DIN rail ARM7 Ethernet/USB Subsystem (LPC2138)

  • This package is ideal for industrial use, facilitating quick connection and relocation
  • DIN rail mountable and compatible with OKW Railtec C-5 enclosure
  • On-board BASIC compiler runs 30 times faster than interpreted BASIC

SUCCESS

Astronomy
A NASA astronomer selected ARM Ethernet controllers to create a one-off error-correction system for an infrared telescope. Our secondary mirror assembly would occasionally jerk. So we constructed a system using eight BMA180 accelerometers, each attached to an ARMWeb SBC.
These were then programmed to acquire and stream the accelero- meter data to a Linux server. The server would save and graph the data in real time. When an 'image jump' was recorded, this accelero-
meter data was analyzed to help identify the faulty mechanism.
—Anthony D.
University of Hawaii

APPLICATIONS

  • Ethernet
  • Wireless
  • Sensors
  • Monitoring

TECHNICAL SPECIFICATIONS

System

  • DIN rail enclosed 60 MHz 32 bit ARM7 CPU (LPC2138)
  • Programmable in a compiled BASIC, C, HTML and XML
  • On-board BASIC compiler runs 30 times faster than interpreted BASIC
  • 1 million I/O operations per second

Size

  • 88.5mm x 84mm (3.4” x 3.3”)
  • Compatible with DIN rail OKW Railtec C-5 enclosure

Storage

  • 512k flash with 64k user code space
  • 224k available for user web pages
  • 224k user file space
  • 32k RAM

Power

  • Less than 1W
  • 5-40V DC input
  • Output power 3.3V regulated, 250 mA available to user

Connectors

  • 25 pins programmable for I/O
  • 8 x 10 bit analog A/Ds, 1 10bit DAC
  • Optional USB connection
DOCUMENTATION
FREE SOFTWARE TOOLS

ARM7 Ethernet Microcontroller 60 MHz (LPC2138)


  • Provides 10MB Ethernet connectivity
  • Simplifies integration with Web page and controller hardware 

SUCCESS

Astronomy
A NASA astronomer selected ARM Ethernet controllers to create a one-off error-correction system for an infrared telescope. Our secondary mirror assembly would occasionally jerk. So we constructed a system using eight BMA180 accelerometers, each attached to an ARMWeb SBC.
These were then programmed to acquire and stream the accelero- meter data to a Linux server. The server would save and graph the data in real time. When an 'image jump' was recorded, this accelero-
meter data was analyzed to help identify the faulty mechanism.
—Anthony D.
University of Hawaii

APPLICATIONS

  • Ethernet
  • Wireless
  • Sensors
  • Logging
  • Monitoring

TECHNICAL SPECIFICATIONS

System

  • Board-mounted 60 MHz 32 bit ARM7 CPU (LPC2138)
  • Programmable in a compiled BASIC, C, HTML, and XML
  • Operates faster than 10 million BASIC lines/second

Size

  • 75mm x 120mm
  • Compatible with Hammond 1455K1201 enclosure

Storage

  • 64k user code space (5,000 Instructions)
  • 5k user data
  • 224k user file space
  • 32k RAM

Power

  • 750 mW
  • 5-6V DC input
  • Battery RTC option

Connectors

  • USB
  • Connections for 31 digital I/O
  • 8 x 10 bit analog A/Ds, 1 10bit DAC
DOCUMENTATION
FREE SOFTWARE TOOLS

SUPER-PRO Board 100 MHz (LPC1756)



  • Eight times the memory of competitors
  • Four times the RAM of competitors
  • 52 inputs and outputs

SUCCESS

Robotics

Today and tomorrow we are demonstrating our Android controlled robots at GoogleIO in San Francisco (perhaps the biggest tech event of the year).

        The robots all use your Super Pro board. Your boards connect with the Android tablets via Bluetooth.

