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
Eagle 50
Overview
The Micromint Eagle 50 is a single board computer designed for cost-sensitive control applications that require real-time performance, networking, and extensive support of popular peripherals. It delivers 32-bit performance and features at a cost equivalent to legacy 8- and 16-bit controllers. Powered by a Texas Instruments LM3S6918 (Eagle 50E) and LM3S1918 (Eagle 50) ARM Cortex-M3 cores capable of over 60 MIPS, the Eagle 50 can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications.
Features
Features common to both Eagle 50 and Eagle 50E |
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 50 MHz 32-bit ARM® Cortex™-M3 256 KB Flash/64 KB SRAM Micro-SD Socket Two RS232 Serial Ports I2C, SSI (SPI) Ports 8-ch. 10-bit ADC Up to 40 - 5V tolerant GPIOs 4 general purpose timers, 1 watchdog timer Support for GNU and IAR compilers Thumb2 instruction set for smaller object code Basic and LUA supported +5V power supply required picoITX form factor100mm x 72mm (3.94" x 2.83") Eagle 50 Features Up to 40 - 5V tolerant GPIOs Base Price: $54.95 |
Eagle 50
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Eagle 50E Features
Options USB debug port - $15.00Supports programming, debugging and serial data transfers Allows powering board from USB for applications requiring less than 500 mA Includes microUSB cable Serial port adapter cable - $4.00• 10-pin header to DB9, available with female (DB9F) or male (DB9M) connector 5V Power supply - $9.95 I/O Plus Option - $20.00• Battery backed Real-Time Clock • 4-ch. 10-bit DAC • Selectable RS485/RS232 on COM2 • Headers for LCD and 4x4 keypad ports |
Eagle 50E with USB debug port option
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Software
Code examples are included with the Eagle 50 to get you started quickly. Applications can run standalone with no operating system or can use a compact real time operating system such as NuttX or FreeRTOS. You can use popular IDEs together with the GNU and IAR compilers. The microSD card capability simplifies program and data storage. Remote access can be implemented via web or command line interfaces, providing off-site monitoring and maintenance capabilities. The JTAG interface speeds up application development and debugging.
Ports of popular Basic (Jumentum BASIC) and Lua (eLua) development tools are available for the Eagle 50 to reduce application development time and simplify integration with code libraries developed for industrial and scientific environments. Using these tools, you can achieve significant functionality in a very short time. These open source tools can be easily extended, allowing a virtually unlimited number of possibilities.
Documentation
Prototyping
The Prototyping Board 50 (PRO050) prototyping board for the Eagle 50 is now available.
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Eagle 50 (copy)
Overview
The Micromint Eagle 50 is a single board computer designed for cost-sensitive control applications that require real-time performance, networking, and extensive support of popular peripherals. It delivers 32-bit performance and features at a cost equivalent to legacy 8- and 16-bit controllers. Powered by a Texas Instruments LM3S6918 (Eagle 50E) and LM3S1918 (Eagle 50) ARM Cortex-M3 cores capable of over 60 MIPS, the Eagle 50 can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications.
Features
Features common to both Eagle 50 and Eagle 50E |
|
| 50 MHz 32-bit ARM® Cortex™-M3 256 KB Flash/64 KB SRAM Micro-SD Socket Two RS232 Serial Ports I2C, SSI (SPI) Ports 8-ch. 10-bit ADC Up to 40 - 5V tolerant GPIOs 4 general purpose timers, 1 watchdog timer Support for GNU and IAR compilers Thumb2 instruction set for smaller object code Basic and LUA supported +5V power supply required picoITX form factor 100mm x 72mm (3.94" x 2.83") Eagle 50 Features Up to 40 - 5V tolerant GPIOs Base Price: $54.95 |
Eagle 50
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Eagle 50E Features
Options USB debug port - $15.00Supports programming, debugging and serial data transfers Allows powering board from USB for applications requiring less than 500 mA Includes microUSB cable Serial port adapter cable - $4.00• 10-pin header to DB9, available with female (DB9F) or male (DB9M) connector 5V Power supply - $9.95 I/O Plus Option - $20.00• Battery backed Real-Time Clock • 4-ch. 10-bit DAC • Selectable RS485/RS232 on COM2 • Headers for LCD and 4x4 keypad ports |
Eagle 50E with USB debug port option
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Software
Code examples are included with the Eagle 50 to get you started quickly. Applications can run standalone with no operating system or can use a compact real time operating system such as NuttX or FreeRTOS. You can use popular IDEs together with the GNU and IAR compilers. The microSD card capability simplifies program and data storage. Remote access can be implemented via web or command line interfaces, providing off-site monitoring and maintenance capabilities. The JTAG interface speeds up application development and debugging.
