The Micromint Lincoln 60 is a single board computer designed for embedded control applications that require real-time performance, networking, extensive I/O low power consumption and a low cost. It delivers 32-bit performance and features at a cost equivalent to legacy 8- and 16-bit controllers. Powered by a NXP LPC1769 ARM Cortex-M3 core capable of 120 MHz, the Lincoln 60 can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control and many other applications.
Code examples are ready to run with both IAR or GNU compilers to help you quickly get productive. You can use popular IDEs such as IAR EWARM, CodeBlocks, or Eclipse, or even standard Makefiles. Applications can run standalone with no operating system or can use a compact real time operating system such as NuttX or FreeRTOS.
Optional features include a USB debug interface to speed up application development and debugging and an I/O plus option with CAN, RS485, battery backed up RTC, 4 channel 12-bit DAC and buzzer. Prototyping boards, enclosures and cables from other Micromint picoITX boards can be used with the Lincoln 60.
120 MHz LPC1769 32-bit ARM® Cortex™-M3
USB debug interface
Base Lincoln 60E
The high performance of the Lincoln 60 allows integration of control and signal processing functions at a low cost. Digital filters, FFT and PID algorithms can be implemented without dedicated DSP hardware.
With its Micro-SD and USB interfaces, the Lincoln 60 provides large removable storage to data loggers, sensor monitors, alarm systems and many other applications that rely on data acquisition.
The Ethernet and USB interfaces allow Lincoln 60 applications to be remotely monitored and controlled over a local network or the Internet, with web and command line interfaces. Examples include standard HTTP, SNMP, TELNET and TFTP protocols.
The Prototyping Board 50 (PRO050) prototyping board for the Lincoln 60 is available.