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Add a Raspberry Pi 5 SSD NVMe storage with ease

Raspberry Pi 5 SSD HAT

Turbo charger your Raspberry Pi 5 with a simple yet powerful upgrade that transforms its performance. Pimoroni’s NVMe Base is precisely that—a PCIe extension board that lets you connect an M-key NVMe SSD to your Raspberry Pi. This isn’t just about adding more storage; it’s about making your device run faster and more efficiently, especially when you’re using it as a network-attached storage or media center.

The NVMe Base is compatible with SSD sizes ranging from 2230 to 2280, giving you the freedom to choose the storage capacity that fits your needs. It’s designed to integrate seamlessly with your Raspberry Pi 5, maintaining a compact form factor. This means you can still use other add-ons or cooling solutions without any trouble.

Before you dive into the upgrade, it’s important to update your Raspberry Pi OS and firmware. This ensures that your device will work smoothly with the NVMe Base. The package comes with everything you need for the installation: a standoffs kit to secure your SSD, a flexible PCIe cable to connect the Base to your Raspberry Pi 5, and rubber feet for stability.

NVMe Base for Raspberry Pi 5 by Pimoroni

If you would like to learn more about the Pi 5 NVMe Base the official Raspberry Pi Magazine, MagPi  has carried out a fantastic review of the Pimoroni NVMe Base SSD board awarding it a 9/10. Here are some other articles you may find of interest on the subject of Raspberry Pi 5 mini PC :

Installing the NVMe Base is straightforward. Attach your SSD to the Base using the standoffs, connect the Base to your Raspberry Pi 5 with the PCIe cable, and power up your system. After you’ve updated to the latest OS and firmware, you’re ready to experience the enhanced speed and efficiency.

Keep in mind that not all NVMe SSDs may be compatible. Pimoroni has put together a list of SSD models that have been tested and approved to help you choose the right one and avoid any installation issues. Once everything is set up, you can adjust your Raspberry Pi’s settings to further improve speed and system performance.

For those who need even more power, the NVMe Base allows your Raspberry Pi 5 to boot directly from the SSD. This can greatly speed up boot times and application performance, which is a big advantage for tasks that require a lot of resources, like running file servers or media centers. More details on SSD compatibility can be found over on the official product page for the Pimoroni’s NVMe Base. A solid and reliable upgrade for Raspberry Pi 5 users who want to enhance their device’s storage speed and capacity. It follows Raspberry Pi’s PIP design guidelines, ensuring ease of use and support. With this extension board, your Raspberry Pi 5 will be equipped to handle demanding storage tasks with impressive speed and dependability.

“For the most hassle-free experience, make sure your Raspberry Pi OS is up to date, and your RPi 5 firmware is updated to 2023-12-06 (Dec 6th) or newer. This supports all the features of the RPi PCIe spec and means you don’t have to mess with config files to get started.”

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Official Raspberry Pi Troubleshooting Guide in MagPi issue 139

Raspberry Pi Troubleshooting Guide in MagPi issue 139

If you would like to learn more about using and troubleshooting the Raspberry Pi mini PC you’ll be pleased to know that the latest and official Raspberry Pi magazine MagPi issue 139. Features a full Raspberry Pi troubleshooting guide allowing you to sort out most problems that you will come across when setting up the nifty little computer that fits in the palm of your hand.

Maybe it’s a glitch with the new Raspberry Pi 5 or you’re just looking for some fresh ideas to spark your next project. Well, there’s good news for you. The latest issue of MagPi, issue 139, is like a Swiss Army knife for Raspberry Pi enthusiasts—it’s got everything you need to troubleshoot problems, get inspired by community projects, and supercharge your device with the latest storage tech.

If you’ve ever found yourself scratching your head over a stubborn Raspberry Pi 5 problem, you’re not alone. But with MagPi issue 139, you’ll have a trusty guide at your side. It’s got a section dedicated to solving those pesky issues that can pop up. We’re talking about power supply hiccups, HDMI headaches, networking nuisances, and GPIO gremlins. The instructions are clear and straightforward, so you can fix the issue and dive back into your projects without missing a beat.

Raspberry Pi Troubleshooting Guide

Now, let’s talk about the MonthOfMaking 2024. It’s an event that brings together Raspberry Pi fans from all over the globe. In this issue, you’ll get a glimpse into some of the coolest projects out there. Picture an interactive climbing wall that makes exercise feel like a game, or a digital Flux Capacitor that’ll make any ‘Back to the Future’ fan’s heart skip a beat. These aren’t just fun and games; they’re a source of inspiration and a chance to learn from fellow makers, no matter your experience level.

