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PicoSystem is a pocket-sized handheld gaming console, Powered by the Raspberry Pi's RP2040 chip the same CPU used In the Raspberry Pi Pico! This thing is pretty cool and it's a hackable dev handheld gaming console that you can easily make your own games for. Hopefully, in the near future, we can see some emulators like NES PC engine and Gameboy running on the Pico System, and of course I’m waiting for a DOOM port! Get It Here: 🤍 Play Super Square Bros Here: 🤍 Follow Me On Twitter: 🤍 Follow Me On Instagram: 🤍 Equipment I Use: Screen Capture Device: 🤍 Tool Kit: 🤍 Soldering Station: 🤍 Camera: 🤍 Tripod: 🤍 Raspberry Pi 4: 🤍 Flirc Case: 🤍 DISCLAIMER: This video and description contains affiliate links, which means that if you click on one of the product links, I’ll receive a small commission at no extra cost to you! This video and Channel and Video are for viewers 14 years older and up. This video is not made for viewers under the age of 14. Want to send me something? ETAPRIME 12520 Capital Blvd Ste 401 Number 108 Wake Forest, NC 27587 US THIS VIDEO IS FOR EDUCATIONAL PURPOSES ONLY! #RaspberryPi #PICO #RP2040 #etaprime DISCLAIMER: Under section 107 of the Copyright Act 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, education, and research. No Games Or Applications Are Included Or Added On Or To Any Device In This Video
In today’s episode, we’re building Pico-GB, a 3d printed GameBoy emulator handheld gaming console for Raspberry Pi Pico that ressembles to the original Nintendo Game Boy released in 1989. This homemade Game Boy emulator is a fun and creative way to bring back old games on the beloved classic Game Boy console. With just a few basic components and a little bit of tinkering and programming you can build your own handheld gaming console capable of playing original Game Boy titles. All you need is a Raspberry Pi Pico, an ILI9225 LCD display, an SD card and a couple of micro-push buttons to get started!! With a few hours and some basic soldering skills, you can build yourself a beautiful handheld Game Boy emulator to play all your favorite classic games. So, if you’re feeling nostalgic for some good old fashion Game Boy gaming then building a homemade emulator handheld is a great and inexpensive way to do just that! Pico-GB is based on the $4 Raspberry Pi Pico microcontroller. The shell and buttons are 3D printed. The screen is a 2.2-inch LCD with a resolution of 220×176 pixels and 65K colors. There are 8 buttons: 4 for the DPAD + 4 action buttons (A, B, select, start). The buttons are 6x6x6mm micro push buttons. The Game Boy emulator used by Pico-GB is Peanut-GB by Mahyar Koshkouei /deltabeard (🤍 with some changes done by me to support sound and accommodate SD card menu/save games on Raspberry Pi Pico (🤍 Peanut-GB has been specially optimized to run at full speed on low specs computers or microcontrollers. It runs at 60 frames per second on the Pico, at the expense of some emulation accuracy. It can play most of the 1000+ original Game Boy DMG games! More information, materiel needed, assembly instructions, circuit diagrams, firmware, 3d printed parts etc. can be found on 🤍 Music: Rich in the 80s - DivKid - YouTube Audio Library
Build a retro-gaming console with a Raspberry Pi Pico microcontroller and code classic games in MicroPython! For less than $20, you can make your own game console and start coding games! Retro games are probably the funniest way to learn programming! The Pi Pico Retro Gaming System is a based off the $4 Raspberry Pi Pico microcontroller and can be programmed in MicroPython, a special version of Python made for Micro-controllers, or in C for better performance. The screen is a 0.96 inch monochrome LCD display with a resolution of 128x64 pixels. There a 6 buttons: 4 for the DPAD + 2 action buttons. The buttons are 6x6x6mm micro push buttons. The sound is provided by a simple piezo buzzer. The case and the buttons are 3D printed. ⏰ Chapters ⏰ 0:00 Build your own retro gaming console with a Raspberry Pi Pico! 0:35 Why Raspberry Pi Pico? 0:41 Thonny Python IDE Setup 0:51 Installing MicroPython 1:01 Hello World in MicroPython 1:23 Adding a screen: I2C SSD1036 OLED display 3:10 Programming a classic game: Pong 4:05 Adding buttons to move the paddle 5:05 Making sounds: the piezo buzzer 5:34 Assembling the complete console ➡️ 3D printed parts 🤍 ➡️ Step-by-step tutorial, circuit diagrams, parts needed, source code: 🤍 ➡️ Music: "Don't Stop Me" / Tatami / ShutterStock
In today’s episode, we’re building a Game Boy emulator on a breadboard! This homemade Game Boy emulator is a fun and creative way to bring back old games on the beloved classic Game Boy console. With just a few basic components and a little bit of tinkering and programming you can build your own gaming console capable of playing original Game Boy titles. All you need is a Raspberry Pi Pico, an ILI9225 LCD display, an SD card and a couple of micro-push buttons to get started!! With a few hours, you can build yourself a beautiful Game Boy emulator to play all your favorite classic games. So, if you’re feeling nostalgic for some good old fashion Game Boy gaming then building a homemade emulator is a great and inexpensive way to do just that! The Game Boy emulator used by Pico-GB is Peanut-GB by Mahyar Koshkouei /deltabeard (🤍 with some changes done by me to support sound and accommodate SD card menu/save games on Raspberry Pi Pico (🤍 Peanut-GB has been specially optimized to run at full speed on low specs computers or microcontrollers. It runs at 60 frames per second on the Pico, at the expense of some emulation accuracy. It can play most of the 1000+ original Game Boy DMG games! More information, materiel needed, assembly instructions, circuit diagrams, firmware, 3d printed parts etc. can be found on 🤍
Follow Graham's tutorial to get four-player DOOM running on our $4 Raspberry Pi Pico: 🤍 Subscribe to our channel: 🤍 Looking for kid-friendly projects, educator-led seminars, and information about our non-profit work? Check out the Raspberry Pi Foundation YouTube channel: 🤍 BUY A RASPBERRY PI Raspberry Pi Pico: 🤍 Raspberry Pi 4: 🤍 Raspberry Pi 400: 🤍 All Raspberry Pi products: 🤍 Raspberry Pi Store, Cambridge: 🤍 READ OUR BOOKS & MAGAZINES The MagPi magazine: 🤍 HackSpace magazine: 🤍 Wireframe magazine: 🤍 Custom PC: 🤍 Raspberry Pi Press online store: 🤍 GET HELP WITH YOUR RASPBERRY PI Getting started with your Raspberry Pi: 🤍 Raspberry Pi Help Guides: 🤍 Raspberry Pi Forums: 🤍 Technical documentation: 🤍 FOLLOW US Twitter: 🤍 Instagram: 🤍 Facebook: 🤍 Raspberry Pi blog: 🤍 SUPPORT RASPBERRY PI FOUNDATION Free coding projects: 🤍 Digital Making at Home: 🤍 Free online courses: 🤍 Raspberry Pi Foundation: 🤍 Donate: 🤍 #RaspberryPi #PiDay
Today we are making the Raspberry Pi Pico GameBoy, a DIY game console that looks like the original Nintendo Game Boy released in 1989! But the comparison stops here. For less than $20, you can make your own game console and start coding games! Retro games are probably the funniest way to learn how to program! The Pi Pico GameBoy is a DIY game console based on the $4 Raspberry Pi Pico microcontroller. The Raspberry Pi Pico GameBoy can be programmed in MicroPython, a special version of Python made for Microcontrollers, or in C for better performance. The screen is a 1.54 inch LCD display with a resolution of 240x240 pixels and 65K colors. There a 6 buttons: 4 for the DPAD + 2 action buttons. The buttons are 6x6x6mm micro push buttons. The sound is provided by a simple piezo buzzer. The case and the buttons have been designed in Fusion 360, a 3d modeling software from AutoDesk. The case is 3D printed and is about 3:4 of the original Nintendo Game Boy: It fits nicely in the pocket! Do you remember how big the original Nintendo Game Boy was?! The buttons are kept at a 1:1 scale otherwise they become too small for “old kids”! ⏰ Chapters ⏰ 0:00 Raspberry Pi Pico Game Boy 0:16 Features 1:04 Cover & buttons design 1:19 3D printing 1:39 Electronics 3:07 Assembly ➡️ 3D printed parts 🤍 ➡️ Step-by-step tutorial, circuit diagrams, parts needed, source code: 🤍 ➡️ Music: "Rinse Repeat" by DivKid
Raspberry Pi Pico microcontroller introduction, including a comparison with the Raspberry Pi Zero, installing MicroPython, and a demonstration controlling LEDs. There is a follow-up to this video that progresses to look at reading inputs from switches and potentiometers, and controlling servos: 🤍 More videos on computing and related topics can be found at: 🤍 You may also like my ExplainingTheFuture channel at: 🤍 Chapters: 00:00 Introduction 01:01 Pico & Zero 03:55 Specifications 06:28 MicroPython 10:25 Headers & Code 14:03 By Your Command 15:24 Possibilities
Wow, the Raspberry Pi Foundation has been on a roll over the last year! What's their latest venture? A microcontroller! What's that, you ask? Well, lucky you! I'm about to tell you! Just sit back and watch this video and you'll never have any questions about microcontrollers and the Pi Pico ever again. Ever. Period. Maybe. Chapters: 0:00 Introduction 0:48 What Is The Pico? 1:25 What Is A Microcontroller? 2:08 Arduino vs Pico 3:05 Booting the Pi Pico 3:35 Installing Micropython 4:16 Writing Our First Script 5:31 The Blink Example _ 📲🔗🔗📲 IMPORTANT LINKS 📲🔗🔗📲 Buy a Pi Pico - 🤍 Getting started - 🤍 💰💰💰💰 SUPPORT THE SHOW 💰💰💰💰 🤍 📢📢📢📢 Follow 📢📢📢📢 🤍 🤍 🤍 🤍 🤍raspberrypi 🤍JeffGeerling #raspberrypi #tinkernut #pico #micropython
