![]() ![]() (Note that your port numbers might be different) Then you should see four new COM ports in your device manager. When you connect the FAST Pinball controller and power it on, you should see a popup like the one on the left below, and then shortly like the one on the right: #Coolterm nothing shows up windowsOn Windows you'll see a popup letting you know that a new device was found.Ĭlick the "Mac" or "Windows" tab below to see screenshots for your specific platform. #Coolterm nothing shows up macWhen you power the controller up and plug it into your computer, on Mac or Linux you won't even get notified of anything. When you connect the Nano to power, you should see the PWR LED come on, as well as another flashing LED (D2) near the LED CH4 connector.įAST Pinball controllers do not require any drivers. So you'll either need to make a cable to connect the Nano to your power supply or hook it up to your bench supply.Ĭonnect the FAST Nano to your computer via USB. The Nano gets its power from its 7-pin 0.156" header, and it requires 12V, 5V, and grounds for both. There are only two connections you need to make right now.Ĭonnect power to your FAST Nano. In this guide, we're going to use a FAST Nano controller. :) Step 1: Connect the wiresįor this first step, all we're going to do it connect to your FAST Pinball controller. In this guide, we will show you the specific steps for both Windows and Mac, and we figure that if you're using Linux then you will know what to do based on the steps we outline here. You can connect to your FAST Pinball Nano controller from any type of computer. This tutorial assumes that you have a FAST Nano controller and that you have a way to get 12V and 5V power to it. ![]() Sometimes there are also issues with being overloaded, but thats just thingspeak.Hello! We're FAST Pinball. The module basically disconnects even in the middle of an update. #Coolterm nothing shows up updateUpdate 2Īfter a lot more playing around with the ESP8266 module both through the USB to RS232 cable and connected to the FRDM-K64F KIT, I conclude that the new firmware is much worse than the older firmware in terms of inconsistent response when you run AT commands and disconnects from the WiFi network. So I did some simulation test in MATLAB and figured out how often we can push data to to avoid failure. In my testing so far I have realized that the success and consistency of the data upload depends heavily on the WiFi network and there are many things that can go wrong. If that is not consistent still after the firmware update, it will be time to move on to 3G connection and forget the WiFi. The other thing is uploading data to several fields within one channel at the same time. This is just to figure out how fast we can upload individual data points, for the K64F microcontroller can surely scan and read ADC values much faster than 20 seconds intervals. If that works, then I will lower the delay between GET /update? commands until it stops working. I will try to see if we can send the values programmatically in equal intervals, about 20 seconds apart. So I had this test channel setup on a long time ago but never used it. Connect to the esp8266 UART microcontroller UART and try to send values to.We now have a newer firmware in the board, hopefully running better than the old one it came with. ![]()
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