Difference between revisions of "RPI-CONSOLE-U"

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[[File:tindie-mediums.png|link=https://www.tindie.com/products/land_boards/raspberry-pi-console-card-rpi-console-u/]]
 
[[File:tindie-mediums.png|link=https://www.tindie.com/products/land_boards/raspberry-pi-console-card-rpi-console-u/]]
 +
 +
[[File:RPI-CONSOLE-U-MTD-PI-ORTHO-X1_6013-640PX.jpg]]
  
 
<video type="youtube">7CgPtWzIAok</video>
 
<video type="youtube">7CgPtWzIAok</video>
−
 
−
[[File:RPI-CONSOLE-U-MTD-PI-ORTHO-X1_6013-640PX.jpg]]
 
  
 
== Features ==
 
== Features ==
Line 9: Line 9:
 
* Console port lets you talk to your Raspberry Pi over USB without a keyboard/mouse/monitor or Ethernet connection.
 
* Console port lets you talk to your Raspberry Pi over USB without a keyboard/mouse/monitor or Ethernet connection.
 
** 115200 baud
 
** 115200 baud
−
* USB Micro-B connector** Mounted on the bottom of the card
+
* USB Micro-B connector
−
** See also our [[RPI-CONSOLE USB Mini connector version]]
+
** Mounted on the bottom of the card
 +
** See also our [[RPI-CONSOLE|USB Mini connector version]]
 
* Real FTDi [https://www.ftdichip.com/Support/Documents/DataSheets/ICs/DS_FT230X.pdf FT230XS]
 
* Real FTDi [https://www.ftdichip.com/Support/Documents/DataSheets/ICs/DS_FT230X.pdf FT230XS]
 
* Jumper selectable - power the Pi from your computer's USB port.
 
* Jumper selectable - power the Pi from your computer's USB port.
Line 16: Line 17:
 
