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JOY-IT DEBO TEMP IR - Developer boards - Infrared temperature sensor 28.25 EUR Infrared sensor module for non-contact temperature measurements

This infrared sensor module uses the MLX90614 sensor and enables non-contact temperature measurements.
The control is particularly simple via the I2C interface and is thus possible with a wide variety of microcontrollers and single-board computers.

Specifications
• Supply voltage: 3.3 - 5 V
• Sensor: MLX90614
• I2C interface
• measuring range environment: -40 ... +125 °C
• measuring range object: -70 ... +380 °C
• accuracy: 0.5 °C (0 °C .. +50 °C)
• dimensions (LxWxH): 24 x 12 x 8 mm

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Top Pick

ODRO IO BOARD M - Odroid - Mini I/O board for the M1S 14.86 EUR This practical I/O board can be plugged directly into the 14-pin connector of the Odroid M1S.

Specifications
• USB 2.0 Host
• Power button
• Reset button
• Audio output 3.5 mm jack
• I2C / UART

Further information: https://wiki.odroid.com/accessory/add-on_board/miniioboard

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Excellent

JOY-IT DEBO BUTT MTX2 2 - Developer boards - Button matrix, 16 buttons 12.33 EUR Compact 4x4 keypad for precise inputs

The ButtonMatrix2 from Joy-IT offers 16 tactile buttons in a robust design, ideal for microcontroller projects and embedded applications.
Thanks to the row and column-based scanning, all buttons can be reliably queried with just eight GPIOs.

Features

Compact keypad with 16 buttons (4x4 matrix)
Tactile switches for precise feedback
Direct connection to microcontroller possible
Simple query via only 8 GPIO pins
Robust design for long-lasting use
Compact dimensions: only 55 x 40 x 7 mm

Technical specifications

Number of buttons: 16 (4 rows x 4 columns)
Rated voltage: 0 - 12 V DC
Rated current: 0 - 50 mA
Connection: 2.54 mm pin header, 90°
Dimensions: 55 x 40 x 7 mm
Weight: 11 g

Scope of delivery

1x ButtonMatrix2 keypad

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Recommended

SEEED JET MINI EXB IO - NVIDIA Jetson - I/O-Board Mini Extension for Orin Nano/NX 75.48 EUR reComputer Mini Extension Board Extension module for reComputer Mini

The reComputer Mini Extension Board adds additional interfaces and functions to the reComputer Mini platform. It is installed directly under the carrier board and adds Ethernet, USB, CAN, I²C and other connections to the system. The board is ideal for developers who want to equip their applications with more connectivity and control options.

Ethernet Integrated RJ45 Gigabit Ethernet port for stable network connections.
USB 3.0 ports Four USB 3.0 Type-A ports with high transfer rates for peripheral devices.
CAN interfaces Two CAN ports (JST and XT30) for communication with vehicle or robotics systems.
I²C and SPI Additional connections for sensors, actuators and expansion modules.
Fan connection 4-pin fan connector with 5 V PWM control for cooling the system.
Flexible power supply Supply via XT30 connections with 12 V to 54 V, feed-through possible.

Technical data:

Ethernet: 1 × RJ45 Gigabit (10/100/1000 Mbit/s)
USB: 4 × USB 3.0 Type-A (5 Gbit/s)
CAN: 2 × CAN (JST + XT30, 5 V)
I²C: 2 × I²C (JST, 3.3 V)
SPI: 1 × SPI (JST, 3.3 V)
Fan connection: 1 × 4-pin fan (5 V, PWM)
Power supply: 12 V to 54 V via XT30 (In/Out)
Dimensions: 63 × 95 × 66.7 mm (including extension)
Operating temperature: -10 °C to 50 °C

Areas of application:

Autonomous systems such as drones or robots
Sensor integration and control platforms
Communication with vehicle components via CAN
Edge computing with extended interfaces
Extension option for AI platforms based on reComputer Mini

The extension board provides a solid basis for expanding the reComputer Mini platform and enables versatile connection options for sophisticated development projects.

