Top Product Lines
Products
ARM Cortex-M SBCs
Our Bambino, Lincoln and Eagle product lines take advantage of the high efficiency and low cost of the ARM Cortex-M microcontrollers by NXP and Texas Instruments. Starting below $25 in single quantities, these controllers are a great choice for data loggers, process controllers, smart instruments and many other applications.
| Bambino 210 (New!) | Eagle 50 |
| Bambino 200 | Eagle 100 |
| Lincoln 60 | picoJTAG |
ARM Linux SBCs
Our Electrum product line is based on the the ARM9 with Debian Linux. With a 400 MHz Atmel AT91SAM9G20 and starting below $100 in single quantities, the Electrum offers unparalleled price/performance for applications that require reliable multitasking and extensive networking functionality.
| Electrum 100 |
| Electrum 200 |
Domino Modules
Our highly popular Domino modules are used in thousands of installations worldwide. Programmable in BASIC and with the most popular I/O interfaces, you can get your embedded application up and running very quickly!
| Modules | RTC Boards |
| Components | BCC Boards |
Micromint USA
Prototyping Board 50 for picoITX
Overview
The Prototyping Board 50 (PRO050) is an inexpensive prototyping board for Micromint picoITX controllers. It makes prototyping circuits for the Eagle 50, Eagle 50E, and Electrum 100 easier. Access to GPIO, ADC, DAC, and power is done through stacking connectors. Common footprints for prototyping include pushbuttons, screw terminals, and RJ45 connector.
Features
 15 x 34 prototyping area with 0.1 inch spacing 12 position screw terminal footprint RJ45 jack footprint Two pushbutton footprints 2 x 3 jumper footprint Stacking configuration Dimensions: 3.93 inches x 2.83 inches (100mm x 72mm) |
PRO050-01 Shown with Eagle 50E
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Documentation
| Prototyping Board 50 Documentation (Wiki) Prototyping Board 50 User's Manual (PDF) Prototyping Board 50 Schematics |
| PRO50 for Eagle 50E & Lincoln 60E: $12.00 |  |
| PRO50 for Eagle 50, Lincoln 60 & Electrum 100: $18.00 | |
Lincoln 60
Lincoln 60
Overview
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.
Features
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Options
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Base Lincoln 60E
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Signal Processing
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.
Data Aquisition
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.
Networking
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.
Documentation
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Lincoln 60 Documentation (Wiki) |
Prototyping
The Prototyping Board 50 (PRO050) prototyping board for the Lincoln 60 is available.
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Lincoln 60 (copy)
Lincoln 60
Overview
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.
Features
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Options
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Base Lincoln 60E
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Signal Processing
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.
Data Aquisition
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.
Networking
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.
Documentation
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Lincoln 60 Documentation (Wiki) |
Prototyping
The Prototyping Board 50 (PRO050) prototyping board for the Lincoln 60 is available.
picoJTAG
Overview
The Micromint picoJTAG is a low-cost debugger for ARM Cortex M3 microcontrollers. It combines JTAG debugging with a RS-232 Virtual COM port allowing software developers to connect a debugger and serial port to a computer with a single USB cable. The picoJTAG can also provide power to targets that are capable of accepting power on the 20-pin JTAG connector. Drivers are provided for IAR, Keil and GNU toolchains supporting ARM Cortex M targets. Third party FTDI debugger drivers can be used to support other targets.
Features
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Options
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picoJTAG
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Documentation
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picoJTAG (copy)
Overview
The Micromint picoJTAG is a low-cost debugger for ARM Cortex M3 microcontrollers. It combines JTAG debugging with a RS-232 Virtual COM port allowing software developers to connect a debugger and serial port to a computer with a single USB cable. The picoJTAG can also provide power to targets that are capable of accepting power on the 20-pin JTAG connector. Drivers are provided for IAR, Keil and GNU toolchains supporting ARM Cortex M targets. Third party FTDI debugger drivers can be used to support other targets.
Features
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Options
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picoJTAG
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Documentation
Bambino 200
Bambino 200
Overview
The Micromint Bambino 200 is the first multi-core SBC compatible with the .NET Gadgeteer and mbed frameworks. These popular frameworks for embedded software development include extensive class libraries, tools and broad community support, allowing you to deliver embedded applications faster and more reliably. The Micromint Bambino 200 is powered by an NXP LPC4330, the first dual-core ARM Cortex-M microcontroller. Its Cortex-M4 and Cortex-M0 cores are both capable of 204 MHz. With 264 KB SRAM onboard and 4 MB of flash, developers can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control and many other applications. A USB device port serves both as a power source and for data communications or debugging. I/O starts with two buttons and two LEDs and can be extended using 5 Gadgeteer sockets. Hardware and software licensing is open source, giving developers the freedom to adapt the Bambino to their specific requirements.