This video contains 10 New Raspberry pi Pico projects/project ideas that you can try. Subscribe to our channel to never miss any good project ideas. Get your free trial version of the Altium designer: 🤍 Want to learn Electronics the easy way, then check out our course: 🤍 About Altium: Altium is the industry’s leading PCB design software that combines schematic, layout, and everything else you need in one environment to effortlessly design printed circuit boards. Kits we recommend: SunFounder Raspberry Pi Pico Robot Car Kit: 🤍 SunFounder Raspberry Pi Pico Starter Kit: 🤍 - Disclaimer: All the projects in this video are the sole property of the creators. We are thankful to each one of them for sharing their projects with us or allowing us to include their project in this video. Check out the full project video of the respective creators below: - Project links: 10. Multifunctional control knob | Source: magi 🤍 9. Smartphone Oscilloscope | Source: How To Electronics 🤍 8. Coffee Grinder | Source: VEEB Projects 🤍 7. Pico Drone | Source: ravibutani03 🤍 6. Emulating EPROM | Source: element14 presents 🤍 5. Pico Keyboard and Gamepad | Source: Print 'N Play 🤍 4. Pico Pong | Source: Nick Bild 🤍 3. PicoHash | Source: Hash Robotics 🤍 2. Passcode Lock | Source: The Motor Channel 🤍 1. Mining rig | Source: The Common Channel 🤍 Chapters: 00:00 Intro 00:11 Multifunctional control knob 00:54 Smartphone Oscilloscope 01:43 Coffee Grinder 02:50 Pico Drone 03:36 Emulating EPROM 04:28 Pico Keyboard and Gamepad 05:08 Pico Pong 05:56 PicoHash 06:48 Passcode Lock 07:29 Mining rig 08:19 Outro Kits we recommend- The only Raspberry Pi kit you need(our pick):- Amazon: 🤍 All in one Arduino Kit (our pick):- Amazon: 🤍 ESP8266 Weather Station Kit:- USA: 🤍 Best ESP32 Kit(our pick):- USA: 🤍 -
Unleash the POWER of Your Nintendo GAMECUBE With PicoBoot! NEW HOMEBREW MODCHIP! It has been a long time, but we finally have a new modchip for the Nintendo Gamecube! The Raspberry Pi Pico is at the heart of this mod which is great because they are inexpensive and readily available. Also, when compared to the Xeno GC, PicoBoot offers a much more streamlined experience. There is no need for a boot CD or relying on game exploits to function, it just works! So let’s see what makes the PicoBoot the ultimate Homebrew device! // Support Macho Nacho on PATREON: ► 🤍 Check Out My MACHO NACHO MERCH and MODS: 🤍 Check Out the All NEW MACHO NACHO WEBSITE: 🤍 // WebHDX Socials: ► Twitter: 🤍 //Items Needed: These Affiliate Links Support WebHDX (Amazon Poland Links) ► Raspberry Pi Pico (Affiliate Poland): 🤍 ► SD2SP2 Adaptor (Affiliate Poland): 🤍 ► SD Gecko Adaptor (Affiliate Poland): 🤍 //These Affiliate Links Support Macho Nacho (Amazon USA Links) ► Raspberry Pi Pico (Affiliate USA): 🤍 ► SD2SP2 Adaptor (Affiliate USA): 🤍 ► SSD Card (Affiliate USA): 🤍 //Important Links: ► PicoBoot Software (Github): 🤍 ► Swiss Files: 🤍 ► GBI Files: 🤍 ► GUI Formatter: 🤍 — Timestamps 0:00 Intro 2:29 Parts Needed 3:17 Installing the PicoBoot Modchip 11:06 Installing Swiss 14:00 Features (Installing GBI) 17:30 Pros And Cons 20:04 The Future of PicoBoot // JOIN me on DISCORD! ► 🤍 - // SAVE MONEY at these Retro Modding Stores! (Affiliate Links Below): ► SAVE 10% by using COUPON CODE: TITO on any purchase from RETRO GAME REPAIR SHOP here: 🤍 ► SAVE 5% by using COUPON CODE: MACHONACHO on any purchase from RETRO MODDING here: 🤍 // TOOLS AND GEAR I Use For Video Game Console Modding (Soldering Equipment, Flux, Kapton Tape etc) (Affiliate Link): ►SRA Flux Pen: 🤍 ►Circuit Board Holder - 🤍 ►28 AWG gauge wire: 🤍 ►Wire Stripper/Cutter: 🤍 ►Silicone Mat for soldering: 🤍 ►Kapton Tape: 🤍 ►iFixit Toolkit I use for all my projects: 🤍 - Everything you need! ►Hakko FR-301 Desolder Gun: 🤍 ►All other stuff I use: 🤍 - // These stores provide fantastic Gear and Mods for Retro Consoles! If you use the following links below, I received a small percentage from sales at no cost to you. This is a great, free way to support the channel! ○ Retro Game Repair Shor (Tons of Game Boy Mods) ► 🤍 ○ Retro Modding (Lots of Handheld Console Mods) ► 🤍 ○ Stone Age Gamer (Flash Carts and other great Retro Tech) ► 🤍?afmc=MACHONACHO ○ eBay (Second Hand Retro Gaming Gear and More. It’s where I buy a lot of the consoles I mod!) ► 🤍 ○ Sendico (Proxy Service to bid on Japanese Auctions. I use Sendico to get great deals on Retro Consoles directly from Japan!) ► 🤍 - // Social Media ► Instagram: 🤍 ► Facebook: 🤍 ► Twitter: 🤍 - // Intro Music for Retro Renew Series by Matthew McCheskey: ► 🤍 - Disclaimer: This video is only for entertainment purposes. Any injury, damage, or loss that may result from improper use of tools, equipment, or from the information in this video is the sole responsibility of the viewer and is to be used at the discretion of the end user/viewer and not Macho Nacho Productions or Tito Perez. If you are uncertain about any step of the process or feel unsure about your skill level, seek a more authoritative source. Affiliate Disclosure: I get a small percentage of each sale that uses an affiliate link or coupon code. It’s a great way to help SUPPORT my channel at no cost to you so I can continue to make these videos for all of you, everyone wins! And as always, thank you for your continued support of my channel! #PicoBoot #Gamecube #MachoNachoProductions
