The AW2400R2-PAIR allows you to connect RS-232 devices wirelessly in situations where direct wired connections are too costly or have insufficient range, security or noise immunity. It provides direct plug-and-play replacement of an RS-232 cable, but without most of the limitations. Most cables used for RS-232 are limited to about 50 feet, with expensive low capacitance cable extending the range to perhaps 1000 feet. This wireless link can travel up to 30 miles line-of-sight and with excellent ability to penetrate walls and vegetation.
The 2.4 GHz band is the most globally accepted unlicensed portion of the RF spectrum. AvaLAN’s unique solution offers 29 non-overlapping channels and maximum legal power to provide five times the range of Wi-Fi through walls or line-of-sight.
The radios automatically select the lowest interference RF channel, encrypt the data and seamlessly transmit it, looking just like a direct RS-232 cable to the rest of the system. Each radio in the pair is packaged in a rugged, weatherproof outdoor enclosure that is equally at home up in the factory ceiling or atop a power pole. They are pre-configured as a matched pair with common baud rate and encryption keys.
This technology is also available in an OEM module for integration into your own system. See the AvaLAN AW2400R2-EVAL Evaluation Kit.
AvaLAN’s products offer the ideal combination of price, range, data rate, security, interference avoidance, quality-of-service, and a simple plug and play set up with minimal user programming required.
29 narrow-band channels in the 2.4 GHz band for excellent interference avoidance
Easy re-configuration and performance monitoring through a built-in USB port
Configuration utility includes RF spectrum analyzer to diagnose interference issues
Automatic RF channel selection to minimize interference
Rugged outdoor package meeting IP66 Standard with sealing gland for wiring
9,600 to 115,200 bps data rate with up to 40 mile range
128 bit AES encryption, FIPS 197
Low power consumption, no FCC license required
The AW2400R2-PAIR allows you to connect RS-232 devices wirelessly in situations where direct wired connections are too costly or have insufficient range, security or noise immunity. It provides direct plug-and-play replacement of an RS-232 cable, but without most of the limitations. Most cables used for RS-232 are limited to about 50 feet, with expensive low capacitance cable extending the range to perhaps 1000 feet. This wireless link can travel up to 30 miles line-of-sight and with excellent ability to penetrate walls and vegetation.
The 2.4 GHz band is the most globally accepted unlicensed portion of the RF spectrum. AvaLAN’s unique solution offers 29 non-overlapping channels and maximum legal power to provide five times the range of Wi-Fi through walls or line-of-sight.
The radios automatically select the lowest interference RF channel, encrypt the data and seamlessly transmit it, looking just like a direct RS-232 cable to the rest of the system. Each radio in the pair is packaged in a rugged, weatherproof outdoor enclosure that is equally at home up in the factory ceiling or atop a power pole. They are pre-configured as a matched pair with common baud rate and encryption keys.
This technology is also available in an OEM module for integration into your own system. See the AvaLAN AW2400R2-EVAL Evaluation Kit.
AvaLAN’s products offer the ideal combination of price, range, data rate, security, interference avoidance, quality-of-service, and a simple plug and play set up with minimal user programming required.
- 29 narrow-band channels in the 2.4 GHz band for excellent interference avoidance
- Easy re-configuration and performance monitoring through a built-in USB port
- Configuration utility includes RF spectrum analyzer to diagnose interference issues
- Automatic RF channel selection to minimize interference
- Rugged outdoor package meeting IP66 Standard with sealing gland for wiring
- 9,600 to 115,200 bps data rate with up to 40 mile range
- 128 bit AES encryption, FIPS 197
- Low power consumption, no FCC license required
