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Apple Silicon Mac Linux OS Fedora Asahi Remix now available

Apple Silicon Mac Linux OS Fedora Asahi Remix now available

The world of open-source computing has this week seen the launch of Fedora Asahi Remix, a Linux-based operating system specifically designed for Macs equipped with Apple Silicon. This groundbreaking development is a result of a multi-year collaboration between the Asahi Linux project and the Fedora Project, two significant players in the open-source community.

Fedora Asahi Remix Apple Mac Linux OS

Fedora Asahi Remix Apple Silicon Mac Linux OS is based on Fedora Linux 39 and is compatible with all M1 and M2 series MacBook, Mac Mini, Mac Studio, and iMac devices. This wide range of compatibility signifies a significant move towards bringing the flexibility and customizability of Linux to Apple’s latest hardware.

One of the unique features of Fedora Asahi Remix is its user interface. The first release of this operating system features the KDE Plasma user interface by default. KDE Plasma is known for its robustness and adaptability, providing users with a highly customizable experience. However, Fedora Asahi Remix also offers users the option to switch to GNOME, another popular desktop environment in the Linux world, offering flexibility to those who prefer a different user experience.

A standout feature of Fedora Asahi Remix is its support for hardware-accelerated graphics. This is made possible due to Asahi’s commendable work in reverse engineering Apple’s GPU architecture. This feature allows for a smoother, more responsive graphical user interface, as well as the ability to run graphically intensive applications more efficiently.

Compatibility and supported hardware

However, it is worth noting that not all hardware features are currently supported in this version of the operating system. For instance, Thunderbolt, USB4, Touch ID, built-in mics, speakers on iMac, and USB-C displays are not yet supported. Despite these limitations, the development team is continuously working to add support for these features in future releases. The compatibility jump over to the official Asahi Remix webpage.

Another significant feature of Fedora Asahi Remix is its 100% Wayland environment. Wayland is a protocol that specifies the communication between a display server and its clients. This protocol offers a more efficient and secure approach to managing windows on the screen, leading to a smoother user experience.

Furthermore, Fedora Asahi Remix Apple Silicon Mac Linux OS boasts non-conformant OpenGL 3.3 support and the world’s first certified conformant OpenGL ES 3.1 implementation for Apple Silicon. These features, including GPU-accelerated geometry shaders and transform feedback, allow for better performance and compatibility with a wide range of applications and games that require these technologies. The team is also working on OpenGL 4.x and Vulkan support to unlock the full potential of Apple Silicon graphics.

The launch of Fedora Asahi Remix marks a significant milestone in the integration of Linux with Apple Silicon. While there are some limitations in terms of hardware support, the operating system’s robust features and flexibility make it a promising development in the world of open-source computing. As the Asahi Linux and Fedora Project teams continue to refine and expand upon this operating system, users can expect more exciting features and broader hardware support in the future. Here are some other articles you may find of interest on the subject of Apple Silicon.

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Running Llama 2 on Apple M3 Silicon Macs locally

Running Llama 2 on Apple M3 Silicon hardware

Apple launched its new M3 Silicon back in October and has now made it available in a number of different systems allowing users to benefit from the next generation processing provided by the family of chips. If you are interested in learning more about running large language models on the latest Apple M3 silicon you’ll be pleased to know that Techno Premium as been testing out and demonstrating what you can expect from the processing power when running Meta’s Llama 2 large language model on the Apple silicon hardware. Check out the video below.

If you’re intrigued by the capabilities of large language models like Llama 2 and how they perform on cutting-edge hardware, the M3 chip’s introduction offers a fantastic opportunity to run large language models locally. Benefits include :

  • Enhanced GPU Performance: A New Era in Computing The M3 chip boasts a next-generation GPU, marking a significant advancement in Apple’s silicon graphics architecture. Its performance is not just about speed; it’s about efficiency and introducing groundbreaking technologies like Dynamic Caching. This feature ensures optimal memory usage for each task, a first in the industry. The benefits? Up to 2.5 times faster rendering speeds compared to the M1 chip series. This means, for large language models like Llama 2, the processing of complex algorithms and data-heavy tasks becomes smoother and more efficient.
  • Unparalleled CPU and Neural Engine Speeds The M3 chip’s CPU has performance cores that are 30% faster and efficiency cores that are 50% faster than those in the M1. The Neural Engine, crucial for tasks like natural language processing, is 60% faster. These enhancements ensure that large language models, which require intensive computational power, can operate more effectively, leading to quicker and more accurate responses.

