alarms

Adeunis RF

ARF40 500mW LonWorks Transceiver

AC4868 High Power 868 MHz Transceiver: Designed to provide OEMs with license-free communications over long distances, AC4868 is the essential, affordable alternative product operating in the saturated 433 MHz band.

It is the only fully certified 868 MHz transceiver to deliver 250mW output power, ideal for highly industrial European applications where reliable data deployment is crucial.
AC4868 is competitively priced and supports a host of communication architectures: point-to-point, point-to-multipoint and peer-to-peer. Its dynamic serial firmware manages difficult over-the-air issues such as error detection, multipath concerns, link verification and interference.
AC4868 modules are socket-compatible with AeroComm's 900 MHz or 2.4 GHz transceivers, enabling OEMs to design once and subsequently interchange radios to accommodate new markets, regulations and environments.
Full CE approval allows use of the transceiver in both mobile and fixed installations without further licensing requirements.

• Fully ETSI and CE approved for Europe
• Seamless cable-to-transceiver replacement
• High 868 MHz data rate: 115.2 Kbps
• Small form factor: 1.65 x 1.9 inches
• Operates in -40°C to +80°C temperature range
• 250mW enables up to 15 km range

Aerocomm

AC4868 Transceiver

AC4486 Low Power 868 MHz Transceiver: is a compact 868MHz transceiver that can replace miles of cable in harsh environments.

Using field-proven RF technology which needs no additional ETSI (Europe) licensing, OEMs with little or no previous RF experience can easily and quickly make existing systems wireless.
AC4486 series feature drop-in installation and a number of on-the-fly control commands, providing OEMs with a versatile interface.
It can be used as a direct wire replacement, requiring no special host software for communication.
All synchronisation, and RF system data transmission / reception is performed by the transceiver.

Aerocomm

AC4486 Transceiver

AC4424 is a 2.4GHz FHSS digital transceiver that represents a breakthrough in industrial RF communication. Comprised of a complete, agency-certified radio and sophisticated RF232® protocol.

AC4424 simplifies the OEM's design effort and assures successful field operation. RF232 makes AC4424 a drop-in module and operates in point-to-point, point-to-multipoint or multipoint-to-multipoint architectures. AC4424 contains temperature-compensating hardware and software to adapt across the -40°C to +80°C industrial range. The technology senses ambient temperature and compensates each radio according to its unique temperature profile. As a result, radios operating near -40°C will maintain communication with radios operating near +80°C.

• Transparent protocol eases integration for fast time-to-market.
• FHSS for interference rejection, co-located systems, data integrity, high power outputs.
• Low power sleep mode with continuous synchronisation for battery-based applications.
• Flexible protocol enables a variety of configurations.
• Popular uses Fleet Telemetry, Signs & Electronic Displays, Factory Automation, Lighting & Irrigation.

Aerocomm

AC4424 Transceiver

AC5124 2.4 GHz Transceiver FHSS digital transceiver designed specifically for robust, highly reliable RF data communication. The module is fully assembled and ready to integrate.

No additional hardware or software engineering development is required. AC5124 transceivers operate in a point-to-point, point-to-multipoint or multipoint-to-multipoint architecture.
It provides asynchronous TTL-level serial interface for OEM host communications. Full-duplex RF throughput rates up to 170kbps with a range of up to 500 feet (91 m) indoors and miles line-of-sight. AC5124 contains temperature-compensating hardware and software to adapt across the -40°C to +80°C industrial range.
The technology senses ambient temperature and compensates each radio according to its unique temperature profile.
As a result, radios operating near -40°C will maintain communication with radios operating near +80°C.

Aerocomm

AC5124 Transceiver