CYCLONEMAX CYCLONE MAX 刻录IC Fr

·Several Supported Architectures
FreescaleColdFireV2/V3/V4,Qorivva(MPC5xx/8xx),Qorivva(MPC55xx/56xx),Kinetis ARM, andARM(MAC7xxx) microcontrollers.

·Multiple Communications Interfaces
USB, Serial, and Ethernet interfaces.

·On-Board Storage
The Cyclone MAX may be pre-programmed with a non-volatile programming image and controlled via the LCD/Buttons or remotely from a PC. Stand-alone programming operation does not require a PC.

·Multiple Image Support
Multiple programming images may be stored in Cyclone MAX memory. Learn more about managing multiple images in ourExpert's Corner.

·LCD Display
An LCD menu display, in conjunction with the status LEDs and buttons, allows stand-alone control and configuration of the Cyclone MAX.

·Debugging

 

·Interactive Programming via a Host PC

 

·Stand-alone Operation

 

·PC Controlled Stand-alone Programming

 

·User Controlled Stand-alone Programming

 

·Third-party API

 

Explore Cyclone MAX functions...

·Software
Highly intuitive configuration software, automated control software, and interactive programming software. Supported by development software from P&E, Freescale, and other third party vendors.View complete list...

·Power Supply/Cables
Ships with a power supply, communications interface cables, and target connection cables for a variety of microcontrollers.View complete list...

·Cyclone PowerPack
Alightweight and compact batteryfor fully operational field programming.

·CompactFlash Activation
Expand the Cyclone's memory by activating theCompactFlashexpansion port.

·Cyclone Automated Programming Package
.DLLthat allows control of multiple Cyclones, dynamic data programming, access to multiple programming images, and more.

back to menu
Interactive Debugging*
The Cyclone MAX can be used in an interactive fashion via the Serial, USB, or Ethernet ports in order to connect to and debug a microprocessor-based target. The Serial and USB ports can be used to access the target hardware directly from the Host PC, while the Ethernet port allows the target hardware to be placed anywhere on the corporate LAN or even the Internet.

back to menu
Interactive Programming via a Host PC*
Like the Interactive Debug mode, the Interactive Programming mode allows for programming the flash of a target hardware via the Serial, USB, or Ethernet interfaces. The user can accomplish this either manually through the PROG software, or in an automated fashion through running the command line version of the programmer (CPROG). When used with the command line version of the Programmer, the Cyclone MAX can return error codes, which provide for a seamless and automated means of programming target hardware and getting pass/fail status.

·Host PC Command Packet Launches Programming

·Cyclone PRO/MAX Image Programmed To Target

·Cyclone Receovers Successful Result Or Error To PC

back to menu
Stand-alone Operation
Although the Cyclone MAX can be used in an interactive mode to program or debug target hardware, one of its best features is its ability to work in a pre-configured, stand-alone mode. This ability is very useful for tasks like upgrading firmware in the field, or programming target boards on production lines. In this mode, the user pre-configures the Cyclone MAX with an image that is to be programmed into the target hardware. Once the Cyclone MAX is configured, the programming process may be initiated from the Host PC or by an operator in the field. The Cyclone unit may be powered with the optionalCyclone_PowerPack, which is a lightweight and compact lithium ion battery (available separately). The combination of the Cyclone programmer and the battery pack creates a fully operational field programming setup that is lightweight, compact, and extremely portable.

back to menu
PC Controlled Stand-alone Programming
In this mode, an image has already been programmed into the Cyclone MAX. The PC launches the programming process with a simple command packet. Flash programming occurs directly from the Cyclone PRO/MAX image to the target. The result is sent back to the host computer. As part of the command packet,dynamic data such as a serial numbermay be added to the fixed image being programmed into the target.

·Multiple Cyclone Control

·Error Detection

·Dynamic Data Programming

·Image Maintenance

back to menu
User Controlled Stand-alone Programming
When detached from a PC, the Cyclone MAX can still operate as a stand-alone programmer. The buttons are used to launch the programming process, and the LEDs display the status of the programming operation. This is ideal for short programming runs or for field updates, where having a PC may not be desirable. In the field, the Cyclone unit may be powered with the optionalCyclone_PowerPack, which is a lightweight and compact lithium ion battery (available separately).

back to menu
Third-party API
Interactive debug, programming, and stand-alone operations can be performed using third-party tools. P&E publishes an API in the form of UNIT libraries that allow third-party developers to access the Cyclone MAX’s features via Serial, USB, or Ethernet ports. For more information, please see theINTERFACE LIBRARY ROUTINES.

back to menu
Accompanying Software and Utilities
The Cyclone Max is accompanied by the following software and utilities:

·Cyclone Max IP Setup Utility:Network IP Setup Utility which enables users to set network parameters, associate a name with each particular Cyclone MAX, and upgrade the Cyclone MAX Firmware.

·Interactive Programming Software:Allows manually-controlled programming for ColdFire V2/V3/V4, Power MPC5xx/8xx, and Qorivva MPC55xx/56xx (Nexus) devices.

·Cyclone Max Image Creation Utility:Configures the Cyclone Max with a programming image.

·SAP Launch Utility:May be invoked in a batch file to carry out preconfigured operations.

back to menu
Power Supply and Cables
Ships with Power Supply, DB9 Serial Cable, Ethernet Cable, USB 2.0 A/B Cable, as well as target connection cables for: Synchronous Coldfire V2/3/4 (Cable-CF-Adapter), Asynchronous ColdFire V2/3/4, Power MPC5xx/8xx, Qorivva MPC55xx/56xx, and ARM microcontrollers.