RPI HB AMP2 - Raspberry Pi Shield - HiFiBerry AMP2

65.76 EUR
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HiFiBerry Amp2
The new generation of HiFiBerry amplifier for high-quality stereo HD sound.
Up to 60 Watt output power with stereo use
The HiFiBerry AMP2 is an amplifier for the Raspberry Pi. With this amplifier you can connect your speakers directly.
We therefore recommend the AMP2 to all customers who want a high-end solution for multiroom audio installations.
EAN: 4260439550514
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
HiFiBerry Amp2
The new generation of HiFiBerry amplifier for high-quality stereo HD sound.
Up to 60 Watt output power with stereo use
The HiFiBerry AMP2 is an amplifier for the Raspberry Pi. With this amplifier you can connect your speakers directly.
We therefore recommend the AMP2 to all customers who want a high-end solution for multiroom audio installations.
- new design with black board and high-quality workmanship
- up to 60 Watt output power with stereo use
- Digital Analogue Converter included - no external DAC required
- improved power supply for connected Raspberry Pi and other devices
- compatible with Raspberry Pi
- 4 up to 8 Ohm speakers can be operated
- Spacer included in delivery for direct mounting on the Raspberry Pi
- HD audio with sampling rates up to 192 kHz
- Texas Instruments TAS5756m
- fully digital audio processing
- powerful voltage regulator that supplies both the AMP2 and the Raspberry Pi, supports 12-24 Volt
- only one power supply unit required - Attention: not included
EAN: 4260439550514
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products

The IQaudio Codec Zero has green and red LEDs that can be used for status, as well as a tactile button that can be used to start an event. Codec Zero is a good starting point for a walkie-talkie, smart doorbell, vintage radio hack or smart speaker.
Note
• see datasheets for more useful installation information.

- Incl. assembly materials
- Dimensions: 55 x 66 mm
The Raspberry Pi must be ordered separately.

- Compatible with Raspberry Pi Zero/Zero W/Zero WH/2B/3B/3B/3B+.
- onBoard SC16IS752
- up to 16 of these modules are stackable
- integrated multi-LEDs for indication of the UART operating status
- reserved I2C control pins, allows working with other control boards
specifications
- Operating voltage: 3.3 V
- Expansion chip: SC16IS752
- Control interface: I2C
- Mounting hole size: 3.0 mm
- Dimensions: 65 x 30 mm
Scope of delivery
1x Serial expansion HAT
1x RPi Screw Package
Documentation and downloads can be found here:
https://www.waveshare.com/wiki/Serial_Expansion_HAT

Specification
• 79-key keyboard (78-key US keyboard)
• 3x USB 2.0 Type-A ports for powering other peripherals
• automatic keyboard language detection
• USB Type-A to MicroUSB Type-B cable for connection
• compatible with all Raspberry Pi products
• compatible with Windows / MacOS / Linux
• ergonomic design for comfortable use
• available in the colors red/white or black/grey
• available with the layouts DE, UK, US, FR, ES or IT
• CE and FCC compliant

Specification
- 79-key keyboard (78-key US keyboard)
- 3x USB 2.0 Type A ports for powering other peripherals
- automatic recognition of the keyboard language
- USB Type-A to MicroUSB Type-B cable for connection
- compatible with all Raspberry Pi products
- ergonomic design for comfortable use
- available in the colours red/white or black/grey
- available with the layouts DE, UK, US, FR, ES or IT
- CE and FCC compliant

Specification
- optical three-button mouse
- scroll wheel
- USB Type A connector
- compatible with all Raspberry Pi products
- ergonomic design for comfortable use
- available in the colours red/white or black/grey

