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Micromint Bambino 210 SBC The Micromint Bambino 210 is a multi-core SBC designed for compatibility with the mbed framework. It is powered by an NXP LPC4330, a dual-core ARM Cortex-M microcontroller. Its Cortex-M4 and Cortex-M0 cores are both capable of 204 MHz. The Bambino 210 is available for under $27 in single quantities.

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Micromint Bambino 200 SBC The Micromint Bambino 200 is the first multi-core SBC compatible with the .NET Gadgeteer and mbed frameworks. It 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. The Bambino 200 is available for under $25 in single quantities.

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Micromint Lincoln 60 SBC Powered by a 120 MHz NXP LPC1769 ARM Cortex-M3 core, the Micromint 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.

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Top Product Lines

 

Lincoln 60E

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

Electrum 100

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

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

RTC320/52PlusOne of Micromint's hottest-selling products for the past five years has been the RTC31/52 stackable controller. It has been a leading price/performance choice among our customers. With our new RTC320 and RTC52-Plus boards, we have expanded the value of that relationship even more.

Occupying the same small 3.5" x 3.5" RTC footprint and 5-V-only power, the RTC320 uses the new Dallas Semiconductor 80C320, which is 8031 code-compatible and 3­5 times faster. At 33 MHz, the RTC320 is an 8-MIPS controller! Along with the new powerful processor, the RTC320 board accommodates up to 192 KB of memory, 2 serial ports (RS-232 and RS-485), 24 bits of TTL parallel I/O, and a 2-channel 12-bit ADC. The RTC320 puts some real firepower under the abundant variety of RTC I/O expansion boards. Plugging in your favorite ICE or EPROM emulator is the easiest way to develop code. For the diehards who like to twiddle the bits directly, we have a ROM monitor specifically designed for the Dallas '320.
Click here to download the RTC-52PLUS and RTC-320 datasheets.
Processor: Dallas 80C320 Clock speed: 11/22/33 MHz
Max Memory: 192 KB SRAM/EPROM: 110 KB/64 KB
Digital I/O: 24 bits, PIA Serial Ports: 2 (RS-232 & RS-232/-485)
ADC (sample rate): 0­5 V, 2 chan., 12 bits (11.1k) Timers: 3
External Interrupts: 2 Real-time Clock: Yes, SmartWatch socket (opt.)
Size: 3.5" x 3.5" Power (fully loaded): +5 V
33 MHz: 250 mA;
11 MHz: 125 mA
Dev. Software: Optional ROM Monitor: Yes
Call for Custom Configurations

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Errata
10/11/00
RTC-320/52P
There is an error on the PC board layout. It does not allow for the RTC-LCD to be interfaced with the board.
During the layout of the RTC-320/52P the *DS signal, which is used to write to the LCD on the RTC-LCD board, was over looked. To correct the problem a jumper wire must be soldered from pin 21 of U3 (P22CV10) to pin 22 of JP15. Version 1.3 of the PEEL chip (U3) supports the RTC-LCD logic.
This only effects customers that are stacking an RTC-LCD board on top of a RTC-320 or RTC-52 Plus.
When using an 8K RAM and 8K EPROM a jumper needs to be added to JP1. The jumper needs to be placed on pins 3 & 4 of the JP1 header.

Poll

What IDE do you use to develop your embedded applications?

CodeBlocks - 16.9%
Eclipse - 27.5%
IAR EWARM - 9.5%
Keil µVision - 15.3%
Other - 21.2%
None. Don't need one. - 9.5%

Total votes: 189
The voting for this poll has ended on: December 31, 2014