—Mike W., Stupid Fun Club
www.stupidfunclub.com

APPLICATIONS

  • Sensors
  • Monitoring
  • Measurement
  • Logging
  • Simple controls

TECHNICAL SPECIFICATIONS

System

  • Board-mounted 100 MHz ARM M3 CPU (LPC1756)
  • Programmable in a compiled BASIC or C
  • Operates faster than 24 million BASIC lines/second

Size

  • 2.1” x 2.05”

Storage

  • 128k user code space (10,000 Instructions)
  • 16k user data
  • 32k RAM
  • 256k flash

Power

  • 5-7V DC input
  • Provides 500 mA +5V

Connectors

  • Debug connector
  • Connections for 52 digital I/O
  • 4 x 12 bit analog A/Ds, 1 10bit DAC
  • Programming dongle sold separately
DOCUMENTATION
FREE SOFTWARE TOOLS

PRO Board 60 MHz (LPC2103)

SUCCESS

Monitoring

We use the ARMmite Pro (predecessor to the LPC2103) to control a high-speed frequency digitizer that we make for one of our products. It offers great "pin-level" sensing and control, and can do ‘smart’ things like send the data as serial, and it can be programmed quickly in a BASIC-type language.
        By orienting the design around the Pro, I can make changes in the device’s operation quickly in software rather than making hardware design changes, which is a much slower process.
—Ron R.,
Measuretech

APPLICATIONS

  • Sensors
  • Monitoring
  • Measurement
  • Logging
  • Simple controls

TECHNICAL SPECIFICATIONS

System

  • Board-mounted 60 MHz ARM7 CPU (LPC2103)
  • Programmable in a compiled BASIC or C
  • Operates faster than 10 million BASIC lines/second

Size

  • 2.1”x2.05”

Storage

  • 20k user code space (1600 Instructions)
  • 5k user data
  • 32k flash size
  • 8k RAM size

Power

  • <250 mW
  • 5-7V DC input
  • Provides 500 mA +5V

Connectors

  • Debug connector
  • Connections for 21 digital I/O
  • 6 x 10 bit analog A/Ds
  • Programming dongle sold separately
DOCUMENTATION
FREE SOFTWARE TOOLS

You can buy this products at coridium.us

PRO-Plus Board 100 MHz (LPC1751)

Pro Plus Board LPC1751 100 Mhz
  •  More than doubles the processing speed of the PRO-Start.
  • Twice the number of I/O connections of the PRO.

SUCCESS

Wireless
A car leasing company wanted to a simple solution for monitoring drivers’ cell phone usage.
        Selecting our Arduino Shield-compatible MPUs for its work, the team created a successful prototype that they scaled and deployed across the company’s fleet of vehicles.

APPLICATIONS

  • Sensors
  • Monitoring
  • Measurement
  • Logging
  • Simple controls

TECHNICAL SPECIFICATIONS

System

  • Board-mounted 100 MHz ARM M3 CPU (LPC1751)
  • Programmable in a compiled BASIC or C
  • Operates faster than 24 million BASIC lines/second

Size

  • 2.1” x 2.05”

Storage

  • 20k user code space (1600 Instructions)
  • 5k user data
  • 32k flash size
  • 8k RAM size

Power

  • 350 mW
  • 5-7V DC input

Connectors

  • Debug connector
  • Connections for 52 digital I/O
  • 4 x 12 bit analog A/Ds
  • Programming dongle sold separately
DOCUMENTATION
FREE SOFTWARE TOOLS

PRO Start Board 50 MHz (LPC1114)

PROstart LPC1114

  • Even our lowest priced Arduino-shield compatible CPU is faster and offers more memory than competing boards
  • Offers full IEEE 754 floating point support
  • Reduced price brings high performance to entry-level products

APPLICATIONS

  • Sensors
  • Monitoring
  • Measurement
  • Logging
  • Simple controls

TECHNICAL SPECIFICATIONS

System

  • Board-mounted 50 MHz ARM M0 CPU (LPC1114)
  • Programmable in a compiled BASIC or C
  • Support for Arduino Sketches