My previous video showed you how to do three quick projects to get you started on your Pico microprocessor journey. Today, I show you how, by adding an OLED display and a potentiometer, you can write a fun little Space Invaders clone. 0:00 Introduction 0:30 Initial Breadboard Setup 1:55 Controlling an SSD1306 OLED Display 5:36 Additional Hardware for Breadboard 6:56 Pico Invaders Demo 7:36 Uploading Standalone Programs to your Pi 8:50 Code Walkthru 16:47 Customization through Variable Manipulation 17:30 Outro ssd1306.py: 🤍 Pico Invaders: 🤍 Download the Thonny IDE: 🤍 Download the MicroPython firmware for your Raspberry Pi Pico: 🤍 Interested in Print N Play Merch? Check it out here! 🤍 Pick up your board here! 🤍 Follow me on the Intrawebs! Twitter - 🤍jcprintnplay Instagram - 🤍jcprintnplay Facebook - 🤍 Thingiverse - 🤍 Reddit - 🤍 Like what I'm doing here? Want early access to content, models, and more? Check me out on Patreon ! 🤍patreon.com/jcprintnplay #RaspberryPi #Pico #MicroPython
The all New Raspberry pi Pico is here and in this video we take looks at this new offering from the Raspberry pi Foundation. This I is not like the others, instead of a single-board computer that is capable of running a full-blown operation system like the Raspberry Pi4 or Pi 400 the Raspberry pi Pico is a Micro Controller with the all-new RP2040 microcontroller chip designed by Raspberry Pi in the UK it's a Dual-core Arm Cortex-M0+ processor running at 133Mhz and along with the new chip the pico is paired with 264KB on-chip SRAM 2MB onboard QSPI Flash and 26 multifunction GPIO pins, including 3 analog inputs! So is this worth $4 let’s find out! Raspberry Pi Pico: 🤍 Get the best prices and best selection at Micro Center: 🤍 Join the Micro Center Community: 🤍 Micro Center Raspberry Pi Products: 🤍 Raspberry pi Pico Specs: * 21 mm × 51 mm form factor * RP2040 microcontroller chip designed by Raspberry Pi in the UK * Dual-core Arm Cortex-M0+ processor, flexible clock running up to 133 MHz * 264KB on-chip SRAM * 2MB onboard QSPI Flash * 26 multifunction GPIO pins, including 3 analogue inputs * 2 × UART, 2 × SPI controllers, 2 × I2C controllers, 16 × PWM channels * 1 × USB 1.1 controller and PHY, with host and device support * 8 × Programmable I/O (PIO) state machines for custom peripheral support * Supported input power 1.8–5.5V DC * Operating temperature -20°C to +85°C * Castellated module allows soldering direct to carrier boards * Drag-and-drop programming using mass storage over USB * Low-power sleep and dormant modes * Accurate on-chip clock * Temperature sensor * Accelerated integer and floating-point libraries on-chip Follow Me On Twitter: 🤍 Follow Me On Instagram: 🤍 Equipment I Use: Screen Capture Device: 🤍 Tool Kit: 🤍 Soldering Station: 🤍 Camera: 🤍 Tripod: 🤍 Raspberry Pi 4: 🤍 Flirc Case: 🤍 DISCLAIMER: This video and description contains affiliate links, which means that if you click on one of the product links, I’ll receive a small commission at no extra cost to you! This video and Channel and Video are for viewers 14 years older and up. Want to send me something? ETAPRIME 12520 Capital Blvd 401 Number 108 Wake Forest, NC 27587 US THIS VIDEO IS FOR EDUCATIONAL PURPOSES ONLY! #RaspberryPi #PicoPi #etaprime DISCLAIMER: Under section 107 of the Copyright Act 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, education, and research. No Games Or Applications Are Included Or Added On Or To Any Device In This Video
Raspberry Pi Pico VS ESP32 S2 speed comparison benchmark using CircuitPython Which board is faster? 🛒 ESP32 S2: 🤍 🛒 Raspberry Pi Pico: 🤍 🛒 Display: 🤍 🛒 USB Meter: 🤍 💻 Code: 🤍 Join this channel to get access to perks: 🤍 #circuitpython #educ8stv #raspberrypi In this video I am going to do a speed comparison between the Raspberry Pi Pico and the ESP32 S2 board, two of the most powerful and inexpensive boards for makers. Before running the computation speed benchmark, I have developed, let’s take a quick look at the most basic specs of each board to get a sense of what to expect. The Raspberry Pico board features two 32-bit Arm Cortex M0+ cores operating at 133Mhz. It also offers 264KBs of RAM memory and 2MB of Flash memory and it costs at the time of this recording around $7. The Lilygo ESP32 S2 Board on the other hand features a single-core 32-bit LX7 microcontroller operating at 240MHz. It also offers 320KBs of RAM memory and 4MBs of Flash memory. Its price today is around $8. So, based on the specifications, we can conclude that the ESP32 S2 is faster than the Raspberry Pi Pico in single-core workloads. How much faster is the question? We can't know without running a benchmark, because the boards employ processors with different architectures. Based on the operating frequencies of each board, we can estimate that the ESP32 S2 single core performance will be roughly 80% faster than the Raspberry Pi Pico's single core performance. Is this correct?