- Support for A2 SD cards
- Better performance due to higher bus speeds
- Random reads improved through command queues
The newer A2 standard SD cards offer significant performance improvements that are particularly beneficial for applications with high random read and write requirements. The official support and availability of these cards ensures that users achieve consistently high performance that meets the technological requirements of the Raspberry Pi.
Technical specifications
- A2-class micro SD cards with support for DDR50 and SDR104 bus speeds and command queue (CQ) expansion
- 32 GB, 64 GB and 128 GB capacities
- random 4 KB read performance
- 3,200 IOPS (Raspberry Pi 4, DDR50)
- 5,000 IOPS (Raspberry Pi 5, SDR104)
- random 4 KB write performance
- 1,200 IOPS (Raspberry Pi 4, DDR50)
- 2,000 IOPS (Raspberry Pi 5, SDR104)
- Speed class: C10, U3, V30, A2
- SD specification: SD6.1
- Operating voltage: 2.7 - 3.6 V
- Operating temperature: -25 to +85 °C
- Storage temperature: -40 to +85 °C
- Dimensions (LxWxH): 15 × 11 × 1 mm
Conclusion: Switching to officially branded A2 SD cards ensures that Raspberry Pi users experience optimal and standardized performance.

- Support for A2 SD cards
- Better performance due to higher bus speeds
- Random reads improved through command queues
The newer A2 standard SD cards offer significant performance improvements that are particularly beneficial for applications with high random read and write requirements. The official support and availability of these cards ensures that users achieve consistently high performance that meets the technological requirements of the Raspberry Pi.
Technical specifications
- A2-class micro SD cards with support for DDR50 and SDR104 bus speeds and command queue (CQ) expansion
- 32 GB, 64 GB and 128 GB capacities
- random 4 KB read performance
- 3,200 IOPS (Raspberry Pi 4, DDR50)
- 5,000 IOPS (Raspberry Pi 5, SDR104)
- random 4 KB write performance
- 1,200 IOPS (Raspberry Pi 4, DDR50)
- 2,000 IOPS (Raspberry Pi 5, SDR104)
- Speed class: C10, U3, V30, A2
- SD specification: SD6.1
- Operating voltage: 2.7 - 3.6 V
- Operating temperature: -25 to +85 °C
- Storage temperature: -40 to +85 °C
- Dimensions (LxWxH): 15 × 11 × 1 mm
Conclusion: Switching to officially branded A2 SD cards ensures that Raspberry Pi users experience optimal and standardized performance.

This fan can be controlled by software so that it is only switched on or off automatically above a certain temperature. The switch can also be programmed so that you can use it either as an on/off switch or to switch between temperature-controlled and manual mode.
Technical data
• Operating voltage: 5 V DC
• Fan speed: 4,200 rpm
• Air flow rate: 0.05 m³/min
• noise level: 18.6 dB
• programmable RGB LED
• programmable button
• compatible with Raspberry Pi 4B, 3B+, 3B
• dimensions fan 30 x 30 x 7 mm
• total dimensions: 42 x 45 x 13 mm
Supplied without M2.5 spacer bolts and without stacking header, see accessories.
Note
• no soldering required, just plug it on!
• not compatible with Raspberry Pi 5 B

Requirement
RASPBERRY Pi 2 B, 3 A+, 3 B, 3 B+, 4 B, 5 B
Supplied
32 GB microSD card (class 10/A1) with Raspbian operating system
Application
Simply insert the microSD card into the microSD card slot of the Raspberry Pi
Operating system
Raspbian OS (Bookworm)

Specification
• 79-key keyboard (78-key US keyboard)
• 3x USB 2.0 Type-A ports for powering other peripherals
• automatic keyboard language detection
• USB Type-A to MicroUSB Type-B cable for connection
• compatible with all Raspberry Pi products
• compatible with Windows / MacOS / Linux
• ergonomic design for comfortable use
• available in the colors red/white or black/grey
• available with the layouts DE, UK, US, FR, ES or IT
• CE and FCC compliant

Technical features
- Compatibility: Raspberry Pi 5
- PCIe interface: PCIe Gen3 x1
- PCIe switch: ASMedia ASM2806
- M.2 slots: 2× M-Key, supports sizes 2230, 2242, 2260, 2280
- Supported modules: NVMe SSDs, Hailo-8/8L, Google Coral AI accelerator
- Power supply: 5 V/3 A (2 A via pogo pins, 1 A via PCIe connector)
- Mounting: Rear installation, 40-pin GPIO remains free
- Dimensions (LxWxH): 87 × 55 × 10 mm
- Scope of delivery: PCIe 3.0 to Dual M.2 HAT, 2× 50 mm FPC cable, screw and bolt set
The PCIe 3.0 to Dual M.2 HAT from Seeed Studio enables the simultaneous use of two M.2 modules on the Raspberry Pi 5. By using the ASMedia ASM2806 PCIe 3.0 switch, a higher bandwidth of up to 8 GT/s is achieved, which leads to improved read and write speeds. The rear mounting allows the simultaneous use of other HATs on the top of the Raspberry Pi 5. The power supply via pogo pins and the PCIe connector ensures that sufficient power is provided for performance-intensive applications.
Conclusion: The PCIe 3.0 to Dual M.2 HAT is a powerful extension for the Raspberry Pi 5 that enables flexible memory and AI expansions. Ideal for developers and enthusiasts who need high data transfer rates and versatility.
External links
https://wiki.seeedstudio.com/raspberry_pi_5_uses_pcie_hat_dual_hat/

Specification
• 79-key keyboard (78-key US keyboard)
• 3x USB 2.0 Type-A ports for powering other peripherals
• automatic keyboard language detection
• USB Type-A to MicroUSB Type-B cable for connection
• compatible with all Raspberry Pi products
• compatible with Windows / MacOS / Linux
• ergonomic design for comfortable use
• available in the colors red/white or black/grey
• available with the layouts DE, UK, US, FR, ES or IT
• CE and FCC compliant

Specification
- 79-key keyboard (78-key US keyboard)
- 3x USB 2.0 Type A ports for powering other peripherals
- automatic recognition of the keyboard language
- USB Type-A to MicroUSB Type-B cable for connection
- compatible with all Raspberry Pi products
- ergonomic design for comfortable use
- available in the colours red/white or black/grey
- available with the layouts DE, UK, US, FR, ES or IT
- CE and FCC compliant

Specification
• 79-key keyboard (78-key US keyboard)
• 3x USB 2.0 Type-A ports for powering other peripherals
• automatic keyboard language detection
• USB Type-A to MicroUSB Type-B cable for connection
• compatible with all Raspberry Pi products
• compatible with Windows / MacOS / Linux
• ergonomic design for comfortable use
• available in the colors red/white or black/grey
• available with the layouts DE, UK, US, FR, ES or IT
• CE and FCC compliant

Technical features
- Compatibility: Raspberry Pi 5
- Supported PCIe speeds: PCIe Gen2 x1 and Gen3 x1
- M.2 slot: 1× M-Key, compatible with 2230, 2242, 2260, 2280 NVMe SSDs
- Supported modules: NVMe SSDs, Hailo-8, Hailo-8L, Google Coral AI accelerator
- Power supply: 5 V/3 A via Raspberry Pi 5
- Scope of delivery: PCIe to M.2 HAT, 50 mm FPC cable, screws and spacers
The PCIe to M.2 HAT from Seeed Studio extends the Raspberry Pi 5 with the option of connecting fast NVMe SSDs or AI accelerators directly via the PCIe interface. This not only enables a significant increase in storage performance, but also the integration of AI functions for applications such as image processing or machine learning. The support of different M.2 sizes offers flexibility in the selection of compatible modules. Power is supplied directly via the Raspberry Pi, so no additional power source is required. Installation is straightforward thanks to the supplied FPC cable and mounting materials.
Conclusion: The PCIe to M.2 HAT for the Raspberry Pi 5 is a versatile and cost-effective expansion that significantly improves both the storage performance and AI capabilities of the system. Ideal for developers and enthusiasts who want to utilize the full potential of their Raspberry Pi 5.
External links
https://wiki.seeedstudio.com/raspberry_pi_5_uses_pcie_hat_dual_hat/

Specification
- 79-key keyboard (78-key US keyboard)
- 3x USB 2.0 Type A ports for powering other peripherals
- automatic recognition of the keyboard language
- USB Type-A to MicroUSB Type-B cable for connection
- compatible with all Raspberry Pi products
- ergonomic design for comfortable use
- available in the colours red/white or black/grey
- available with the layouts DE, UK, US, FR, ES or IT
- CE and FCC compliant

It also gives you flexibility in using your jumper cables, as this board routes the pins out as both female and male headers. Enhance the learning experience with this expansion board and make it easier to connect to other boards, sensors or actuators.
Features
• compatible with Raspberry Pi Pico
• 2 additional socket connectors
• 2 additional pin headers
• 4 drill holes for mounting (Ø 3 mm)
• dimensions: 54,4 x 59,4 mm

Zusätzlich zu den oben genannten Funktionen ist der DiP-Pi WiFi Master mit eingebetteten 1-Wire, DHT11/22 Sensoren und micro-SD Card Schnittstellen ausgestattet. Die Kombination der erweiterten Stromversorgungs-, Batterie- und Sensorschnittstellen machen den DiP-Pi WiFi Master ideal für IoT-Anwendungen wie Datenlogger, Anlagenüberwachung, Kühlschranküberwachung usw.
DiP-Pi WiFi Master wird durch eine Vielzahl von Beispielen unterstützt, die in Micro Python oder C/C++ geschrieben sind.
Merkmale
• ESP8266 kompatible WiFi-Konnektivität
• 1-Wire Schnittstelle
• DHT-11/22 Schnittstelle
• 3,3 V LDO bis 600 mA
• Maße: 21 x 51 mm
• kompatibel mit Raspberry Pi Pico
Über Dip-Pi
Dual-in-Line Package Raspberry Pi PICO (DiP-Pi) ist eine Familie von eigenständigen, stapelbaren Erweiterungen für den Raspberry Pi PICO, die den Aufwand für die Hardwareentwicklung von Anwendungen/Ideen auf Basis des Raspberry Pi PICO auf ein Minimum reduzieren. DiP-Pi PICO kümmert sich um die Unterstützung mit allen grundlegenden Funktionalitäten, die von der zu entwickelnden Benutzeranwendung benötigt werden. Der Benutzer kann einfach 2, 3 oder mehr getrennte DiP-Pi PICO stapeln, eventuell ein eigenes PCB hinzufügen und seine Anwendung schnell ausführen.

Technical data
• Operating voltage: 5 V (typical)
• Operating voltage: 3.3 V (reduced speed)
• RGB LED lighting
• Connectors: 2x 1-pin Dupont connectors (RM 2.54 mm)
• Ice Tower structure
• 5 mm copper tube
• high heat dissipation
• rated power: 0.4 W at 5 V
• suitable for Raspberry Pi 3 B(+) and 4 B
Scope of delivery
• Ice Tower CPU fan (low profile)
• steel mounting fixer (for Raspberry Pi 3 and 4)
• spacers and screws
• Acrylic base plate
• Thermal pads
• Screwdriver
Please note
Not suitable for the Raspberry Pi 5

This shield is a 2-channel CAN-BUS(FD) shield for the Raspberry Pi (MCP2518FD) and supports the CAN FD protocol, as well as transmission speeds up to 8 Mbps.
Specifications
• supports CAN FD
• supports the Jetson Nano
• 8 Mbps @10 m 20 AWG shielded cable / 1 Mbps @40 m 20 AWG shielded cable
• stable power supply, selectable via Raspberry Pi or DC power supply
• ''one-button configuration'' of 120 Ohm terminating resistor
• compatible with Raspberry Pi 2/3/Zero and Raspberry Pi 4 (with latest Raspbian image)
Further information
https://wiki.seeedstudio.com/2-Channel-CAN-BUS-FD-Shield-for-Raspberry-Pi/

Technical data
• Power supply: 5 V / 0.12 A
• Fan speed adjustable via script
• Power / Reset button
• Status LEDs
• Dimensions fan (LxW): 40 x 40 mm
• Dimensions HAT (LxW): 65 x 55 mm
• suitable for all Raspberry Pi (40-pin)
Note: no soldering required, just plug in!

