CPU Cards

ARM7 32-bit RISC Microcontrollers

	N2106 USB A 32-bit ARM microcontroller, with Philips LPC2106 based CPU onboard. USB serial interface, Real-Time-Clock, I2C, SPI, PWMs, Timers, Jtag, Flash memory, Serial EEProm, and lots more...
	Plug-In-Board Plug-an-Arm™/TiniArm™ Interface Board, size 4"x4" with standard DB9 Serial connector, 5V & 3.3V regulators onboard, power on/off switch, Reset switch, and prototype area to add your own components.
	Plug-an-ARM The Plug-an-ARM™ is the perfect board for robotic, motion control, automation, and industrial control applications. Small in size, 1.3"x1.5", offering many features: Memory 256KByte Program Flash, 16KByte Sram, Real-Time-Clock, Serial RS-232, JTAG, user's LEDs, GPIO's, or PWMs, Timers, SPI, SCI, CAN, Interrrupts, and more...
	Plug-an-Arm DKit Plug-an-ARM™ Development Kit is an ideal Combo to add your own components such as Sensors, Sonars, HBridge, Opto, Relays, Leds, etc... around the Plug-an-ARM™ Controller plugs on the center of the Carrier Board to provide an inexpensive, and quick turnaround prototype for use in Automation, Robotics, Motion Control, and Industrial Control.
	TiniARM TiniARM™ is the perfect board for robotic applications. Small in size, 1.0"x1.3", offering many features: Memory 128KByte Program Flash, 64KByte Sram, Serial RS-232, JTAG, user's LEDs, 16 GPIO's share function with PWMs, Timers, SPI, SCI, Interrrupts, and more...
	TiniARM DKit TiniARM™ Development Kit is an ideal Combo to add your own components such as Sensors, Sonars, HBridge, Opto, Relays, Leds, etc... around the TiniARM™ Controller plugs on the center of the Carrier Board to provide an inexpensive, and quick turnaround prototype for use in Automation, Robotics, Motion Control, and Industrial Control.
	hcAT91 This CPU card is built around the ATMEL AT91R40008 microcontroller. That device integrates a 66MHz ARM7TDMI processor core with 256kBytes of on-chip SRAM and a wide set of peripherials. The processor employs a 32-bit internal and a 16-bit external bus architecture. The CPU card combines this microcontroller with a sizable 16-bit FLASH ROM of up to 8MByte in size, and some support circuitry.
	hcPCI This CPU card quite special in the H-Storm product family. It is a PCI 2.2 compatible 32-bit PCI card that converts any regular PC into a full-featured H-Storm CPU card. The card is designed around the PLX PCI9030 target PCI interface chip. It provides a simple and easy to use interface to any PC with a PCI connector. The card can be used for two purposes. It can be used as a PCI to local bus interface to a add custom peripherals to a PC without the hassle of dealing with the PCI bus It can be used a standard H-Storm CPU module and interface a PC to an existing H-Storm system.
	hcStartup System Board This simple system-board provides the basic functions to start using a CPU board and a Peripherial card. It contains only the bare essentials that are required to run a minimal system. It also provides a starting point for more complicated system-board designs and a reference implementation of a passive system-board.

DSP5680x Family Microcontrollers (16-bit)

The DSP5680x DSP processors from Motorolla are ideal for advanced motion control applications. It has all necessary I/O devices for controlling H-Bridges and handling many different sensors. They have CAN and I2C interface for connecting it to other CPUs.

