The LISIPAROI IR light ring / flash from Cyntech gives your Raspberry Pi Noir camera the extra light it needs to capture better images or capture images in interesting new situations. It can either be used as a fixed light source or like a traditional flash unit. Driving the LISIPAROI is simplicity itself, attach power to the board (5V DC, GND) then use a single digital output signal to switch the light on (logic 1) or off (logic 0). You can control the duration of the flash by setting the time the IO pin is high, or you can control the brightness of the light by outputting a PWM signal on the pin. A pair of holes is provided for attaching the Pi camera, and these can also be used to mount the light to other hardware. Because this board has IR LEDs it can allow your Pi Noir to capture images in low light conditions, or even total darkness.

• 12 x 940nm LEDs (infra-red)
• Max. current 600mA
• Operating voltage 5V DC
• Dimensions: approx. 40mm dia. x 1.65mm high

If you have a standard Pi camera and want a white light source we have one of those too.

There is a useful guide on the manufacturer's website here.

The LISIPAROI light ring / flash from Cyntech gives your Raspberry Pi camera the extra light it needs to capture better images or capture images in interesting new situations. It can either be used as a fixed light source or like a traditional flash unit. Driving the LISIPAROI is simplicity itself, attach power to the board (5V DC, GND) then use a single digital output signal to switch the light on (logic 1) or off (logic 0). You can control the duration of the flash by setting the time the IO pin is high, or you can control the brightness of the light by outputting a PWM signal on the pin. A pair of holes is provided for attaching the Pi camera, and these can also be used to mount the light to other hardware. Experiment with the use of lighting or flash, for example, use the flash to take time-lapse images.

• 12 x 260mcd LEDs (cool white)
• Max. current 240mA
• Operating voltage 5V DC
• Central hole approx 10mm square

If you have a Pi Noir camera and want an IR light source we have one of those too.

There is a useful guide on the manufacturer's website here.

The Inky pHAT is a versatile, low-energy electronic paper display for your Raspberry Pi. Featuring a beautiful red, black and white 2.13", 212 x 104 pixel electronic paper display that is ideal for displaying simple graphics and crisp, easy to read text that is even readable in bright sunlight. There are many uses for the Inky pHAT - how about a nice little desk unit that will display a clock, or tweets, or how about the weather , news headlines, sports updates, and much more. It's also ideal for displaying data from remote sensors, CPU loads or temperature, and make sure you keep an eye on those stock prices. The Inky pHAT uses ingenious electrophoresis to pull coloured particles up and down on the display. The coloured particles reflect light, meaning that they are visible even under bright lights. It all comes fully-assembled, not even any soldering to do! The display is securely fixed to the Inky pHAT PCB and connected via a ribbon cable. All you have to do is pop the pHAT onto your Pi and run the installer to get everything shipshape. The Python library takes the stress out of displaying text and images on Inky pHAT, and examples include a cute clock and weather display.

• Compatible with Raspberry Pi 3B+, 3, 2, B+, A+, Zero, and Zero W
• Comes fully assembled
• Display area 2.13"/212 x 104 pixel
• Three-colour display
• Crisply-rendered text
• Takes approximately 15 seconds to refresh the display
• Typical 8mA current draw during refreshes
• Dimensions 65 x 30 x 8.5mm
• Our software does not support Raspbian Wheezy

Inky pHAT pinout

One of the most eagerly awaited accessories for the Raspberry Pi has finally arrived. The Raspberry Pi Official 7in LCD Touch Screen gives you the ability to create all-in-one, integrated projects like tablets, infotainment systems, IoT devices, etc. The display has a 800 x 480 pixel resolution and connects via an adaptor board that handles power and signal interfaces. Everything required for setting up the unit are supplied, just secure the adaptor board and Raspberry Pi to the back of the LCD, connect the signal ribbon cable, connect the power and you're ready to start. There is a choice of ways to power the display - using GPIO jumpers to access power from the attached Pi, using an external power supply such as the official Raspberry Pi power supply (75-0532), or a separate micro USB 500mA supply. The latest Raspbian OS for the Raspberry Pi contains all the latest touch screen drivers necessary, enabling support for 10-finger touch and on-screen keyboard - full functionality without keyboard or mouse. A range of educational software and programs available on the Raspberry Pi will be touch enabled, making learning and programming easier.

Excludes Pi 5 camera cable, please add 75-1290 (camera) / 75-1291 (display) if required.

• Truly Interactive
• Multi-touch capacitive touch screen - supports up to 10 finger touches
• 7 inch Display
• 800 x 480 pixel resolution at 60 frames per second (fps)
• 24-bit RGB colour
• 70° Viewing angle
• Only two connections required
• Flexible power supply
• No electronic interference
• Includes adaptor board, DSI ribbon cable, 4x jumper wires, mounting hardware
• Kivy touch screen development software available at http://kivy.org/docs/installation/installation-rpi.html

This Raspberry Pi TV-uHAT is designed to receive digital terrestrial TV broadcast systems, including DVB-T and DVB-T2. With this board it is possible to receive and view TV on a Raspberry Pi, or create a TV server that allows you to stream received TV over a network to other devices. The uHAT can be used on all Raspberry Pi boards when running as a backend server for other devices on the network. Performance when receiving and viewing TV on a Pi can vary and it is recommended to use a Raspberry Pi 3 B or B+ to do this. Raspberry Pi TV uHAT follows a new form factor of HAT which is detailed in the product brief. The board comes with a set of mechanical spacers, a 40 way header and an aerial adaptor. Suitable applications include IoT (Internet of Things), hobby and education, electronics design, embedded design and development.

• Sony CXD2880 TV tuner
• Supported TV standards: DVB-T2, DVB-T
• Reception frequency: VHF III, UHF IV, UHF V
• Channel bandwidth DVB-T2: 1.7, 5, 6, 7, 8MHz
• Channel bandwidth DVB-T: 5, 6, 7, 8MHz

Digital Video Broadcast (DVB) is a widely adopted standard for transmitting broadcast Television, countries that have adopted the DVB standard can be found here: