This is a practical, yet elegant Raspberry Pi Ceramic mug from the Raspberry Pi Foundation. Let your Raspberry Pi spirit shines :) Be the envy of everyone in your office with the new Raspberry Pi mug!

• Red color with White Raspberry Pi Logo
• Dishwasher safe
• 80mm diameter x 90mm tall
• 330ml capacity
• Bright and colorful!

The team at Raspberry Pi Foundation has extensively tested these mugs and can confirm that they are tea-, coffee-, and hot chocolate-compatible. They can also be used for cold drinks if that's your preference. 

Note: While tested to over 1,000 domestic dishwasher cycles, it is recommended that you hand-wash this mug to keep it in tip-top condition.

• 1 x Raspberry Pi Red Ceramic Mug

Raspberry Pi 400 is a complete Raspberry Pi 4-based personal computer, fully integrated into a keyboard for ease of setup and use.


Overview

Featuring a quad-core 64-bit processor, wireless networking, dual-display output and 4K video playback, Raspberry Pi 400 is a complete personal computer, built into a compact keyboard.

Raspberry Pi 400 is ideal for surfing the web, creating and editing documents, watching videos, and learning to program using the Raspberry Pi OS desktop environment.

Raspberry Pi 400 is available in a number of different regional variants and as either a computer kit, containing everything you need to get started (except for a TV or monitor), or a computer unit only.

Raspberry Pi 400 for working and learning at home




Specifications

Processor: Broadcom BCM2711 quad-core Cortex-A72 (ARM v8) 64-bit SoC @ 1.8GHz

RAM: 4GB LPDDR4-3200

Connectivity: Dual-band (2.4GHz and 5.0GHz) IEEE 802.11b/g/n/ac wireless LAN, Bluetooth 5.0, BLE Gigabit Ethernet
2 × USB 3.0 and 1 × USB 2.0 ports
GPIO Horizontal 40-pin GPIO header

Video & sound: 2 × micro HDMI ports (supports up to 4Kp60)

Multimedia: H.265 (4Kp60 decode);
H.264 (1080p60 decode, 1080p30 encode);
OpenGL ES 3.0 graphics

SD card support: MicroSD card slot for operating system and data storage

Keyboard: 78- or 79-key compact keyboard (depending on
regional variant)

Power: 5V DC via USB connector

Operating temperature: 0°C to 50°C

Dimensions: 286 mm × 122 mm × 23 mm (maximum)

What's in the box?

1 x Raspberry Pi400 unit only(US keyboard)
1 x Raspberry Pi 32GB preloaded with RPi OS micro SD card(Included from 09/12/2024) 

You might also need .....

• a display monitor in red/white or black
• a USB type C power supply available in white or black
• a micro HDMI cable or HDMI adapter
• a mouse in red or black

Compliance: For a full list of local and regional product approvals, please visit
www.raspberrypi.org/documentation/hardware/raspberrypi/conformity.md



WARNINGS
• Any external power supply used with Raspberry Pi 400 shall comply with relevant regulations and
standards applicable in the country of intended use.
• This product should be operated in a well-ventilated environment and should not be covered when
being operated.
• The connection of incompatible devices to Raspberry Pi 400 may affect compliance, result in damage to the unit, and invalidate the warranty.
• There are no user-serviceable parts inside Raspberry Pi 400, and opening the unit is likely to damage the product and will invalidate the warranty.
• All peripherals used with this product should comply with relevant standards for the country of use
and be marked accordingly to ensure that safety and performance requirements are met. These
articles include, but are not limited to, mice, monitors and cables when used in conjunction with
Raspberry Pi 400.
• The cables and connectors of all peripherals used with this product must have adequate insulation so that relevant safety requirements are met.
• Prolonged exposure to direct sunlight may cause discoloration.


SAFETY INSTRUCTIONS
To avoid malfunction or damage to this product please observe the following:
• Do not expose to water or moisture whilst in operation.
• Do not expose to heat from any source; Raspberry Pi 400 is designed for reliable operation at normal ambient temperatures.
• Take care whilst handling to avoid mechanical or electrical damage to the computer.

