Tiny 1x1-inch 900 MHz modules utilize Laird Technologies' "masterless" protocol, enabling communication with any other in-range transceiver for true peer-to-peer operation. Despite their amazing size, 1x1s can replace a mile of cable even in harsh industrial conditions.
Thanks to its RF232 embedded protocol, 1x1 integration is painless. OEMs simply solder the transceivers and antennas into place, then power-on. All frequency hopping, synchronization, and RF system data transmission/reception is performed in the firmware.
1x1's standard TTL serial interface provides bi-directional communication in point-to point, point-to-multipoint and multipoint-to-multipoint networks. A number of on-the fly control commands accommodate varying wireless applications.
1x1 is the solution for OEMs working with tight space and limited resources. Popular concerns such as size, speed, range, power, reliability and cost are all covered here - making wireless practical for almost any high-volume application.
Tiny AC4790-1x1 transceivers put the power of a masterless protocol into the smallest, most cost-sensitive wireless applications. Despite their amazing size, 1x1 modules can communicate with any other in-range 1x1 transceiver, even in harsh industrial conditions, allowing for virtually infinite range.
AC4790-1x1’s RF protocol features a dynamic addressing scheme, which simplifies node-to-node communication. The transceiver identifies the most efficient transmission path, so OEMs can design routing sequences that optimize the RF network. This makes 1x1 ideal for a wide variety of industrial applications that must rely on smooth, constant data flow.
Using field-proven 900 MHz FHSS technology that needs no additional site licensing (The 900MHz band is approved in the Americas and Australia as an unlicensed spectrum subject to approval by device.), 1x1s reject interference, enable co-located system operation, increase output power and maintain data integrity. And integration is painless. OEMs simply solder the transceivers and antennas into place, then power-on. Hopping, synchronization and system data TX/RX is performed in the firmware.
