Getting started - Revision history

Elias at 10:25, 15 May 2024

2024-05-15T10:25:43Z

2024-05-15T10:21:49Z

‎Using Ethernet

2024-05-15T10:20:34Z

2024-05-15T10:11:10Z

‎How do I get started?

2024-05-15T10:10:26Z

‎How do I get started?

2022-01-23T00:57:07Z

2021-07-26T08:18:16Z

2021-07-26T08:15:37Z

2021-05-01T15:04:24Z

2018-10-20T21:31:51Z

‎How do I get started?

@@ Line 4: / Line 4: @@
 [[File:Http.png|thumb]]
-It can be a good idea to test the board on the bench before installing it in the printer. Use the USB-C connector or the 24V power plug to power.
+It can be a good idea to test the board on the bench before installing it in the printer. This short guide will give some steps to go through in order to verify that the software installed on the board is working properly by getting the user access to the user interface.
-Once power is applied, you should see a white LED light up in the middle of the board. After a few seconds, there should be activity on the eMMC LED, the CPU LED and on the heartbeat LED.
+===Applying power===
 ===Using Ethernet===

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 ===Using Ethernet===
-Connect the ethernet cable between the board and your local network. Once the cable is connected, you should see some activity on the two LEDs on the RJ45 connector. You can verify that the board responds to ping requests by using the ping command in Windows and Linux.
+Connect the ethernet cable between the board and your local network. Once the cable is connected, you should see some activity on the two LEDs on the RJ45 connector. The IP address should be automatically configured by your router using DHCP.
 ===Using Wifi===

@@ Line 4: / Line 4: @@
 [[File:Http.png|thumb]]
-It can be a good idea to test the board on the bench before installing it in the printer. Use the USB-C connector or the 24V power plug to power the board and connect the ethernet cable between the board and your local network.
+It can be a good idea to test the board on the bench before installing it in the printer. Use the USB-C connector or the 24V power plug to power.
 Once power is applied, you should see a white LED light up in the middle of the board. After a few seconds, there should be activity on the eMMC LED, the CPU LED and on the heartbeat LED.
-Once the board is powered up, use a computer to access the web interface provided by OctoPrint/MainSail/Fluidd (the UI).
+===Using Ethernet===
-In order to get access the UI, a network cable must be connected to the board and to a network switch. It is also possible to use a wifi dongle.
+Connect the ethernet cable between the board and your local network. Once the cable is connected, you should see some activity on the two LEDs on the RJ45 connector. You can verify that the board responds to ping requests by using the ping command in Windows and Linux.
 If a network cable is used, the board should respond to the address:
 http://recore.local

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-==How do I get started?==
+[[File:USB-C.png|thumb]]
-# Wire up your 3D printer to the [[Replicape_Rev_B | Replicape]] or [[Recore_A6]], [[Recore_A7]] or [[Recore_A8]].
+[[File:Ethernet.png|thumb]]
-# Install [[Refactor]] on the BeagleBone Black or Recore.
+[[File:Blink.png|thumb]]
-#* Recore comes with Refactor pre-installed.
+[[File:Http.png|thumb]]
-#* For Replicape, Refactor needs to be installed.
-# Connect to the device [[Connecting]].
+It can be a good idea to test the board on the bench before installing it in the printer. Use the USB-C connector or the 24V power plug to power the board and connect the ethernet cable between the board and your local network.
-# Adjust the [[Klipper_settings]] for your 3D printer.

@@ Line 1: / Line 1: @@
 ==How do I get started?==
-# Wire up your 3D printer to the [[Replicape_Rev_B | Replicape]] or [[Recore_A6]].
+# Wire up your 3D printer to the [[Replicape_Rev_B | Replicape]] or [[Recore_A6]], [[Recore_A7]] or [[Recore_A8]].
 # Install [[Refactor]] on the BeagleBone Black or Recore.
 #* Recore comes with Refactor pre-installed.