Micro Trainer Range
The 8086-DATS microprocessor trainer is a very similar hardware construction to the 68000 based KAYCOMP II.  The hardware consists of a double eurocard PCB fitted with the full range of associated peripheral chips for the 8086 processor and allowing for expansion of both ROM and RAM. 
Program development and debugging can be carried out using the powerful Windows based software monitor or by using an assembler package installed in a PC.
KAYCOMP II is a complete computer board based on the MC 68000 16 bit microprocessor and peripheral devices.  Extensive serial and parallel Input and output hardware equip the board as an effective target system for a wide range of stand-alone applications especially real time control, where the power and speed of the M68000 are particularly important.
It is also a versatile design and evaluation tool, ideal for EDUCATIONAL and TRAINING applications.
On board 16 bit wide static RAM and EPROM are provided, and auxiliary memory sockets allow for the fitting of additional RAM or EEPROM chips.
Z80-DATS   Z80 DEVELOPMENT & TRAINING SYSTEM is a comprehensive computer board based on the Z80 microprocessor. Z80-DATS can be used as a development system for Z80 Assembler or Machine Code programs, the EPROM based monitor providing a user interface to any standard PC via one of its serial ports. LINE-by-LINE assembler programs to be entered and disassembled and powerful Monitor facilities then enable programs to be easily debugged.
Monitor's totally integrated environment gives direct access to the users Cross-development software. On board static RAM and EPROM are provided, and auxiliary memory sockets allow for the fitting of additional RAM and EPROM/EEPROM chips. 
Using the EEPROM programming routines provided by the monitor, the board is an excellent target for many stand alone applications.
ARM7S ARM® micro-controllers are high performance 16/32-Bit RISC Core devices incorporating the ARM7TDMI® and are the fastest growing section of the micro-controller market.

ARM7S-TB is based on the Atmel® AT91SAM7S range of micro-controllers with high performance 32-bit RISC architecture and a high density 16-bit instruction set with real-time emulation and embedded trace support, which combine micro-controller with embedded high-speed flash memory.
ARM3 Cortex The Atmel® SAM3S Cortex™-M3 is a Flash MCU based on the high performance 32 bit ARM® Cortex-M3 RISC processor integrating features to simplify system design and reduce power consumption.

Inspired by the best-selling SAM7S series, the SAM3S is the ideal migration path to a more powerful and feature-rich MCU.  The SAM3S series is pin compatible with the SAM7S series of devices.

Key Features included Simplified System Design and Low System Cost. Integrated serial resistors eliminate the need for external resistors to preserve signal integrity.

Parallel Capture Mode - The SAM3S is the first ARM® MCU with parallel data capture mode on PIOs and DMA support. The parallel data capture mode on the PIOs complements the external bus interface for data collection from external devices that are not compliant with standard memory read protocols, such as low-cost image sensors.

 The SAM3S series is touch-ready, offering native support for Atmel QTouch® technology for easy implementation of buttons, sliders and wheels in your application.

Safe and secure the memory protection unit improves code protection and secures multi-application/task execution. Unique 128-bit ID and scrambled external bus interface ensures software confidentiality while the hardware CRC checks memory integrity.

CFIRE-TB Under development - ColdFire®  V2 embedded controllers are a range of high performance low power and low cost  32 bit micro-controllers.

Abitec's COLDFIRE Target Board C-FIRE-TB is based on the Freescale®  MCF52221 64 pin LQFP package.

Typical applications for the MCF5222x family are:

  • Security and Access control
  • Point of Sale
  • Light weight Health Care product
  • Industrial Automation
  • ZigBee™ control

The C-FIRE-TB can also be supplied as the comprehensive development package C-FIRE-DATS. 

C-FIRE-DATS consists of the C-FIRE-TB target board fitted with the powerful Freescale MCF52221 ColdFire®  V2 embedded  device, together with the Crossware™ ColdFire®  Software Development Suite complete with Fire Fly™  BDM interface. The MCF52221 is a high performance micro-controller with 128K bytes of downloadable non-volatile FLASH EEPROM and 16K bytes of SRAM.

ColdFire®  V2 embedded controllers are a range of high performance low power and low cost  32 bit micro-controllers.

Abitec's COLDFIRE Target Board C-FIRE-TB is based on the Freescale®  MCF52221 64 pin LQFP package.

Typical applications for the MCF5222x family are:
  • Security and Access control
  • Point of Sale
  • Light weight Health Care product
  • Industrial Automation
  • ZigBee™ control

The C-FIRE-TB can also be supplied as the comprehensive development package C-FIRE-DATS.

C-FIRE-DATS consists of the C-FIRE-TB target board fitted with the powerful Freescale MCF52221 ColdFire®  V2 embedded  device, together with the Crossware™ ColdFire®  Software Development Suite complete with Fire Fly™  BDM interface. The MCF52221 is a high performance micro-controller with 128K bytes of downloadable non-volatile FLASH EEPROM and 16K bytes of SRAM.

The 8051-DATS micro-controller trainer is supplied with the ATMEL T89C51RD2 chip fitted. This chip features FLASH memory, EEPROM and internal RAM.
A versatile Windows based real-time monitor communicates with a PC via the built-in serial port. The monitor includes a line assembler and dis-assembler, facilities to set break point and single step.
Also, with the facility to examine and change memory contents. Alternatively, a cross assembler package can be used.
MC11-DATS 68HC11 DEVELOPMENT & TRAINING SYSTEM is a comprehensive single-board computer based on the powerful and popular Motorola MC68HC11 micro-controller unit (MCU).
It is designed for use as a development system and training aid or may just as easily be used as a stand-alone controller or computer.
For simple applications, a ROM-resident monitor allows user programs to be quickly assembled on a Line-by-Line basis, then run and debugged.  More sophisticated programs may be assembled (or compiled) on the host PC using our cross development software.
The assembled code can then be downloaded, run and debugged on the MC11-DATS.
877-DATS is based on the "in system programmable" and erasable Microchip PIC16F877 CMOS FLASH device. The open target board has access to all functions of the micro-controller either by IDC connectors or screw terminals. 
"In-Circuit debugging" (ICD) is implemented using special hardware features built into the PIC16F877.
The target board is linked via the serial port to a PC in order to allow easy downloading of control code developed using Microchip's MPLAB software package or high level language development software.
PL-DATS  Programmable logic development and training system has been developed as a low cost solution to the introduction of "In system" Programmable Logic Device (PLD) programming and application.   
Using a proprietary, introductory level, PLD development software, programs can be developed on a Personal Computer. 
By connecting the PL-DATS hardware to the parallel port of the PC, programs can be downloaded into an "In system programmable" (ISP) device. 
The device can be repeatedly re-programmed without removal from the hardware. PL-DATS is available as a complete system comprising of the powerful but easy to use LATTICE isp Synario Starter Software together with the ABITEC PL-DATS hardware and Applications board Experiment manual. 
DIO Card
USB DIO
A series of individual data sheets with comprehensive specification details is available on each of the products outlined above.