- the cable is inserted between the Raspberry Pi and the Cobbler Breakout
- the Cobbler can be plugged into any solderless experimental system
- all pins on the PCB of the Cobbler are labelled
- Dimensions: 63 x 20 x 11 mm

Specification
- 79-key keyboard (78-key US keyboard)
- 3x USB 2.0 Type A ports for powering other peripherals
- automatic recognition of the keyboard language
- USB Type-A to MicroUSB Type-B cable for connection
- compatible with all Raspberry Pi products
- ergonomic design for comfortable use
- available in the colours red/white or black/grey
- available with the layouts DE, UK, US, FR, ES or IT
- CE and FCC compliant

But thanks to programmable IO (PIO) and this Pico DVI Sock it is possible to add a DVI video output to the Raspberry Pi Pico!
The Pico DVI Sock was developed by Luke Wren, a Raspberry Pi engineer in his spare time and he has put the design online under a CC0 license for free rebuilding.
The video interface of the Pico DVI Sock is an HDMI connector, but it outputs a DVI signal. Historically, HDMI is a successor to DVI - so HDMI can simply be used to transmit DVI signals. To connect HDMI cables to a DVI connector there are therefore simple passive adapters.
The DVI Sock can be soldered to the end of the Rpi Pico. Thanks to the castellated corners of the Pico, soldering is quite easy. Unlike Raspberry Pi boards (single board computers), the Pico is a microcontroller - so additional functionality has to be programmed.
Project ideas
• Mini game console based on the Raspberry Pi Pico
• Output of measured values as video display
External links
https://picockpit.com/raspberry-pi/wp-content/uploads/2021/03/picodvi-test.zip
https://picockpit.com/raspberry-pi/raspberry-pi-pico-video-output/
https://youtu.be/H4qketn6QzI
Notes
• the Pico DVI Sock does not output an audio signal
• depending on the monitor it can happen that no picture appears

• compatible with all popular Raspberry Pi models (Raspberry Pi 5B excluded)
• integrates WM8960 low-power stereo CODEC, communicates via I2S interface
• integrates two high-quality MEMS silicon microphones, supports the recording of left and right dual channels
• onBoard standard 3.5 mm headphone jack, music playback via external headphones
• integrated two-channel speaker interface that drives the speakers directly
• supports sound effects such as stereo, 3D environment, etc.
Specifications
• CODEC: WM8960
• power supply: 5 V
• logic voltage: 3.3 V
• Control interface: I2C
• Audio interface: I2S
• DAC signal-to-noise ratio: 98 dB
• ADC signal-to-noise ratio: 94 dB
• Headphone driver: 40 mW (16 Ohm @ 3.3 V)
• Speaker driver: 1 W per channel (8 Ohm BTL)
Scope of delivery
1x WM8960 Audio Hut
1x 8 Ohm 5W speaker
1x RPi screw package
Documentation and downloads can be found here:
Download

Technical specifications:
- Voltage: 3.5 - 7 V
- Current: 0 - 3 A
- Input: 1x USB-A plug with cable connection
- Output: 2x USB-A sockets
- Socket 1: data transfer and power supply
- Socket 2: power supply only
Note: Please be aware that both data transfer and power supply are only available on output 1. The second output only provides a power supply!