Raspberry Pi Troubleshooting Guide

But wait, there’s more. Have you ever wished your Raspberry Pi could handle more data at lightning speeds? The answer lies in M.2 SSD drives. MagPi issue 139 walks you through how to give your Raspberry Pi 5 a serious boost with NVMe Base interface storage solutions. This isn’t just a minor upgrade; it’s a major leap forward that can help your Raspberry Pi keep up with more demanding tasks.

The creativity doesn’t stop there. This issue also features projects that will make you see your Raspberry Pi in a whole new light. Imagine turning a giant SNES controller into a playable console or giving an old Sonos speaker a new lease on life as a smart radio. These aren’t just projects; they’re adventures that show off the Raspberry Pi’s incredible flexibility and potential to turn the ordinary into the extraordinary.

So, whether you’re a seasoned pro or just starting out, MagPi issue 139 is your go-to resource. It’s packed with knowledge to help you troubleshoot, it connects you with a community brimming with creativity, and it guides you through upgrades that will take your Raspberry Pi to the next level. Get ready to join the MonthOfMaking 2024 and be part of a community that’s all about technical skill and creative solutions. Grab your copy, and let’s make something amazing. Here are some other articles you may find of interest on the subject of new Raspberry Pi 5 mini PC :

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How to install AI on a Raspberry Pi 5

How to install AI on a Raspberry Pi 5

The latest Raspberry Pi mini PC launched late last year is more powerful than anything before it and is capable of carrying out applications that were once impossible. Raspberry Pi 5 is built using the RP1 I/O controller, a package containing silicon designed in-house at Raspberry Pi. It even has enough power to run large language models locally allowing you to embrace the artificial intelligence (AI) revolution by installing AI on a Raspberry Pi 5. You’re probably curious to know more about what can be achieved once you’ve installed AI on your mini PC. Let’s delve into what the Raspberry Pi 5 can do in the realm of AI, focusing on language models that are a good fit for this hardware.

The Raspberry Pi 5 has made strides in performance, but running something as complex as OpenAI’s GPT-4 might be asking too much of it. However, don’t be discouraged. There are smaller open source  AI models, like Mistral 7B, that are within the realm of possibility for those keen to experiment with AI on this powerful pocket mini PC.

If you’re looking for more accessible options, consider open-source models like Orca and Microsoft’s Phi-2. These alternatives may not have the vast capabilities of GPT-4, but they still offer valuable AI features. They’re especially useful for developers who need to tap into a wide range of knowledge without relying on an internet connection.

How to run AI on a Raspberry Pi 5

To boost the AI capabilities of your Raspberry Pi 5, you might want to look into the Coral USB Accelerator that adds an Edge TPU coprocessor to your system for just $60. Enabling high-speed machine learning inferencing on a wide range of systems, simply by connecting it to a USB port. These accelerators are designed for edge computing and can significantly enhance AI tasks. Keep in mind, though, that these TPUs also have their limitations, particularly with larger language models.

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Setting up your Raspberry Pi 5 for AI involves a few important steps. You’ll need to install the necessary software, configure the environment, and adjust the model to work with the ARM architecture. Tools like Ollama can help simplify this process, making it more efficient to operate language models on ARM-based devices like the Raspberry Pi 5.

Security and Privacy

One of the major perks of running AI models on a local device is the privacy it provides. By processing data on your Raspberry Pi 5, you keep sensitive information secure and avoid the risks that come with sending data over the internet. This approach is essential when dealing with personal or confidential data.

For more demanding tasks, you can connect multiple Raspberry Pi devices in a cluster to share the computational load. This collaborative setup allows you to use more complex models by leveraging the collective power of several units. Local language models are particularly useful in environments with limited or no internet access. They can hold a vast amount of global knowledge, enabling you to use AI-driven applications even when you’re offline.

The Raspberry Pi 5 presents an intriguing platform for running smaller AI language models, offering a sweet spot between cost-effectiveness and capability. While it might not be the perfect match for top-of-the-line models like GPT-4, the Raspberry Pi 5—whether used on its own, with Coral TPUs, or as part of a cluster—provides a compelling opportunity for deploying AI at the edge. As technology advances, the prospect of running powerful AI models on widely accessible devices is becoming increasingly tangible.