Running LLMs on Apple M3 Silicon hardware

Here are some other articles you may find of interest on the subject of Apple’s latest M3 Silicon chips :

  • New Apple M3 iMac gets reviewed
  • New Apple M3, M3 Pro, and M3 Max silicon chips with next gen
  • Apple M3 MacBook Pro gets reviewed
  • Apple M3 iMac rumored to launch in October
  • New Apple MacBook Pro M3 Pro 14 and 16-inch laptops
  • Apple M3 Max Macbook Pro, 14 and 16 Core CPUs compared
  • New Apple MacBook Pro M3 14-inch laptop from $1,599
  • Advanced Media Processing Capabilities A noteworthy addition to the M3 chip is its new media engine, including support for AV1 decode. This means improved and efficient video experiences, which is essential for developers and users working with multimedia content in conjunction with language models.
  • Redefined Mac Experience Johny Srouji, Apple’s senior vice president of Hardware Technologies, highlights the M3 chip as a paradigm shift in personal computing. Its 3-nanometer technology, enhanced GPU and CPU, faster Neural Engine, and extended memory support collectively make the M3, M3 Pro, and M3 Max chips a powerhouse for high-performance computing tasks, like running advanced language models.
  • Dynamic Caching: A Revolutionary Approach Dynamic Caching is central to the M3’s new GPU architecture. It dynamically allocates local memory in hardware in real-time, ensuring only the necessary memory is used for each task. This efficiency is key for running complex language models, as it optimizes resource usage and boosts overall performance.
  •  Introduction of Ray Tracing and Mesh Shading The M3 chips bring hardware-accelerated ray tracing to Mac for the first time. This technology, crucial for realistic and accurate image rendering, also benefits language models when they are used in conjunction with graphics-intensive applications. Mesh shading, another new feature, enhances the processing of complex geometries, important for graphical representations in AI applications.
  • Legendary Power Efficiency Despite these advancements, the M3 chips maintain Apple silicon’s hallmark power efficiency. The M3 GPU delivers performance comparable to the M1 while using nearly half the power. This means running large language models like Llama 2 becomes more sustainable and cost-effective.

If you are considering large language models like Llama 2 locally, the latest Apple M3 range of chips offers an unprecedented level of performance and efficiency. You will be pleased to know that whether it’s faster processing speeds, enhanced graphics capabilities, or more efficient power usage, the Apple M3 chips cater to the demanding needs of advanced AI applications.

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Silicon Anode batteries offer faster charging and longer battery life

New Silicon Anode batteries offer even faster charging and longer battery life

Imagine a world where your phone’s battery lasts for days, electric cars charge in minutes, and renewable energy storage is more efficient than ever. This future is closer than you might think, thanks to the advancements in silicon anode battery technology. Silicon anode batteries are shaping up to be a significant improvement over the lithium-ion batteries we’ve relied on for so long. Companies like Amprius are leading the charge, using silicon and nanowires to create batteries that could transform how we store and use energy.

Silicon anodes have a higher capacity for storing lithium ions compared to traditional graphite anodes. This means batteries can store more energy, leading to longer-lasting power for everything from mobile devices to electric vehicles. The potential of these high-energy density batteries is not just a dream; it’s a tangible leap forward that could redefine our daily energy use.

“Silicon has transformed the way we store information, and now it’s transforming the way we store energy.”
–Rick Costantino, Group14

However, integrating silicon into battery anodes isn’t without its challenges. Silicon tends to swell during charging, which can lead to battery damage and a shorter lifespan. But this is where the magic of nanotechnology comes in. By using nanotech solutions, such as silicon nanowires, companies can create flexible structures that withstand expansion, thus improving battery life.

Silicon Anode batteries

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The durability of these silicon nanowire anodes is impressive. Amprius’s anodes are designed to handle the rigors of regular charging cycles, which means not only do the batteries hold more energy, but they also keep their shape and functionality over time. This durability translates to more efficient batteries that charge faster and last longer, a significant advantage for consumers and industries alike.