External links
https://wiki.seeedstudio.com/recomputer_jetson_mini_hardware_interfaces_usage/
https://files.seeedstudio.com/products/NVIDIA-Jetson/reComputer_Mini_SCH.7z
https://files.seeedstudio.com/products/NVIDIA-Jetson/reComputer_Mini_Carrier_3D.7z

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Featured

ARD START KIT R4 - Arduino - Starter Kit R4 incl. Arduino Uno R4 WiFi 92.23 EUR Arduino Starter Kit R4 - Learning and development set for electronics and programming

The Arduino Starter Kit R4 offers a comprehensive introduction to the world of electronics and programming.
It combines the powerful Arduino UNO R4 WiFi board with practical projects, extensive learning material and an official certificate to check your knowledge. Ideal for beginners, educational institutions and makers who want to implement innovative ideas.

Modernized hardware: Includes the new Arduino UNO R4 WiFi with integrated WLAN, Bluetooth, 12x8 LED matrix, QWIIC connection, 12-bit DAC and CAN bus support.
Structured learning structure: Includes a 150-page project book with 18 projects as well as regularly expanded online experiments every three months.
Interactive learning platform: Includes GenAI-supported online assistant for support in programming and developing new ideas.
Official certification: Includes a voucher for the Arduino Fundamentals exam with internationally recognized certificate.
Multilingual content: Project materials and online resources in multiple languages, including English, German, Spanish, Italian and French.

Technical specifications:

Board: Arduino UNO R4 WiFi (Renesas RA4M1, ARM Cortex-M4, 32 bit)
Connectivity: WLAN, Bluetooth Low Energy
Display: Integrated 12x8 LED matrix
Interfaces: QWIIC, CAN bus, 12-bit DAC
Power supply: 5 V via USB-C or 9 V battery clip
Software: Compatible with Arduino IDE and Arduino Cloud

Areas of application:

Introduction to electronics and programming
STEM teaching in schools and universities
Prototyping and development of interactive applications
DIY and maker projects
Creative learning environments with Arduino hardware

Scope of delivery:

1 Arduino UNO R4 WiFi Board
1 Arduino Fundamentals Voucher
1 project book (150 pages)
1 LCD display (16x2 characters)
3 capacitors 100 µF
1 LED (bright white)
1 LED (RGB)
3 color filters (red, green, blue)
3 diodes
1 USB-C cable
1 breadboard
8 LEDs (red)
8 LEDs (green)
8 LEDs (yellow)
3 LEDs (blue)
11 resistors 220 Ohm
3 resistors 560 Ohm
3 resistors 1 kilohm
3 resistors 4.7 kilohms
11 resistors 10 kilohms
7 resistors 1 Megohm
3 resistors 10 Megohm
70 Solid jumper cables
2 Flexible jumper cables
1 9 V battery clip
1 servo motor
1 DC motor (6/9 V)
1 H-bridge motor driver
1 Piezo capsule
3 potentiometers
4 phototransistors<...
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Alternative

SOLDERED DEBO LED PIXEL - Developer boards - LED, Pixel, WS2812B 10.83 EUR The small LEDs, which have an integrated circuit (IC) of type WS2812, offer remarkable functionality by being able to light up in up to 16 million colors. Each of these LEDs can be controlled individually, allowing precise control of color and brightness.

have an integrated WS2812 IC that enables a color selection from 16 million colors
individually controllable via a one-wire interface
enables thousands of LEDs to be controlled via just one wire
easy control via Arduino (or a compatible board such as Dasduino)
minimal effort for impressive lighting effects

The use of these LEDs makes it possible to achieve extraordinary lighting effects with little effort. By combining several of these pixels, dynamic and customizable light installations can be created. Simple control through an Arduino-compatible board such as Dasduino facilitates the implementation of complex projects that can range from interactive art installations to custom lighting solutions.

Technical specifications

Color: Red/Green/Blue
Voltage: 5 V
Power: max. 60 mA per pixel
Diode: WS2812 SMD LED (5050 LED diode with integrated IC)
Dimensions: Diameter of 10 mm

In conclusion, these LEDs with integrated WS2812 IC offer high flexibility and ease of use for developers and designers who want to create powerful and customizable lighting systems. The ease of implementation and the ability to control thousands of LEDs via a single interface make them an ideal choice for creative and technical projects.

External links
https://github.com/SolderedElectronics/Soldered-WS2812-Smart-Leds-Arduino-Library
https://github.com/SolderedElectronics/Smart-LED-WS2812B-Pixel-hardware-design

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SOLDERED DEBO LED RING24 - Developer boards - LED ring, RGB, 24 LEDs, WS2812 22.46 EUR The WS2812B is an LED that can emit light in red, green or blue as well as combinations of these colors and can display up to 16 million hues. It is controlled via a single pin using a few lines of code from the Arduino IDE, supported by the integrated controller within the LED.

each LED is capable of emitting 16 million colors
controlled via a single pin
requires only a few lines of code in the Arduino IDE
LEDs are arranged in a circle
integrated controller in each LED

The WS2812B LEDs offer impressive color display flexibility and simplify the implementation of color lighting projects. These LEDs are programmed with an Arduino (or compatible board such as Dasduino) using the Arduino IDE for easy code creation. The circular arrangement of the LEDs allows attractive visual displays to be created that can be used in a variety of projects, from simple backlighting to complex lighting installations. The integrated controller in each LED allows each diode to be controlled independently, making it easy to create dynamic and customizable lighting effects.

Technical specifications

Number of LEDs: 24
Voltage: 5 V
LED type: WS2812B
Current: 18 mA per LED
Dimensions (outer diameter): 67 mm

In summary, with its advanced technology and simple control via the Arduino IDE, the WS2812B provides an efficient and versatile solution for lighting projects. Thanks to the wide range of colors and easy integration into various designs, this LED type offers a high degree of design freedom.

External links
https://github.com/SolderedElectronics/Soldered-WS2812-Smart-Leds-Arduino-Library
https://github.com/SolderedElectronics/Soldered-WS2812-Smart-Leds-Arduino-Library

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WAVESHARE DEBO IO BOARD - Developer boards - I/O expansion board, MCP23017 18.53 EUR The MCP23017 IO Expansion Board extends 2 signal pins to 16 I/O pins based on the I2C bus. Up to 8 expansion boards can be used simultaneously.

- I2C controlled, extends 2 signal pins as 16 I/O pins
- I2C address configurable by short-circuiting the A0/A1/A2 bridges
- offers two connection options: PH2.0 Terminal and/or solder pads
- integrated voltage converter, compatible with 3.3 V / 5 V level
- Supplied with development resources and manual

Technical data

- Operating voltage: 5 V / 3.3 V
- interface: I2C
- Interrupt pins: INTA, INTB, INTB
- Expansion I/Os: 16
- Mounting hole size: 2.0 mm
- Dimensions: 38 × 23 mm

Documentation and downloads can be found here:
www.waveshare.com/wiki/MCP23017_IO_Expansion_Board

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SEEED DEBO WIO-E5 - Developer boards - LoRa, 868/915 MHz 19.05 EUR LoRa-E5 wireless module - ultra-compact LoRaWAN® module for energy-efficient IoT applications

Seeed Studio's LoRa-E5 Wireless Module is a highly integrated LoRaWAN® module specifically designed for energy-efficient and long-range IoT applications. With its compact design and support for global frequency bands, it is ideal for battery-powered devices in areas such as smart metering, environmental monitoring and industrial sensor applications.

Compact design: 12 mm x 12 mm x 2.5 mm, ideal for space-constrained applications.
ultra-low power consumption: sleep current of only 2.1 µA in WOR mode, optimized for battery-powered devices.
high sensitivity: Up to -136.5 dBm at SF12 and 125 kHz bandwidth, enabling reliable communication over long distances.
wide frequency support: Compatible with global LoRaWAN® frequency plans such as EU868, US915, AU915, AS923, KR920 and IN865.
Versatile interfaces: Integrated UART, I2C, SPI, ADC and GPIOs for flexible integration into various applications.
Easy integration: Pre-installed AT commands and full LoRaWAN® stack support facilitate development and implementation.

Technical data

Microcontroller: STM32WLE5JC (ARM Cortex-M4) with integrated SX126x LoRa® transceiver
Transmission power: up to 14 dBm @ 868/915 MHz
Sensitivity: up to -136.5 dBm at SF12 and 125 kHz bandwidth
Link budget: 158 dB, supports reliable communication over long distances
Power supply: 1.8 V to 3.6 V
Interfaces: 3x UART, 1x I2C, 1x SPI, 1x ADC, SWD, GPIOs
Operating temperature: -40 °C to +85 °C
Housing: 28-pin SMT for easy integration into printed circuit boards

Areas of application

Smart metering: energy and water meters with wireless communication
Environmental monitoring: sensors for temperature, humidity, air quality and more
Industrial automation: monitoring and control of machines and systems
Agriculture: precision farming, soil moisture sensors, animal tracking
Logistics and asset tracking: tracking goods and assets over long distances

The LoRa-E5 Wireless Module offers a powerful and energy-efficient solution for a wide range of IoT applications where compact design, low power consumption and reliable long-range communication are crucial. Its comprehensive interface support and compatibility with global frequency bands make it a versatile choice for developers and system integrators.

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IDUINO DEBO LED 8X8 RD - Developer boards - Matrix LED, red, 8 x 8, MAX7219 13.57 EUR Matrix module for simple and easy-to-read display with red LEDs. You only need five I/O pins to control the 64 light points of the module and you can even connect a second module in series. You will find a corresponding connection example and program code for implementation with an Arduino in the data sheet.

Features
• Chipset: MAX7219
• operating voltage: 5 V DC
• cascadable
• 4 holes for M3 screws
• Dimensions: 50 x 32 x 15 mm

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SOLDERED DEBO IO EXPANDER - Developer boards - I/O expansion board, MCP23017 14.5 EUR The GPIO Expander MCP23017 is an efficient solution to the problem of the limited number of input/output (IO) pins on microcontrollers. By utilizing I2C communication, this expander allows the addition of 16 additional fully configurable pins that can be connected to any microcontroller with just two wires.

expands microcontrollers by 16 additional IO pins via I2C communication
enables the connection of up to eight of these breakout boards to a microcontroller
configurable I2C address via jumpers on the board
all pins have pull-out resistors that can be switched on and off
ideal for projects that require a high number of IO pins

By using the MCP23017, the number of available IO pins of a microcontroller can be increased considerably without significantly increasing the complexity of the overall system. The ability to change the I2C address using jumpers allows several such expanders to be operated in parallel, enabling a total expansion of up to 128 additional pins. The pull-out resistors on the board provide additional flexibility for signal integrity and customization to specific project requirements.

Technical data

Dimensions: 38 mm x 22 mm
Normal current consumption: 1 mA
current consumption at standstill: 1 µA
Logic voltage: 5 V
Operating voltage: 1.8 ... 5,5 V
Communication: I2C (address: 0x27)
Connections: easyC x2
easyC/Qwiic compatibility
Holes for mounting: 2

The GPIO Expander MCP23017 is a cost-effective and easy-to-implement solution for significantly expanding the IO capacity of microcontrollers. Its configurability and the possibility of using several expanders in parallel make it an indispensable tool for complex or pin-intensive projects.

easyC
easyC is a robust connection system that optimizes the connection of microcontrollers, sensors and actuators using JST-SH compatible connectors (JST 4-pin). It offers solderless connections, serial connections of multiple devices (daisy-chaining), error-free design, parallel connection, universal compatibility and intermediate compatibility with Qwiic (Sparkfun connection system), simplifying prototype development. Further information on easyC can be found under ''Data sheets''.

External links
https://github.com/SolderedElectronics/Soldered-MCP23017-Port-Expander-Arduino-Library
https://github.com/SolderedElectronics/IO-expander-MCP23017-breakout-hardware-design

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CALLIOPE MINI3.0 - Calliope mini 3.0 - Starter Box 52.74 EUR The Calliope mini is a microcontroller that is used as a teaching tool in school education for children from the third grade upwards, usually under adult supervision.
The Calliope mini shows that everyone can code - and with a lot of fun. It's easy to get started, so kids, teachers* and parents can get started without any prior knowledge. From the first self-programmed blink to self-driving robots to wirelessly communicating Calliope mini swarms: with just a few clicks, users can design their own programs for the microprocessor on a connected computer, bringing the Calliope mini to life.

In addition to 25 red LEDs, one RGB LED and two programmable buttons, the board contains a combined position sensor with motion sensor and compass, as well as a wireless module that allows Calliope mini to communicate with other Calliope mini. The board can be
via laptop or computer using free editors, e.g. Open Roberta Lab from the Fraunhofer Gesellschaft. Self-created programs can also be transferred wirelessly via an app. The board is supplied with five pre-installed programs, the use of which is explained in a small accompanying booklet. Battery holders with high-quality batteries and a USB cable for connection to the computer are also included.