Accreditation

• Chip: TCS230
• Input voltage: DC 3V-5V
• Output frequency voltage: 0 ~ 5V
• Use bright white LED lights
• Can be connected directly with Microcontroller
• Static detection of the measured object color
• Best detection distance: 10mm

• POE: integrates 802.3af-compliant PoE circuit (5V/2.5A)
• USB: 4x USB 3.2 Gen1 portsMicro USB port
• Ethernet: Gigabit Ethernet RJ45 with PoE support
• Header: Color-coded 40PIN GPIO header
• Fan: 5V / 12V standard fan connector
• Power Input: 7V~36V
• CM4 Socket: suitable for all variants of Compute Module 4
• RTC: Real-time clock with battery socket and ability to wake Compute Module 4
• Video: 2x MIPI DSI display FPC connectors (22-pin 0.5 mm pitch cable)
• Camera: 2x MIPI CSI-2 camera FPC connectors (22-pin 0.5 mm pitch cable)
• SD card slot: MicroSD card socket for Compute Module 4 Lite (without eMMC) variants
• Dimensions: 160 × 90mm

Standard CM4 socket and color-coded Raspberry Pi 40PIN GPIO header suitable for all variants of Compute Module 4

Onboard connectors including CSI/DSI/RTC/HDMI/USB/ETH/TF card



What's On Board?

• High performance intelligent multi-frequency scanning use active matrix Thin film transistor liquid crystal display (TFT), LED backlight
• Comply with VESA DPMS International Power Saving Regulation
• Support DDC 1/2B and Windows PNP Plug & Play
• Microprocessor based with OSD (On Screen Display) control, able to adjust the image to optimum
• Complying with International Standard (VESA) to mount the display on the wall
• 19.5" (49.53cm) 16:9 wide LED
• Resolution 1600x900@60Hz
• Brightness 250cd/m²
• Viewing Angle 90°/65°(H/V)
• Net weight 2.14kgs
• Gross weight 3kgs
• Ultra slim

What's in the box?

1x LED monitor (with pedestal)
1x VGA signal cable
1x Audio cable
1x Power cord cable
1x User manual

New to Mobile Robot & Coding?

Don't worry! This kit comes with a booklet covering all the hands-on lessons you need to get started. Every step is explained clearly with the help of images. We make sure that the common issues when building and coding the Arduino mobile robot are properly addressed in this booklet. Besides it comes with fun facts to feed the curious minds too.

No Soldering! Just Jumper Wires

There is no soldering involved in order for more young makers to take part in the building process. To make things even simpler, the detailed schematic diagram and mounting location of the parts are printed inside the box. Hence you can build and connect with greater confidence as you embark on this digital making journey.



This mobile robot kit is based on Maker UNO (Arduino Uno compatible).

Box = Mobile Robot Base

We designed the packaging box of PikaBot to be reusable. Not only that it's used for packing the complete set of components needed for the project, it serves as the robot base and cover of your PikaBot mobile robot too.

Line Following & Obstacle Avoidance

What can your PikaBot do? It can follow line, simple yet practical navigation that is widely used in AGV (Automated Guided Vehicle) and many robot competition. The kit comes with a pair of infrared sensors which you can calibrate & program to recognize black and white surfaces. PikaBot also includes an ultrasonic distance sensor so it can detect obstacles in front of it.

mBlock Graphical Programming Interface

Besides using the Arduino IDE as taught in our user guide booklet, you can also program PikaBot with mBlock block-based programmming interface. Check out this tutorial to learn more.


https://youtu.be/S-xbk-PoiWY

With the beginner-friendly Maker UNO as the controller, everyone can build and program this mobile robot. We have also included

• Dual-channel motor driver - Maker Drive
• Two "TT" brush motor with pre-solder wires
• 4 x AA battery to power the controller and motor 
• Of course, it comes with two IR Line Tracking Module for line following
• An Ultrasonic Distance Sensor for obstacle avoidance
• Accessories for the smart car to work :)
• Everything is packed in a nicely designed paper box which will be utilized as the base of the mobile robot too

To make life even easier, we have prepared:

• A printed copy of Step by Step Guide for you to build this kit (Softcopy here)
• Sample code for line following, obstacle avoidance and melody in Arduino Sketch in Github (coming soon)
• Video to assemble the robot is in the making, check it out

Features

• Mobile Robot Kit
• Do It Yourself (DIY) mobile robot kit
• No soldering needed, only requires to connect jumper wires :)
• Controller: Maker UNO
• Motor Driver: Maker Drive dual-channel DC brush motor driver
• Driven by two TT motor with pre-solder wires
• Power both controller and motor with 4 x AA battery, with battery holder too
• Comes with IR Line Sensor module, for line following
• Open-source example code, free to modify and learn coding
• Panel mount rocker switch as power activation switch
• Panel mount push button as a start button
• The paper box is creatively designed as the container and also body for mobile robot.
• Everything needed is packed in this kit!
• Box Dimension: 127mm x 55mm x 19mm (not including motor shafts and wheels)

What's in the box?