The benefits of silicon anode batteries extend beyond just performance. Economically, while the initial production costs are higher, the long-term savings from longer-lasting batteries could be substantial. Environmentally, these batteries offer a more sustainable option, which is crucial as we work to reduce carbon emissions. Silicon anodes could be a key player in the transition to greener energy solutions.

Silicon vs Graphite Anode Batteries

Silicon Anode Batteries

  • Higher Energy Capacity: Can store more lithium ions, leading to increased energy storage capacity.
  • Longer Battery Life: Potentially longer-lasting power for devices and vehicles.
  • Nanotechnology Integration: Use of silicon nanowires to mitigate expansion issues, enhancing durability.
  • Faster Charging Times: Capable of quicker recharging compared to traditional batteries.
  • Environmental Benefits: Offer a more sustainable option, contributing to reduced carbon emissions.
  • Manufacturing Complexity: More complex and currently more expensive to produce.
  • Emerging Technology: Still in the development phase for widespread commercial use.

Graphite-based Batteries

  • Established Technology: Widely used and well-understood in the industry.
  • Lower Energy Capacity: Limited lithium ion storage capacity compared to silicon anodes.
  • Standard Battery Life: Adequate for current applications but shorter than potential silicon anode batteries.
  • Traditional Charging Speed: Standard charging times, slower compared to advanced silicon anode batteries.
  • Environmental Impact: Less sustainable than silicon anode options, with a focus on improving recycling and disposal.
  • Simpler Manufacturing: Relatively simpler and cheaper to produce at scale.
  • Widely Used: The current standard in most consumer electronics and electric vehicles.

Manufacturing silicon anode batteries is complex and currently more expensive and labor-intensive than traditional methods. However, companies are working hard to streamline these processes and make them more cost-effective. As these manufacturing challenges are overcome, the potential for widespread use grows.

Amprius is initially focusing on markets like unmanned aerial vehicles, where the benefits of lighter batteries that provide longer flight times are immediately apparent. The next step is to scale up production for the consumer electric vehicle market, which is rapidly growing and in need of efficient, durable batteries.

The possibilities for silicon anode battery technology are vast, with applications ranging from personal electronics to large-scale energy storage systems. As companies progress toward mass production, the excitement within the industry is palpable. These advancements could soon ripple across various sectors, changing the landscape of energy storage and usage.

Silicon anode batteries offer the promise of higher energy and power densities, faster charging times, and potential economic and environmental benefits. This technology is on the brink of reshaping our battery-powered world. While there are still hurdles to overcome in manufacturing and scaling, the determination of industry leaders suggests a future where advanced batteries are the norm in a wide array of applications.

The journey of silicon anode batteries from a novel idea to a market-ready product is a testament to the power of innovation and persistence. As we look ahead, the anticipation for these batteries to hit the market is growing. The impact they could have on our daily lives and the environment is significant, making this one of the most watched developments in the field of energy storage. With continued research and development, the day when silicon anode batteries power our world is not just a possibility—it’s on the horizon.

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Cypress silicon speaker reinvents how humans experience sound

New Cypress silicon speaker reinvents how humans experience sound

xMEMS Labs manufacturers and designers of solid-state, all-silicon micro speakers has this week announced a breakthrough in sound reproduction, changing the way true wireless stereo (TWS) earbuds create ultra high-quality, high-resolution sound experiences across all audio frequencies. The MEMS speaker, Cypress is set to redefine the audio quality of true wireless stereo (TWS) earbuds, offering an audio experience that surpasses traditional moving-coil sound reproduction techniques.

The Cypress speaker is a marvel of modern engineering, with its core technology being the ingenious application of ultrasonic amplitude modulation for sound production. This innovative approach marks a significant shift from conventional methods, ensuring high-fidelity sound across all frequencies. The result is an audio output that is not only louder but also sharper, particularly in the low-frequency response, a critical factor for active noise canceling (ANC) earbuds.