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Raspberry Pi Coolest Projects 2024 registration opens

Raspberry Pi registration opens for Coolest Projects 2024 Showcase

The Raspberry Pi Foundation has just opened up registration for an exciting event that’s perfect for young tech enthusiasts. If you’re under 18 and have a passion for digital making and computing, you’ll want to hear about Coolest Projects 2024. This is more than just a competition; it’s a chance to showcase your digital creations to the world and connect with like-minded individuals who share your interest in technology.

Raspberry Pi Coolest Projects 2024

Coolest Projects 2024 is an event where young innovators can display their work and potentially inspire others across the globe. It doesn’t matter if you prefer to work alone or as part of a team (with up to five members), there’s a place for your project. The event covers a wide array of categories, including Scratch, games, web development, mobile apps, hardware, and advanced programming. It’s an opportunity to put your skills on display and get the recognition you deserve for your innovative ideas..

The showcase for Coolest Projects 2024 will be held online, allowing participants to exhibit their projects to a worldwide audience. You’ll need to register your project by May 22, 2024, to be part of this digital event. The online showcase will lead up to a special livestream on June 26, 2024, where projects and their creators will be celebrated. This is your chance to step into the spotlight and share your work with an international community

Coolest Projects 2023 Showcase

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But Coolest Projects 2024 isn’t just about the virtual experience. The event will also feature in-person gatherings in various countries, including Ireland, Belgium, the UK, Ghana, and Sri Lanka, with more locations expected to be added. These gatherings are more than competitions; they’re places where you can meet other young tech creators, exchange ideas, and experience the camaraderie of the tech community.

The Raspberry Pi Foundation is dedicated to helping participants every step of the way. As a participant, you’ll have access to a wealth of resources, including online calls, webinars, mentor guides, and project guides. These tools are designed to assist you in refining your ideas and completing your project with a sense of confidence and mastery. To stay informed and motivated, you can sign up for the Coolest Projects newsletter. This newsletter will keep you up to date with the latest information, provide you with helpful tips, and share success stories from previous participants to fuel your creativity.

Important dates for the Coolest Projects 2024 Showcase

Coolest Projects online showcase
– Registration: 14 February – 22 May 2024
– Celebration livestream: 26 June 2024

Coolest Projects Ireland
For young creators in Northern Ireland and the Republic of Ireland only
– Registration: 31 January – 20 March 2024
– Event day: 13 April 2024, at DCU St Patrick’s College Campus, Drumcondra in Dublin

Coolest Projects UK
For young creators in the UK only
– Registration: 7 February – 17 April 2024
– Event day: 11 May 2024, at the Life Centre, Bradford

Coolest Projects 2024 is a celebration of young minds and the future of technology education. With registration now open, don’t miss your chance to be part of a community that values creativity and the joy of learning. Take this step to showcase your potential to the world.

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Flipper and Raspberry Pi create new game module for Flipper Zero

Flipper and Raspberry Pi create new game module for Flipper Zero

Flipper Devices and Raspberry Pi, have come together to create a new gaming module for the Flipper Zero device. This collaboration is a significant development for those interested in gaming, cybersecurity, and electronics, as it brings together the strengths of both companies to push the boundaries of what’s possible with open-source tools.

The Flipper Zero, known for its versatility, has just become even more powerful with the addition of the RP2040 microcontroller from Raspberry Pi. This new module is a testament to the combined expertise of both companies and is designed to enhance the Flipper Zero’s functionality. It’s a versatile piece of technology that can be programmed in various languages, including C, C++, and MicroPython, making it accessible to developers with different levels of experience.

What makes this Flipper games module stand out are its advanced features. It comes with a DVI output, which allows for video displays, and a USB Type-C connector for modern connectivity. Additionally, it includes a GPIO connector that can be used for hardware interfacing, and an IMU equipped with a gyroscope and accelerometer for motion tracking. These features not only expand the capabilities of the Flipper Zero but also enable it to function independently, similar to a Raspberry Pi Pico.

Flipper video game module

Quick Summary

– Flipper Zero is an open-source, customizable device designed to be expanded with new apps and accessories.
– The module is powered by Raspberry Pi’s RP2040 microcontroller and supports programming in C, C++, or MicroPython.
– Features include DVI output, a USB Type-C connector, a GPIO connector, and an IMU with a gyroscope and accelerometer.
– The module enables Flipper Zero to output video to external displays and track hand movements.
– It can also function as a standalone device, similar to a Raspberry Pi Pico with an onboard IMU.
– Eben Upton of Raspberry Pi and Alex Kulagin of Flipper Devices express enthusiasm for the partnership and the potential for new applications.
– Flipper Devices has sold 500,000 units of Flipper Zero, with significant sales in the US, UK, Australia, and Canada.
– The company was founded in 2020 and has grown from a successful Kickstarter campaign.
– Raspberry Pi aims to democratize technology with a range of computing platforms for enthusiasts and engineers.

Flipper video game module powered by Raspberry Pi

The enthusiasm for this partnership is palpable, with leaders from both companies, Eben Upton of Raspberry Pi and Alex Kulagin of Flipper Devices, excited about the potential for new and innovative uses. Flipper Devices, since its inception in 2020, has seen impressive growth, with over half a million units sold, propelled by a successful Kickstarter campaign. Meanwhile, Raspberry Pi continues its mission to make technology more accessible to people all over the world by offering a variety of computing platforms.

For those eager to get their hands on this new module, it is now available for purchase. You can find it on the official website of Flipper Devices or through select local partners. This launch is a significant achievement for both companies as they continue to foster innovation and provide valuable tools to the technology community.

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Raspberry Pi 5 Power over Ethernet PoE network HAT

Raspberry Pi 5 PoE HAT

For enthusiasts and professionals working with the latest Raspberry Pi 5, managing power sources and cables can be a hassle, especially when setting up multiple units or working in areas with limited access to power outlets. The Waveshare PoE HAT emerges as a practical solution to these challenges, offering a way to power your Raspberry Pi 5 using just an Ethernet cable. This innovative accessory not only simplifies your workspace by eliminating the need for separate power supplies but also enhances the functionality and reliability of your Raspberry Pi projects.

The Waveshare PoE HAT is tailor-made for the Raspberry Pi 5, matching perfectly with its new four-pin power header. This ensures a smooth and secure connection between the HAT and the Raspberry Pi, making it an ideal choice for those who prioritize a clean and organized setup. The device is especially useful in situations where power outlets are hard to come by, or when you want to maintain a neat arrangement of your tech gear.

Raspberry Pi 5 PoE HAT

One of the key advantages of the Waveshare PoE HAT is its ability to not only power the Raspberry Pi itself but also support additional peripherals. This includes high-performance components like an NVMe SSD, which can be powered without compromising the system’s stability. This feature is particularly beneficial for users who require extra storage or enhanced capabilities for their projects.

Effective thermal management is crucial for maintaining the performance of any computing device, and the Waveshare PoE HAT addresses this need with its built-in cooling solutions. It comes equipped with thermal pads and a heat sink that work together to dissipate heat from vital areas such as the processor and RAM. Additionally, a 5V fan is included to provide active cooling, which is essential during demanding tasks that can cause the Raspberry Pi to heat up.

The versatility of the Waveshare PoE HAT extends to its power delivery capabilities. It features a 12V header for powering external devices and can supply a robust 4.5 amps through the 5V GPIO pins. This allows users to connect and power a wide array of components, expanding the potential uses of their Raspberry Pi setup.

Setting up the Waveshare PoE HAT is a breeze. Simply attach it to your Raspberry Pi 5, connect an Ethernet cable from a PoE-enabled switch or injector, and your device is ready to go. However, it’s important to note that the dimensions of the HAT may not fit the official Raspberry Pi 5 case, so you might need to consider alternative housing options.

Raspberry Pi 5 PoE HAT installation

In terms of performance, the Waveshare PoE HAT stands out for its ability to maintain voltage stability and prevent throttling. This means that your projects can run smoothly and without interruption, even when the Raspberry Pi is under a heavy load. This stability is essential for ensuring that your projects are not only operational but also reliable over time.

For those who manage multiple Raspberry Pi units, the ability to control power remotely via a managed PoE switch is incredibly convenient. This feature simplifies the maintenance of uptime and power cycles, allowing you to manage your devices from a distance with ease.

The Waveshare PoE HAT also includes a safety feature in the form of USB current limiting. This protects your Raspberry Pi from potential overloads that could arise from connecting power-hungry USB devices. If your project requires more power, this limit can be overridden, providing you with the flexibility to meet the demands of more intensive tasks.

Overall, the Waveshare PoE HAT for Raspberry Pi 5 stands as a reliable and efficient power solution for your computing needs. It offers a combination of ample power supply, effective cooling, and the added convenience of remote power management. Whether you’re working with a single Raspberry Pi or an array of devices, this PoE HAT is a smart choice for keeping your projects powered and running smoothly. With its thoughtful design and robust features, it’s a valuable addition to any Raspberry Pi user’s toolkit.

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Raspberry Pi 5 Dual NVMe SSD HAT – Geekworm X1004

Raspberry Pi 5 Geekworm X1004 Dual NVMe SSD HAT

If you’re looking to expand the storage capabilities of your Raspberry Pi 5, the Geekworm X1004 Dual NVMe SSD Shield is an accessory that should catch your attention. This device is designed to work seamlessly with the latest Raspberry Pi mini PCs, allowing users to add not just one, but two M.2 2280 NVMe SSDs. This upgrade is a significant step up from traditional storage options, providing both increased capacity and improved performance and priced at just $42.

The Geekworm X1004 is notable for its ability to facilitate high-speed data transfers. It comes equipped with a PCIe 2.0 interface, which can handle speeds of up to 5Gbps. For those who are in need of even faster performance, the shield also supports PCIe 3.0, which can boost data transfer rates to a swift 8Gbps. This enhancement is particularly beneficial for tasks that require quick access to large amounts of data, such as running a home media center or managing a network-attached storage system.

Raspberry Pi Dual SSD HAT

Storage capacity is another area where the Geekworm X1004 shines. It can support a total storage space of up to 8TB, with each NVMe SSD slot capable of accommodating a 4TB drive. This ample space is ideal for users who have extensive media libraries or who work with large datasets. Moreover, the shield is designed to be compatible with the official Raspberry Pi passive cooler, which helps to maintain optimal system temperatures even during periods of heavy use.

The design of the Geekworm X1004 includes practical features such as LED indicators that display power and drive status. This allows users to easily check on the health and activity of their SSDs. The shield also incorporates an integrated PCIe packet switch and high-efficiency DC/DC converters, which contribute to its stable and reliable performance.

Raspberry Pi Dual SSD HAT

One of the most appealing aspects of the Geekworm X1004 is its stackable design. This feature enables the shield to be used in conjunction with other HATs (Hardware Attached on Top), adding a layer of versatility to your Raspberry Pi setup. Power is drawn directly from the 40-pin GPIO header on the Raspberry Pi, which simplifies the setup by removing the need for additional power supplies. Here are some other articles you may find of interest on the subject of Raspberry Pi 5 :

Raspberry Pi SSD HAT

For those who are conscious about energy consumption, the Geekworm X1004 offers a power-saving mode known as HAT+ STANDBY. This feature allows for the automatic power-off of the shield when it’s not in use, helping to conserve energy and prolong the lifespan of your SSDs. It’s important to note that the Geekworm X1004 is specifically designed for use with M.2 NVMe SSDs. It is not compatible with M.2 SATA or other non-NVMe devices. To prepare new NVMe SSDs for use with the Raspberry Pi 5, they must first be partitioned and formatted. This is a straightforward process that gets the drives ready for operation.

Specifications and features

The Geekworm X1004 dual NVMe SSD shield stands out as a sophisticated and user-friendly storage solution for the Raspberry Pi 5. It supports the full-size M.2 2280 NVMe SSDs and delivers rapid data transfer rates, along with providing a substantial storage capacity of up to 8TB. The shield’s additional features, such as compatibility with the official Raspberry Pi cooler, LED indicators, and its stackable design, make it a valuable enhancement for Raspberry Pi enthusiasts who are looking to boost their storage capabilities with efficiency and convenience.

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Bullfrog synthesizer powered by a Raspberry Pi

Bullfrog synthesizer powered by a Raspberry Pi

The music industry has just been introduced to a new synthesizer that’s capturing the attention of musicians and educators alike. The Bullfrog synthesizer, a collaborative creation by Erica Synths and techno pioneer Richie Hawtin, is a sophisticated instrument that’s making waves with its innovative features and educational potential. This synthesizer is not just another piece of equipment; it’s a comprehensive tool that offers a hands-on approach to learning and creating music.

At the heart of the Bullfrog synthesizer is the Raspberry Pi RP2040 microcontroller, which powers its ability to manage MIDI and function as a Sampler/Looper voice card. This is a significant feature for those who are serious about music production or eager to dive into the world of sound synthesis. The Bullfrog is designed to be user-friendly, with an analog structure that’s easy to understand and manipulate. It includes essential components such as a Voltage-Controlled Oscillator, Voltage-Controlled Filter, and Voltage-Controlled Amplifier with Delay, all of which are the building blocks for generating a wide array of sounds.

The synthesizer’s design allows for extensive experimentation with sound, thanks to additional elements like envelope generators and a Sample&Hold section. For those who want to expand their setup, the Bullfrog is Eurorack compatible, meaning it can be connected with other modules to create a more complex system. It comes with three specialized voice cards—each with a different function like acid bassline, sampler-looper, and sequencer—as well as three blank cards for users to customize their patches.

Raspberry Pi Bullfrog synthesizer

“If you follow the techno, dance, or DJ scenes, then you almost certainly know Richie Hawtin, the legendary DJ and producer whose enduring influence has shaped countless dimensions of the modern electronic music space. What you might not know, however, is Richie’s dedication to education and bringing music creation to the masses, and he found the perfect partner in Latvian sound hounds Erica Synths. Founder Girts Ozolins stopped by Sweetwater for a detailed dive into the delightfully distinct Bullfrog semi-modular analog synthesizer, which boasts a characteristic sonic palette that novices and professionals alike will adore, supplemented by a slew of tools perfectly suited for educating burgeoning producers and synthesists. “

Connectivity

Connectivity is a strong suit for the Bullfrog, which boasts a variety of ports for CV and MIDI, audio outputs, power sockets, and configuration buttons. This level of control and flexibility is a boon for musicians who want to fine-tune their sound or integrate the synthesizer into larger setups. The Bullfrog is designed for portability and convenience, allowing users to make music on the go, whether they’re using the built-in speaker or headphones.

To help users get the most out of their synthesizer, a detailed 77-page manual is included with the Bullfrog. This guide covers everything from the basics of sound generation to more advanced synthesis techniques, making it a valuable resource for both novices and seasoned professionals. The Bullfrog’s capacity for expansion is another highlight, with the option to connect CV keyboards or additional Raspberry Pi units, ensuring that the synthesizer can grow with the user’s developing skills.

XL version

Beyond its capabilities as a musical instrument, the Bullfrog serves an important role in education. An XL version of the synthesizer is used in workshops to teach the principles of sound synthesis, demonstrating its value as a learning tool. This educational aspect is a testament to the synthesizer’s versatility and the vision of its creators to not only produce music but also to impart knowledge.

The Bullfrog synthesizer is robustly constructed, with an 8-octave VCO range, Pulse Width Modulation, and multiple input/output ports, all indicative of its high-quality craftsmanship. The partnership between Erica Synths and Richie Hawtin has resulted in a synthesizer that stands out in the crowded field of electronic music instruments. It’s a testament to their commitment to quality and innovation, and it’s sure to be a hit with anyone who’s passionate about music creation and sound design.

This new tool is poised to become a staple in the studios of musicians and the classrooms of educators, offering a unique blend of practicality, versatility, and educational value. Whether you’re a budding musician looking to explore the world of sound synthesis or an experienced producer seeking a new instrument to add to your arsenal, the Bullfrog synthesizer is worth considering. Its combination of intuitive design, educational benefits, and expansion possibilities make it a noteworthy addition to the music technology landscape.  For a full review of the Bullfrog synthesizer jump over to the official Raspberry Pi magazine website. The Bullfrog synthesizer is now available to purchase priced at $609

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Raspberry Pi preparing for initial public offering (IPO) in London

Raspberry Pi IPO

The tech industry is closely watching the potential move by Raspberry Pi Trading to go public. CEO Eben Upton confirmed in an interview with Bloomberg News that Raspberry Pi had appointed bankers at London firms Peel Hunt and Jefferies to prepare for “when the IPO market reopens.”

This decision could bring significant changes to the company known for its affordable and compact computing solutions. Raspberry Pi Trading is the profit-making branch of the Raspberry Pi ecosystem, separate from the Raspberry Pi Foundation, which is a charity focusing on education.  The upcoming Initial Public Offering (IPO) would not involve the charitable side, but it raises questions about how the company will balance its commercial objectives with its educational goals.

