The official Raspberry Pi micro HDMI to HDMI (A/M) cable designed for the Raspberry Pi 4 and 5. 19-pin HDMI Type D(M) to 19-pin HDMI Type A(M) 1 m cable (white) Nickel-plated plugs 4Kp60 compliant RoHS compliant 3 Mohm 300 VDC insulation, withstands 300 VDC for 0.1s

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Secure, Modular, Open-Source and Self-SufficientEver since the Raspberry Pi was introduced, it has been used by enthusiasts to automate their homes. The Raspberry Pi is a powerful computer in a small package, with lots of interfacing options to control various devices. This book shows you how you can automate your home with a Raspberry Pi. You’ll learn how to use various wireless protocols for home automation, such as Bluetooth, 433.92 MHz radio waves, Z-Wave, and Zigbee. Soon you’ll automate your home with Python, Node-RED, and Home Assistant, and you’ll even be able to speak to your home automation system. All this is done securely, with a modular system, completely open-source, without relying on third-party services. You’re in control of your home, and no one else.At the end of this book, you can install and configure your Raspberry Pi as a highly flexible home automation gateway for protocols of your choice, and link various services with MQTT to make it your own system. This DIY (do it yourself) approach is a bit more laborious than just installing an off-the-shelf home automation system, but in the process, you can learn a lot, and in the end, you know exactly what’s running your house and how to tweak it. This is why you were interested in the Raspberry Pi in the first place, right? Turn your Raspberry Pi into a reliable gateway for various home automation protocols. Make your home automation setup reproducible with Docker Compose. Secure all your network communication with TLS. Create a video surveillance system for your home. Automate your home with Python, Node-RED, Home Assistant and AppDaemon. Securely access your home automation dashboard from remote locations. Use fully offline voice commands in your own language. DownloadsErrata on GitHub

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The Waveshare 400 GPIO Header Extension is designed for Raspberry Pi 400 and provides a color-coded header and easy expansion. Features Designed for Raspberry Pi 400 Color-Coded Header Easy Expansion Included 1x PI400-GPIO-ADAPTER-B 1x Screws pack

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3-in-1 Aluminum Heatsink Set for Raspberry Pi 4 and 5 Contents 1x 14x14x6 mm 1x 15x10x5 mm 1x 8.8x8.8x5 mm

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Raspberry Pi 4 B is the best Raspberry Pi ever! The Raspberry Pi 4 B sets another milestone in processor speed and performance of single-board computers. Raspberry Pi4 B is 3x faster than its 3 B+ predecessor and offers 4x faster multimedia performance (comparable to the desktop performance of an entry-level x86-based PC). Features High-performance 64-bit quad-core processor Dual-display support at resolutions up to 4K via a pair of micro-HDMI ports Hardware video decode at up to 4Kp60 Up to 8 GB of RAM Dual-band 2.4/5 GHz wireless LAN Bluetooth 5.0 Gigabit Ethernet USB 3.0 PoE capability (via a separate PoE HAT add-on) Specifications SoC Broadcom BCM2711 CPU 64-bit ARM Cortex-A72 (4x 1.5 GHz) GPU Broadcom VideoCore VI RAM Up to 8 GB LPDDR4 Wireless LAN 2.4 GHz and 5 GHz IEEE 802.11b/g/n/ac wireless LAN Bluetooth Bluetooth 5.0, BLE Ethernet Gigabit Ethernet USB 2x USB-A 3.02x USB-A 2.0 GPIO Standard 40-pin GPIO header (fully backwards-compatible with previous boards) Video 2x micro-HDMI ports (up to 4Kp60 supported)2-lane MIPI DSI port (display)2-lane MIPI CSI port (camera) Audio 4-pole stereo audio and composite video port Multimedia H.265 (4Kp60 decode)H.264 (1080p60 decode, 1080p30 encode)OpenGL ES, 3.0 graphics SD card microSD (for operating system and storage) Power 5 V | 3 A (via USB-C)5 V | 3 A (via GPIO)Power over Ethernet (PoE) enabled – (requires separate PoE HAT) Raspberry Pi 4 B 2 GB RAM 4 GB RAM 8 GB RAM