Built on a reliable MEMS platform, the Cypress speaker exemplifies quality and consistency in production. This platform, in conjunction with the speaker’s solid-state design, offers numerous advantages over traditional moving-coil speakers. These include a faster response, near-zero phase shift, and superior spatial imaging accuracy. These characteristics contribute to a more precise and immersive sound reproduction, enhancing the overall audio experience for the listener.

Features of the new Cypress solid-state MEMS speaker

– Cypress uses ultrasonic amplitude modulation for sound production, enhancing audio fidelity.
– The technology is more efficient than legacy coil speakers, providing high-resolution audio.
– It is based on a proven MEMS platform, ensuring quality and uniformity in production.
– The speaker offers numerous benefits over traditional designs, including faster response, near-zero phase shift, and superior spatial imaging accuracy.
– Cypress is non-magnetic, reducing weight and electromagnetic interference.
– The speaker’s design allows for stronger bass comparable to larger coil speakers.
– It is particularly advantageous for ANC performance, with potential for wider bandwidth and reduced DSP complexity.
– Cypress prototypes are currently available to select customers, with mass production expected in late 2024.

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One of the unique features of the Cypress speaker is its non-magnetic design. This design element not only reduces the weight of the earbuds but also minimizes the potential for electromagnetic interference, a common issue with traditional speakers. Moreover, the non-magnetic design allows for stronger bass production, comparable to that of larger coil speakers, without the need for additional weight or size.

The design of the Cypress speaker is particularly advantageous for ANC performance. It offers the potential for a wider bandwidth and reduced DSP complexity, making it an ideal choice for high-quality ANC earbuds. This technology could significantly improve the user’s listening experience, especially in noisy environments.

Currently, Cypress prototypes are available to select customers, with mass production expected to commence in late 2024. This timeline suggests that consumers could soon enjoy the benefits of this advanced speaker technology in their TWS earbuds.

The Cypress speaker from xMEMS Labs represents a significant advancement in audio technology. By utilizing ultrasonic amplitude modulation and a reliable MEMS platform, the speaker promises to deliver high-fidelity sound, superior bass production, and improved ANC performance. As such, the Cypress speaker is poised to elevate the audio quality of TWS earbuds, offering users an enhanced audio experience like never before.

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New Apple M3, M3 Pro, and M3 Max silicon chips with next gen GPU architecture

Apple unveils new M3 M3 Pro and M3 Max silicon chips

Today Apple has unveiled a range of new Apple silicon in the form of the latest M3, M3 Pro, and M3 Max silicon chips. Marking another milestone in Apple’s journey of silicon innovation, propelling the tech giant further into the realm of portable high-performance computing. The M3 family of chips have been built using 3-nanometer technology, offering users unprecedented performance and efficiency.

Apple M3, M3 Pro, and M3 Max silicon

One of the key technologies within the M3 chips is Dynamic Caching. This innovative feature increases GPU utilization and performance by allocating the use of local memory in hardware in real time. This allows for a more efficient use of resources, leading to improved performance. Additionally, the GPU in the M3 chips introduces new rendering features to Apple silicon. These include hardware-accelerated mesh shading and hardware-accelerated ray tracing. These features enable more visually complex scenes and more realistic gaming environments, enhancing the overall user experience.

Apple M3 silicon specifications

These new additions promise to set new benchmarks for both performance and efficiency. Let’s dive into the intricate details that make these chips so exceptional.

First and foremost, the graphics processing unit (GPU) in the M3 family showcases a major stride in architecture. The introduction of Dynamic Caching allocates local memory in hardware, in real-time. This means that the GPU utilizes only the precise amount of memory required for each task. This is not just an incremental update; it’s an industry-first approach that markedly boosts GPU utilization.

  • Dynamic Caching: Allocates exactly the memory needed for each task, in real-time.
  • Increased GPU Utilization: Enhances performance for graphics-intensive applications and games.

With the M3 chips, Mac users get their first taste of hardware-accelerated ray tracing. If you’re wondering how this will benefit you, ray tracing simulates the properties of light interacting with objects in a scene, yielding incredibly realistic images. This is a boon for game developers who can now render shadows and reflections with unprecedented accuracy. Add to this the hardware-accelerated mesh shading, and you have a potent combination for creating visually complex scenes.

  • Ray Tracing: Models the properties of light for ultra-realistic images.
  • Mesh Shading: Increases capability and efficiency in geometry processing.