Resources

• Softcopy (PDF) of PikaBot Booklet (Hardcopy comes with the kit)
• Arduino sample code
• PikaBot is now programmable with mBlock, a tutorial on Hackster.io. Now you can use block(graphical) programming to program PikaBot.
• CH34X driver (Please ensure the Maker UNO is plug into computer USB port during driver installation)
  • Windows (V3.5 Mar2019)
  • Mac OS (V1.5 Mar2019)
  • Linux (V1.5 Mar2019) (Normally is readily installed)
  • CH34X Driver - Get the latest driver from the factory
• Arduino IDE Download

Telegram Stickers!

Last but not least, we've designed some expressive PikaBot stickers for Telegram messenger for all you PikaBot lovers! If you are a Telegram user, grab the sticker pack here: https://t.me/addstickers/cytron_pikabot. Have fun!

1. Most of the students do not have basic knowledge in electronics.



2. They do not understand the circuit diagram at the beginning of the Arduino lesson. They will spend a substantial amount of time just to connect the wires and troubleshoot the connections.

3. It's a mess after every class. The teacher has to sort and make sure nothing is missing. What a tedious job and a waste of time! 

Students can skip the hassle of constructing the basic electronic circuit which is boring and time consuming. Although it is equally important for them to learn about basic electronics, it can always come later after they have experienced how easy it is to create awesome project. Start with fun and excitement. Start coding right away and see your board lights up and plays melody with the press of a button. 



With the conventional Arduino boards, students also face another common problem - difficulty in troubleshooting their circuit. This is because when it doesn't work, we do not know whether the problem is due to wire connection or coding.



With Maker UNO, the problem is solved! Not only do the onboard LEDs work as outputs, they can also act as indicators, clearly showing what's happening on that pin. When the pin is used as input, you can clearly see whether the signal is received by just looking at changes on the LEDs. 

Additional Features

One of the brilliant features of the official Arduino Uno is the label printed on its pin headers. It saves us a lot of time when we want to connect the I/O pins to the external circuit. So, we include a set of these label stickers for pin headers in each of the Maker UNO! (Please note that you need to peel off the stickers and stick them on your Maker UNO by yourself)



Students always get their boards mixed up. With Maker UNO, you can write your name on the board. Problem solved!



Maker UNO uses the common Micro USB cable which is basically everywhere.



Don't throw your box away! There is a small opening on the box for you to plug the USB cable so that you can keep your Maker UNO safely in the original box, no additional casing required.

Specifications

Maker UNO is fully compatible with Arduino. You can share the same library and code. We put in 12x LEDs, 1x piezo buzzer and 1x programmable button on the Maker UNO. We have removed the DC jack power input socket as most of the boards used in classes are powered using USB. We have also replaced the ATmega16u2 with CH340 to bring down the cost.

Documents:

• Maker UNO User's Manual
• Maker UNO Edu Kit Getting Started Module
• Maker-UNO Schematic
• Maker-UNO Fritzing File
• CH341 driver
  • Windows
  • Mac OS
  • Linux (Normally is readily installed)

Tutorials:

• Getting Started with Maker UNO (video)
• Maker UNO Projects

Related links:

• Maker UNO's Default Program
• Arduino IDE Download
• How To Program Arduino (Maker UNO) Using Atmel Studio
  • Introduction Atmel Studio 7 is the integrated development platform (IDP) for developing and debugging all AVR® and SAM microcontroller applications. The Atmel Studio 7 IDP gives you a seamless and easy-to-use environment to write, build and debug your applications written in C/C or assembly code.
• Program Maker UNO using Chromebook

• Hard to get started without additional devices (monitor, keyboard, and mouse). Beginners will either need to use additional devices or follow many steps just to get started. This may confuse them. For techies that want to know why, this is because it lacks an onboard USB to UART communication for your computer to get the IP address for SSH (headless), or to kick start configuration directly.
• Hard to get started with electronics. It doesn't come with any inputs or outputs, you will need to connect additional accessories to use it. Most beginners do not have basic knowledge of electronics. They will have a problem to understand the circuit diagram and connections needed when they first started learning. They will spend a substantial amount of time just to connect the wires and troubleshoot the connections.
• Hard to troubleshoot the GPIO. With just the raspberry pi, beginners face a common problem when learning electronics- difficulty in troubleshooting their circuit. This is because when it doesn't work, we do not know whether the problem is due to wire connection or coding.
• Access to GPIO is kind of difficult. There is no label on the pins, you need to search online to get the designated pin and know which pin to connect. For beginners, this definitely will make it harder for them to make the connection correctly. 
• No easy way to properly shutdown using a switch. There is no programmable push button to enable proper shutdown through hardware. If the beginner turns off the power without properly shutting it down, the raspberry pi may not work the next time. 