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PiKVM V3 is an open-source Raspberry Pi-based KVM over IP device. It will help you to manage servers or workstations remotely, whatever the state of the operating system or whether one is installed. PiKVM V3 allows you to turn on/off or restart your computer, configure the UEFI/BIOS, and even reinstall the OS using the virtual CD-ROM or flash drive. You can use your remote keyboard and mouse or PiKVM can simulate a keyboard, mouse, and a monitor, which are then presented in a web browser as if you were working on a remote system directly. Features HDMI Full HD capture based on the TC358743 chip (extra low latency ~100 ms and many features like compression control). OTG Keyboard & mouse; Mass Storage Drive emulation. Ability to simulate 'removal and insertion' for USB. Onboard ATX power control Onboard fan controller Real-time clock (RTC) RJ-45 and USB serial console port (to manage PiKVM OS or to connect with the server). Optional AVR-based HID (for some rare and strange motherboards whose BIOS doesn't understand the OTG emulated keyboard). Optional OLED screen to display network status or other desired information. Ready-made board. No need for soldering or breadboarding. PiKVM OS – the software is fully open. Included PiKVM V3 HAT board for Raspberry Pi 4 USB-C bridge board – to connect the HAT with Pi over USB-C ATX controller adapter board and wiring – to connect the HAT to the motherboard (if you want to manage power supply through hardware). 2 flat CSI cables Screws and brass standoffs Required Raspberry Pi 4 MicroSD card USB-C to USB-A cable HDMI cable Straight Ethernet cable (for the ATX expansion board connection) Power supply unit (5.1 V/3 A USB-C, officiel RPi power supply is recommended) Also available PiKVM Steel Case Downloads User Guide Images GitHub Links The PiKVM Project and Lessons Learned: Q&A with PiKVM creator and developer Maxim Devaev PiKVM: Raspberry Pi as a KVM Remote Control

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Official Micro-USB Power Supply for Raspberry Pi (12.5 W) Input: 100-240 VAC Output: 5.1 V / 2.5 A power supply Connector: micro USB Length: 1.5 m

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Official Case for Raspberry Pi 4 (white/red)

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This aluminium case in a precious design is very robust and protects your Raspberry Pi 4 perfectly against outer influences. There are cut-outs for all interfaces to make them accessible. The channel milling at the top side serves as a heat sink and inside the housing the case is in direct contact with the CPU and the RAM to maximize cooling results. Features Color: Matt black (gun-metal black) Material: High-quality, cast aluminium Special Features: Channel milling which serves as a heatsink, cut outs for all interfaces, heatsink in contact with CPU and RAM of the Raspberry Pi for better cooling performance Dimensions: 91 x 65 x 34 mm Items delivered Aluminium case Screws Heat conduction pads

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Officiële behuizing voor Raspberry Pi 4 (zwart/grijs)

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Raspberry Pi Pico is a low-cost, high-performance microcontroller board and also the first product based on a chip developed by Raspberry Pi itself. The RP2040 microcontroller chip ('Raspberry Silicon') offers a dual-core ARM Cortex-M0+ processor (133 MHz), 256 KB RAM, 30 GPIO pins, and many other interface options. In addition, there is 2 MB of on-board QSPI flash memory for code and data storage. Specifications RP2040 microcontroller chip designed by Raspberry Pi in the UK Dual-core ARM Cortex M0+ processor, with a flexible clock running up to 133 MHz 264 kB SRAM, and 2 MB on-board Flash memory Castellated module allows soldering directly to carrier boards USB 1.1 host and device support Energy-efficient sleep and dormant modes Drag and drop programming using mass storage via USB 26x multifunction GPIO pins 2x SPI, 2x I²C, 2x UART, 3x 12-bit ADC, 16x controllable PWM channels On-chip accurate clock and timer Temperature sensor On-chip accelerated floating point libraries 8x programmable IO (PIO) state machines for custom peripherals H version of the Raspberry Pi Pico board with pre-soldered headers and 3-pin debug connector Downloads Specifications of 3-pin Debig Connector

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The Raspberry Pi High Quality Camera offers higher resolution (12 megapixels, compared to 8 megapixels), and sensitivity (approximately 50% greater area per pixel for improved low-light performance) than the existing Camera Module v2, and is designed to work with interchangeable lenses in both C and CS Mount form factors. Other lens form factors can be accommodated using third-party lens adapters. Specifications Sensor Sony IMX477R stacked, back-illuminated sensor12.3 megapixels7.9 mm sensor diagonal1.55 x 1.55 μm pixel size Output RAW12/10/8, COMP8 Back focus Adjustable (12.5–22.4 mm) Lens standards CS MountC Mount (C/CS adapter included) IR cut filter Integrated Ribbon cable length 200 mm Tripod mount 1/4”-20 Included 1x Circuit board carrying a Sony IMX477 sensor 1x FPC cable for connection to a Raspberry Pi 1x Milled aluminium lens mount with integrated tripod mount and focus adjustment ring 1x C/CS Mount adapter Required C/CS Mount Lens

