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The Raspberry Pi Compute Module 4 is the tiny powerhouse that has been getting a lot of press lately! But what's it all about? Who's it for? How do you use it? How much is it? All questions are answered in this beginners guide to the Compute Module 4! 00:00 Introduction 00:36 What is the Compute Module 4? 01:45 How Much Is It? 02:18 What Does It Require? 02:41 Who Is It For? 03:06 How Do You Use It? 04:40 Where to learn more _ 🤖💾🤖💾 PARTS LIST 💾🤖💾🤖 _ (Links May Be Affiliated) • 🤍 • 🤍 • 🤍 _ 📲🔗🔗📲 IMPORTANT LINKS 📲🔗🔗📲 _ • 🤍JeffGeerling - 🤍 _ 💰💰💰💰 SUPPORT THE SHOW 💰💰💰💰 _ 🤍 _ 📢📢📢📢 Follow 📢📢📢📢 🤍 🤍 🤍 🤍
I put the Compute Module 4 through its paces, and compare it to the Raspberry Pi 4 and Compute Module 3+, highlighting some great new features like a PCI Express 1x slot on the IO board and NVMe support. For even more detail, check out the blog post that goes along with this video: 🤍 And check out the CM4 announcement on the Raspberry Pi website: 🤍 #RaspberryPi #ComputeModule Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 Products mentioned in this video (affiliate links): - Syba USB 3.0 PCIe card: 🤍 - XPG SX6000 NVMe: 🤍 - Samsung 970 EVO Plus: 🤍 - Samsung EVO Plus microSD: 🤍 - NGFF NVMe PCIe adapter: 🤍 - MZHOU NVMe PCIe adapter: 🤍 - NVMe USB 3.0 adapter: 🤍 - External U.FL antenna: 🤍 Contents: 00:00 - Introduction 03:29 - A Complete Redesign 04:35 - PCIe, USB 3, and NVMe 10:04 - Networking - Wired and Wireless 12:37 - CPU Performance 13:41 - eMMC Performance 14:54 - USB Boot 15:50 - NAS/NFS Performance 17:05 - IO Board Features 19:47 - Summary and Final Thoughts 20:50 - Bloopers
In this video, we take look at the all-new Raspberry Pi Compute Module 4ANd the CM4 io Board! This is going to be a game-changer when it comes to Raspberry Pi 4 Powered Handheld and portable computers and in this video, we test out RetroPie and see how the new CM4 handles emulators like PSP, Dreamcast, and N64! The compute module 4 is powered by the same Cpu that is used in the Pi 400 which means it can be overclocked up to 2.3GHz for a nice little boost in performance! With up to 8GB of ram, the CM4 is going to power some really awesome Nintendo Switch Style handheld in 2020! Buy one On Amazon: 1GB CM4: 🤍 2GB CM4: 🤍 4GB CM4: 🤍 Raspberry Pi Compute Module 4 IO Board: 🤍 Check out Jeff Geerling Youtube channel: 🤍 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! #CM4 #RapsberryPi #Rpi4 #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
thanks to Cytron.io for send me this to test Cytron.io Official website 🤍 Getting started 🤍 As an Amazon Associate I earn from qualifying purchases Amazon US & other Countries Links Adhesive Hooks 🤍 Usb C to C power display cable 100W 🤍 Usb A to C power display cable 🤍 LG 22" monitor 🤍 ice Tower Cooler Links 🤍 Kingston a2 64gb 🤍 Samsung Bar 128GB USB 🤍 Elegoo FDM 3D printer 🤍 Ugreen sata usb 🤍 Kingdian SSD 120GB 🤍 Screwdriver kit 🤍 Logik K400+ keyboard 🤍 Ice tower cooler 🤍 Pi 4 cluster case 🤍 My capture device Avermedia GC513 🤍 My Amazon UK store 🤍 Amazon UK Links Adhesive Hooks 🤍 Usb C to C power display cable 100W 🤍 Usb A to C power display cable 🤍 Ultra-Thin ice Tower Cooler Links 🤍 Iitrust short usb sata 🤍 Kingston 64GB A2 🤍 Samsung 128GB Bar 🤍 cluster case 🤍 Ice tower cooler 🤍 Official Raspberry Pi power adapter black 🤍 Crucial 240GB SSD 🤍 YCCTEAM Xbox 360 Wireless controller 🤍 Logitech K400+ keyboard trackpad 🤍 My capture device Avermedia GC513 🤍 My videos OpenWRT mini router. Raspberry Pi Compute module 4 case with dual gigabit ethernet. 🤍 Raspberry Pi CM4, Berryboot Simple Multi OS Setup. USB & SSD tests. 🤍 Raspberry Pad 5 🤍 Did I break my CM4? USB Boot eMMC CM4 test. 🤍
Dominic Plunkett and Eben Upton get together to discuss the creation of the new Raspberry Pi Compute Module 4: Find out more 🤍 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
In this video we ad a Raspberry Pi CM4 to A Gameboy using the all-new GPiMate Plus for CM4 Lite by Retro Game Restore. This is an add-in cartridge for the RetroFlag GPiCase that allows you to add a Raspberry Pi compute Modula 4 to this retro emulation handheld so when it's all said and bone we basically have a Raspberry pi 4 powered Gameboy! Learn More Here: 🤍 Buy the Gpi Case On Amazon: 🤍 Energizer Rechargeable AA batteries: 🤍 Get the best prices and best selection at Micro Center: 🤍 Join the Micro Center Community: 🤍 Micro Center Raspberry Pi: 🤍 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! #CM4 #RaspberryPi #Handheld #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
The TOFU by Oratek is the first board I've had in hand that has a built-in M.2 slot so I can finally use a native NVMe SSD directly on the Pi, something I've been hoping to do for years! But it has a few other tricks up its sleeve. Oratek is a Swiss company, and just like the Swiss Army Knife from the same country, it packs a lot of functionality into a 9cm^2 board! Products mentioned in this video (some are affiliate links): - TOFU by Oratek: 🤍 - KingSpec 128GB M.2 2242 SSD: 🤍 - WD SN520 2230 SSD: 🤍 - Argon One M.2: 🤍 - Ender 3 V2 3D Printer: 🤍 Other resources mentioned in this video: - Raspberry Pi PCIe Database: 🤍 - CM4 Boards: 🤍 - TOFU Case on Thingiverse: 🤍 Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 #RaspberryPi #TOFU #M2 Contents: 00:00 - M.2 on a Raspberry Pi! 00:30 - Oratek's TOFU 01:13 - M.2 2242 B-key 01:49 - NVMe Benchmarks 03:17 - 4G LTE Modems 03:50 - Power features 04:41 - Board IO 05:41 - My first 3D case design! 06:56 - TOFU conclusions 07:34 - Thanks and bloopers
From the tiniest carrier board to the best Industrial Pis on the market, the Compute Module 4 is powering a revolution in Raspberry Pi uses! But sometimes it's hard to get one, and we'll talk about that too! Watch to the end to see some of the other boards I'll be testing soon! Find more details and links to ALL the boards featured in this video on my Pi PCI Express Card Database site: 🤍 Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 Merch: 🤍 #RaspberryPi #IoT #ComputeModule Contents: 00:00 - Radxa Taco NAS 00:31 - Storinator Jr 01:15 - Compute Module Availability 02:42 - Uptime Lab's Tiny MinCab 04:04 - Home Assistant Amber 04:43 - Seeed Studios reTerminal 06:38 - Chipsee AIO 06:57 - Pi 4 TV Stick 07:17 - Zega Mame Gear II 07:35 - EDATEC Industrial Pi 07:44 - RevolutionPi RevPi4 07:55 - Licoln Binns CM4Box Pro 08:04 - Techbase ModBerry Platform 08:25 - Upcoming CM4 Boards
There are two new Rockchip RK3566-based Compute Module 4 competitors, the Radxa CM3, and the Pine64 SOQuartz. Should you go buy one of these instead of a Raspberry Pi? Maybe, but not yet. I'll explain why. Mentioned in this video: - Radxa CM3: 🤍 - Pine64 SOQuartz: 🤍 - GitHub issue for CM3: 🤍 - GitHub issue for SOQuartz: 🤍 - My blog post on the boards: 🤍 Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 Merch: 🤍 #RaspberryPi #ARM #Rockchip Contents: 00:00 - Move over, Pi 01:02 - RK3566 and special features 02:10 - Expectations vs Reality 04:09 - The problem... 06:44 - There's still hope!
Having trouble finding the Raspberry Pi Compute Module 4 you want in stock? You're not alone! In this video, I'll explore some of the reasons why the CM4 is hard to get right now, when we can expect the situation to improve, and also give some numbers for current CM4 production! Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 See all the PCI Express cards I'm testing on the Compute Module: 🤍 #RaspberryPi #ComputeModule4
We know it’s been a few months, but all of the parts finally arrived to test the custom carrier board for the Raspberry Pi CM4! We can finish the CM4 series by soldering components to the carrier board and testing operation. To start, we use a solder paste stencil to carefully apply solder paste to all of the footprints on the custom PCB. We then place the components and ensure that parts line up with the footprints. We use a toaster oven to reflow the solder, which attaches all of the parts to the PCB. We test the board by attaching the Compute Module 4 and loading an operating system. You can read a full write-up of how to do this here: 🤍 Flashing the eMMC is accomplished by putting the CM4 into bootloader mode (connect the nRPIBOOT pin to GND and apply power). Run the Raspberry Pi Imager program (found here: 🤍 and select your OS. Note that we used Raspberry Pi OS Lite in this demo, as we do not have a monitor for a full GUI. You will also need to enable the UART console if you would like to be able to interface with the Raspberry Pi without a monitor or networking (e.g. SSH). Add “enable_uart=1” to config.txt in the boot drive (while the CM4 is in bootloader mode, which enumerates the eMMC as an SD card on your host system). From there, we test operation by writing a simple blinking LED program in Python. At this point, you should have a full Linux operating system at your disposal! The GitHub repo for the Base Carrier shown in this video can be found here: 🤍 Product Links: 🤍 Related Videos: Introduction to KiCad series - 🤍 Related Project Link: Creating a Raspberry Pi Compute Module 4 (CM4) Carrier Board in KiCad - 🤍 How to Route Differential Pairs in KiCad (for USB) - 🤍 How to Flash eMMC chip on Raspberry Pi CM4 - 🤍 Related Article Links: Beginner’s Guide to KiCad - 🤍 Learn more: Maker.io - 🤍 Digi-Key’s Blog – TheCircuit 🤍 Connect with Digi-Key on Facebook 🤍 And follow us on Twitter 🤍
Мой LinkedIn ►►► 🤍 | Мой Telegram ►►► 🤍 | Подписаться на канал ►►► 🤍 | Win11 на PRI 4 ►►► 🤍 | Пред.серия ►►► 🤍 | WSL2g ►►► 🤍 | Подготовка к AZ-900 ►►► 🤍 | Открытое собеседование Azure admin ►►► 🤍 | ИТ карьера - что для этого нужно ►►► 🤍 | Загляните на мой блог ►►► 🤍 Я уже говорил, что ввиду некоторой моей нагрузки и "забывчивости" - не успеваю или просто "пропускаю" момент, когда надо опубликовать уже отснятые ролики и таких роликов накопилось на канале достаточно много. Потому - смотрите еще "летнее" (но от этого не ставшее менее актуальным) видео с обзором Raspberry PI Compute Module 4 (не путать с "обычным" Raspberry PI 4) и различных плат под такой вот Compute Module. И да, я считаю, что именно концепция Compute Module сейчас является наиболее прогрессивной на рынке и позволяет создавать действительно уникальные и интересные хардварные решения. А поскольку Raspberry PI Compute Module 4 работает с PCIe и многие платы для этого модуля имеют на борту или слот PCIe, или M.2 PCIe слот для SSD - я не удержался и решил также прогнать небольшие тесты производительности SSD на RPI Compute Module 4. И вывод однозначный - при улучшении ситуации с ПО для RPI - такие модули со всевозможными платами могут серьезно побороться за рынок ультрабюджетных ПК уже в ближайшее время. Так что про это и кое-что другое - смотрите в этом видео. И, напомню, что у меня на канале много других обзоров - и про гаджеты, и про софт - так что смотрите: * ГадЖеТы: устанавливаем на Raspberry Pi 4 мощный тихий куллер S2Pi и помещаем в корпус ZP-0087 - 🤍 * ГадЖеТы: достаем из коробки новую версию Raspberry Pi 4 с 8GB ОЗУ и стартуем с x64 Raspbian OS beta - 🤍 * ГадЖеТы: тестирование домашнего NAS на платформе Raspberry Pi 4 и OpenMediaVault (OMV) с доп.платами - 🤍 * ГадЖеТы: установка, конфигурирование и обзор OpenMediaVault (OMV) на Raspberry Pi 4 для создания NAS - 🤍 * ГадЖеТы: собираем домашний NAS из комплекта Raspberry Pi 4 + платы 3,5" HDD X835/X735 и корпус NAS - 🤍 * СофТы/игры - вышла бесплатная онлайн-версия лучшей Дзен-игры Townscaper - строим город и созерцаем - 🤍 * Гаджеты: синтетические тесты миниПК MOREFINE S500+ на AMD Ryzen 9 5900HX и сравнение с GPD Win3 - 🤍 * Гаджеты: достаем из коробки и разбираем новый минисервер-баребон MOREFINE S500+ с AMD Ryzen 9 5900HX - 🤍 * Гаджеты:GPD XP - распаковка и обзор лучшей мобильной 4G игровой консоли Android и сменным геймпадом - 🤍 * Вот это - круто! не то,что Windows 11 - Microsoft запустил облачный сервис XBOX Cloud - играют все! - 🤍 * Открыты предзаказы на миниПК CHUWI RZBox (AMD R9 4900H) и минилептоп GPD Pocket 3 на Intel i7-1195G7 - 🤍 * GPD Win3 i7/16GB/1TB - лучшая портативная игровая консоль на Win10 - распаковка, настройка и обзор - 🤍 * Гаджеты/AliExpress: полноценный клон GameBoy - GB Boy Colour - с поддержкой GB катриджей и 188играми - 🤍 * Гаджеты: тестируем оригинальный USB карман на ДВА накопителя ORICO Dual NVMe SSD UNCLOSURE USB 3.1 - 🤍
Everyone knows you can overclock the Pi 4. But what happens when you overclock a Compute Module 4? The results surprised me! More info in my blog post: 🤍 Phoronix benchmark script: 🤍 Sponsor me on GitHub: 🤍 Support me on Patreon: 🤍 #RaspberryPi #ComputeModule Products I used in this video (some are affiliate links): - Pi Compute Module 4: 🤍 - Noctua NF-P12 fan: 🤍 - Seek Thermal Camera: 🤍 - NGFF NVMe to PCIe adapter: 🤍 - Samsung 970 EVO Plus: 🤍 - Kapton Tape: 🤍 Contents: 00:00 - Intro 00:21 - A fan to cool everything 00:52 - Using vcgencmd 01:45 - Overclocking CM4 03:21 - Benchmarking the CPU 03:53 - Thermals and temps 04:51 - NVMe overclock performance 06:19 - Conclusions 06:59 - Bloopers
The SeeedStudio Gigabit Router uses the Raspberry Pi Compute Module 4 along with a custom carrier board to provide dual gigabit Ethernet and USB 3.0, along with support for OpenWRT and Raspberry Pi OS. * BUY * Buy from Amazon: 🤍 #affiliatelink Buy from Seeed: 🤍 Introduction to Android app development: 🤍 Let Me Explain T-shirt: 🤍 Twitter: 🤍 Instagram: 🤍 #garyexplains
Thanks to Ekster for sponsoring this video! Use code TECHHUT at the checkout for up to 25%-35% off all orders + a free Cash Clip from 11/10 - 11/27 for the BF sale. 🤍 The reTerminal is a Human-Machine Interface facility, designed in modularization, offered multiple interfaces and components. It is your hand-size, powerful, Raspberry Pi-based all-in-one board, assisting you to develop individual IoT & AI projects and being ready to materialize industrial-level monitor and control functions. 📖RESOURCES AND MENTIONS reTerminal: 🤍 Amazon: 🤍 Wiki: 🤍 👏SUPPORT TECHHUT YOUTUBE MEMBER: 🤍 NEWSLETTER: 🤍 DONATE PAYPAL: 🤍 $100 LINODE CREDIT: 🤍 🏆FOLLOW TECHHUT JOIN DISCORD: 🤍 TWITTER: 🤍 MASTODON: 🤍 INSTAGRAM: 🤍 📷MY GEAR (PAID LINKS) ASUS ROG M16: 🤍 DeepCool MATREXX 40: 🤍 AMD 3700x: 🤍 ASRock B550M: 🤍 G.Skill Trident Z Neo: 🤍 Radeon RX 580: 🤍 Cannon M50: 🤍 Lights: 🤍 00:00 - reTerminal 00:51 - Eskter (sponsor) 01:42 - Specs and IO 02:54 - Tear-down 05:27 - Use cases 06:48 - Pre-included Software
I scalped the Raspberry Pi CM4 and reached 2.5GHz Of course, it's not safe; you definitely lose your warranty and can damage the device. I used Compute Blade RC2 of my own design. CM4 Power 5.1V up to ~4.5A It was necessary to keep the temperature no higher than ~6 degrees Celsius. Compressed air was used for cooling. For overclocking in Config.txt: over_voltage=15 arm_freq_min=100 arm_freq=2500 gpu_freq=800
Today we’re taking a look at the Compute Blade, a rack-mountable PoE carrier board for a Raspberry Pi Compute Module 4. These are designed to allow you to stack up to 20 blades, each carrying a CM4 module, into 1U of 19" rack space. So you’re able to create a low-profile cluster with 80 ARM cores, up to 160GB of RAM and up to 160TB of NVMe storage. ADDITIONAL INFORMATION - Compute Blade Kickstarter campaign - 🤍 Compute Blade website - 🤍 Visit my blog for the write-up & enclosure CAD files - 🤍 PURCHASE LINKS - Compute Blade - 🤍 Raspberry Pi CM4 Module - 🤍 Crucial NVME Drive - 🤍 Noctua 40 x 20 Fan - 🤍 Equipment Used Gweike Cloud Laser - 🤍 Power Meter – 🤍 Some of the above parts are affiliate links. By purchasing products through the above links, you’ll be supporting this channel, at no additional cost to you. CHAPTERS - 0:00 Intro 0:56 Look Around The Board 2:37 CM4 Module & Drive 3:47 Fan Enclosure 4:42 Reflashing The Bootloader 5:37 Drive Speed Testing 6:27 Thermal Testing 7:37 Energy Consumption 7:52 Final Thoughts If you've got any ideas for Raspberry Pi, Arduino, or other Electronics projects or tutorials you'd like to see, let me know in the comments section.
In this exciting build, we're going to be assembling a Raspberry Pi cluster running Kubernetes K3S on the new Turing Pi 2. The Turing Pi 2 is the successor to the popular Turing Pi but now runs the newer Raspberry Pi Compute Module 4 and comes with a host of new features and interfaces. A big thanks to Turing Machines Inc for sending me this beta board to try out and share with you. ADDITIONAL INFORMATION - Visit my blog for the written build - 🤍 Official Turing Pi 2 Product Page - 🤍 PURCHASE LINKS - Turing Pi 2 - 🤍 4 x Raspberry Pi CM4 Modules - 🤍 4 x Waveshare CM4 Heatsinks - 🤍 or 4 x NVIDIA Jetson Nano Modules - 🤍 Sandisk MicroSD Cards (For Nodes without eMMC Storage) - 🤍 PicoPSU ATX Power Supply - 🤍 3 x 40mm 5V RGB Fans - 🤍 Power Button - 🤍 M3 Brass Insert Set - 🤍 M3 Nylon Standoff Set - 🤍 M3 Button Head Screw Set - 🤍 6mm Clear Acrylic - 🤍 3mm Clear Acrylic - 🤍 Equipment Used: TS100 Soldering Iron - 🤍 K40 Laser Cutter/Engraver - 🤍 Electric Screwdriver Set - 🤍 Some of the above parts are affiliate links. By purchasing products through the above links, you’ll be supporting this channel, at no additional cost to you. CHAPTERS - 0:00 Intro 0:33 First Look At The Turing Pi 2 1:34 Preparing The CM4 Modules 4:13 Power 4:40 Designing & Laser Cutting The Case 6:48 Assembling The Case 8:47 First Boot 11:48 Installing Kubernetes 13:06 Final Thoughts If you've got any ideas for Raspberry Pi, Arduino, or other Electronics projects or tutorials you'd like to see, let me know in the comments section.
I've been following these projects for a few weeks, and I wanted to share them with you. I know it's still hard to get your hands on the official Compute Module IO Board, but maybe you won't have to, if you're able to get your hands on one of these unique and awesome other boards! Some of them are released under the Open Source Hardware License, so you could even build them or make improvements to them on your own. Other ones are still in concept or prototype phase, but whatever the case, I'm excited about all of them and will be tracking these and more new boards in this GitHub issue: 🤍 Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 Also check out the videos I referenced in this video: - Raspberry Pi Cluster with the Turing Pi: 🤍 - Raspberry Pi 400 Teardown: 🤍 - Raspberry Pi SATA NAS: 🤍 #RaspberryPi #ComputeModule4 Contents: 00:00 - Pi PCIe Card Database 01:10 - GitHub issue tracking CM4 Projects 01:17 - BG5USN's PiTray Mini 01:58 - Turing Pi V2 03:11 - CM4 Micro ATX Motherboard 04:41 - Gumstix IO board with M.2 slot 05:10 - Gumstix CM4 to CM3 slot adapter 05:57 - PiKeeb 06:43 - StereoPi V2 07:13 - mebs_t Pi CM4 NAS board + case 08:19 - Uptime Lab CM4 1U Blade Server 08:51 - Piunora 10:14 - Possibilities 10:51 - CM4 Availability 12:21 - Open Source Hardware 13:05 - Working in the open 14:07 - Baby Launch Upcoming!
The all-new Cutie Pi Tablet is the Best Raspberry Pi-powered Tablet we've tested so far! In this video, we take a look at the new Raspberry Pi CM4 based Cutie Pi Tablet, With an 8 inch IPS display, 5000Mah Battery this is the coolest Raspberry Pi-based tablet on the market right now. Learn More Here: 🤍 Follow Me On Twitter: 🤍 Follow Me On Instagram: 🤍 00:00-Intro 00:15-Unboxing 01:11-Overview 02:10-Specs 03:03-Cutie Pi Shell and Raspberry Pi OS 05:22-Youtube Playback Test 06:03-Tear Down 07:32: Thoughts 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 #CM4 #Linux #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
The Turing Pi 2 puts 4 Raspberry Pi CM4s on a mini ITX board. But how do they perform? Can a little Pi supercomputer make the Top500 list? Find out all that and more! Check out Patrick's video on 🤍ServeTheHomeVideo – 🤍 Mentioned in this video (some links are affiliate links): - Turing Pi 2: 🤍 - Open source repo (with HPL benchmark setup): 🤍 - BC1 mini ITX build platform: 🤍 - Corsair SF600 PSU: 🤍 - Pico PSU: 🤍 - 8A 12V PSU: 🤍 - Nvidia Jetson Nano Dev Kit: 🤍 - Compute Module 4 8GB Lite: 🤍 - Waveshare CM4 Heat Sink: 🤍 - SanDisk Extreme 32GB microSD card: 🤍 - Crucial MX500 2TB SSD: 🤍 - Noctua NF-A14 5V PWM Fan: 🤍 - mini PCIe to M.2 A+E key adapter: 🤍 Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 Merch: 🤍 Additional footage from Pexels.com, Patrick Kennedy (ServeTheHome), and from InsideHPC's SC17 video: 🤍 #RaspberryPi #TuringPi2 #Homelab Contents: 00:00 - The challenge 01:13 - The build 02:44 - A standard ATX PSU? 04:18 - Installing Turing Pi 2 05:31 - Thermals and heatsinks 07:33 - Expansion slots 09:27 - Fan control 10:22 - Pi OS 10:53 - Booting the cluster 12:40 - Blinkenlights! 13:19 - 146,772 Compute Modules? 16:40 - 1.4 Terabits?! 20:57 - What's the point? 21:56 - Rackmount and outtakes
This is the Chipsee AIO-CM4-156 An awesome all-in-one Desktop PC powered by the RASPBERRY PI CM4! With a 15.6" 1080P touchscreen and support for an nVME SSD, this Raspberry pi AIO is pretty nice! The Chipsee CM4 AIO is an all-in-one desktop computer based on Raspberry Pi CM4 – easy to use, perfect for developers and makers who are accustomed to the Raspberry Pi and are looking for a computer they can use on a daily basis. It is fully compatible with the Raspberry Pi 4 Linux distribution and offers the full Raspberry Pi GPIO connector for further expansion. Learn More 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 #CM4 #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 this tutorial, it is shown how to get started with Raspberry Pi Compute Module 4 lite with the mini base board (A). Also, we shall see how to interface the device with the Pi TFT50 display. 📚 For detail of the tutorial, please visit 👥 Join our Telegram Trust Me I'm A Maker 🤍 Hussien Cytron Technologies #raspberrypi #raspberrypicomputemodule4 #RPiCM4 #baseboard #minibaseboard #tftdisplay #pitftdisplay
Raspberry Pi released the Compute Module 4 (CM4) in October, which is a single board computer with all of the processing power of the Raspberry Pi 4, but in a tiny form factor! It removes many of the connectors (USB, HDMI, etc.), as the intention is for you to add your own with a custom board and enclosure. The CM4 is not intended to be a desktop replacement (like the RPi 4) but rather to be used in industrial or professional cases where you might need an SBC embedded in, say, a robot. In this series, we’ll show you how to create your own, custom Raspberry Pi CM4 carrier board with KiCad! In the first episode of the series, we’ll start by creating the schematic. Note that we begin by using a CM4 carrier template, which be downloaded here: 🤍 We also use the Raspberry Pi CM4IO carrier board as a reference, as it has a lot of example circuitry for connectors, ports, etc. that connect to the Compute Module 4. The CM4IO KiCad design files can be found here: 🤍 Finally, note that you need KiCad 6.0 or later to view the CM4IO or template files. If v6.0 is not available yet, you can download the nightly build of KiCad: 🤍 The video shows you how to work with hierarchical sheets in KiCad and add custom components. You can find pre-made schematic symbols and footprints for some components on Ultra Librarian or SnapEDA. We add USB-C power, USB 2.0 data (client mode), LEDs, a Qwiic/Stemma connector, and a basic header to the CM4 carrier board. While this particular board has not been tested (yet) when this video was released, we hope that this video helps you create your own carrier board! The GitHub repo for the Base Carrier shown in this video can be found here: 🤍 Product Links: Raspberry Pi CM4 - 🤍 Related Videos: Introduction to KiCad series: 🤍 Related Project Links: Creating a Raspberry Pi Compute Module 4 (CM4) Carrier Board in KiCad -🤍 Related Articles: Beginner’s Guide to KiCad - 🤍
This DIY Super Tiny Sega Saturn Now has a Raspberry Pi CM4 inside of it and it's running Retropie! This is made possible because the guys over at Retro Game Retore have created a carrier board for the CM4 that fits perfectly in the all-new BANDAI Sega Saturn model kit know as the Best HIT Chronicle 2/5 SEGA SATURN. After it's all said and done this is turning out to be one of the best Retro console, style cases for the Raspberry Pi! Best HIT Chronicle 2/5 SEGA SATURN By Bandai: 🤍 Raspberry Pi CM4: 🤍 Mini SS Main Board By Retro Game Retore: 🤍 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! 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
I keep finding amazing new custom CM4 boards and projects, and I can't help but share them with you! Find all the ones I'm aware of in this GitHub issue: 🤍 And follow along with all the other devices I'm testing with the Compute Module 4: 🤍 Mentioned in this video: - 10 Exciting new CM4 Boards (Dec 2020): 🤍 - The CM4 is Hard to Get: 🤍 - CutiePi Tablet: 🤍 - MCUzone CM4 4G: 🤍 - CM4 NAS Mini PCIE: 🤍 - 2-port Gigabit Router Board: 🤍 - Over:Board Mini ITX Motherboard: 🤍 - CM4Ext Nano: 🤍 - CM4 Handheld 7": 🤍 Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 #RaspberryPi #ComputeModule4 #RetroPie Contents: 00:00 - New CM4 boards 00:23 - CutiePi Tablet 00:57 - MCUzone CM4 4G 01:16 - CM4 NAS Mini PCI-E 01:37 - 2-port Gigabit Router Pi 02:24 - Over:Board 03:27 - CM4Ext Nano 03:54 - CM4 Handheld 7" 08:04 - Other Boards and Bloopers
As an Amazon Associate I earn from qualifying purchases Mini cube US link 🤍 UK link 🤍 FR link 🤍 Official link 🤍 Amazon US & other Countries Links Adhesive Hooks 🤍 Usb C to C power display cable 100W 🤍 Usb A to C power display cable 🤍 LG 22" monitor 🤍 ice Tower Cooler Links 🤍 Kingston a2 64gb 🤍 Samsung Bar 128GB USB 🤍 Elegoo FDM 3D printer 🤍 Ugreen sata usb 🤍 Kingdian SSD 120GB 🤍 Screwdriver kit 🤍 Logik K400+ keyboard 🤍 Ice tower cooler 🤍 Pi 4 cluster case 🤍 My capture device Avermedia GC513 🤍 My Amazon UK store 🤍 Amazon UK Links Adhesive Hooks 🤍 Usb C to C power display cable 100W 🤍 Usb A to C power display cable 🤍 Ultra-Thin ice Tower Cooler Links 🤍 Iitrust short usb sata 🤍 Kingston 64GB A2 🤍 Samsung 128GB Bar 🤍 cluster case 🤍 Ice tower cooler 🤍 Official Raspberry Pi power adapter black 🤍 Crucial 240GB SSD 🤍 YCCTEAM Xbox 360 Wireless controller 🤍 Logitech K400+ keyboard trackpad 🤍 My capture device Avermedia GC513 🤍 My cm4 videos Great connectivity. CM4 Maker board Raspberry Pi 🤍 OpenWRT mini router. Raspberry Pi Compute module 4 case with dual gigabit ethernet. 🤍 Raspberry Pi CM4, Berryboot Simple Multi OS Setup. USB & SSD tests. 🤍 Raspberry Pad 5 🤍 Did I break my CM4? USB Boot eMMC CM4 test. 🤍 Fits Raspberry Pi compute module 4 Cm4 Official link 🤍 Speed test results Cytron cm4 maker board Sequential write speed 383251 KB/sec (target 10000) - PASS Random write speed 29952 IOPS (target 500) - PASS Random read speed 31207 IOPS (target 1500) - PASS 52pi cube Sequential write speed 378820 KB/sec (target 10000) - PASS Random write speed 41795 IOPS (target 500) - PASS Random read speed 36008 IOPS (target 1500) - PASS
The all-new Seed Studio ReTerminal is an awesome Raspberry Pi CM4 powered Device with a 5-inch touch screen and a ton of interfacing options, great for IoT projects seeed also offers modular to connect to the reterminal to add even more functionality! Whether you need a home automation control deck, automated factory interface, or even a portable emulation/ Linux computer the reTerminal can do the job! Learn more 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 #etaprime #CM4 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
The power of Raspberry Pi 4 in a small, flexible form factor, available with a range of storage capacities and optional wireless connectivity. Find out more: 🤍 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
tl;dw - I couldn't get the video cards to work. But I got very close! And I learned a lot in the process. I'm putting everything here: 🤍 After I learned the Raspberry Pi Compute Module 4 IO Board comes with a PCIe slot, I know the first thing I thought about testing was a graphics card. The Mali GPU inside the Pi 4 is decent on its own, but what if you could use external video cards, for mining, for rendering, or for CUDA or other GPU-accelerated computing purposes? So that's what I sought to try out in this video, going boldly where... a couple others have gone before, but unsuccessfully! Check out all the PCIe devices I'm testing: 🤍 Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 #RaspberryPi #ComputeModule Products I used in this video (some links are affiliate links): - Zotac Nvidia GeForce GT 710: 🤍 - VisionTek AMD Radeon 5450: 🤍 - I/O Crest 4-port SATA card: 🤍 - Intel I340-T4 NIC: 🤍 - Raspberry Pi Compute Module 4: 🤍 Contents: 00:00 - Intro 01:10 - Zotac Nvidia GPU 02:20 - Trying Nvidia's ARM drivers 03:39 - Go to the BAR 05:39 - Trying CUDA 06:28 - Switch to AMD Radeon 07:44 - Trying the Nouveau driver 09:09 - Recompiling the Kernel 10:15 - That pesky IO BAR 11:25 - Rationale and next steps 12:29 - Pi PCI website 12:54 - Bloopers
Buy a Samsung 55" Class S95B OLED 4K Smart TV: 🤍 Signup for a Hetzner server and use code LTT23 to save €20 at: 🤍 You might not be able to get Raspberry Pi, but there are plenty of other flavors! We try to find the best alternative single board computer. Discuss on the forum: 🤍 Check out the products we featured in this video in order of appearance: Raspberry Pi 4 Model B: 🤍 Banana PI M5: 🤍 Odroid C4: 🤍 Libre "Le Potato": 🤍 Libre "Renegade": 🤍 Orange Pi 3 LTS: 🤍 Odroid N2+: 🤍 Orange Pi 5: 🤍 Rock Pi 4C+: 🤍 Nano Pi M4B: 🤍 Seeed Mini Router: 🤍 Seeed Studio LinkStar-H68K-0232 Router: 🤍 Purchases made through some store links may provide some compensation to Linus Media Group. ► GET MERCH: 🤍 ► LTX 2023 TICKETS AVAILABLE NOW: 🤍 ► GET EXCLUSIVE CONTENT ON FLOATPLANE: 🤍 ► AFFILIATES, SPONSORS & REFERRALS: 🤍 ► OUR WAN PODCAST GEAR: 🤍 FOLLOW US - Twitter: 🤍 Facebook: 🤍 Instagram: 🤍 TikTok: 🤍 Twitch: 🤍 MUSIC CREDIT - Intro: Laszlo - Supernova Video Link: 🤍 iTunes Download Link: 🤍 Artist Link: 🤍 Outro: Approaching Nirvana - Sugar High Video Link: 🤍 Listen on Spotify: 🤍 Artist Link: 🤍 Intro animation by MBarek Abdelwassaa 🤍 Monitor And Keyboard by vadimmihalkevich / CC BY 4.0 🤍 Mechanical RGB Keyboard by BigBrotherECE / CC BY 4.0 🤍 Mouse Gamer free Model By Oscar Creativo / CC BY 4.0 🤍 CHAPTERS - 0:00 Intro 1:43 Raspberry Pi 4 overview 2:54 Banana Pi M5 3:27 Odriod C4 4:30 Libre Le Potato 5:40 Libre Renegade 6:14 Orange Pi 3 LTS 7:20 Odroid N2+ 8:15 Orange Pi 5 9:46 Rock Pi 4C+ 10:40 NanoPi M4B 11:34 Seeed Rerouter 12:40 LinkStar H68K 12:39 Our Top Picks 14:50 Outro
Hola amigos, aquí tenéis una review de la Raspberry Pi CM4 junto con una placa de desarrollo. Si te gusta el contenido del canal me puedes seguir también en las siguientes redes sociales donde iré subiendo contenido adicional: 🤍 🤍 🤍 🤍 🤍 Un saludo
We're going to build another unnecessary but pretty awesome computer, a water-cooled Pi CM4 running on an official IO board with an NVMe SSD connected via the PCIe Gen 2 slot. We're also going to add an OLED stats display, front-facing USB ports and a power button. ADDITIONAL INFORMATION - Visit my blog for the full written build guide - 🤍 Download the CAD files to make your own case - 🤍 OLED stats display setup and programming - 🤍 PURCHASE LINKS - Raspberry Pi CM4 Lite 8GB WiFi (Out of Stock on Most Online Stores) - 🤍 Raspberry Pi CM4 IO Board - 🤍 1TB Crucial M.2 NVME Drive - 🤍 M.2 to PCIe Adaptor - 🤍 Noctua NF-A6x25 FLX Fan - 🤍 60mm Radiator - 🤍 30mm Water Cooling Block - 🤍 5V DC Pump - 🤍 10mm Flexible Tubing - 🤍 Opaque White Coolant - 🤍 USB Splitter Cable - 🤍 I2C OLED Display - 🤍 Ring Light Power Button - 🤍 Breadboard Jumpers - 🤍 M2.5 Brass Standoff Set - 🤍 M2.5 x 12mm Button Head Screws - 🤍 M3 x 8mm Black Button Head Screws - 🤍 Matt White, Clear and Black 3mm Acrylic Sheets (Best Sourced Locally) - 🤍 Dupont Connector Set - 🤍 Black PLA Filament – 🤍 White PLA Filament - 🤍 EQUIPMENT USED - K40 Laser Cutter/Engraver - 🤍 Creality Ender 3 V2 3D Printer - 🤍 Electric Screwdriver (Similar) - 🤍 Dremel Versatip Soldering Iron - 🤍 Dupont Connector Crimpers - 🤍 Some of the above parts are affiliate links. By purchasing products through the above links, you’ll be supporting this channel, with no additional cost to you. CHAPTERS - 0:00 Intro 0:42 Taking A Look At The Hardware 3:12 Designing The Case 3:57 Cutting & Assembling The Case 6:39 Installing The Pi Hardware 8:07 Installing The Front Panel Components 10:33 Completing The Water Cooling Circuit 12:30 Final Thoughts If you've got any ideas for Raspberry Pi, Arduino, or other Electronics projects or tutorials you'd like to see, let me know in the comments section. #raspberrypi #cm4 #noctua
Take a look at the two smallest Raspberry Pi Routers in existence: The DFRobot IoT Router Board Mini and the Seeed Studio Routerboard! Along the way, learn about networking, OpenWRT, and how these two routerboards stack up against each other. Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 See my blog post with more links and data: 🤍 DFRobot's IoT Router Carrier Board Mini: 🤍 Seeed's Dual Gigabit Carrier Board: 🤍 GitHub issue for DFRobot Board: 🤍 GitHub issue for Seeed Board: 🤍 See all the PCI Express cards and CM4 boards I'm testing: 🤍 #RaspberryPi #HomeNetwork #Router Contents: 00:00 - Raspberry Pi Routers 00:55 - Tiny Routerboards 02:08 - Seeed Board overview 03:25 - DFRobot Board overview 04:24 - Getting OpenWRT working 06:24 - DFRobot test and benchmarks 08:54 - Seeed test and benchmarks 12:41 - WAP and WiFi Routing 13:28 - Verdict and 2.5 Gbps option? 14:17 - Outtakes
Petite vidéo découverte du Raspberry Compute Module 4 ! Peut-être le meilleur Raspberry du moment ? Assurément celui avec le plus de potentiel ! - Liens - Raspberry compute module 4 : 🤍 Compute IO Board : 🤍 Dissipateur GeeekPi : 🤍 NAS avec CM4 : 🤍 Vidéo de Jeff Geerling : 🤍 ○○○○○○ Réseaux sociaux ○○○○○○ Twitter : 🤍 uTip : 🤍 Discord : 🤍 ○○○○○○ Ce que j'utilise le plus ! ○○○○○○ Caméra thermique : 🤍 Tournevis électrique : 🤍 Imprimante Artillery Sidewinder X1 : 🤍 Wanhao D12 : 🤍 Station à air chaud : 🤍 Fer à souder : 🤍 Email : goodwin8407🤍gmail.com Enfin si tu aimes la vidéo laisse un like et abonne toi !
Clockwork Uconsole (Open source handheld) CM4. let's take a first look at this amazing opensource handheld. Download images here 🤍 Uconsole forum 🤍 Buy here 🤍 uConsole ClockworkPi Screen: 5" 1280×720p IPS CPU: RPI-CM4: 4 GB LPDDR4, A-04: 2 GB DDR3,A-06: 4 GB LPDDR4,R-01: 1 GB DDR3 GPU: Core dependent RAM: Core dependent Storage Internal MicroSD Battery 18650 x2 Tech Specs CPI v3.14 uses a compact design, the size is reduced to 95x77mm. PMU chip which supports reliable and complete lithium battery charge and discharge management Integrated 5G-WIFI (802.11ac) + Bluetooth 5.0 High-gain antenna One standard USB 2.0 port, two internal USB 2.0 interfaces, An internal contact interface for the keyboard module USB-C* charging port TF card (Micro SD card) slot 40 Pins MIPI screen interface Micro-HDMI interface 3.5 headphone jack, supports microphone input Onboard stereo audio power amplifier chip 40 Pins GPIOs expansion interface (using standard 0.5mm FPC connector) 52 Pins extension module interface (using standard Mini PCI-E connector) for the “EXT. module” Standard DDR2-SODIMM 200 Pins interface: connects CPI v3.14 to the "Core module" RGHandhelds. Join our discord to see more 🤍 Check out our Website Website 🤍
🤍 This baseboard can be used with Raspberry Pi Compute Module 4, supports 5V DC Type-C interface power supply, and features dual Gigabit Ethernet ports, single-channel USB2.0 with a fan interface and standard Raspberry Pi 40Pin interface, which is suitable for scenarios requiring multiple network ports such as soft routing.
This thing isn't a TV; it's a display! It costs more than a smart TV, but it also doesn't spy on you, so that's nice. Thanks to Sharp NEC Display Solutions of America for sending the display, speakers, stand, and Compute Module kit used in this video. Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 Merch: 🤍 2nd Channel: 🤍 #RaspberryPi Mentioned in this video: - NEC UHD Professional Display M551: 🤍 - MPI4E Raspberry Pi Compute Module 4 addon: 🤍 - Intel Smart Display Module: 🤍 - Crab Rave: 🤍 - What Does the Fox Say? 🤍 - Lincoln-Binns Compute Module 4 Enclosures: 🤍 Contents: 00:00 - Not a TV 01:22 - Everywhere but GameStop 02:20 - Raspberry Pi Inside 03:11 - MediaPlayer on the Pi 05:04 - RetroPie 05:32 - LibreELEC / Kodi 06:03 - Native Linux on a TV? 06:23 - Why so expensive? 07:27 - Gaming? 08:22 - Alternatives
Raspberry Pi's are hard to get hold of in 2022, so I bought a Raspberry Pi Compute Module 4 and IO board. Lets see if its worth it and what the extra and unique features are. 💁♂️ For more information on SMARS Robots, tutorials and more visit: 🤍 🎖To join the membership at 🥉bronze, 🥈silver or 🥇gold levels, head over to 🤍 Join the list - 🤍 ☕️ Enjoy this video? Buy me a coffee! 🤍 📸 Follow me on Instagram - 🤍kevinmcaleer 🤍 🐦 Follow me on Twitter - 🤍kevsmac 🤍 🙂📘 Join the Facebook group - Small Robots 🤍 👩💻 My Code on GitHub: 🤍 🎵 Music by Epidemic Sounds 🤍 #Raspberrypi #computemodule #Robotics
Uptime.Lab's 1U Blade is a rack-mountable Raspberry Pi Compute Module 4-based server. UPDATE: The Compute Blade will be on Kickstarter—here's the link: 🤍 (or check out 🤍) Capable of cramming 64 ARM CPU cores in 1U of rack space, this blade could make a powerful Pi cluster. And built-in features like PoE+ support, an M.2 slot for NVMe SSDs, and a TPM 2.0 module make it the best performing Pi server, ever! Follow Uptime.Lab on Instagram: 🤍 Get notified when the Kickstarter is live: 🤍 Kickstarter link: Coming soon! NVMe Boot on the Pi: 🤍 Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 #RaspberryPi #Blade #ARM Contents: 00:00 - What makes a good Pi server? 00:45 - Uptime Lab's Blade 01:40 - Blade Features 03:27 - Powering it up 04:23 - Testing NVMe and USB 05:25 - Special Features: TPM 2.0 06:13 - Special Features: ID LED 06:41 - 1U Enclosure 07:17 - Prototype to Production 08:14 - Outtro and Outtakes
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