Maker pHAT solves all these. It is designed to:

• Simplify to get started with Raspberry Pi without additional monitor, keyboard or mouse (Headless). Go headless with a few simple steps as it enables users to remote access Raspberry Pi through serial.
• Simplify learning electronics. Beginners can skip the hassle of constructing the basic electronic circuit which is boring and time-consuming. Although it is equally important for them to learn about basic electronics, it can always come later after they have experienced how easy it is to create an awesome project. Start with fun and excitement. Start coding right away and see your board lights up and plays sound with the press of a button. It comes with onboard LEDs, pushbuttons, and a buzzer to easily learn how to control input and output. No messy wiring needed and no additional components needed.
• Simplify troubleshooting and prototyping. Not only do the onboard LEDs work as outputs, but they can also act as indicators, clearly showing what's happening on that pin. When the pin is used as input, you can clearly see whether the signal is received by just looking at changes on the LEDs. The pre-soldered header pins come with nice labels. This helps the user to easily connect inputs and outputs to the right pins. This will further assist them in interfacing with sensors and actuators.
• Simplify proper shutdown using pushbutton. You can easily follow the steps and choose one of the pushbuttons as the power button to properly shutdown the Raspberry Pi. Just press the button and it will shut down. 

Maker pHAT is designed to be the same size as Raspberry Pi Zero board, it stacks perfectly on top of Rpi Zero with the four mounting holes aligned. (What is a HAT? Read this to know more) We do advise getting Raspberry Pi Zero WH (pre-solder header pin) for beginner because it is not an easy work to solder the 40-pin GPIO, don't forget you'll need to have the soldering tools too.



Maker pHAT is also compatible with Raspberry Pi 3B, 3B , 3A ,  and of course the latest 4B too. You just need to insert the 2x20 stacking header(included), as photo shows:

Maker pHAT is compatible with:

• Raspberry Pi Zero V1.3 (will need to solder 2x20 header pin - NOT included can consider Straight Pin Header (Male) 2x40 Ways)
• Raspberry Pi Zero W (will need to solder 2x20 header pin - NOT included can consider Straight Pin Header (Male) 2x40 Ways)
• Raspberry Pi Zero WH (Ready for plug and use)
• Raspberry Pi 1 https://www.pishop.co.za/store/raspberry-pi-model-aModel A (Will need 2x20 stacking header)
• Raspberry Pi 3 Model A (Will need 2x20 stacking header)
• Raspberry Pi 3 Model B (Will need 2x20 stacking header)
• Raspberry Pi 3 Model B (Will need 2x20 stacking header)
• Raspberry Pi 4 Model B 1GB (Will need 2x20 stacking header)
• Raspberry Pi 4 Model B 2GB (Will need 2x20 stacking header)
• Raspberry Pi 4 Model B 4GB (Will need 2x20 stacking header)

Maker pHAT is now Rev1.10:

Features:

• Raspberry Pi Zero size, stack perfectly on to Pi Zero Series of SBC (Single Board Computer).
• Compatible with standard size Raspberry Pi 3B/3B /4B1GB/4B2GB/4B4GB, medium size Raspberry Pi 3A and smaller size Raspberry Pi Zero/W/WH.
• Standard Raspberry Pi GPIO footprint.
• LED array for selected GPIO pins (GPIO 17, 18, 27, 22, 25, 12, 13, 19).
• 3x onboard programmable push buttons (GPIO 21, 19 and 20, need to configure as input pull up).
• Onboard active buzzer (GPIO 26).
• Proper label for all GPIOs, including SPI, UART, I2C, 5V, 3.3V, and GND.
• Utilize USB Micro-B socket for 5V input and USB to UART communication.
• USB serial facilitated by the CH340, Rev1.10 uses FT231X as the USB to UART
• Input voltage: USB 5V, from the computer, power bank or standard USB adapter.
• PURPLE PCB!