Ports of popular Basic (Jumentum BASIC) and Lua (eLua) development tools are available for the Eagle 50 to reduce application development time and simplify integration with code libraries developed for industrial and scientific environments. Using these tools, you can achieve significant functionality in a very short time. These open source tools can be easily extended, allowing a virtually unlimited number of possibilities.
Documentation
Prototyping
The Prototyping Board 50 (PRO050) prototyping board for the Eagle 50 is now available.
By Family
Select a controller to best fit your needs by family type.
Single Board Computers
Regardless of the versatility offered in multi-board systems, so applications are only suited to single-board controllers. While our modules, RTC and BCC processor boards are often used stand alone, Micromint also offers a series of boards specifically designed with the expanded I/O suitable for the big jobs.
Modules
If there is one prevailing direction in the electronics industry it is toward miniaturization. While Micromint manufactures a variety of board-level products, our expanding line of chips and modules is becoming more extensive all the time. The products range from a processor with ROM-resident, floating-point BASIC, a couple of full-blown data acquisition and control systems encapsulated in tiny weather-proof packages, to single chips used in tracking systems and X-10 remote control.
RTC Line
When a miniature control system is a must, along with a variety of I/O options, customers choose Micromint's RTC stacking-board product line as a proven performer. With our complete line of development system tools, using them is as simple as R-T-C.
RTC controllers can be used stand alone or in a stacked architecture consisting of a base processor with a variety of I/O expansion boards. Together, they can provide a collective control solution in as small as a 3.5" x 3.5" footprint.
BCC Line
Before there were RTC and module-based controllers, there was Micromint BCC. Simply translated as Basic Computer Control, BCC offers a basic, rugged, low-cost, yet very expandable edge-card and motherboard-style system. Like the RTC, a user chooses among the processor boards and then selects among an assortment of expansion cards to create custom-tailored control solutions. Because of their ruggedness and versatility, it is no wonder that thousands of BCC systems are in use all over the world today.
Single Board Computers
Regardless of the versatility offered in multi-board systems, so applications are only suited to single-board controllers. While our modules, RTC and BCC processor boards are often used stand alone, Micromint also offers a series of boards specifically designed with the expanded I/O suitable for the big jobs.
Eagle 50
The Eagle 50 offers the same 32-bit performance and most of the I/O capabilities of the Eagle 100 but without the PC/104 expansion board support. It uses the smaller picoITX form factor and has a significantly lower cost, starting under $45 in single quantities. Powered by a Texas Instruments ARM Cortex-M3 core capable of over 60 MIPS, the Eagle 50 can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications.
Eagle 100
The Eagle 100 is a single board computer designed for cost-sensitive control applications that require real-time performance, networking and extensive support of popular peripherals. It delivers 32-bit performance and features at a cost equivalent to legacy 8- and 16-bit controllers. Powered by a Texas Instruments ARM Cortex-M3 core capable of over 60 MIPS, the Eagle 100 can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications.
Electrum 100
The Electrum 100 is a single board computer designed for control applications that require high performance, networking and reliable multitasking capabilities. Powered by an Atmel ARM926EJ-S core at 400 MHz, it can fulfill the most demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications.
Electrum 200
The Electrum 200 is a single board computer designed for control applications that require high performance, networking and reliable multitasking capabilities. Powered by an Atmel ARM926EJ-S core capable of over 200 MIPS, it can fulfill the most demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications. An extensive array of peripherals is built-in plusexpandability is available using PC/104 I/O cards. Several peripherals can be reconfigured with the programmable logic capabilities of the integrated CPLD.
Lincoln 60
Powered by a 120 MHz NXP LPC1769 ARM Cortex-M3 core, the Lincoln 60 can fulfill demanding requirements in signal processing, monitoring, instrumentation, data acquisition, process control, factory automation and many other applications. The Lincoln 60 uses the compact picoITX form factor and is available for under $55 in single quantities.
Eagle 100
Overview 
The Micromint Eagle 100 is a single board computer designed for cost-sensitive control applications that require real-time performance, networking and extensive support of popular peripherals. It delivers 32-bit performance and features at a cost equivalent to legacy 8- and 16-bit controllers. Powered by a Texas Instruments ARM Cortex-M3 core capable of over 60 MIPS, the Eagle 100 can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications. An extensive array of peripherals is built-in plus expandability is available using PC/104 I/O cards. Several peripherals can be reconfigured with the programmable logic capabilities of the integrated CPLD.
