Wireless Transceivers – AIR Proprietary RF

2.4 GHz

Our 2.4GHz modules are designed and qualified for use in the United States and Canada (they are also designed for easy certification to other parts of the globe). Depending on their intended environment, they are particularly well-suited for short-range, high-throughput applications or situations requiring a high density of nodes.

915 MHz

Our 915 MHz CC1101-based modules are designed and qualified for use in the US and Canada. The dual-band 868/915 MHz CC110LR equivalents are certified to FCC/IC and compliant with ETSI for Europe. Depending on their intended environment, both the CC1101 and CC110L modules are particularly well-suited for long-haul, low-data-rate applications.

868 MHz

Our 868 MHz modules are designed and qualified for use in Europe. Depending on their intended environment, they are particularly well-suited for long-haul, low-data-rate applications.

433 MHz

Our 433 MHz transmitter modules are suitable for applications in Europe, particularly where low-power consumption is required.

• Modules are all FCC, IC, and ETSI compliant
• All ETSI certified modules are Radio Equipment Directive (RED) compliant
• Digital RSSI output
• Programmable output power up to +1.0dBm
• High sensitivity
• LGA footprint
• RoHS compliant
• Impedance-controlled, multi-layer PCB
• 1.8 to 3.6 VDC
• Low current consumption
• Low sleep mode current consumption
• Efficient SPI interface; all registers can be programmed with one "burst" transfer
• Available in tape & reel and matrix tray

For features and specifications of each module and development board, view that product's documentation.

• Minimal RF engineering experience necessary
• No additional "Intentional Radiator" certification required
• Minimal real estate required
• Easily implemented on a two-layer PCB
• No additional harmonic filtering required
• 100% RF-tested in production
• Standard footprint for similar products in this product line
• No additional DC decoupling required
• Integrated analog temperature sensor
• Excellent receiver selectivity and blocking performance
• Suitable for frequency hopping systems, thanks to a fast-settling frequency synthesizer with 90 μs settling time
• Impedance-matched balun for optimized efficiency
• Support for asynchronous and synchronous serial receive/transmit mode for backward compatibility with existing radio

• Industrial control
• Building automation
• Low-power wireless sensor networks
• Lighting control
• Automated meter reading