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  Device Programmers  
  In-System Programmers:  
  ChipProg in-system device programmers for production and engineering:  
  ChipProg-ISP2; CP12-B1 device programmers  
  The CPI2-B1 device programmer belongs to the ChipProg-ISP2 family of Phyton in-system production device programmers, designed for use with ATE, ICT, programming fixtures and automated handlers. It can also be used for development, and in stand-alone mode for field service. CPI2-B1 can be used for programming microcontrollers, flash memory and programmable logical devices.

Use of some CPI2-B1 programming features requires purchasing additional software licenses:
  • The CPI2-ACI license is tied to the programmer\'s hardware and enables remote control via DLL and other options.
  • CPI2-D-XXXX target-specific Device Driver Library licenses enable programming support for a certain group of devices.
  The price of a device programmer is the total of prices of hardware and optional licenses: CPI2-ACI and target-specific Device Driver Library license(s).  
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  ChipProg-ISP2; CP12-Gxxxx device programmers  
  ChipProg-ISP2 series of new Phyton device programmers includes CPI2-Gxxxx gang programmers intended for embedding into programming fixtures, ATE, ICT, and automated handlers for mass device programming. The series, based on a CPI2 programming engine, currently supports thousands of in-system programmable microcontrollers, flash memory and programmable logical devices (PLDs).

CPI2-Gxxxx programmers are available in two design configurations. Each configuration contains a compact motherboard, along with:
  • upright-positioned (perpendicular to the motherboard) CPI-GM1 plug-in modules (2 to 7 modules);
  • planar-positioned (parallel to the motherboard) CPI-GM1 plug-in modules (2 to 4 modules).
  Order code pattern is: CPI2-Gxx/yyPN, where:  
  • CPI2 – the family abbreviation;
  • G – type of the programmer: gang;
  • xx – number of direct programming channels (CPI2-GM1 modules plugged to motherboard);
  • yy – number of multiplexed programming channels;
  • P – orientation of the programming modules with respect to the motherboard: V for upright position, H –for planar;
  • N - hardware revision (1, 2, etc.)
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  ChipProg-ISP - universal in-system programmer for engineering and manufacturing  
  • Supports in-system programming for a variety of embedded microcontrollers, serial EEPROM & flash memory devices.
  • Communicate to a PC via a USB 2.0 compatible port.
  • Any number of concurrently working ChipProg-ISP chip burners can be driven from one computer or via a USB active hub.
  • Does not require an additional power adapter for the programming - the power is taken from the computer USB port.
  • Has a standard 14-pin connector for plugging changeable ISP cables connecting to the target.
  • The output connector is protected against incorrect connection to the target.
  • Being based on four independently working 32-bit microcontrollers and FPGAs, provides very fast loading & programming.
  • Works under control of Windows XP and Windows 7 32- and 64-bit versions. Easy-to-use and intuitive user interface.
  • Allows to work in a multi-programmer mode - unlimited number of ChipProg-ISP units can be driven from one computer.
  • 'Start' button for fast manual operations programmable to execute a single operation or a batch of them.
  • Vpp and other parameters precise adjustment via the software settings.
  • Project management - you can create, open and store an unlimited number of projects in the programmer software shell.
  • Supports loading files of all popular formats: Intel HEX, Binary, Motorola S-format, POF, JEDEC, PRG, ASCII Hex & Octal, etc.
  • Built-in editor supports sophisticated operations with blocks.
  • Splits files to multiple images.
  • Embedded script language for automation of routine operations.
  • Serialization of the programmed devices by writing a serial number into a specified target memory location.
  • Calculation of the control sum with capability to write it into a specified target memory location.
  • A unique signature can be written into a specified target memory location.
  • Advanced self-diagnostic start-up routine that check the target device reliable contact through the ISP programming cable.
  • Incorrect device connection check and overcurrent protection.
  • Lifetime free software updates via Web.
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