VGA is de-facto PC video standard. It is an analogue video system with a heritage from the IBM PS/2. The Raspberry Pi Pico is fast enough to generate a VGA signal in real time! In this video I look at VGA, how it works, and how to build a simple DAC for generating a VGA signal using the Pico. RP2040 Doom: DOOM1 Demo/Gameplay on a Raspberry Pi Pico: 🤍 Let Me Explain T-shirt: 🤍 Twitter: 🤍 Instagram: 🤍 #garyexplains
Is it possible to have more fun building your game console than playing it? And heck, maybe we can build a game console that plays more retro games than a brand new Switch! It's certainly more open. Here's all the equipment I used or purchased (affiliate links): - Weller WES51 Soldering Station: 🤍 - Menda Alcohol container (for my isopropyl alcohol): 🤍 - WS-5 Adjustable stripper: 🤍 - Dowell Micro cutter: 🤍 - Hakko long-nose pliers: 🤍 - Hakko CHP 7-SA Tweezers (for SMD components): 🤍 - APT 1mm 1" Kapton heat-resistant tape: 🤍 - AUSTOR Desoldering wick and solder sucker: 🤍 Mentioned in this video: - Null 2: 🤍 - My Null 2 build blog post: 🤍 - RetroPie Weekly Build: 🤍 Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 Merch: 🤍 #RaspberryPi #RetroPie Contents: 00:00 - Meet Null 2 01:19 - The build 06:02 - Getting software working 08:45 - Assembling the Acrylic case 11:03 - RetroPie setup and gameplay 14:00 - Things I like 15:31 - Things I don't like 16:21 - Results and Outtakes
ORIGINAL FROM: TINIY JOYPPAD: 🤍 (MEGA games compilation) ADAPTED CODE for Raspberry Pi Pico RP2040: 🤍 MUSIC: saqsquarenoise - OST 13 More Aliens! 🤍 BoxCat Games - Frantic 🤍
Previous video: 🤍 Part 2: 🤍 Facebook: 🤍 Twitter: 🤍 Support me for more videos: 🤍 Other Handheld Game Console projects shown in the video: 🤍 🤍 Detailed information (pictures, schematics, config files,....) on Instructables: 🤍 Parts list (not complete, see Instructables for more information, affiliate links): Aliexpress: 1x Raspberry Pi Zero: 🤍 1x NiMH batteries: 🤍 1x 3.5 inch LCD: 🤍 1x PAM8403 Audio Amp: 🤍 1x Housing: 🤍 1x Slide Switch: 🤍 1x 3.5mm Jack: 🤍 1x Potentiometer Wheel: 🤍 1x Speaker: 🤍 3x Tactile Push Button: 🤍 Ebay: Raspberry Pi Zero: 🤍 NiMH batteries (I recommend Eneloop): 🤍 3.5 inch LCD: 🤍 PAM8403 Audio Amp: 🤍 Housing: 🤍 Amazon.de: Raspberry Pi Zero: 🤍 NiMH batteries (I recommend Eneloop): 🤍 3.5 inch LCD: 🤍 PAM8403 Audio Amp: 🤍 Housing: 🤍 In this project I will show you how I used a Raspberry Pi Zero, NiMH batteries, a homemade over-discharge protection circuit, a rearview lcd and an audio amp to create a handheld game console that can play retro games. Music: 2011 Lookalike by Bartlebeats Ecstatic Wave, Jens Kiilstofte 🤍
Thanks to 🤍 for helping make this video happen! The Raspberry Pi Pico is a super flexible board! Today I'll show you how to make it work as a USB Gamepad, USB Keyboard, USB Mouse, and more! 00:00 Introduction 00:30 PCBWay! 01:17 The Design 02:25 Assembly 04:53 Demonstration 07:05 Code Walkthru and Installation 14:54 Conclusion Resources for this build CircuitPython for Raspberry Pi Pico 🤍 CircuitPython Library Collection 🤍 PicoCader Github (Source files, PCB Files, etc) 🤍 3D Printed Parts 🤍 5 Pin Sanwa Clone Joystick 🤍 24mm Arcade Buttons 🤍 USB Mini to USB B Cable 🤍 OLED Display 🤍 Really into retro games and tech? Check out my retro channel! 🤍youtube.com/pnpretrospective Want to help support future builds and get first access to new designs? Check out my Patreon 🤍
Let's build the best size, no-compromise, retro handheld gaming console. Go to 🤍 to take back your Internet privacy TODAY and find out how you can get 3 months free. Parts list: Game Boy Null - 🤍 Raspberry Pi Zero W - 🤍 Battery - 🤍 microSD card - 🤍 Supplies: Kapton tape - 🤍 .015" leaded solder - 🤍 Solder wick - 🤍 Amtech Flux (IMPORTANT) - 🤍 Inexpensive (but high quality) soldering iron - 🤍 Hakko FX-951 soldering station - 🤍 Hakko conical solder tip - 🤍 Optional rubber work mat - 🤍 Snazzy Labs uses 3D printing and amateur soldering (this video provides a 'how to solder' tutorial for soldering beginners) to create the world's coolest (and tiniest) handheld emulator using a Raspberry Pi Zero W. Enjoy thousands of retro games in your pocket with this fun DIY project! Follow Snazzy Labs on Twitter - 🤍 Follow me on Instagram - 🤍
Program 4 easy games in MicroPython for the Raspberry Pi Pico Game Boy: Tetris,Flappy Bird, John Conway's Game of Life and Hungry Rain. Download source code: - Tetris, Flappy Bird and Game of Life: 🤍 - Hungry Rain by K.G. Orphanides: 🤍 The Pi Pico GameBoy is a DIY handheld powered by a $4 Raspberry Pi Pico microcontroller. More information: - Make your own GameBoy with a $4 Raspberry Pi Pico 🕹️: 🤍 - 🤍 #shorts
Again working on the new things we have learnt, lets try a better graphic for a game and write something maybe a little more familiar. The inefficiency of drawing the bird here bothers me. I will try and find a better, faster way to do this in a later video if I can work this out. Final code for this demo to download at: 🤍 Links (not sponsored / affiliate) Download or subscribe to Hackspace Magazine issue 39: 🤍 Pimoroni PicoDisplay: 🤍 Raspberry Pi Pico: 🤍
I made this Raspberry Pi Pico Game Console in a few days. I used a Raspberry Pi Pico, a Cheap I2C OLED display (0.96 inch) and some cheap buttons. The case is 3D-printed. The games are written in MicroPython. CHAPTERS - 0:00 Tetris 1:16 Snake 2:20 Maze generator
We take a look at the ClockworkPi DevTerm from the perspective of a Fantasy Console enthusiast 👉 🤍 Dan Sanderson on Lexaloffle has some good DevTerm resources to get you started if you do end up picking one up: 👉 🤍 Glitch art shown in the review by patriciogonzalesvivo: 👉 🤍 Join our Discord 👉 🤍 Get T-Shirts Here 👉 🤍 0:00 Introduction 1:13 Unboxing and Assembly 2:12 Size and Build Quality 5:59 Keyboard 10:24 Trackball and Console Buttons 12:44 IO 13:18 Core Modules 17:53 Software 21:49 Screen 24:44 Batteries 26:04 Handheld impressions 26:52 Bootup Time 27:55 DIY? 29:33 Printer 31:22 Price 32:31 Alternatives 34:41 Cyberdecks 35:57 Conclusion 36:42 Wish 37:38 Outro #CyberDeck #Pico8 #RaspberryPi #DevTerm #SBC #Review