- Includes a high-performance Raspberry Pi NVMe SSD with 256 GB storage capacity
- IOPS performance (4 KB random read): 40k
- IOPS performance (4 KB random write): 70k
- complies with the Raspberry Pi HAT+ specification
- SSD already pre-assembled on the Raspberry Pi M.2 HAT+, ready for use with the Raspberry Pi 5
The SSD kit is designed for users who need higher I/O performance on their Raspberry Pi 5. It comes with a 256 GB NVMe SSD specifically designed for high performance. With random read IOPS of up to 40k and write IOPS of up to 70k, the SSD offers impressive performance.
The SSD is pre-assembled on the Raspberry Pi M.2 HAT+ so it can be used straight out of the box. The kit also comes with a 16mm female header, spacers and screws to securely mount the HAT+ to the Raspberry Pi 5, even with the active cooler installed.
Conclusion: The Raspberry Pi SSD Kit provides a powerful and ready-to-use storage solution for the Raspberry Pi 5, ideal for users who need outstanding I/O performance.

• 3-way platform for Raspberry Pi, Arduino and the 32-bit Arm Cortex microcontroller
• Helps get the maximum from all 3 platforms
Included:
• Embedded Pi board
• 4 plastic spacers
• 26- and 10-pin flat ribbon cable

In the english book you will find projects like
• programming with MicroPython
• traffic light control
• reaction game
• burglar alarm
• temperature display
• data logger
• digital communication protocols (I2C and SPI)
Scope of delivery
bulletpoint# Raspberry Pi Pico Board
bulletpoint# book - Get started with MicroPython on Pi Pico
• 20x jumper cables
• 16x2 lines display
• 12x LEDs, different colors
• 8x LEDs NeoPixel WS2812
• Motion detector PIR SR501
• resistors
• rotary potentiometer
• pin header
• push button
• piezo buzzer
Note
In order to program the Raspberry Pi Pico, you will need either an operational PC/notebook, Raspberry Pi 400 or Raspberry Pi 3B(+) or 4B (2/4/8GB).
For more information on the Raspberry Pi Pico, visit.
https://pico.raspberrypi.org/getting-started/
https://github.com/micropython/micropython/wiki
https://forum.micropython.org/
https://pico.raspberrypi.org/sdk/index.html
You will find further useful accessories under ''Accessories and alternative products''.

The Raspberry Pi Pico Sandclock kit is an innovative mix of technology and design.
It allows you to build an hourglass that uses servo motors to write the time in sand and then erases it with vibration motors.
Made from clear acrylic components, this kit offers a fascinating insight into the mechanics of time representation. Easy to assemble and ideal for technology enthusiasts, this kit is a perfect example of the combination of creative timekeeping and modern technology.
Specifications
• construction time: approx. 1.5 - 2 hours
• integrated real-time clock incl. battery
• Instructions and code example available online
• power supply: 5 V DC / 1.5 A via microUSB
• freely adjustable update rate, alternatively by pressing a button
• Dimensions (LxWxH): 135 x 110 x 80 mm
• Weight: 450 g
Scope of delivery
• Acrylic housing
• Mounting material
• mainboard
• 2 vibration motors
• 3 servo motors
• RTC battery
• Raspberry Pi Pico
• sand
• USB-A to microUSB cable

- 2x 20 pins
- dimensions: 73 x 20 x 11 mm
Scope of delivery:
- 40-pin ribbon cable
- T-Cobbler printed circuit board
- 40 pin GPIO socket
- Pin strip

Advanced features include: independently controllable LEDs, switches and a 400 point half-size breadboard that helps users test their projects with Raspberry Pi Pico in an efficient way.
The Raspberry Pi Pico Breadboard Kit can be connected to the Raspberry Pi Pico, with which the user can create electronic experiments, prototypes, mini-robots, games, interact with Linux-ready Raspberry Pi, explore circuitry, etc.
Special features
bulletpoint# 4 controllable light emitting diodes
• 4 single push buttons
• 400 contacts plug-in board
• compatible with Raspberry Pi Pico
technical data
• operating voltage: 3.3 V DC
• Interface: GPIO Header
• dimensions: approx. 85 x 133 mm
Note
Raspberry Pi Pico not included!