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The Raspberry Pi Debug Probe is an all-in-one USB-to-debug kit that provides all the necessary hardware and cables for easy, solderless, plug-and-play debugging. It features both a processor serial debug interface (by default the ARM Serial Wire Debug interface, but other interfaces can be supported) and an industry-standard UART interface. Both interfaces use the Raspberry Pi 3-pin debug connector. It is designed to make it easy to debug and program Raspberry Pi Pico and RP2040 with a range of host platforms including Windows, Mac, and typical Linux computers. While designed for use with Raspberry Pi products, the Debug Probe provides standard UART and CMSIS-DAP interfaces over USB, so it can also be used with other processors, or even just as a USB-to-UART cable. It works with OpenOCD and other tools that support CMSIS-DAP. The Debug Probe is based on Raspberry Pi Pico hardware and runs the open source Raspberry Pi Picoprobe software. The firmware is updated in the same way as Raspberry Pi Pico firmware, so it is easy to keep the unit up to date with the latest firmware, or to use custom firmware. Features USB to ARM Serial Wire Debug (SWD) port USB to UART bridge Compatible with the CMSIS-DAP standard Works with OpenOCD and other tools supporting CMSIS-DAP Open source, easily upgradeable firmware Specifications Dimensions: 22 x 32 mm Nominal I/O voltage: 3.3 V Operating temperature: -20°C to +70°C Included 1x Raspberry Pi Debug Probe 1x Plastic case 1x USB cable 3x Debug cables 3-pin JST connector to 3-pin JST connector cable 3-pin JST connector to 0.1-inch header (female) 3-pin JST connector to 0.1-inch header (male) Downloads Datasheet 3-pin Debug Connector Schematics Diagram

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Features Type C cable USB type C is suitable for new version Raspberry Pi 4 No need to pull the cable to restart or reboot your Pi, just press the button to turn your Pi on and off Can be used as power supply for the Pi up to 2 Amp Help prevent the Pi's USB connector from wear and tear due to frequently pulling and inserting the USB cable Specifications Interface: USB Type C Current: 3 A Length: 1.5 m Use for: Raspberry Pi 4 Model B Packing List: 1x USB Type C power cable

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Program and build RPi-based ham station utilities, tools, and instruments Although much classical HF and mobile equipment is still in use by many amateurs, the use of computers and digital techniques has now become very popular among amateur radio operators. Nowadays, anyone can purchase a Raspberry Pi computer and run almost all amateur radio software on the ‘RPi’, which is slightly bigger than the size of a credit card. The RTL-SDR devices have become very popular among hams because of their very low cost and rich features. A basic system may consist of a USB-based RTL-SDR device (dongle) with a suitable antenna, an RPi computer, a USB-based external audio input-output adapter, and software installed on the Pi. With such a simple setup it is feasible to receive signals from around 24 MHz to over 1.7 GHz. With the addition of a low-cost upconverter device, an RTL-SDR can easily and effectively receive the HF bands. This book is aimed at amateur radio enthusiasts, electronic engineering students, and anyone interested in learning to use the Raspberry Pi to build electronic projects. The book is suitable for the full range of beginners through old hands at ham radio. Step-by-step installation of the operating system is described with many details on the commonly used Linux commands. Some knowledge of the Python programming language is required to understand and modify the projects given in the book. Example projects developed in the book include a station clock, waveform generation, transistor amplifier design, active filter design, Morse code exerciser, frequency counter, RF meter, and more. The block diagram, circuit diagram, and complete Python program listings are given for each project, including the full description of the projects. Besides wide coverage of RTL-SDR for amateur radio, the book also summarizes the installation and use instructions of the following ham radio programs and software tools you can run on your Raspberry Pi: TWCLOCK, Klog, Gpredict, FLDIGI, DIRE WOLF, xcwcp, QSSTV, LinPsk, Ham Clock, CHIRP, xastir, and CQRLOG.