Channel: IoT Projects Ideas Title: Home Automation Project with Raspberry Pi Pico W and Blynk IoT using MicroPython Code Link: Watch the video Description: Learn to transform your home with IoT using Raspberry Pi Pico and Blynk. In this tutorial by IoT Projects Ideas, discover how to create a home automation system with MicroPython code. Control devices remotely and enhance your living space! #HomeAutomation #RaspberryPiPico #BlynkIoT Channel: YouMakeTech Title: Build your own GameBoy with Raspberry Pi Pico 🕹️ DIY Guide Link: Watch the video Description: Dive into nostalgia and creativity with YouMakeTech's DIY guide on building your own GameBoy using Raspberry Pi Pico. Experience the joy of crafting and gaming combined in this hands-on project! #DIYGameBoy #RaspberryPiPico #Gaming Channel: Cytron Technologies Title: Ultrasonic Navigation Aid for the Visually Impaired | Pi Pico Project Link: Watch the video Description: Witness innovation at its finest! Cytron Technologies presents a Pi Pico project that aids the visually impaired using ultrasonic navigation. Experience technology's positive impact on accessibility. #AccessibilityTech #RaspberryPiPico #Innovation Channel: Embedded Club Title: IR Temperature Sensing - Raspberry Pi Pico | Micropython Link: Watch the video Description: Dive into the world of temperature sensing with Embedded Club's tutorial. Learn how to use Raspberry Pi Pico and Micropython to measure IR temperatures. Explore the applications of this technology! #TemperatureSensing #RaspberryPiPico #Micropython Channel: svsembedded Title: Automatic Railway Gate Control Using Raspberry Pi Pico & IR Sensor Link: Watch the video Description: Discover the magic of automation! svsembedded presents a project using Raspberry Pi Pico and IR sensors to control railway gates automatically. Experience the blend of electronics and convenience. #RailwayGateControl #RaspberryPiPico #Automation Channel: Ronin Title: #Raspberrypi Pi Pico Robotic Arm & Snake Game +Proto Shield Link: Watch the video Description: Ronin introduces the fascinating combination of a Raspberry Pi Pico robotic arm and a Snake game using a Proto Shield. Discover the versatility and creativity that Raspberry Pi Pico offers. #RoboticArm #SnakeGame #RaspberryPiPico Channel: Ronin Title: Make Mini Sumo Robot with #raspberrypi Pi Pico Link: Watch the video Description: Join Ronin in the exciting world of robotics! Learn to create a mini sumo robot using Raspberry Pi Pico. Build your own competitive robot and explore the realms of engineering and coding. #MiniSumoRobot #RaspberryPiPico #Robotics #IoTProjects, #RaspberryPiPico, #LEDControl, #Microcontrollers, #WeatherStation, #DIYGameBoy, #Gaming, #AccessibilityTech, #Innovation, #EmbeddedSystems, #TemperatureSensing, #Automation, #RailwayGateControl, #GameDevelopment, #ArduinoPong, #ArduinoSnake, #CodingFun, #RoboticArm, #SnakeGame, #MiniSumoRobot, #Robotics, #TechTutorial, #MakerCommunity, #CreativeProjects, #LearningByDoing, #STEMEducation, #HandsOnLearning, #ElectronicsProjects, #ProgrammingSkills, #EducationalContent.
Introducing the Pico Held - an open source DIY handheld built around the Rasperberry Pi microcontroller. I had to rename the handheld for trademark reasons. So every time I say "Pico Hero" in the Video just imagine I would have said "Pico Held"... See details in my Github account github.com/fcipaq/picohero_pplib Gerber files, schematics, compontent list and build instructions for a complete DIY are yet to be released. Please stay tuned. I'm currently trying to find a "distributor" to sell the whole package so you can buy a bundle rather than buying all components seperately in order to save some shipping costs. - credits 3D libaray by vindar github.com/vindar/tgx Genesis emulator by bhzxx github.com/bzhxx/gwenesis Smiley asstes by freepik.com Music in the racing "game" by Kim Lightyear - Angel Eyes (Chiptune Edit)
Are you a new or aspiring game dev, who just happens to also love retro gaming? You’re not alone! There are so many tools for game development right now... Where do you even begin? It can be overwhelming, even more so if you’re just starting your game dev career. Well, if you're a fan of retro-inspired pixel-art games and long for the days of sharing cartridges with buddies, we have an awesome tool to share with you. ► Get PICO-8 (Windows, Mac, Linux, Raspberry Pi | USD $14.99) ►► 🤍 ► Watch: The 8 Best Solo-Developed Games In Development [2020] ► 🤍 ► A New Gamedev Video Every Week! Subscribe ► 🤍 ► About Ask Gamedev We're a group of game industry veterans that make videos on games, the game industry, and more! This channel is for anyone that's interested in video game development. ► Check out Ask Gamedev on Discord 🤍 ► Follow us Facebook: 🤍 Instagram: 🤍 Twitter: 🤍 Web: 🤍 #pico8 #indiedev #gameengines
Some time ago I built an arcade machine to play retro games, using a Raspberry Pi and RetroPie to emulate old consoles. Since then, I always wondered if I could also build a handheld game console from scratch, downscaling all the components until I could make it portable enough for the hands. This project moved fast and was finished long time ago, but I had a lot of setbacks. The camera I was using suddenly broke and I couldn't finish the last scenes until very recently. Materials (with affiliate links): - Raspberry Pi (4GB minimum): 🤍 - 5" Touchscreen IPS Display 800x480: 🤍 - Battery+UPS PiSugar 2 Pro: 🤍 - Soft Tactile Button 8mm: 🤍 - Soft Silicone 6mm Push-Buttons: 🤍 - Filament Prusament PETG 1.75mm: 🤍 Timestamps 0:00 First prototype 0:37 Display 1:05 Buttons 1:58 Battery 2:29 Wiring 3:51 Case 5:33 Reveal
Get ready to unleash your inner maker with these 4 must-try Pi Pico DIY projects for 2023! From beginner to advanced, these projects are perfect for anyone looking to explore the exciting world of electronics and home automation. With step-by-step guides, you'll be able to complete each project with ease. And with hashtags like #PiPico, #DIYelectronics, and #electronicprojects, you'll be part of a thriving online community of makers and tech enthusiasts. So, grab your Pi Pico and get ready to make something amazing! #raspberrypi, #arduino, #project, #diy, #PiPico, #electronics, #maker, #DIYelectronics, #microcontroller, #IoT, #tech, #creative, #hacker, #DIYtech, #innovation, #electronicprojects, #homeautomation, #gadget, #electronicdiy, #techie, #DIYscience, #DIYhacks, #electronicengineering, #electronicshacks, #DIYelectronicprojects, #makerspace, #DIYgadgets, #electronicscience.
★ Please 👍 like, subscribe & comment to our channel, it is really appreciated. 🙏 If you like our work you may want to help us with the costs to keep producing and buy us a pizza 🍕 the link to buymeacoffee.com : 🤍 If you want to watch the full video it can be found on our channel GurgleApps or visit our website for more projects and fun things to do 🤍 #shorts #shortsvideo #youtubeshorts
The Raspberry Pi Pico does a great job of emulating the BBC Micro. In this video I setup the emulator and play some retro games. All credit to Graham Sanderson 🤍kilograham for the pico port of the B-em project. Awesome job! 00:50 Modifying Pimoroni VGA Demo Board 03:09 Hardware Setup 03:47 Software Setup 05:51 Turning on the BBC Micro and the Pico Emulator 07:10 Lets playing a game 07:44 BBC B Keyboard Layout 09:21 Phoenix on the Pico BBC Emulator 10:50 Original Phoenix Arcade board. This video is not sponsored in any way. Pimoroni Pico VGA Demo Board 🤍 USB to Serial 3.3v Adapter (also 5v) 🤍 Pico BBC Emulator code 🤍 Keyboard Forwarder 🤍 Phoenix BBC Model B game 🤍
Thanks to Patreon supporters I can make toys like this: 🤍 There is only single Raspberry Pi PICO and amazing software by FruitBat 🤍 HW features: - VGA output - full ZX keyboard ... I call it kung-fu - extra buttons to load next/previous game - menu button - Speaker with AY emulation - 3.5mm audio jack - optional battery with USB-C charger - optional 18650 battery which can work as stand - USB OTG for external keyboard o USB joystick - Dsub9 compatible with ATARI joystick
GameTiger is an experimental retro style game console. The device is built based on Raspberry Pi Pico MCU and Waveshare 2 inch LCD display. The whole software is written using Pico C SDK and optimised using DMA for SPI communications and Framebuffer updates. The code is available here: 🤍
Previous video: 🤍 Part 1: 🤍 Facebook: 🤍 Twitter: 🤍 Support me for more videos: 🤍 The button wells were created by wermy: 🤍 Detailed information (pictures, schematics, config files,....) on Instructables: 🤍 Parts list (not complete, see Instructables for more information, affiliate links) Aliexpress: 1x Raspberry Pi Zero: 🤍 1x NiMH batteries: 🤍 1x 3.5 inch LCD: 🤍 1x PAM8403 Audio Amp: 🤍 1x Housing: 🤍 1x Slide Switch: 🤍 1x 3.5mm Jack: 🤍 1x Potentiometer Wheel: 🤍 1x Speaker: 🤍 3x Tactile Push Button: 🤍 Ebay: Raspberry Pi Zero: 🤍 NiMH batteries (I recommend Eneloop): 🤍 3.5 inch LCD: 🤍 PAM8403 Audio Amp: 🤍 Housing: 🤍 Amazon.de: Raspberry Pi Zero: 🤍 NiMH batteries (I recommend Eneloop): 🤍 3.5 inch LCD: 🤍 PAM8403 Audio Amp: 🤍 Housing: 🤍 In this project I will show you how I used a Raspberry Pi Zero, NiMH batteries, a homemade over-discharge protection circuit, a rearview lcd and an audio amp to create a handheld game console that can play retro games. Music: In the Hall of the Mountain King, Kevin MacLeod Ecstatic Wave, Jens Kiilstofte 🤍
PicoMiteVGA boot-to-BASIC computer built from a Raspberry Pi Pico using the circuit designs and code available on Geoff Graham’s website here: 🤍 The PicoMiteVGA was created by Peter Mather, Geoff Graham and Mick Ames, also building on work by Miroslav Nemecek, as detailed on the aforementioned page. My previous video about the PicoMite, where we look in more detail at MMBasic and GPIO control, is here: 🤍 There are a number of cool, short videos demonstrating various aspects of PicoMite VGA on Peter Mather's channel here: 🤍 The Siliconchip PicoMiteVGA kit that I could not order in the UK, but which looks excellent, is here: 🤍 If you wish to build a PicoMiteVGA, everything you require is available at 🤍 However, I have shared the STL files for the solderable breadboard brackets I created here: 🤍 And my breadboard layout is here: 🤍 For information, the parts I ordered from Pimoroni and CPC Farnell were as listed below. Please note that I have no association with either company. MicroSD card breakout: 🤍 also available from Pololu here: 🤍 Raspberry Pi Pico H: 🤍 Female headers to mount Pico: 🤍 2N7000, TO92 package MOSFET two required: 🤍 1N4148 TR diode (100V, 200mA) two required, but minimum order quantity of five: 🤍 Trimmer (trim pot), 25 Turn 200R - 3296W-1-201LFx1: 🤍 100 nF capacitor, one required, but minimum order quantity of five. This is a bypass capacitor for the SD card wiring, and as explained in the video, in the end I did not need to fit it. But you may need to add one of these capacitors for stable SD card operation: 🤍 15-pin D-Sub (VGA) socket: 🤍 Mini DIN 6-pin (PS/2) socket: 🤍 Large perfboard (solderable breadboard): 🤍 Reset switch the one I had in stock was very similar to this: 🤍 I also has in stock the required resistors, namely: 220Ω resistors (red, red, brown, gold), 0.25W or higher seven required. 