* Transmit/receive LEDs
 
* Transmit/receive LEDs
 
* 26-pin connector works with Model A and Model B Pis
 
* 26-pin connector works with Model A and Model B Pis
 +
 +
== Options ==
 +
 +
=== Extended 26-pin Connector ===
 +
 +
From RPI-CONSOLE page
 +
 +
[[File:RP-Console-CCA-X1-4959-Ext26-640px.jpg]]
 +
 +
=== Extended 40-pin Connector ===
 +
 +
From RPI-CONSOLE page
 +
 +
[[File:RP-Console-CCA-X1-4955-Ext40-640px.jpg]]
 +
 +
=== Low profile 26-pin Connector ===
 +
 +
[[File:RPI-CONSOLE-U-MTD-PI-ORTHO-X1 6013-640PX.jpg]]
 +
 +
== Driver ==
 +
 +
[[RPI-CONSOLE#Driver|Windows Driver setup]]
 +
 +
== Prototype Qualification Tests ==
 +
 +
[[RPI-CONSOLE#Prototype_Qualification_Tests|Qualification Testing]]
 +
 +
== Factory Acceptance Tests ==
 +
 +
Procedure to test RPI-Console-U card
 +
 +
=== GVSDuino wired to custom board ===
 +
 +
[[File:RPI-Console-Test-5459-cropped-640px.jpg]]
 +
 +
* Custom [[RASPI-PLUS-GVS-CFG]] Test card to [[GVSDuino]] card wiring
 +
** Wire V5-1 header pin S (pin 3) to GVSDuino GVS pin D3 SIG (TX)
 +
** Wire V5-2 header pin S (pin 3) to GVSDuino GVS pin D2 SIG (RX)
 +
** Wire V5-1 header pin GND (pin 1) to GVSDuino GVS pin D2 GND
 +
** Wire V5-2 header pin GND (pin 1) to GVSDuino GVS pin D3 GND
 +
** Wire V5-1 header pin +5V (pin 2) to GVSDuino GVS pin D2 +5V power
 +
** Wire V5-2 header pin +5V (pin 2) to GVSDuino GVS pin D3 +5V power
 +
* [[GVS-Switch]] to [[GVSDuino]] wiring
 +
**[[GVS-Switch]] Pin 1 (GND) to [[GVSDuino]] J3 pin 6
 +
** [[GVS-Switch]] Pin 2 (VCC) to [[GVSDuino]] J3 pin 2
 +
** [[GVS-Switch]] Pin 3 (RESET*) to [[GVSDuino]] J3 pin 7
 +
 +
=== Test Software ===
 +
 +
* Push button to reset on [[GVSDuino]] to send out canned message
 +
* Poll for receive character
 +
** When character is received, echo back character
 +
* Loop forever
 +
* [https://github.com/land-boards/lb-Arduino-Code/tree/master/LBCards/RPI-Console/RPI-LOOP2 Code on GitHub]
 +
** Uses Software Serial to add a second UART to the [[GVSDuino]]
 +
** Test pattern code
 +
<pre>
 +
  mySerial.println("The quick brown fox jumped over the lazy dog");
 +
  mySerial.println("0123456789");
 +
  mySerial.println("asdfghjkl");
 +
  mySerial.println("Hit keys to test");
 +
</pre>
 +
 +
=== Test Procedure ===
 +
 +
* Test setup as above
 +
* Test setup powered down
 +
* Install UUT (RPI-Console-U card being tested)
 +
* Connect USB Micro cable from Test Computer to UUT
 +
* Boards should power up
 +
* Look in Device manager to make sure COM port was added
 +
* Run putty on Test Computer
 +
** Select COM port in putty
 +
** 9600, n, 8, 1
 +
** No handshake
 +
* Hit reset on [[GVS-Switch]] card on 830 point breadboard
 +
* Verify the message comes back
 +
<pre>
 +
The quick brown fox jumped over the lazy dog
 +
0123456789
 +
asdfghjkl
 +
Hit keys to test
 +
</pre>
 +
* Type and verify that the character comes back
 +
* Disconnect USB to RPI-Console
 +
 +
=== Custom wired RASPI-PLUS-GVS-CFG bare board ===
 +
 +
[[File:RPI-CONSOLE-TEST-BOARD-640PX.jpg]]
 +
 +
* Card is connected to act as a Raspberry Pi emulator
 +
** Install 20x2 male header going up on board to board connector at top of the board
 +
** Install the TXS0108EWPR 3.3V<>5V Voltage Translator at U2
 +
** Install F1 (5V fuse)
 +
** Install 3.3V regulator at C2 position
 +
 +
[[File:VREG pkg.PNG]]
 +
 +
[[File:RPI-CONSOLE-VREG-WIRING.jpg]]
 +
 +
* Wire the Vreg
 +
** VReg pin 1 goes to ground side of C2
 +
** VReg pin 2 goes to +3.3V side of C2
 +
** Jumper tab to VReg pin 2
 +
** Wire VReg pin 3 to V5-8 pin 2 (+5V)
 +
* Add 47 uF cap from IO16-2 (+5V) and IO16-1 (GND)
 +
* Install 330 Ohm resistor at R4
 +
* Install 3mm LED at W jumper (J22-1 to J22-2) position (Cathode of LED to pin 1 of J22)
 +
* Add wire from UART connector pin 3 to V3-1 pin (TXD on CFG card) (Serial out from Pi)
 +
* Add wire from UART connector pin 4 to V3-2 pin (RXD on CFG card) (Serial in to Pi)
 +
* Install 2x3 header at V5-1/V5-2 position
 +
** V5-1 (pin 1 = GND, pin 2 = +5V, pin 3 = TxD - Serial out from the Arduino)
 +
** V5-2 (pin 1 = GND, pin 2 = +5V, pin 3 = RxD - Serial in to the Arduino)
 +
 +
== Specs ==
 +
 +
* [http://www.adafruit.com/product/1112 26-pin stacking connector]
 +
* [https://www.adafruit.com/products/2223 40-pin stacking connector]
 +
 +
== External links ==
 +
 +
* [https://learn.adafruit.com/adafruits-raspberry-pi-lesson-5-using-a-console-cable/test-and-configure Adafruit tutorial]
 +
* [https://github.com/raspberrypi/noobs/tree/dev#how-to-automatically-install-an-os NOOBS without a display]
 +
* [http://www.ftdichip.com/Support/Documents/AppNotes/AN_123_How%20COM%20Ports_Are%20Allocated%20on%20Driver_Installation.pdf How COM Ports Are Allocated On Driver Installation]
 +
 +
== Rev X3 (vs X2) ==
 +
 +
* Moved "Power Pi from USB" connector to center of card
 +
* Rev X2 (vs X1)
 +
* Moved connector slightly closer to the edge
 +
* Made USB connector PWB pads longer
 +
* Adds ID resistor pads to USB pin
 +
** Not populated
 +
 +
== Rev X1 Checkout ==
 +
 +
* Micro USB mounting holes fit well
 +
* Connector could be slightly farther to the edge
 +
* USB connector PWB pads were too short - trimmed pins to fit
 +
* Ordered 3 more from OshPark new X2 rev
  
 
== Assembly Sheet ==
 
== Assembly Sheet ==
  
 
* [[RPI-CONSOLE-U Assembly Sheet]]
 
* [[RPI-CONSOLE-U Assembly Sheet]]

Latest revision as of 20:44, 31 March 2022

Tindie-mediums.png

RPI-CONSOLE-U-MTD-PI-ORTHO-X1 6013-640PX.jpg

Features

  • Console port lets you talk to your Raspberry Pi over USB without a keyboard/mouse/monitor or Ethernet connection.
    • 115200 baud
  • USB Micro-B connector
  • Real FTDi FT230XS
  • Jumper selectable - power the Pi from your computer's USB port.
    • Some nwere Pi cards may take too much power
  • Transmit/receive LEDs
  • 26-pin connector works with Model A and Model B Pis