Documents/Tutorials:

• User's Manual
• Schematic Rev1.00 (pdf)
• Schematic Rev1.10 (pdf)
• Sample Python Code (Github)
• CH340 Driver (Windows)
• CH340 Driver (MacOS)
• CH340 Driver (Linux) - Pre-installed
• FT231X Driver on Rev1.10 (Windows, Linux, and macOS)
• PuTTY - For serial terminal
• Raspberry Pi: Mengawal LED di Maker pHAT

Packing List:

• 1 x Maker pHAT
• 1 x 2x20 Stacking Header

• DC jack output: OD 5.5mm, ID 2.1mm
• Choice of Plugs: Available in US / EU / UK
• Connector: DC Jack 5.5mm/2.1mm
• Cable Length: 1.2m
• Input: AC 100~240V 0.8A
• Output: DC 5V 4A
• Protection: Short circuit / Over voltage / Over current
• Lifetime: ~60,000 hours
• Safety Certifications: UL / FCC / CE / GS / SAA / RCM
• Environmental: ROHS Compliant
  
  

Built especially to showcase the low cost, feature-rich RP2040 chip on the Raspberry Pi Pico, this board has VGA output, an SD card slot, digital I2S audio output, and more!

Based on the reference design by Raspberry Pi, our Pimoroni Pico VGA Demo Base is a great way to start experimenting with Raspberry Pi Pico/RP2040. It's the perfect way to demo of some of the fun things you can achieve with the RP2040 microcontroller such as generating a solid VGA output without taxing the CPU at all!

• Amaze your friends by showing them you still own a D-sub cable!
• Bask in the glory of 15-bit analog video!
• Get teary eyed over the warm, authentic, RC filtered PWM audio!

This board will run the various video example programs that Raspberry Pi have put together to demonstrate features of the RP2040.

Please note that VGA Demo Base only currently works with the C/C Pico SDK!

A Raspberry Pi Pico is not included - click here if you'd like to buy one!

Your Pico will need to have male headers soldered to it (with the pins pointing downwards) to attach to our add-on boards.

Features

• 15-pin VGA (D-sub) connector
• PCM5100A DAC for line out audio over I2S (datasheet)
• PWM audio output
• SD card slot
• Reset button
• Female headers to install your Raspberry Pi Pico
• Three user-controllable switches
• Rubber feet
• Compatible with Raspberry Pi Pico
• No soldering required (as long as your Pico has header pins attached)
• Programmable with C/C

The pin-out of our board is the same as Raspberry Pi's reference board, you can find it in chapter 3 of Hardware Design with RP2040 along with more general info about the VGA reference board.

To run the audio and video examples in Raspberry Pi's experimental repos, first make sure you have up to date versions of pico-extras and pico-playground. When building the examples, you will need to specify the board configuration so that the examples use the correct pins. You can do this by creating a new build directory and then specifying the board definition when using cmake:

cmake -D"PICO_BOARD=vgaboard" ..

There's more details on about how to build applications with custom board configurations in Appendix D / page 267 of the C/C SDK documentation.

Pinout

• 3.3V / 5V compatible, wide voltage level: 3.2V~5.2V
• Only 3 pins needed, save I/O resources
• Wide measurement range: 3cm ~ 350cm
• Easy to use: grove connector, plug and play
• Arduino library ready

Specifications

• Operating Voltage: 3.2~5.2V
• Operating Current: 8mA
• Ultrasonic Frequency: 40kHz
• Measuring Range: 3cm to 350cm
• Resolution: 1cm
• Measurement Angle: 15 degree
• Dimensions: 50mm x 25mm x 16mm

Resources

• Grove - Introduction to Grove
• Grove - Ultrasonic Ranger interface with Arduino and Raspberry pi by wiki.seeedstudio
• Grove - Ultrasonic Ranger schematic
• Grove - Ultrasonic Ranger library
• CDC file

Features

• Automatically sleep after 10 minutes.
• Automatically shut down after 20 minutes.
• Temperature reach 480°C in 1 minute.Build in PID system equipped.
• 9 shortcut range to adjust temperature by button
• Products use LCD display

Specifications

• Voltage: AC220V
• Temperature range:250~480°C
• Temperature stability:±1°C
• Temperature offset range:±10°C
• Temperature Unit:°C/℉
• Heater: Four-core PTC ceramic heater
• Power - Model Number:65W -ST-2065D
• Colour:black
• Material:ABS metal
• Size:25*2*3cm

What's in the box?

1 x ATTEN ST-2065D Soldering Iron

• Designed with nixie tube display.
• MCU controlled temperature calibration with PID system equipped, adjustable
• Temperature selection using knob, easy to operate.
• Combined soldering station with soldering stand.
• The handle structure is ergonomically designed for comfortable grip.
• The heating wire and sensor are made of PTC material, which is quick in
• Temperature rise and precise in temperature control.

• Voltage: 110/220 VAC
• Power: 80W
• Temp Range 80°C ~ 480°C