Features
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Software
Code examples are included with the Eagle 100 to get you started quickly. Applications can run standalone with no operating system or can use a compact real time operating system such as FreeRTOS. You can use popular IDEs together with the GNU and IAR compilers. The microSD card capability simplifies program and data storage. Remote access can be implemented via web or command line interfaces, providing off-site monitoring and maintenance capabilities. The JTAG interface speeds up application development and debugging.
Ports of popular Basic and LUA development tools are available for the Eagle 100 to reduce application development time and simplify integration with code libraries developed for industrial and scientific environments. Using these tools, you can achieve significant functionality in a very short time. These open source tools can be easily extended, allowing a virtually unlimited number of possibilities
Documentation
Micromint supports the IAR J-Link for debugging and has arranged for special pricing on the IAR Embedded Workbench for ARM for Micromint customers when they purchase the Eagle 100.
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Eagle 100 (copy)
Overview
The Micromint Eagle 100 is a single board computer designed for cost-sensitive control applications that require real-time performance, networking and extensive support of popular peripherals. It delivers 32-bit performance and features at a cost equivalent to legacy 8- and 16-bit controllers. Powered by a Texas Instruments ARM Cortex-M3 core capable of over 60 MIPS, the Eagle 100 can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications. An extensive array of peripherals is built-in plus expandability is available using PC/104 I/O cards. Several peripherals can be reconfigured with the programmable logic capabilities of the integrated CPLD.
Features
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|
|
Software
Code examples are included with the Eagle 100 to get you started quickly. Applications can run standalone with no operating system or can use a compact real time operating system such as FreeRTOS. You can use popular IDEs together with the GNU and IAR compilers. The microSD card capability simplifies program and data storage. Remote access can be implemented via web or command line interfaces, providing off-site monitoring and maintenance capabilities. The JTAG interface speeds up application development and debugging.
Ports of popular Basic and LUA development tools are available for the Eagle 100 to reduce application development time and simplify integration with code libraries developed for industrial and scientific environments. Using these tools, you can achieve significant functionality in a very short time. These open source tools can be easily extended, allowing a virtually unlimited number of possibilities
Documentation
Micromint supports the IAR J-Link for debugging and has arranged for special pricing on the IAR Embedded Workbench for ARM for Micromint customers when they purchase the Eagle 100.
ARM
Products with an ARM core processor.
Eagle 50 
The Micromint Eagle 50 is a single board computer designed for cost-sensitive control applications that require real-time performance, networking, and extensive support of popular peripherals. It delivers 32-bit performance and features at a cost equivalent to legacy 8- and 16-bit controllers. Powered by a Texas Instruments ARM Cortex-M3 core capable of over 60 MIPS, the Eagle 50 can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications.
Eagle 100
The Eagle 100 is a single board computer designed for cost-sensitive control applications that require real-time performance, networking and extensive support of popular peripherals. It delivers 32-bit performance and features at a cost equivalent to legacy 8- and 16-bit controllers. Powered by a Texas Instruments ARM Cortex-M3 core capable of over 60 MIPS, the Eagle 100 can fulfill demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications.
Electrum 100 
The Electrum 100 is a single board computer designed for control applications that require high performance, networking and reliable multitasking capabilities. Powered by an Atmel ARM926EJ-S core at 400 MHz, it can fulfill the most demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications.
Electrum 200
The Electrum 200 is a single board computer designed for control applications that require high performance, networking and reliable multitasking capabilities. Powered by an Atmel ARM926EJ-S core capable of over 200 MIPS, it can fulfill the most demanding requirements in monitoring, instrumentation, data acquisition, process control, factory automation and many other applications. An extensive array of peripherals is built-in plusexpandability is available using PC/104 I/O cards. Several peripherals can be reconfigured with the programmable logic capabilities of the integrated CPLD.
Lincoln 60
Powered by a 120 MHz NXP LPC1769 ARM Cortex-M3 core, the Lincoln 60 can fulfill demanding requirements in signal processing, monitoring, instrumentation, data acquisition, process control, factory automation and many other applications. The Lincoln 60 uses the compact picoITX form factor and is available for under $55 in single quantities.
MicroBolt
The MicroBolt is an industrial-oriented controller designed around NXP LPC2106 ARM7, 32-bit, 60 MHz, 53 Million Instructions Per Second microcontroller. It incorporates 19 digital inputs/outputs, a real-time clock, a serial boot loader, 128K Bytes of Flash and 64K Bytes of SRAM. MicroBolt is less than a cubic inch and consumes roughly 200 mW.
The MicroBolt utilizes a pair of UARTs to allow serial communication. With a 14.7456 MHz-system clock, the MicroBolt has the ability to communicate serially at baud rates up to 250Kbps. Very beneficial when time is a factor. SPI and I2C communications are also available.
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