Options

Extended 26-pin Connector

From RPI-CONSOLE page

RP-Console-CCA-X1-4959-Ext26-640px.jpg

Extended 40-pin Connector

From RPI-CONSOLE page

RP-Console-CCA-X1-4955-Ext40-640px.jpg

Low profile 26-pin Connector

RPI-CONSOLE-U-MTD-PI-ORTHO-X1 6013-640PX.jpg

Driver

Windows Driver setup

Prototype Qualification Tests

Qualification Testing

Factory Acceptance Tests

Procedure to test RPI-Console-U card

GVSDuino wired to custom board

RPI-Console-Test-5459-cropped-640px.jpg

  • Custom RASPI-PLUS-GVS-CFG Test card to GVSDuino card wiring
    • Wire V5-1 header pin S (pin 3) to GVSDuino GVS pin D3 SIG (TX)
    • Wire V5-2 header pin S (pin 3) to GVSDuino GVS pin D2 SIG (RX)
    • Wire V5-1 header pin GND (pin 1) to GVSDuino GVS pin D2 GND
    • Wire V5-2 header pin GND (pin 1) to GVSDuino GVS pin D3 GND
    • Wire V5-1 header pin +5V (pin 2) to GVSDuino GVS pin D2 +5V power
    • Wire V5-2 header pin +5V (pin 2) to GVSDuino GVS pin D3 +5V power
  • GVS-Switch to GVSDuino wiring

Test Software

  • Push button to reset on GVSDuino to send out canned message
  • Poll for receive character
    • When character is received, echo back character
  • Loop forever
  • Code on GitHub
    • Uses Software Serial to add a second UART to the GVSDuino
    • Test pattern code
  mySerial.println("The quick brown fox jumped over the lazy dog");
  mySerial.println("0123456789");
  mySerial.println("asdfghjkl");
  mySerial.println("Hit keys to test");

Test Procedure

  • Test setup as above
  • Test setup powered down
  • Install UUT (RPI-Console-U card being tested)
  • Connect USB Micro cable from Test Computer to UUT
  • Boards should power up
  • Look in Device manager to make sure COM port was added
  • Run putty on Test Computer
    • Select COM port in putty
    • 9600, n, 8, 1
    • No handshake
  • Hit reset on GVS-Switch card on 830 point breadboard
  • Verify the message comes back
The quick brown fox jumped over the lazy dog
0123456789
asdfghjkl
Hit keys to test
  • Type and verify that the character comes back
  • Disconnect USB to RPI-Console

Custom wired RASPI-PLUS-GVS-CFG bare board

RPI-CONSOLE-TEST-BOARD-640PX.jpg

  • Card is connected to act as a Raspberry Pi emulator
    • Install 20x2 male header going up on board to board connector at top of the board
    • Install the TXS0108EWPR 3.3V<>5V Voltage Translator at U2
    • Install F1 (5V fuse)
    • Install 3.3V regulator at C2 position

VREG pkg.PNG

RPI-CONSOLE-VREG-WIRING.jpg

  • Wire the Vreg
    • VReg pin 1 goes to ground side of C2
    • VReg pin 2 goes to +3.3V side of C2
    • Jumper tab to VReg pin 2
    • Wire VReg pin 3 to V5-8 pin 2 (+5V)
  • Add 47 uF cap from IO16-2 (+5V) and IO16-1 (GND)
  • Install 330 Ohm resistor at R4
  • Install 3mm LED at W jumper (J22-1 to J22-2) position (Cathode of LED to pin 1 of J22)
  • Add wire from UART connector pin 3 to V3-1 pin (TXD on CFG card) (Serial out from Pi)
  • Add wire from UART connector pin 4 to V3-2 pin (RXD on CFG card) (Serial in to Pi)
  • Install 2x3 header at V5-1/V5-2 position
    • V5-1 (pin 1 = GND, pin 2 = +5V, pin 3 = TxD - Serial out from the Arduino)
    • V5-2 (pin 1 = GND, pin 2 = +5V, pin 3 = RxD - Serial in to the Arduino)

Specs

External links

Rev X3 (vs X2)

  • Moved "Power Pi from USB" connector to center of card
  • Rev X2 (vs X1)
  • Moved connector slightly closer to the edge
  • Made USB connector PWB pads longer
  • Adds ID resistor pads to USB pin
    • Not populated

Rev X1 Checkout

  • Micro USB mounting holes fit well
  • Connector could be slightly farther to the edge
  • USB connector PWB pads were too short - trimmed pins to fit
  • Ordered 3 more from OshPark new X2 rev

Assembly Sheet

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