The Raspberry Pi community, which includes both hobbyists and professionals, has mixed reactions to the news. There’s a worry that the company might start prioritizing shareholder interests over the needs of its users, which could affect the affordability of its products and its dedication to the educational and hobbyist sectors. Despite these concerns, the company’s recent products, like the Pi 5 and Compute Module 5, demonstrate ongoing innovation, offering powerful computing in a small package and catering to user demands.

Raspberry Pi IPO

One of the key features of Raspberry Pi has been its cost-effective products. Even though going public could potentially influence pricing, the company has not signaled any intention to alter its pricing strategy. Raspberry Pi has a history of maintaining a balance between cost and performance, which has been a significant factor in its success.

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Another strength of Raspberry Pi is its commitment to long-term software support, which gives it an edge over competitors. The company is known for providing updates and ensuring compatibility, which contributes to the longevity and reliability of its products. This focus on software support is likely to continue being a priority.

Raspberry Pi has always had a unique approach to its product ecosystem, promoting open-source software while keeping its hardware designs proprietary. This balance has allowed the company to maintain quality control and foster a robust market for compatible accessories and software, such as IoT devices and robots.

As Raspberry Pi Trading considers going public, it will face increased competition in the single-board computer market. However, the company’s strong community support and its history of innovation give it a solid foundation to meet these challenges.

The tech community is speculating about the impact of Raspberry Pi Trading’s potential IPO. While there are concerns, the company’s history suggests that it will remain true to its core values of innovation, affordability, and user support. As the company moves forward, it’s important to remember its commitment to its users and the principles that have made it a key player in the maker and educational spaces.

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Raspberry Pi OS update adds new Dark Mode and more

Raspberry Pi OS Bookworm update

The Raspberry Pi Foundation has rolled out a fresh update for the Raspberry Pi OS Bookworm, and it’s packed with new features that are sure to excite both the casual tinkerer and the dedicated developer. At the forefront of this update is the introduction of a sleek dark mode, known as PiXnoir, and a host of security improvements that are set to make using the Raspberry Pi more secure and enjoyable than ever before.

Raspberry Pi OS Bookworm dark mode

For those who frequently work on their Raspberry Pi remotely, the update has significantly upped the ante on security. WayVNC, a tool for remote access, now comes with enhanced support for encrypted connections. This means that when you’re accessing your Raspberry Pi from a different location, you can do so with the confidence that your connection is protected from prying eyes. It’s a vital upgrade for anyone dealing with sensitive data or simply seeking additional reassurance about the privacy of their work.

Raspberry Pi OS Bookworm update

Developers, in particular, will appreciate the latest versions of programming tools that are included in the update. Thonny, Mathematica, and Scratch 3 have all been updated to work seamlessly with the newest Raspberry Pi hardware, including the Raspberry Pi 5. These tools are not just compatible; they come with new features and fixes that aim to smooth out any bumps in the development process, making it easier and more efficient to bring your projects to life.

The Raspberry Pi team has been listening to the community, and one of the most requested features has been a dark mode. With PiXnoir, users now have the option to switch to a darker color scheme that’s easier on the eyes, especially in low-light conditions. This isn’t just about aesthetics; it’s about comfort and reducing eye strain during those long sessions in front of the screen.

Customization is a breeze with this update. Through the ‘Appearance Settings’ found in the ‘Preferences’ menu, users can toggle between the light and dark themes with ease, tailoring the look of their Raspberry Pi interface to their personal taste.

Installing the update is straightforward, catering to both new and existing users. If you’re setting up a Raspberry Pi for the first time, you can use the Raspberry Pi Imager to flash the latest OS image onto an SD card. For those who already have a Raspberry Pi setup, updating is as simple as clicking the updater icon in the taskbar. And for those who prefer the command line, there are instructions available to guide you through the process.

This latest update to the Raspberry Pi OS Bookworm is more than just a facelift. It’s a thoughtful enhancement of the operating system that places a strong emphasis on security, ensures compatibility with the latest hardware, and offers users the ability to customize their experience. Whether you’re a hobbyist looking to experiment, a developer working on a complex project, or just someone who enjoys the flexibility of the Raspberry Pi, this update is designed to make your experience better, safer, and more personalized. To download the latest release or update your existing system jump over to the official Raspberry Pi Operating system download page.

Filed Under: Technology News, Top News





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