	The IsoPodX™ (2.5"x3.0") card has 16-bit Processor, DSP56F805 embedded with IsoMax™ language on a small, user-accessible board along with supply circuits, two serial RS-232 channels, CAN bus driver, JTAG interface, 8-channel 12-bit A/D, memory configurable for single chip mode or expanded mode, serial cable & transformer included.
	IsoPod_V2 The IsoPod™_V2 (1.2"x3.0") card has 16-bit Processor embedded with IsoMax™ language on a small, user-accessible board along with supply circuits, two RS-232 drivers, CAN bus drivers, JTAG interface, and more...
	IsoPod_V2-422 IsoPod™_V2 with RS-232 configures on SCI0, and RS-422/485 on SCI1.
	IsoPod_V2_SR The IsoPod™_V2 with switching regulator adapter board installed. It provides a better platform for mechanical mounting. The dual 3.3V/5.0V adapter board is also compatible with standard IsoPod™ ($25 for additional upgrade cost). Power input requires: 6.2V up to 25V..
	Development_Kit_V2 includes IsoPod™_V2 embedded with IsoMax™ language, and Controller interface board with 2.4" x 3.6" breakable prototype area, RS-232 serial cable, and transformer are included.
	Development_Kit_V2_SR includes IsoPod™_V2 embedded with IsoMax™ language, with Dual 3.3V/5V switching circuit adapter board installed, Controller interface board with 2.4" x 3.6" breakable prototype area, RS-232 serial cable, and transformer are included.
	The MinPod™ is the perfect board for robotic applications. Small in size, 1.8"x2.1", offering many features: Memory 32Kx16 Program Flash, 8 Channel 12-bit A/D, Connectors for 12 RC-Servos, external interrupts, SCI, SPI, CAN 2.0 A/B, JTAG, LCD interface, user's LEDs, and more...

Intel 8051 Compatible CPUs (8-bit)

	JS2051 The JS2051A1 CPU BOARD is a very small CPU board that uses an ATMEL AT89C2051 CPU. The AT89C2051 is an INTEL 8051 CPU compatible CPU. It has an extra analog comparator and internal 2K-byte Flash memory. The JS2051A1 CPU BOARD has X-tal (22.1184 MHz), POW (Power On Reset) circuit, two LED's, test pin (GND), I/O extension ports. It is used for Mr. Line and Roamer.
	JS8051-A1 With the JS8051A1 CPU KIT, the user can construct a powerful board which uses the MCS-51 CPU family or a compatible CPU. Power saving CMOS type ICs (Integrated Circuit) are used for the board. This board has program downloading and auto-run ability. A user created program can be downloaded at 57,600 bps using a serial cable. Thus, neither a ROM Writer nor a ROM Emulator is needed. It has an 8-bit output port, 8-bit input port, EEPROM, LCD Port, Serial port, RAM backup port, two user keys and extension ports. For the robotics student, this kit aids in learning integration, memory decoding methods, and CPU board design techniques.
	JS8051-A2 CPU BOARD The JS8051-A2 Board is a small 8051 CPU board developed for High-end users. An A/D converter and two 16 bit external timers were provided to compensate for any problems with a standard 8051 CPU. It uses a four layered board and SMD (Surface Mounting Device). It has three push switches including a reset switch, a power input port, a toggle switch for power on/off, a serial communication port and a LCD connector port. It has the same convenient RAM down loading and Auto run abilities as the JS8051-A1, and in addition has self flash memory writing. Therefore, even without a memory backup or a ROM writer, the whole program can be written and kept easily. Furthermore, if you use the self-flash memory writing function you can write a 64K-byte program. This is the maximum size of the 8051 program memory. There are no special limiting conditions relating to the program. If you use the convenient functions built in to the JS8025-A2 you can create an embedded system, micromouse and other similar robots easily. For reference, AIRAT2 is a micromouse using JS8051-A2 board.

