RaspberryPi

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Raspberry Pi Page

Raspberry Pi Cards

Documentation Function 3.3V GPIO 5V GPIO Compatible with
RasPi-GVS GVS card 0 16 All Raspberry Pi Models
RPP-UIO-16 GVS card 3.3V/5V 26 0-16 Raspberry Pi Models A+, B+, Pi 2
RASPI-PLUS-GVS GVS card 5V 9 16 Raspberry Pi Models A+, B+, Pi 2
RASPI-PLUS-GVS-CFG Configurable GVS hat 26 0-8 Raspberry Pi Models A+, B+, Pi 2
RPIO-TINY GVS card 17 0 All Raspberry Pi Models
RPIO-TINY-2 GVS card 17 0-8 All Raspberry Pi Models
RPIO-TINY-3 GVS card 17 0 All Raspberry Pi Models
RPI-MDI Servo card 3 0 All Raspberry Pi Models
RPI-CONSOLE Console extender card (Mini USB) N/A N/A All Raspberry Pi Models
RPI-CONSOLE-U Console extender card (Micro USB) N/A N/A All Raspberry Pi Models
RPI-I2C-HUB I2C Hub/repeater/level translator card N/A N/A All Raspberry Pi Models
RPPSOC Programmable System On a Chip N/A N/A Raspberry Pi Models A+, B+, Pi 2, Pi 3
RPI-PWR Raspberry Pi Recessed Power Card N/A N/A All Raspberry Pi Models
PIATX Raspberry Pi <> ATX Case Connections N/A N/A All Raspberry Pi Models
PC-Case-USB ATX Case USB Connections N/A N/A All Raspberry Pi Models
RPI_PSOC5 Raspberry Pi "Clone" N/A N/A All Raspberry Pi Models

Prototyping plate

The Adafruit prototyping "plate" (ie, daughtercard) is available here.

Adafruit prototyping plate 801-04.jpg

If you put a mini-breadboard in the middle it obscures the silkscreen markings for the port numbers so the above picture can help determine which header pin corresponds to which channel.

Hardware Interfaces

The Raspberry Pi has a 26-pin BERG stick style header which has the interfaces to connect up external hardware. They provide 8 GPIO pins plus access to I2C, SPI, UART), as well as +3.3 V, +5 V and GND supply lines.

WARNING: GPIO voltage levels are 3.3 V and are not 5 V tolerant. There is no over-voltage protection on the board.

GPIO Pins

I2C Interface

SPI Interface

One Wire Interface

I/O Connector

http://makezineblog.files.wordpress.com/2014/02/gpio-descriptions.png

Composite Video

4-Pole A/V Connector

  • The Raspberry Pi Models A+ and B+ have a 4-pole 3.5mm connector which has right/left audio and video
  • Cheap ebay connector didn't work because of pinout
    • Cable has outer ring as ground
    • Raspberry Pi has outer ring as video

Model-B-Plus-Audio-Video-Jack-Diagram.png

Av-pinouts-zune.jpg

  • Re-wired cable and it worked

CompVideo-cable rewired.jpg

3.5" Composite Output Monitor

CompVideo-Setup-2015-02-01.jpg

3.5" LCD Display with Composite Video - Was $25 from mcmelectronics (now Newark no longer sold) Specifications: Display ratio: 4:3 Backlight: LED Brightness: 300 cd/m2 Resolution: 320 x 240 Viewing Angle: 40/60 60/60 (U/D/L/R) Inputs: Composite Video Controls: Keypad control board Driving board dimension 62.0x55.2x 9.0mm 12~15VDC110mA±20mA 83-15136.jpg

Software Setup Composite Output

Using a Mini PAL/NTSC Display with a Raspberry Pi To configure Raspian for composite output Reboot the Raspberry Pi and enter your username and password. To edit the configuration file, enter the command sudo nano /boot/config.txt Add sdtv_mode=0 Normal NTSC Comment out in 2 places

  1. hdmi_force_hotplug=1

Uncomment and add a/r framebuffer_width=320 framebuffer_height=240

Raspberry Pi Cluster Home Page

Pi Mechanicals

The Raspberry Pi PCB measures 85mm x 56.2mm excluding overhanging connectors and is 20.8mm high. Pi Mechanicals are complicated due to a lack of adequate mounting holes. Various methods have been developed to deal with this deficiency. The primary method is clamping the card from the sides.

Using a Raspberry Pi as Wireless to Ethernet Switch Bridge

Raspberry_Pi_as_Wireless_to_Wired_Ethernet_Bridge

Setting a Static IP on the Raspberry Pi (Raspian Stretch)

To find out which version of Raspian is running 

cat /etc/os-release

sudo nano /etc/dhcpcd.conf

At the bottom of the file add settings: 

interface eth0
static ip_address=192.168.2.31/24
static routers=192.168.2.1
static domain_name_servers=192.168.2.1 8.8.8.8 4.2.2.1
static domain_search=example.com
static domain_name=example.com

Setting a Static IP on the Raspberry Pi (Raspian Jessie and earlier)

cat /etc/os-release

RPI-staticIP.PNG 

sudo nano /etc/network/interfaces

address 192.168.1.81
netmask 255.255.255.0
network 192.168.1.0
broadcast 192.168.1.255
gateway 192.168.1.1

sudo rm /var/lib/dhcp/*

Network Static IP Addresses

There are two networks. The .1 network connects to the router to the Internet. The .2 network connects to the PiRouter.

Main .1 Network Static IP Addresses

192.168.1.7 = PiRouter wireless side (as seen from the main .1 network) 192.168.1.XXX - MotionEyes camera PiCluster Addresses Intend to move the below addresses to the .2 secondary network

Secondary .2 Network Static IP Addresses

192.168.2.1 = PiRouter wired Ethernet side (as seen from the .2 network)
192.168.2.51 = hpg7i3 - HP laptop
192.168.2.101 = RPP2-02
192.168.2.102 = RP2-01
192.168.2.103 = rpp01
192.168.2.104 = rp256
192.168.2.105 = B256
192.168.2.109 = BBB_RevC
192.168.2.110 = BBB_RevB
rpp3-01 = 192.168.2.151
rpp3-02 = 192.168.2.152
rpp3-03 = 192.168.2.153
rpp3-04 = 192.168.2.154
rpp3-05 = 192.168.2.155
rpp3-06 = 192.168.2.156
rpp3-07 = 192.168.2.157
rpp3-08 = 192.168.2.158
rpp3-09 = 192.168.2.159
rpp3-10 = 192.168.2.160
rpp3-11 = 192.168.2.161
rpp3-12 = 192.168.2.162
rpp3-13 = 192.168.2.163
rpp3-14 = 192.168.2.164
rpp3-15 = 192.168.2.165
rpp3-16 = 192.168.2.166

Other Pi/Linux Stuff

Game Machines

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