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PiKVM V3 HAT pre-assembled, in steel case with display and fan incl. Raspberry Pi 4 (2 GB) and 32-GB microSD card (pre-installed with PiKVM OS) PiKVM V3 is an open-source Raspberry Pi-based KVM over IP device. It will help you to manage servers or workstations remotely, whatever the state of the operating system or whether one is installed. PiKVM V3 allows you to turn on/off or restart your computer, configure the UEFI/BIOS, and even reinstall the OS using the virtual CD-ROM or flash drive. You can use your remote keyboard and mouse or PiKVM can simulate a keyboard, mouse, and a monitor, which are then presented in a web browser as if you were working on a remote system directly. Features HDMI Full HD capture based on the TC358743 chip (extra low latency ~100 ms and many features like compression control). OTG Keyboard & mouse; Mass Storage Drive emulation. Ability to simulate 'removal and insertion' for USB. Onboard ATX power control Onboard fan controller Real-time clock (RTC) RJ-45 and USB serial console port (to manage PiKVM OS or to connect with the server). Optional AVR-based HID (for some rare and strange motherboards whose BIOS doesn't understand the OTG emulated keyboard). Optional OLED screen to display network status or other desired information. Ready-made board. No need for soldering or breadboarding. PiKVM OS – the software is fully open. Specifications Video/Resolution: 1920x1080p at 50 Hz or lower Power: USB-C 5.1 V, 3 A power supply required (not included) Real-time clock with rechargeable Super Capacitor Enclosure: robust 1.6 mm (1/16') steel case Dimensions: 92 x 75 x 45 mm (4 x 3 x 2') Weight: 410 g (14.5 oz.) Connectors Front Back Side Power: USB-C ATX Control Video Out: micro HDMI Serial Console: USB-C + RJ45(one active at a time) OTG Host USB (USB-C) 2x USB 2.0, 2x USB 3.0 HDMI Video input & output Gigabit Ethernet Included PiKVM V3 HAT for Raspberry Pi 4 PiKVM Steel Case incl. Display and Fan Raspberry Pi 4 with 2 GB RAM MicroSD card (32 GB, pre-installed with the PiKVM OS) USB-C bridge board – to connect the HAT with Pi over USB-C ATX controller adapter board and wiring – to connect the HAT to the motherboard (if you want to manage power supply through hardware). 2 flat CSI cables Screws and brass standoffs Required USB-C to USB-A cable HDMI cable Straight Ethernet cable (for the ATX expansion board connection) Power supply unit (5.1 V/3 A USB-C, officiel RPi power supply is recommended) Downloads User Guide Images GitHub Links The PiKVM Project and Lessons Learned: Q&A with PiKVM creator and developer Maxim Devaev PiKVM: Raspberry Pi as a KVM Remote Control

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Raspberry Pi-based Eye Catcher A standard sand clock just shows how time passes. In contrast, this Raspberry Pi Pico-controlled sand clock shows the exact time by “engraving” the four digits for hour and minute into the layer of sand. After an adjustable time the sand is flattened out by two vibration motors and everything begins all over again. At the heart of the sand clock are two servo motors driving a writing pen through a pantograph mechanism. A third servo motor lifts the pen up and down. The sand container is equipped with two vibration motors to flatten the sand. The electronic part of the sand clock consists of a Raspberry Pi Pico and an RTC/driver board with a real-time clock, plus driver circuits for the servo motors. A detailed construction manual is available for downloading. Features Dimensions: 135 x 110 x 80 mm Build time: 1.5 to 2 hours approx. Included 3x Precut acrylic sheets with all mechanical parts 3x Mini servo motors 2x Vibration motors 1x Raspberry Pi Pico 1x RTC/driver board with assembled parts Nuts, bolts, spacers, and wires for the assembly Fine-grained white sand

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Most people are increasingly confronted with the applications of Artificial Intelligence (AI). Music or video ratings, navigation systems, shopping advice, etc. are based on methods that can be attributed to this field.The term Artificial Intelligence was coined in 1956 at an international conference known as the Dartmouth Summer Research Project. One basic approach was to model the functioning of the human brain and to construct advanced computer systems based on this. Soon it should be clear how the human mind works. Transferring it to a machine was considered only a small step. This notion proved to be a bit too optimistic. Nevertheless, the progress of modern AI, or rather its subspecialty called Machine Learning (ML), can no longer be denied.In this book, several different systems will be used to get to know the methods of machine learning in more detail. In addition to the PC, both the Raspberry Pi and the Maixduino will demonstrate their capabilities in the individual projects. In addition to applications such as object and facial recognition, practical systems such as bottle detectors, person counters, or a “talking eye” will also be created.The latter is capable of acoustically describing objects or faces that are detected automatically. For example, if a vehicle is in the field of view of the connected camera, the information 'I see a car!' is output via electronically generated speech. Such devices are highly interesting examples of how, for example, blind or severely visually impaired people can also benefit from AI systems.

