![]() Industrial applications - Some Industrial Computers (IPC) are based on Raspberry Pi hardware/software.School and university teachers - It’s a low-cost way to use RoboDK in a classroom environment.Here are some users who we think might find the Raspberry Pi version useful: However, we are expecting that there will be many more uses. Who Will Use Raspberry Pi + RoboDKĪs mentioned above, we imagine that a lot of the uses of this new version of RoboDK will be educational. The best way to get the most use out of RoboDK and Raspberry Pi is to get your hands on both of them and try them out for yourself. Using the RoboDK API to drive robots automatically from the Raspberry Pi.Incorporate AI into your robot applications for research purposes.Setting up a low-cost robot training center with various Raspberry Pis so that several people can learn robot programming at the same time.vision sensors) which are not compatible with the robot controller. Incorporating sensors into your robot programming (e.g.Using the Raspberry Pi as a dedicated robot programming station which doesn’t require another computer.If you can think of an application, you can probably achieve it with the Raspberry Pi. As with every other Raspberry Pi project that we’ve seen over the years, the only limit to what you can do with the machine is your imagination. What would be the purpose of using the Raspberry Pi for offline programming your robot? After all, you can run RoboDK on a desktop computer or a laptop… You might be wondering if such a small computer can really be useful for robot programming. Is Raspberry Pi Really Good for Robot Programming? It is a smaller form-factor than the full-sized Raspberry Pi and has undergone compliance testing for European industrial standards.Īs an example, Kunbus is an Open Source Industrial Computer (IPC) based on Raspberry Pi. There is even a dedicated module - called ComputeIO - which is specifically targeted at industrial uses. Industrial Raspberry Piĭespite being originally targeted at educational uses, the Raspberry Pi is now used in many industrial applications. Note that as it’s a brand new board, there may be a wait for your order for some variants. If you want to be able to handle more complex robotic projects and speed up computation time for features like motion planning, this higher specification board is probably the best option. RoboDK does work with lower specification machines, but its capabilities scale with your computing power. If you’ve not invested in a Raspberry Pi yet, the Model 4 is probably the best option. It is also the first Raspberry Pi to include a VideoCore VI GPU which can boost the graphics frame rate by double compared to the Model 2. It has a 1.5GHz processor and the options of either 1GB, 2GB or 4GB RAM. Model 4 - The newest model is and a significant step up from previous models.Note that the smaller Model 3A+ (which was also released last year) only has 512MB RAM, which probably isn’t enough. It has a 1.4GHz processor and 1GB DDR2 RAM. Model 3B+ - Released in 2018, we have tested this model with RoboDK and found it to work well.Their processors are less than 1GHz and they have 1GB or less of low power DDR2 RAM. ![]() Model 2 and earlier - These are probably not compatible with RoboDK.Here’s how the models are compatible with RoboDK: ![]() Since then, there have been various models, each time with more impressive features. I first got my hands on a Raspberry Pi back in 2012 when the first model was released - the Model B which had 512Mb of RAM and a 700MHz clock. Raspberry Pi is a highly-flexible platform that gives you the power to build whatever you want to build. In one way it’s that simple: Raspberry Pi is just a tiny computer.īut, in another way, it’s not that simple at all. It has an ARM/Broadcom SoC (System on Chip) with a GPU, RAM and both wireless and wired connectivity options. The Raspberry Pi is basically a single, credit-card sized computer. However, it is likely that there will be far more applications than we could have ever imagined! What is the Raspberry Pi? RoboDK+Raspberry Pi combo may mostly be used for education purposes. This simple feature has led to an impressive and endless stream of innovative projects over the last 7 years both by hobbyists and within industry. ![]() It has allowed anybody to design and build their own embedded computer systems. If you are familiar with the Arduino, the Raspberry Pi has done for high-level computing what the Arduino has done for low-level electronics. What does a small computer have to offer you? The repercussions of such a simple device are often difficult to predict.
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