Now, let’s switch gears and talk about the central processing unit (CPU). The M3, M3 Pro, and M3 Max offer architectural improvements to both performance and efficiency cores. You’ll be thrilled to find that tasks like compiling millions of lines of code in Xcode or playing hundreds of audio tracks in Logic Pro are going to be faster and more efficient.

  • Performance Cores: Up to 30% faster than M1.
  • Efficiency Cores: Up to 50% faster than M1.

Another highlight is the unified memory architecture that features high bandwidth, low latency, and unmatched power efficiency. This architecture enables all technologies in the chip to access a single pool of memory, streamlining performance and reducing memory requirements.

  • Unified Memory Architecture: Streamlines performance and reduces memory requirements.

Moving on to specialized engines for Artificial Intelligence (AI) and video, the enhanced Neural Engine in the M3 family accelerates machine learning models at a pace that’s up to 60% faster than its predecessors. Additionally, the media engine has been fine-tuned to provide hardware acceleration for popular video codecs, thus extending battery life.

  • Neural Engine: 60% faster, enhancing AI and machine learning workflows.
  • Media Engine: Supports hardware acceleration for popular video codecs.

Last but not least, the M3 Max takes professional performance to new heights with its astonishing 92 billion transistors and support for up to 128GB of unified memory. This makes it ideal for those tackling the most demanding workloads, including AI development and high-resolution video post-production.

M3 MacBook Pro laptops

As well as announcing its new M3, M3 Pro, and M3 Max silicon, Apple also unveiled a new MacBook Pro lineup is designed to cater to a wide range of users, from everyday consumers to professional creatives and researchers. Each model is equipped with one of the new M3 chips, which offer a next-generation GPU architecture and a faster CPU.

“There is nothing quite like MacBook Pro. With the remarkable power-efficient performance of Apple silicon, up to 22 hours of battery life, a stunning Liquid Retina XDR display, and advanced connectivity, MacBook Pro empowers users to do their life’s best work,” said John Ternus, Apple’s senior vice president of Hardware Engineering. “With the next generation of M3 chips, we’re raising the bar yet again for what a pro laptop can do. We’re excited to bring MacBook Pro and its best-in-class capabilities to the broadest set of users yet, and for those upgrading from an Intel-based MacBook Pro, it’s a game-changing experience in every way.”

M3 MacBook Pro laptops

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The 14-inch MacBook Pro with the M3 chip is an ideal choice for everyday tasks, professional applications, and gaming. Priced at $1,599, this model offers a balance of performance and affordability. For those requiring more power for demanding workflows, the 14- and 16-inch MacBook Pro models with the M3 Pro chip are perfect. These models are designed to meet the needs of coders, creatives, and researchers, offering greater performance and additional unified memory support.

For power users seeking extreme performance and capabilities, the 14- and 16-inch MacBook Pro with the M3 Max chip is the ultimate choice. With a powerful GPU and CPU, and support for up to 128GB of unified memory, this model is tailor-made for machine learning programmers, 3D artists, and video editors. The M3 Pro and M3 Max models are also available in a sleek space black finish, adding an aesthetic appeal to their robust performance.

Beyond the chips, all MacBook Pro models are equipped with a range of cutting-edge features. These include a Liquid Retina XDR display that offers stunning visual clarity, a built-in 1080p camera for high-quality video calls, a six-speaker sound system for immersive audio, and various connectivity options for enhanced convenience. Furthermore, these models offer up to 22 hours of battery life, ensuring users can work or play uninterrupted for longer periods.

For more information and full specifications on each of the new MacBook Pro M3 Apple silicon systems jump over to the official website.

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New Apple iMac M3 silicon 24 inch desktop

New Apple iMac M3 silicon 24 inch desktop with 4-5K Retina display 2023 a

Apple has today unveiled its latest iMac desktop workstation in the form of the new 24-inch iMac. A desktop powered by the latest M3 chip, a successor to the already impressive M1 and M2 Apple silicon chips.  The M3 silicon chip, the heart of the new iMac, is a marvel of engineering. It comes with an 8-core CPU and can support up to a 10-core GPU. This chip is designed to support up to 24GB of unified memory, which is a significant upgrade from the previous M1 chip.