Caalliope Mini 3.0 (new) vs. 2.0 (predecessor)
With the Calliope mini V3, in addition to an improved processor architecture, additional and improved connectivity options have been added. There is a USB-C connector and additionally the pin header can be used directly with jumper cables or expansion boards. With Jacdac, another connector with reverse polarity protection is integrated. Thus, actuators and sensors can be connected in series and directly exchanged with a connected computer via WebUSB, for example.

The Calliope mini thus becomes not only the first teaching tool for learning programming, but also a digital circle for everyday school life!

Scope of delivery
• Calliope mini 3.0
• battery holder with batteries
• USB-C cable (1 m)
• rubber band (to fix the battery compartment)
• sticker
• quick start guide

external links
https://calliope.cc/calliope-mini/technische-daten

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SOLDERED DEBO LED RING12 - Developer boards - LED ring, RGB, 12 LEDs, WS2812 14.07 EUR The WS2812B is a highly interesting LED which, thanks to its integrated controller, is able to emit light in red, green, blue or any combination of these three colors and display a total of around 16 million different colors. The diodes are arranged in a circle on this special board.

enables the emission of light in red, green and blue as well as combinations of these colors
can display around 16 million colors
controllable by a single pin with just a few lines of code in the Arduino IDE
integrated controller in each LED
diodes are arranged in a circle on the board

Thanks to the integrated controller, each WS2812B LED can be controlled individually, which simplifies programming and at the same time offers a wide range of possibilities for lighting designs. The circular arrangement of the LEDs on the board is not only aesthetically pleasing, but also expands the creative application possibilities, from dynamic lighting effects to signaling applications.

Technical specifications

Number of LEDs: 12
Voltage: 5 V
LED type: WS2812B
Current: 18 mA per LED
Circuit outer diameter: 40 mm

Overall, this LED board provides a simple and efficient way to create colorful and dynamic lighting arrangements with minimal programming knowledge, making it ideal for art, event or product design projects. The WS2812B LEDs offer a cost-effective and accessible solution for individually controllable lighting concepts.

External links
https://github.com/SolderedElectronics/Soldered-WS2812-Smart-Leds-Arduino-Library
https://github.com/SolderedElectronics/Soldered-WS2812-Smart-Leds-Arduino-Library

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DEEPER 50695 - Deeper Smartphone Mount for boats and kayaks 51.24 EUR Keep your smartphone conveniently and securely in position when fishing from a boat or kayak. Simply clamp the Magic Arm to your boat, attach your smartphone to the mount provided and away you go. Direct mounting is possible, which means the Smartphone Mount is also compatible with Deeper Flexible Arm Mount 2.0. The position of the Magic Arm on the Smartphone Mount is easily adjusted for convenient hands-free fishing and deeper sonar data monitoring on your smartphone screen

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SEEED XIAO RGB 6X10 - Xiao Shield - LED matrix 6x10, 60 LEDs, RGB 17.55 EUR The 6x10 RGB Matrix expansion board for Seeed Studio XIAO is the perfect addition for your portable devices with the XIAO series.

LED appearance, scene lighting
LED point light source, LED pixel screen
all kinds of electronic products and electrical equipment marquee
portable devices
mobile devices

This remarkable matrix brings a vibrant spectrum of color to your projects. With 60 LEDs in a compact size where each is a 1x1mm WS2812B LED, this matrix goes beyond mere aesthetics to bring your creative vision to life. Whether you're working on an interactive piece of art, developing a dynamic notification system or simply want to add a shiny accent to your creations, this matrix serves as the ultimate canvas. Seamlessly integrated with the XIAO main controller and QT Py for Adafruit, it features VCC, GND and DIN solder pads that provide unparalleled customizability for a variety of scenarios.

Technical specifications

LED type: XL-1010RGBC-WS2812B
Number of LEDs: 60
Arrangement: 6 rows x 10 columns
LED size: 1 mm x 1 mm
Connection port: Digital
Additional pads: VCC, GND, DIN, DOUT

The 6x10 RGB matrix expansion board for Seeed Studio XIAO offers a versatile and powerful solution to add color and dynamics to your projects. With its high customizability and seamless integration into the XIAO series, it is perfect for a wide range of applications, from interactive artwork and dynamic notification systems to portable devices and mobile applications.