Size

  • 2.1”x2.05”

Storage

  • 20K user code space (1600 Instructions)
  • 2K user data
  • 32K flash size
  • 4K RAM size

Power

  • < 50 mW
  • 5-7V DC input

Connectors

  • Debug connector
  • Connections for 22 digital I/O
  • 6 x 10 bit analog A/Ds
  • Programming dongle sold separately
DOCUMENTATION
FREE SOFTWARE TOOLS

ARM7 Microcontroller 60 MHz (LPC2103)




  • Connect from your PC via USB Port
  • Create code using your BASIC programs

TECHNICAL SPECIFICATIONS

System

  • 60 MHz ARM7 CPU (LPC2103)
  • Programmable in a compiled BASIC
  • Operates faster than 10 million BASIC lines/second
  • IEEE 754 floating-point support

Size

  • 50 x 80 mm
  • Compatible with Hammond 1455C801 enclosure

Storage

  • 16k user code space
  • 6k user data
  • 32k flash
  • 8k RAM

Power

  • 350 mW
  • 7-12V DC input
  • Provides 500 mA +5V

Connectors

  • USB-B type
  • Connections for 24 digital I/O
  • 8 x 10 bit analog A/Ds
  • Accepts 0.1” components, DB Style and 3.5mm terminal strips

APPLICATIONS

  • Sensors
  • Monitoring
  • Measurement
  • Logging
  • Simple controls

Prototyping Area

  • 2 square inches
DOCUMENTATION
FREE SOFTWARE TOOLS

ARM BASIC Board 50 MHz (LPC1114)

  • Connect to USB requiring no other support (power supplies, programmers)
  • Excels as stand-alone or to extend PC via USB to control mission

TECHNICAL SPECIFICATIONS

System

  • Board-mounted 50 MHz ARM M0 32-bit CPU (LPC1114)
  • Programmable in a compiled BASIC
  • Operates faster than 6 million BASIC lines per second
  • IEEE 754 floating-point support
  • Internal 12 MHz 1% oscillator

Size

  • 50 x 80 mm
  • Compatible with Hammond 1455C801 enclosure

Storage

  • 32k flash space
  • 4k RAM

Power

  • Less than 150 mW
  • 5V DC input
  • Provides 100 mA +3.3 V

Connectors

  • USB mini-B
  • 22 TTL compatible, 2.4V threshold, 5V tolerant
  • 6 x 10 bit analog A/Ds
  • Accepts 0.1” components, DB Style, and 3.5mm terminal strips

Prototyping Area

  • Approx. 2 square inches
DOCUMENTATION
FREE SOFTWARE TOOLS

ARM Basic Chip 50 MHZ





  • Breakthrough price! Lowest cost 32-bit processor providing full floating point support
  • No other support chips or parts required
  • Connect GND and 3.3v supply and solve your application in system programmable with a minimum number of connections

APPLICATIONS

  • Sensors
  • Monitoring
  • Measurement
  • Logging
  • Simple controls

TECHNICAL SPECIFICATIONS

System

  • 50 MHz ARM M0 32-bit CPU (LPC1114)
  • Programmable in a compiled BASIC
  • Operates faster than 6 million BASIC lines per second
  • IEEE 754 floating-point support
  • Internal 12 MHz 1% oscillator

Size

  • DIP28 - 1.4’ x 0.6”

Storage

  • 32K Flash memory
  • 4K RAM memory
  • 20K user Flash space
  • 2K user RAM

Power

  • Less than 50 mW
  • 3.3V DC input

Connectors

  • 22 TTL compatible, 2.4V threshold, 5V tolerant
  • 6 x 10 bit analog A/Ds
DOCUMENTATION
FREE SOFTWARE TOOLS

contact addinloop@gmail.com for buy ARM Basic Chip 50 MHZ