M3 silicon chips

The M3 chip, with its advanced technology, offers 2x faster performance than its predecessor, the M1 chip. It also supports hardware-accelerated mesh shading and ray tracing, which can greatly enhance visual effects and graphics performance. Additionally, the M3 chip is equipped with a 16-core Neural Engine and the latest media engine, contributing to the overall performance boost.

If you are looking for something a little more portable Apple has also launched a new range of MacBook Pro laptops all equipped with M3 silicon chips. In the form of the MacBook Pro M3,  MacBook Pro M3 Pro and a flagship model in the form of the MacBook Pro M3 Pro Max.

Apple iMac M3

Pricing and availability

  • The new 24-inch iMac with M3 is available to order today,  in the Apple Store app in 27 countries and regions, including the U.S. It will begin arriving to customers and will be in Apple Store locations and Apple Authorized Resellers starting Tuesday, November 7.
  • iMac with 8-core GPU starts at $1,299 (U.S.) and $1,249 (U.S.) for education, and is available in green, pink, blue, and silver. It features an 8-core CPU, 8GB of unified memory, 256GB SSD, two Thunderbolt ports, Magic Keyboard, and Magic Mouse.
  • iMac with 10-core GPU starts at $1,499 (U.S.) and $1,399 (U.S.) for education, and is available in green, yellow, orange, pink, purple, blue, and silver. It features an 8-core CPU, 8GB of unified memory, 256GB SSD, two Thunderbolt ports, two additional USB 3 ports, Magic Keyboard with Touch ID, Magic Mouse, and Gigabit Ethernet.

Apple iMac M3

This new iMac model is not only powerful but also efficient. It offers up to 30% faster performance on Safari and Microsoft Excel, making web browsing and spreadsheet management a breeze. Gamers can also expect faster game load times and improved frame rates. Video editing and photo processing capabilities are also enhanced, thanks to the M3 chip’s superior performance.

Retina display

The 24-inch iMac is equipped with a 4.5K Retina display, which boasts 11.3 million pixels, promising a vibrant and crystal-clear viewing experience. The display, coupled with advanced wireless connectivity options like Wi-Fi 6E and Bluetooth 5.3, offers a seamless computing experience. The iMac also offers multiple ports, including up to four USB-C ports, two Thunderbolt ports, and support for Gigabit Ethernet. It can also support up to a 6K external display.

The new iMac also excels in the multimedia department. It comes with a 1080p FaceTime camera and studio-quality microphones, ensuring clear and crisp video calls. The six-speaker sound system, which supports Spatial Audio, promises an immersive audio experience.

7 colours

In terms of design, the new iMac is available in seven vibrant colors. It sports a thin, all-in-one design that is both sleek and functional. The iMac also comes with color-matched accessories, including a keyboard, mouse, and trackpad. The Magic Keyboard now comes with Touch ID, adding an extra layer of security and convenience.

macOS Sonoma

The new iMac runs on macOS Sonoma, which includes new features for personalizing widgets, video conferencing, and web browsing. It also introduces a Game Mode for an improved gaming experience.

For those looking to upgrade from an Intel-based system, the new iMac offers a significant performance boost. It promises up to 4x faster performance for Intel upgraders, making it a compelling choice. Apple has also included a Migration Assistant for easy setup and continuity features for seamless work between the iPhone and other Apple devices.

Sustainability

The new iMac with M3 is built using 100 percent recycled aluminum in the stand, recycled rare earth magnets, recycled tin soldering in multiple printed circuit boards, and, in a first for iMac, 100 percent recycled gold in the plating of multiple printed circuit boards. iMac is also free of numerous harmful substances such as beryllium, brominated flame retardants, and mercury, and 100 percent of the wood fiber in the packaging is recycled or comes from responsibly managed forests.

The new 24-inch iMac with M3 chip offers a powerful and efficient computing experience. It combines advanced technology, enhanced connectivity, superior design, and user-friendly software to deliver a product that is both attractive and high-performing. Whether you’re a gamer, a creative professional, or a regular user, the new iMac is designed to meet your needs and exceed your expectations. For more information, full specifications and pricing options jump over to the Apple official website.

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