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Features CAN v2.0B at 1 Mb/s High speed SPI Interface (10 MHz) Standard and extended data and remote frames CAN connection via standard 9-way sub-D connector or screw terminal Compatible with OBDII cable Solder bridge to set different configuration for DB9 connector 120 Ω terminator ready Serial LCD ready LED indicator Foot print for two mini push buttons Four fixing holes, comply with Pi Hat standard SocketCAN driver, appears as can0 to application Interrupt RX on GPIO25 5 V/3 A SMPS to power Raspberr Pi and accessories from DB9 or screw terminalo Reverse polarity protectiono High efficiency switch mode designo 6 V to 20 V input range RTC with battery backup (battery not included, requires CR1225 cell) Downloads User guide Schematic Driver installation Writing your own program in Python Python3 examples

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With these jumper wires (length: 20 cm) you can connect a Raspberry Pi or an Arduino with breadboards. Each cable consists of 40 individual wires/pins which can also be separated. Included 1x 40-pins female to female 1x 40-pins male to male 1x 40-pins male to female

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HyperPixel 4.0 is the perfect way to use your RPi without a bunch of cables or a bulky display. Design your own interface to control your project, display data, or turn your Pi into a tiny media centre. This version of HyperPixel has a gorgeous IPS display, with wide viewing angles, custom-made cover glass, and the alternate I²C interface is broken out for advanced users. Features High-speed DPI interface 4.0' IPS (wide viewing angle, 160°) display (86.4 x 51.8 mm) 800x480 pixels (~235 PPI) 18-bit colour (262,144 colors) 60 FPS frame rate Contrast ratio: 500:1 Capacitive touch 40-pin female header included to boost height for Raspberry Pi B+, 2, 3, 3B+ and 4 Standoffs included to securely attach to your RPi Compatible with all 40-pin header Raspberry Pi models One-line installer Dimensions: 58.5 x 97 x 12 mm (WxHxD, depth includes header and display) HyperPixel uses a high-speed DPI interface, allowing it to shift 5x more pixel data than the usual SPI interface that these small Pi displays use. It has a 60 FPS frame rate and a resolution of approximately 235 pixels per inch (800x480) on its 4.0' display. The display can show 18-bits of colour (262,144 colors). This Touch version has a capacitive touch display that's more sensitive and responsive to touch than a resistive touch display, and it's capable of multi-touch! Everything comes fully-assembled, and there's no soldering required! The display is securely stuck down to the HyperPixel 4.0 PCB and connected via a neat little flush-mounting FPC cable. Just pop HyperPixel 4.0 on your RPi and run our installer to get everything set up! Please note: when installing HyperPixel 4.0 onto your RPi make sure not to press down on the screen surface! Hold the board by its edges and wiggle it to mate with the extended header (or GPIO header). Also take care not to pull on the edges of the glass display when removing your HyperPixel. It'll work with any 40-pin version of the RPi, including RPi Zero and RPi Zero W. If you're using it with a larger RPi then use the extra 40-pin header that's included to boost it up to the required height. If you're using a Zero or Zero W then just pop it straight onto the GPIO. The included standoff kit allows you to mount your HyperPixel 4.0 safely and securely to your RPi. Just screw them into the posts on the underside of the HyperPixel 4.0 PCB and then secure with screws through the mounting holes on your RPi. Downloads GitHub

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This small adapter allows you to convert an existing micro USB power supply into a USB-C power supply.

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Features Suitable for Raspberry Pi + GPIO Extension Board Exquisite appearance DIY operation Specifications Size of GPIO Extension Board: 7.5 x 6 cm (3 x 2.4') Size of Breadboard: 16.5 x 5.5 x 1 cm (6.5 x 2.2 x 0.4') Included 1x GPIO Extension Board 1x Breadboard 1x 40P Pin Connect Line 8x 1K Resistor 8x 10K Resistor 4x LED (yellow) 4x LED (red) 4x Key 10x 25 mm Jumper Wires A 10x 25 mm Jumper Wires B

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