The LT1110 achieves RF data rates up to three times faster than our previous generation 915 MHz transceivers. Two output power levels are available, a low power module with 8 dBm conducted output power and a high power with 23 dBm conducted output power. Line of sight communication up to ½ mile and 2 miles respectively, is possible while consuming as little as 32 mA of current in full transmit mode! It also comes with a modular approval allowing higher gain antennae to greatly increase the effective range. At the same time, a range of ultra-low power modes make the LT1110 your best solution for power-restrictive or battery-operated applications.
The mini SMT package is well-suited for space-constrained designs and has the same pin-out and mechanical form factor as the 2.4 GHz LT2510 module. It is available in pick-and-place packaging for volume manufacturing. A pluggable version with two single row headers is offered for ease of integration.
Flexible RF Protocol:
Embedded into Laird Technologies’ 900MHz and 2.4 GHz FHSS modules, FlexRF technology supports unrivaled flexibility in industrial wireless applications. OEMs have the ability to control and optimize both the radio module and the network, allowing them to develop a highly reliable system for their specific application.
Numerous “software hooks” empower, control, and provide flexibility. They allow designers to mold the communication link around applications, as opposed to squeezing the application into a fixed communication technology or standard. Each transceiver is designed to provide OEMs with a feature-rich, high-performance, configurable, secure, compatible, integrated solution, allowing OEMs to build the most optimized network possible.
RF Protocol Modes:
Communication Unicast (one-to-one addressing) Broadcast (one-to-multiple addressing)
Fast sync time
Dynamic radio data table: Retains data from up to 32 radio modules
On-the-fly radio module configuration:
Full API control
RF transmit power
Raw data or transmit/receive API:
A/D, PWM Output and Generic I/Os
Variable baud rate
Configurable RF packet size, timeout control
Onboard temperature sensor
Error detection, onboard CRC, duplicate packet filtering
Frequency hopping air interface
Unique IEEE MAC Addresses
Very robust in the presence of interference
915 MHz for improved RF penetration
Ultra-low power consumption
Long range capability
Miniature SMT form factor
Integrated battery monitor, temperature sensor, GPIOs and ADC