• compatible with Raspberry Pi Zero/Zero W/Zero WH/2B/3B/3B++
• I2C controlled, with only 2 pins
• up to 16-channel servo/PWM outputs, 12-bit resolution for each channel (4096 scales)
• integrated 5V regulator, up to 3A output current
• Standard servo interface
• reserved I2C control pins
• comes with development resources and manual
The robot arm structure
• 4-DOF, large fixed base, metal mechanical grab
• full aluminum alloy body, strong and durable
• clever mechanical structure and assembly concept
• equipped with 4x metal gear servos (1x MG996R, 3x MG90S), high torque, smooth running
Scope of delivery
1x metal arm parts
1x MG996R Servo
3x MG90S servo
1x MG996R servo wheel
1x servo driver for micro:bit
1x power supply EU standard USB output
1x servo extension cable 150 mm
1x screw package
Documentation and downloads can be found here:
Download

For example:
- Laptop
- Embedded PC
- Raspberry PI etc.
- Possible applications include control or surveillance monitor, input monitor, machine operation
- Touchscreen/display unit bonded to the windscreen using the optical bonding method
- No air gap, no ingress of dust and moisture, better operation of the touchscreen, higher contrast and better legibility
- Mounting dome for development boards (Raspberry Pi etc.)
- Good legibility in daylight due to strong backlighting
Included in delivery:
- 1x BoPad 10.1
- 1x cable bushing jack
- 6x enclosure screws
- 6x screw covers
- 4x rubber feet
- 4x fastening screws for Raspberry Pi
- 1x custom-made shipping packaging
- Touchscreen/display interface
- Operating temperature: -10°C to +60°C
- Input voltage: 5 V DC via USB-C (PD possible)
The power supply and touchscreen communication take the form of a USB-C jack. If they (voltage/touchscreen) need to be separated, this can be done using the
second USB-C jack can also be implemented. With this setup, a power supply via USB-C PD would be possible.
- 10.1'' TFT LCD display 16:9
- Technology: a-SI TFT active matrix
- Interface: RGB
- Resolution: WSVGA 1024 x (RGB) x 600 pixels
- Backlighting: LED 900 cd/m2

- Operating voltage: 5 V (can also be operated at 3.3 V with reduced speed)
- Connector: 2-pin Dupont connector (RM 2.54 mm)
- Cable length: approx. 8 cm
- Dimensions: approx. 58 x 25 x 22 mm
Raspberry Pi not included
Important note: Please ensure that the edge of the heat sink touches only the chips to be cooled and no other surrounding components (risk of short circuit!).

Color coding is simple and beautiful:
Red = 5V
Yellow = 3V3
Black = GND
Blue = DNC (inverted I2C)
Technical data
- suitable for Raspberry Pi Zero
- 2 pin rows with 20 pins each
- 2.54 mm pin spacing (pitch)
- Pin height: 3 / 6 mm
- Total height: approx. 11 mm
Delivery without Raspberry Pi Zero

- Size: M2.5 metric
- Width across flats: 5 mm
- Material: brass, stainless steel
- Ideal for connecting extension boards to Raspberry Pi.
Contents:
- 10x M2.5 spacer 6 mm female - female
- 10x M2.5 spacer 10 mm female - female
- 10x M2.5 spacer 12 mm female - female
- 10x M2.5 spacer 15 mm female - female
- 10x M2.5 spacer 6 mm+6 mm male - female
- 10x M2.5 spacer 10 mm+6 mm male - female
- 10x M2.5 spacer 15 mm+6 mm male - female
- 10x M2.5 spacer 20 mm+6 mm male - female
- 20x M2.5 screw 8 mm
- 20x M2.5 nut
Note: Not suitable for Arduino products!

All pins are colour-coded according to their function to facilitate prototyping and hacking.
Orange = 3.3 V
Red = 5 V
Pink = I2C
Purple = UART
Blue = SPI
Yellow = DNC (reversed I2C)
Green = GPIO
Black = GND (earth)
Technical data
- Suitable for Raspberry Pi
- Two rows of pins, each with 20 pins
- Pin spacing (pitch) of 2.54 mm
- Pin height: 3/6 mm
- Total height: approx. 11 mm
Raspberry Pi Zero not included