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There are three editions of the Keil C51 Development Kit offering you a choice that best fits your software development needs: PK51™ - The Professional Kit supports classic and extended 8051 devices and includes the µVision IDE and Debugger. The TExaS software needed for the Embedded Systems MOOC is available for downloading. Step 1) How to install Keil uVision for the ARM, MDK-Lite (32KB) Edition. We are using Keil uVision IDE, and we are writing software in C. These programs only run on Windows (XP, Vista, 7, 8, or 10.). Just remember that the free download is an evaluation version that does not have the full capabilities of the real product. There are several software’s available to compile program and also to load HEX file into 8051. Here we’ll use Keil MicroVision an Integrated Development Environment (IDE), which integrate a text editor to write programs, a compiler which convert your source code to hex file.

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Keil MDK is the complete software development environment for a range of Arm Cortex-M based microcontroller devices. MDK includes the µVision IDE and debugger, Arm C/C++ compiler, and essential middleware components. It supports all silicon vendors with more than 8,500 devices and is easy to learn and use.

Our latest video shows how to use a free Fixed Virtual Platform model in MDK:

Arm FuSa RTS is a set of safety-certified software components for Cortex-M devices that includes RTX RTOS, C Library, CMSIS-Core and Event Recorder. It natively integrates with Keil MDK and is certified for use with the safety qualified Arm C/C++ Compiler. This approach simplifies system design and validation and frees up time for the development and certification of the end application.

ULINK debug adapters allow you to program, debug, and analyze your embedded applications. ULINKpro adapter provides high performance streaming of instruction trace. ULINKplus enables power measurement and test automation. ULINK2 is the best choice for basic debugging of Arm and legacy architectures.

Keil C51 is the industry-standard toolchain for all 8051-compatible devices, it supports classic 8051, Dallas 390, NXP MX, extended 8051 variants, and C251 devices. The µVision IDE and debugger integrates complete device simulation, interfaces to many target debug adapters, and provides various monitor debug solutions.

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Keil C166 development tools support the Infineon C166, XC166, XE166, XC2000 and ST10 microcontroller families. The µVision IDE and debugger interfaces to the Infineon DAVE code generation tool and various debug solutions including the ULINK2.

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In this tutorial, we will look at how to use Keil uVision5 for LPC2148 ARM7 Microcontroller. This tutorial is requested by one of our fellow readers. There are many folks want to migrate from uVision4 to Keil uVision5. It’s been years now, Keil-MDK5 has been released. I remember when I tried my hands first time with Keil uVision5. It took me for a while to figure out why LPC2148 is not listed in “select device for target” menu while creating new project. I am sure this post will answer all of your questions regarding Keil-MDK5.

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Also, we will Create Fresh New Project using Keil uVision5 for LPC2148 ARM7 Microcontroller. Anyways it’s very simple we only have to follow few tricky steps while installing Keil uVision5 for LPC2148 ARM7 Microcontroller. If you’re already using Keil uVision4 then you might be familiar with installation of Keil uVision5 which is similar. For first time users, we need to download setup Click Here. Make sure to fill registration form while downloading setup file. All the information such as name and email address you may need to provide while using Keil uVision5 for first time. Let’s download Keil uVision5.

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Once we fill registration form we will be directed to following page. Just click on .EXE file and download setup.

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Once we’re ready with download. We need to install Keil uVision5. After installation of Keil uVision5 here comes tricky part. At this point if we try to create fresh new project using Keil uVision5 for LPC2148 ARM7 Microcontroller. We would not find LPC2148 or NXP into device list. To get list of all ARM7 microcontroller chips into device list we need to install software packs which will support LPC2148 ARM7 Microcontroller. Although in uVision4 we need not to do this but in Keil uVision5 we must install software packs prior to create project for our target chip. Here is the link to get software packs: http://www2.keil.com/mdk5/legacy
Keil Software

I believe at this point we all have successfully installed Keil uVision5 and legacy software packs for ARM7 Microcontrollers

Create Project using Keil uVision5 for LPC2148 ARM7 Microcontroller:

  • Create a folder on desktop
  • Open Keil uVision5 Application
  • Go to Project –> New uVision Project

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  • Give Name to Project e.g. “test” –> Save (Browse this project file into newly created folder on desktop).
  • We will get popup box Select Device for Target “Target1”. There will be a drop down menu where we have to choose Legacy Device Database [no RTE]. We notice that extended list of device families will be added into left pane of popup box.
  • Just search for our target chip in search box, which is NXP LPC2148 in this case. Then Select LPC2148 from the list and hit on OK.
  • Next step is to add startup file, simply hit on Yes. Workplace is ready to write code for application development.
  • Now we need to add c file to write simple application. Go to File –> New –> We will get text file Save As this text file as main.c.
  • At this point we need to add this main.c file to our project tree. Right click on Target1 and click on Manage Project Items…
  • On a dialog box hit on Add Files and select main.c file and hit on Add button. Just click close and then hit on Ok. At this point main.c file is listed into source tree of project pane. Now we’re ready to write code.
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  • Once we build our project, we will generate .HEX file to load onto LPC2148 ARM7 Microcontroller.

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  • To find HEX file, we need to look into Project Folder –> Objects folder –> .HEX file.

Keil Software For 8051

We hope this tutorial will guide you through how to create project using Keil uVision5 for LPC2148 ARM7 Microcontroller. The procedure remains same even for other Microcontroller architectures such as ARM7, ARM9, and Cortex-R. Just make sure that you have installed proper legacy software packs for your target device. If in case you have any question regarding Keil uVision5. Please feel free to post into comment section. Thank You!!!