External links
https://wiki.seeedstudio.com/rgb_matrix_for_xiao/

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SEEEDUINO V4.3 - Seeeduino V4.3 26.7 EUR The Seeeduino V4.3 is an Arduino compatible board based on the ATmega328P MCU and is characterized by high stability and ease of use. The board uses the Arduino UNO bootloader and the ATMEGA16U2 as UART-to-USB converter, which enables programming via a micro USB cable. It offers the option of switching the system supply voltage between 3.3V and 5V, for example to save energy.

is based on the ATmega328P MCU and is equipped with the Arduino UNO bootloader
enables programming via a micro USB cable
power supply via DC Jack input, accepts 7 to 15V
switchable operating voltage between 3.3V and 5V
integrates an ATMEGA16U2 as UART-to-USB converter

The board can be operated both via a micro USB cable and via a DC jack with an input voltage of 7 to 15V. The ability to switch the system voltage between 3.3V and 5V is particularly advantageous for applications that require lower power consumption. Programming is straightforward via a micro USB cable, with the CP16U2 enabling communication between UART and USB.

In addition to the hardware, the Seeeduino V4.2 provides access to an extensive collection of over 300 Grove modules, enabling connection and experimentation without soldering or jumpers. These modules cover a wide range of applications and support both open hardware and open source software.

Technical specifications

ATmega328P microcontroller
Arduino UNO bootloader
14 digital I/O pins (6 PWM outputs)
6 analog inputs
ISP header
Arduino UNO-R3 shield compatibility
Programming and power supply via micro USB
3 plug-in board connections
Switch for operating voltage 3.3/5 V

To summarize, the Seeeduino V4.3 is an excellent choice for developers looking for a reliable and easy-to-use Arduino-compatible board. The flexible power supply and programmability via USB make it a versatile platform for a variety of projects. The switchable operating voltage and support for a wide range of modules significantly expand the spectrum of possible applications.

Instructions in pdf format are available for Grove users (especially beginners). Before using the product, you should definitely read the chapters ''Preface'', ''Getting Started'' and ''Introduction to Grove''!

Further information about the board as well as data sheets, instructions and downloads can be found at http://wiki.seeedstudio.com/Seeeduino_v4.2/

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JOY-IT DEBO SEN-KY033LT - Developer boards - Line Tracker 12.17 EUR This sensor transmits and receives infrared. It can detect whether it has a reflective surface (the sensor receives its own signal) or an absorbent surface (the sensor does not receive a signal) in front of it.
The sensitivity of the sensor can be adjusted using a potentiometer.

Robots, for example, can use three of these sensors to perform an automated line tracker function.

Technical specifications
• Function: Detects a line using infrared (0/1 signal output) / With three of these sensors, robots can automatically follow a line
• Detection range: 1 - 25 mm
• Supply voltage: 3 - 5 V
• Power consumption: 3 V approx. 7 mA / 5 V approx. 13 mA
• Operating temperature: 0 °C to 50 °C
• Dimensions: 42 x 11 x 8 mm

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FREI DEBO LED RGB - Developer boards - LED, RGB, 5 mm 10.88 EUR This LED module contains a red, blue and green LED. These are connected to each other by a common cathode. A total of 16.7 million colours can be displayed.

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Water sports REICHELT IE Best Products

WAVESHARE RPI CM4 IO POE - Raspberry Pi - Compute Module 4 compatible IO board, PoE 50.78 EUR Raspberry Pi Compute Module 4 IO Board with PoE function

This IO board is for evaluating the Raspberry Pi Compute Module 4 or for integration into final products. The board has a PoE function, it can be used for all variants of the Compute Module 4.

Technical data
• PoE: integrated 802.3af compliant PoE circuit (5V/2.5A)
• Micro-USB: 4x USB 3.2 Gen1 ports
• Ethernet: Gigabit Ethernet RJ45 with PoE support
• header: 40-pin GPIO header
• Fan: 5 V / 12 V standard fan connector
• operating voltage: 7 ... 36 V
• CM4 socket: suitable for all variants of the Compute Module 4
• RTC: real time clock with battery socket and the possibility to wake up the Compute Module 4
• Video: 2x MIPI DSI display FPC connectors (22-pin cable with 0.5 mm spacing)
• Camera: 2x MIPI CSI-2 camera FPC connectors (22-pin cable with 0.5 mm spacing)
• SD card reader: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants
• dimensions (LxW): 160 × 90 mm

Scope of delivery
Compute Module 4 PoE Board x1

external links
https://www.waveshare.com/wiki/Compute_Module_4_POE_Board