Atmel AVR series CPUs

	ATMEGA128 CPU The ATmega103 CPU BOARD is a simple adapting board which changes a TQFP(Thin Quad Flat Package) to a DIP(Dual Inline Package, 0.1 inch pitch) type. The ATmega103 CPU is an ATMEL 8 bit microcontroller. It is a member of the powerful AVR (ATMEL microcontroller family name) CPU series. It has 128K byte Flash Memory, 4K byte SRAM, 4K byte EEPROM in addition to several useful peripherals. The flash memory can be written using the ISP (In System Programming) method without a ROM-Writer. An ATmega10-6AC (4.0-5.5V) is used for this board.
	MR-162 CPU BOARD MR-162 is a small 40-pin DIP type CPU board, which has an ISP(In-System Programming) port, reset button, 8MHz X-tal, and 35 I/O port pins. The MR-162 uses an Atmega162(Atmel AVR series) CPU chip as a microcontroller. The Atmega162 has 16K bytes In-System Programmable Flash memory, 1K bytes SRAM, 512 bytes EEPROM and many other peripherals. The user can download a program to the board without a ROM Writer using the ISP function. A free C-compiler (WinAVR) is available.
	MR-16 CPU BOARD MMR-16 is a 40-pin DIP type small CPU board, which has an ISP(In-System Programming) port, reset button, 8MHz X-tal, and 32 I/O port pins. The MR-16 uses an Atmega16L(Atmel AVR series) CPU chip as a microcontroller. The Atmega16 has 16K bytes In-System Programmable Flash memory, 1K bytes SRAM, 512 bytes EEPROM and many other peripherals. The user can download a program to the board without a ROM Writer using the ISP function. A free C-compiler (WinAVR) is available.
	MR-2313 CPU BOARD MR-2313 is a 26-pin DIP type small CPU board, which has an ISP(In-System Programming) port, reset button, 10 MHz X-tal, and 15 I/O port pins. The MR-2313 uses an AT90S2313(Atmel AVR series) CPU chip as a microcontroller. The AT90S2313 has 2K bytes In-System Programmable Flash memory, 128 bytes SRAM, 128 bytes EEPROM and many other peripherals. The user can download a program to the board without a ROM Writer using the ISP function. A free C-compiler (Microrobot AVR GCC) is provided.
	MR-8 CPU BOARD MR-8 is a 26-pin DIP type small CPU board, which has an ISP(In-System Programming) port, reset button, 16 MHz X-tal, 20 I/O port and two ADC pins. The MR-8 uses an ATmega8(Atmel AVR series) CPU chip as a microcontroller. The ATmega8 has 8K bytes In-System Programmable Flash memory, 1K bytes SRAM, 512 bytes EEPROM and many other peripherals. The user can download a program to the board without a ROM Writer using the ISP function. A free C-compiler (WinAVR) is available.
	MR-8515 CPU BOARD MR-8515 is a 40-pin DIP type small CPU board, which has an ISP(In-System Programming) port, reset button, 8 MHz X-tal, and 32 I/O port pins. The MR-8515 uses an AT90S8515(Atmel AVR series) CPU chip as a microcontroller. The AT90S8515 has 8K bytes In-System Programmable Flash memory, 512 bytes SRAM, 512 bytes EEPROM and many other peripherals. The user can download a program to the board without a ROM Writer using the ISP function. A free C-compiler (Microrobot AVR GCC) is provided.
	MR-8535 CPU BOARD MR-8535 is a 40-pin DIP type small CPU board, which has an ISP(In-System Programming) port, reset button, 8 MHz X-tal, and 32 I/O port pins. The MR-8535 uses an ATmega8535L(Atmel AVR series) CPU chip as a microcontroller. The ATmega8535 has 8K bytes In-System Programmable Flash memory, 512 bytes SRAM, 512 bytes EEPROM and many other peripherals. The user can download a program to the board without a ROM Writer using the ISP function. A free C-compiler (Microrobot AVR GCC) is provided.
	MR-SERVO8 CPU BOARD MR-Servo8 is a small pre-assembled R/C(Radio Control) servo controller, which has 16 R/C servo connectable I/O pins. The MR-Servo8 can control up to 8 R/C servos at the same time. The MR-Servo8 uses an ATmega8(Atmel AVR series) CPU chip as a microcontroller. The ATmega8 has a 4K bytes In-System Programmable Flash memory, 128 bytes SRAM, 256 bytes EEPROM and many other peripherals. The user can download a program to the board without a ROM Writer using the ISP function. A free C-compiler (WinAVR) is available.