Getting started with IP Stack Implementation on TM4C1294

When I first got this problem statement I was honestly a bit overwhelmed, but then I decided to take a step back and then break the problem statement down. I realized that if I could understand what the goal of the system was, then I could easily come up with an approach to solve it.…


When I first got this problem statement I was honestly a bit overwhelmed, but then I decided to take a step back and then break the problem statement down. I realized that if I could understand what the goal of the system was, then I could easily come up with an approach to solve it. The goal of this system is to basically use a microcontroller and connect it to a network, so it can get an IP address, be pinged, and then maybe send or receive data using protocols. The microcontroller has a built in ethernet port, so it can get connected to the internet or a local area network.

The approach that I will be following can be divided into two phases. Phase one focuses on the prior background study of various technical terms and brushing up on concepts, which includes the following:

Phase 1

Phase 2 includes:

  • Installing Code composer studio + TIVA wave or Keil software.
  • Opening example project, building it and flashing it to the development board.
  • Connecting the ethernet cable to the router/laptop.
  • Finding the IP address assigned to the board.
  • Pinging it from the computer using the command prompt.
  • Opening the browser and going to the board’s IP.
  • Start modifying the code and adding data.
  • Using the sine table as a test signal or data source, once the IP starts working.

The next blog will cover my understanding and approach to tackling the first phase of this problem statement.


One response to “Getting started with IP Stack Implementation on TM4C1294”

  1. admin Avatar

    Good. The first step to solving a big problem, it to break it into smaller, doable goals.

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