Installation of USBDM for Windows

Under Windows, installation is done with a standard Windows MSI file USBDM_X_X_X_X_Win.msi. 
Download from: USBDM Sourceforge
Note that there is a separate installation for the device drivers and you must select the version appropriate to your operating system see USB Driver Installation.

The USBDM installation will do the following:

  • Install stand-alone programmers for various targets

    • Kinetis
    • Coldfire V1
    • Coldfire V2,3,4
    • MC56F80xx
    • HCS08
    • HCS12
    • RS08
  • Install various utilities to support USBDM
    • BDM firmware updater
    • JS16 Bootloader
    • TCL interpreter
    • Coldfire V2,3,4 Unlocker
    • MC56F80xx Unlocker
    • JB16 Setboot utility
    • GDB Servers
  • Install documentation and Examples
  • Modify various other applications that USBDM is designed to work with. These applications need to be installed before USBDM.
    Note : It may be necessary to re-install the USBDM software if Codewarrior is updated or re-installed as USBDM modified files may be replaced.
    • CodeWarrior for Coldfire V7.2
    • CodeWarrior for DSC56800E V8.3
    • CodeWarrior Development Studio for S12(X) V5.1
    • CodeWarrior Development Studio for Microcontrollers V6.3
    • CW for MCU v10.1/v10.2/v10.3
    • Eclipse Juno, Kepler or Luna (need to manually select the installation directory)
    • Kinetis Design Studio
    • FreeMASTER V1.3
    • CF Flasher V3.1

Installation of USBDM for Linux

Under Linux, installation is done by standard Debian archive. This will do the following:

  • Install shared files to /usr/share/usbdm
  • Install executables to /usr/bin
  • Install shared libraries to /usr/lib/i386-linux-gnu/usbdm or /usr/lib/x86-linux-gnu/usbdm
  • Modify the /etc/udev/rules.d file to allow use of the USBDM hardware as a USB device.
  • Various GUI desktop icons are created for the programmers and GDB servers.
  • Modify various other applications that USBDM is designed to work with. These applications need to be installed before USBDM.
    • CW for MCU v10.1/v10.2
    • Eclipse
    • Kinetis Design Studio
  • A .usbdm directory will be created in the user's root directory when any programs are run.

Various programs are then available in the installation directory.

    • Stand-alone programmers for various targets

      • Kinetis
      • Coldfire V1
      • Coldfire V2,3,4
      • MC56F80xx
      • HCS08
      • HCS12
      • RS08
    • Various utilities to support USBDM
      • BDM firmware updater
      • JS16 Bootloader
      • TCL interpreter
      • Coldfire V2,3,4 Unlocker
      • MC56F80xx Unlocker
      • JB16 Setboot utility
    • Documention and Examples

USBDM RS08/HCS08/HCS12/Coldfire V1,2,3,4/DSC/Kinetis Debugger and Programmer -- Software Install的更多相关文章

  1. USBDM RS08/HCS08/HCS12/Coldfire V1,2,3,4/DSC/Kinetis Debugger and Programmer -- Driver Install

    Installation of USBDM USB drivers for Windows There are four installers provided: USBDM_Drivers_x_x_ ...

  2. USBDM RS08/HCS08/HCS12/Coldfire V1,2,3,4/DSC/Kinetis Debugger and Programmer -- MC9S08JS16

    Introduction The attached files provide a port of a combined TBDML/OSBDM code to a MC9S08JS16 proces ...

  3. USBDM RS08/HCS08/HCS12/Coldfire V1,2,3,4/DSC/Kinetis Debugger and Programmer -- MC9S08JM16/32/60

    Introduction The attached files provide a port of a combined TBDML/OSBDM/TBLCF code to a MC9S08JM16/ ...

  4. USBDM RS08/HCS08/HCS12/Coldfire V1,2,3,4/DSC/Kinetis Debugger and Programmer -- BDM Construction and Firmware

    Construction. Build the hardware using the information provided in the PCB download. The following a ...

  5. USBDM Debugger interface for Freescale RS08,HCS08,HCS12,Coldfire and ARM-Kinetis Devices.

    Introduction USBDM is a debugger hardware interface for a range of Freescale microcontrollers. It is ...

  6. USBDM Coldfire V2,3,4/DSC/Kinetis Debugger and Programmer -- MC9S08JS16

    Introduction The attached files provide a port of a combined TBLCF/DSC code to a MC9S08JS16 processo ...

  7. USBDM Kinetis Debugger and Programmer

    Introduction The FRM-xxxx boards from Freescale includes a minimal SWD based debugging interface for ...

  8. [原创]adb使用教程v1.0-----by-----使用logcat快速抓取android崩溃日志

    原文再续,书接上回:<使用logcat快速抓取android崩溃日志>中提到的工具包可以下载拉~ <使用logcat快速抓取android崩溃日志>:http://www.cn ...

  9. InfluxDB v1.6.4 下载

    InfluxDB v1.6.4 OS X (via Homebrew) brew update brew install influxdb Docker Image docker pull influ ...

随机推荐

  1. Floyd判圈算法 UVA 11549 - Calculator Conundrum

    题意:给定一个数k,每次计算k的平方,然后截取最高的n位,然后不断重复这两个步骤,问这样可以得到的最大的数是多少? Floyd判圈算法:这个算法用在循环问题中,例如这个题目中,在不断重复中,一定有一个 ...

  2. CSUST 1506 ZZ的计算器 模拟题

    题目描述:实现一个计算器,可以进行任意步的整数以内的加减乘除运算,运算符号只有+.-.*./,求出结果. 解题报告:一个可以说麻烦的模拟题,我们可以这样,输入以字符串的形式输入,然后将输入先做一遍预处 ...

  3. Python2的object和type

    前言: Python在2.2和3.0之间,把继承了object的类叫做新式类,如果我们定义了一个类,他没有继承object,则不是新式类,则没有__class__,__bases__等属性,而用typ ...

  4. 使用sp_executesql

    建议您在执行字符串时,使用 sp_executesql 存储过程而不要使用 EXECUTE 语句.由于此存储过程支持参数替换,因此 sp_executesql 比 EXECUTE 的功能更多:由于 S ...

  5. python之celery使用详解(二)

    前言 前面我们了解了celery的基本使用后,现在对其常用的对象和方法进行分析. Celery对象 核心的对象就是Celery了,初始化方法: class Celery(object): def __ ...

  6. arm GIC介绍之四【转】

    转自:https://blog.csdn.net/sunsissy/article/details/73882718 GIC是ARM体系中重要的组件,在认识到GIC的组成和功能之后,了解到IRQ的大致 ...

  7. Explain EV in /proc/bus/input/devices data【转】

    转自:https://unix.stackexchange.com/questions/74903/explain-ev-in-proc-bus-input-devices-data It repre ...

  8. 洛谷P3387 【模板】缩点 题解

    背景 今天\(loj\)挂了,于是就有了闲情雅致来刷\(luogu\) 题面 洛谷P3387 [模板]缩点传送门 题意 给定一个\(n\)个点\(m\)条边有向图,每个点有一个权值,求一条路径,使路径 ...

  9. Android 隐藏、显示软键盘方法

    隐藏软键盘的终极方法: public class SoftKeyboardUtil { /** * 隐藏软键盘(只适用于Activity,不适用于Fragment) */ public static ...

  10. Ocelot + IdentityServer4 构建 GateWay

    上一篇已经构建好了例子,接下来将IdentityServer4添加到Ocelot中去实现 配置一个客户端配置,可以构建一个简单的客户端信息,这里我用的混合模式,配置比较多,对于客户端模式而言实际很多都 ...