10KΩ resistors (brown, black, orange, gold), 0.25W or higher four required. Buying resistors like this individually is hard! These are the cheapest packs of these values I could find on CPC Farnell: 220Ω - 🤍 and 10KΩ - 🤍 Also used were eight M3 nuts and bolts, about 12mm long, and some wires. I actually cut up a Pimoroni jumper pack, as again buying a lot of different wire colours in small quantities is difficult: 🤍 For additional ExplainingComputers videos and other content, you can become a channel member here: 🤍 More videos on computing and related topics can be found at: 🤍 You may also like my ExplainingTheFuture channel at: 🤍 Chapters: 00:00 Introduction 01:15 Plan A 05:07 Plan B 07:24 The Components 09:56 Brackets & Firmware 12:19 Making Progress 16:37 Assembled 19:02 Final Demo 23:10 Wrap #PicoMiteVGA #MMBasic #BASIC #explainingcomputers
This is a NES emulator for Raspberry Pi Pico (RP2040) running at 60 frames per second. - 10 games are in Flash.: 0:00 Arkanoid 0:38 Bubble Bobble 1:11 Castlevania 2:07 Donkey Kong 3:05 Donkey Kong Jr 3:55 Galaga 4:55 Mario Bros 5:43 Mega Man 7:17 Pacman 8:11 Super Mario Display is in 640x480 60Hz VGA mode displaying 256x240 pixels (NES resolution). PS/2 Keyboard is used as game controller. CAPS LOCK key changes the game. Sound is based on PWM modulated on PDM 1 bit.
Hacking a Falcon Xbox 360 with just a Raspberry Pi Pico. How to do it, what to use, and how to set it up for running homebrew and backups. 📣 Please consider supporting the channel on Patreon and in return receive some extra perks like ad-free early access and members only videos 🤍 📣 🔗 TOOLS (affiliate links) XBOX 360 opening tool: 🤍 XBOX 360 X-Clamp tool: 🤍 GUIDES: 15432's RGH3 guide: 🤍 Derf's recommendations: 🤍 DashLaunch guide: 🤍 Modded Warfare RGH/JTAG playlist: 🤍 DOWNLOADS: 2.0.17559 Official dash: 🤍 Raspberry Pi PicoFlasher: 🤍 J-Runner with extras: 🤍 🔗 🛠 Tools and kit I use: 🤍 🛠 🎞 0:00 Intro 1:11 Parts required 2:38 Disassembly 11:39 X-clamp removal 12:52 Prepping the components 16:20 Installing the components 19:27 Picoflasher connections 21:04 Pico prepping 22:28 Dumping the NAND 24:05 Installing XELL 25:05 I fked up 26:03 Booting into XELL and writing XeBuild 28:20 Prepping a USB stick 31:04 Copying apps 32:55 Auora and DashLaunch basic setup 37:47 Connecting to the internet and Unity 41:00 Backing up disc games 47:10 Installing "backups" 49:26 Future plans and thanks 🎞 Thanks for watching! #XBOX360 #XBOXRGH
Using the MCUME software running on a Raspberry Pi Pico, I designed and built this tiny emulated C64 to dangle around my neck while I wandered around the expo halls at PAX Aus 2022, and it turned out way better than I ever expected! I'm releasing all my schematics, PCB designs, and updates made to the MCUME code as open source, and links can be found below. If you like what I do and want to encourage more, I appreciate your support through likes and comments below. If you have the means, you could also support me on Patreon, as money helps me buy things to fix and build more projects - 🤍 Bookmarks! 00:00:00 - Intro 00:02:10 - History 00:04:40 - Schematic Detail 00:10:36 - PCB design brief 00:12:51 - Construction 00:27:41 - Programming 00:34:43 - Final testing and assembly 00:42:13 - Closing remarks Any feedback is welcome, as always. Links! PAXAus - 🤍 Design files and such - 🤍 MCUME fork with changes - 🤍 Credits! Music: * Hiroshi Kawaguchi - Magical Sound Shower (C64 arrangement by Jason Brooke) * Rob Hubbard - Commando * Masaru Setsumaru - Data Select (from Sonic 3) Font: Riciery Leal - VCR OSD Mono (🤍 Putting up with my weird hobbies: My wife Disclaimer! I am NOT an expert, I have genuinely NO idea what I'm doing, and mostly just glue things together and use a lot of Google-fu until stuff works. I've been tinkering with electronics since I was a kid, but have no formal training and will probably do things incorrectly. If you learn something from this, that's awesome, but trust me - I'm learning too! #raspberrypipico #commodore64
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