For applications requiring networking and additional I/O we offer the Micromint Bambino 200E, including the same base features but with enhanced functionality. Flash goes up to 8 MB and 10 Gadgeteer sockets are available for I/O modules. 100 megabit Ethernet is onboard, as well as microSD and Xbee sockets. Besides the built-in ports, a JTAG for low level debugging, a coin cell battery for the RTC and screw terminals for power can be easily implemented in the field by soldering components.
Pricing for the Micromint Bambino 200 and 200E in single quantities is $24.95 and $39.95 respectively. Volume pricing and custom configurations are available by contacting our Sales staff at This email address is being protected from spambots. You need JavaScript enabled to view it. .
Features
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Bambino 200
Bambino 200E
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(Click to enlarge)
 Bambino 200E
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Sockets
| Socket | Available functions | ||||
| 1 | O–Analog Out | S–SPI | X–3 GPIO | ||
| 2 | I–I2C | P–PWM | S – SPI | U–UART | Y–7 GPIO |
| 3 | A–Analog In | O–Analog Out | P–PWM | ||
| 4 | A–Analog In | I–I2C | Y–7 GPIO | ||
| 5 | K–UART RTS/CTS | U–UART | X–3 GPIO | ||
| 6 (*) | I–I2C | S–SPI | Y–7 GPIO | ||
| 7 (*) | I–I2C | U–UART | Y–7 GPIO | ||
| 8 (*) | D–USB Device | H–USB Host | I–I2C | ||
| 9 (*) | Y–7 GPIO | ||||
| 10 (*) | S–SPI | U–UART | X–3 GPIO | ||
(*) Socket only available on Micromint Bambino 200E.
Documentation
Option - JTAG Interface
The JTAG interface option includes a Cortex-M 10-pin (0.05"/1.27mm) JTAG connector for debugging. This option is required to debug applications using a JTAG probe (not included). It is highly recommended for multicore debugging.
Availability
The Micromint Bambino 200 and 200E are now shipping.
| Bambino 200: $29.95 | This email address is being protected from spambots. You need JavaScript enabled to view it. |
| Bambino 200E: $44.95 | This email address is being protected from spambots. You need JavaScript enabled to view it. |
Bambino 210 (copy)
Bambino 210
Overview
The Micromint Bambino 210 is a multi-core SBC designed for compatibility with the mbed framework. This popular framework for embedded software development includes extensive class libraries, tools and broad community support, allowing you to deliver embedded applications faster and more reliably. The Micromint Bambino 210 is powered by an NXP LPC4330, the first dual-core ARM Cortex-M microcontroller. Its Cortex-M4 and Cortex-M0 cores are both capable of concurrent 204 MHz operation. With 264 KB SRAM onboard and 4 MB of flash, developers can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control and many other applications. Two USB device ports serve both as power sources and for data communications or debugging. I/O starts with two buttons and four LEDs and can be extended using Arduino compatible shields. Hardware and software licensing is open source, giving developers the freedom to adapt the Bambino to their specific requirements.
For applications requiring networking and additional I/O we offer the Micromint Bambino 210E, including the same base features but with enhanced functionality. Flash goes up to 8 MB and extended I/O headers are available for interfacing additional I/O modules. 100 megabit Ethernet is onboard, as well as microSD and Xbee sockets. Besides the built-in ports, boards can be ordered with optional mbed HDK and a JTAG interfaces. A coin cell battery for the RTC, screw terminals for power and two PMOD interfaces can be easily implemented in the field by soldering components.
Pricing for the Micromint Bambino 210 and 210E in single quantities is $26.95 and $41.95 respectively. Volume pricing and custom configurations are available by contacting our Sales staff at This email address is being protected from spambots. You need JavaScript enabled to view it. .
Features
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Bambino 210
Bambino 210E
Options
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(Click to enlarge)
 Bambino 210E
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Headers
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Bambino 210 |
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Bambino 210E |
mbed HDK
The mbed HDK includes an NXP LPC11U35 microcontroller with the mbed CMSIS-DAP firmware for better integration with mbed tools. It implements the following features:
- USB Mass Storage Device for drag and drop programming of the LPC4330
- USB Communications Device Class for Serial Communication with the LPC4330
- USB HID CMSIS-DAP for debugging LPC4330 firmware
- USB bootloader for updating the LPC11U35 firmware
Option - JTAG Interface
The JTAG interface option includes a Cortex-M 10-pin (0.05"/1.27mm) JTAG connector for debugging. This option is required to debug applications using a JTAG probe (not included). It is highly recommended for multicore debugging. A Cortex-M 20-pin Debug+ETM connector is available by special order for applications requiring trace and profiling support.
Documentation
| Bambino 210: $26.95 | |
| Bambino 210E: $41.95 | |
