Apple Scary Fast Event Shot on the iPhone 15 Pro Max
Apple was so confident in their new lineup of M3 Macs that they shot the entire Scary Fast keynote event exclusively on the iPhone 15 Pro Max. Talk about cinematic.
Apple was so confident in their new lineup of M3 Macs that they shot the entire Scary Fast keynote event exclusively on the iPhone 15 Pro Max. Talk about cinematic.
At the much-anticipated “Scary Fast” Mac Event held today, Apple, led by Tim Cook and team, revealed its latest lineup of M3 Macs for the fall of 2023. These new Macs come in various configurations, including the M3, M3 Pro, and M3 Max Apple Silicon Processors. These MacPro laptops and iMacs are built on Apple’s cutting-edge 3nm Apple Silicon process, promising enhanced performance, heightened reliability, and reduced energy consumption.
The M3 processor, now in its third generation since Apple’s transition from the Intel platform, is crafted using Apple’s advanced 3nm manufacturing process. This marks a substantial leap in performance and efficiency compared to the previous 5nm process, enabling M3-equipped Macs to handle more tasks simultaneously while consuming less power. The chip is also designed to provide robust support for complex applications like artificial intelligence, machine learning, and ray tracing graphics capabilities.
Apple claims that the M3 chip is up to 35% more power-efficient than the previous M2/5nm chip. The 3nm chips boast higher transistor density, packing over 2 million transistors into an area the width of a human hair. This translates to a more than 50% performance boost over previous Apple Silicon models while using only half the power.
These unified chips also bring a revamped Apple graphics processor, which employs dynamic caching to allocate precisely the resources needed to complete a task. This innovation results in over 2.5 times faster graphics rendering, featuring ray tracing, compared to the original M1 chip.
And the evolution doesn’t end there; rumors suggest a 2nm process in development for 2025.
The new M3 Macs break down as follows:
The M3 processor finds its home in the 14-inch MacBook Pro. The standard 14-inch MacBook Pro features the 8-core M3 processor and a 10-core GPU, delivering a 40% boost in performance compared to its M2 predecessor.
The M3 MacBook M3 Pro chip, on the other hand, powers both the 14-inch and 16-inch MacBook Pro models. Equipped with a 12-core CPU and 18-core GPU, the 14 and 16-inch MacBook Pros driven by the M3 Pro cater to professionals like software developers, industrial designers, and biomedical researchers.
The 16 inch M3 Max MacBook Pro, boasting a 16-core CPU, 40-core GPU, and support for 128 GB Unified RAM, pushes the envelope by being 80% faster than the M1 Max. This powerhouse is a dream for design work and content creation, empowering 3D animators and video editors to handle multiple 8K streams seamlessly. Additionally, the 16-inch MacBook Pro supports driving two LCD monitors via Thunderbolt 4. The 16-inch MacBook Pro M3 Max offers a level of performance that enables handling multiple 8K video streams with ease.
All M3 MacBook Pros offer up to 22 hours of battery life, a liquid XDR retina display with 600 nits peak brightness, a six-speaker sound system, and a 1080p FaceTime camera. The 16-inch M3 Pro and Max MacBook Pros are also available in a striking new Space Black color, featuring a dark aluminum case crafted through a special chemical process and recycled aluminum construction.
In a long-awaited move, the 24-inch iMac, now receives a significant upgrade to the M3, bypassing the M2 generation. This revamped 24-inch iMac takes a giant leap in performance while retaining its sleek, slim design and a vibrant array of color options. The M3 iMac boasts twice the speed of the current M1 iMac, enabling it to effortlessly handle multiple streams of 4K video.
The iMac M3 promises to outperform its Intel-based competitors, potentially delivering up to four times the speed, accompanied by a dazzling 4.5K Liquid Retina display. It also features a 1080p FaceTime camera, a robust six-speaker sound system, studio-quality microphones, and the convenience of Touch ID.
The 14-inch MacBook Pro with M3 starts at $1,599 (U.S.) or $1,499 (U.S.) for education. The 14-inch MacBook Pro with M3 Pro begins at $1,999 (U.S.) or $1,849 (U.S.) for education. The 16-inch MacBook Pro starts at $2,499 (U.S.) or $2,299 (U.S.) for education, with an additional cost for the M3 Max Processor.
The new MacBook Pros will be available next week, and users can take advantage of the Apple Trade-In program to receive credit for their old Macs. For trade-in valuations, customers can visit apple.com/shop/trade-in.
The M3 iMac is priced starting at $1299 and will be available in green, yellow, orange, pink, purple, blue, and silver . It is set to ship next week.
DJI, today announced the launch of the Osmo Pocket 3, a new mobile pocket camera that is sure to set a new standard for image quality, portability, and ease of use.
The Osmo Pocket 3 features a cutting-edge 1-inch CMOS image sensor that delivers stunning visuals, even in low light. It also boasts a rotatable 2-inch OLED touchscreen, built-in three-mic array, and long-lasting battery life.
“The Osmo Pocket 3 is the most powerful and versatile mobile camera we’ve ever created,” said Ferdinand Rüesch, Creative Director at DJI. “It’s packed with features that make it easy to capture professional-looking content, whether you’re a seasoned pro or just starting out.”
The Osmo Pocket 3 is available now from DJI and its authorized retailers. The standard Osmo Pocket 3 is priced at $519, while the Osmo Pocket 3 Creator Combo, an all-inclusive package, can be yours for $669.
All told, the DJI Osmo Pocket 3 is a worthy successor in DJI’s pocket video line. A must-have tool for any content creator who wants to produce high-quality videos with ease. It looks to be the perfect tool for vlogging, mobile filmmaking and content creation, and social media sharing.
The DJI Osmo Pocket 3 is available now from DJI direct and authorised dealers. It has a retail price starting at $519 or $669 for the Osmo Pocket 3 Creator Combo, which includes a transmitter unit from the DJI Mic 2.
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UPDATE: Apple has announced a special event called “Scary Fast” on October 30, 2023, at 5pm PT / 8pm ET. The Scary Fast event name is likely a reference to the expected performance boost that the new M3 chips will offer. Apple’s M2 chips were already incredibly fast, so it’s exciting to see what the company can do with the next generation.
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Apple enthusiasts have a reason to be excited for an early Christmas, as the tech giant prepares to unveil a fresh lineup of iMacs just in time for the holiday season. In his latest “Power On” newsletter for Bloomberg, tech reporter Mark Gurman hinted at the possibility of another product launch by the end of October, which promises to focus on a long overdue iMac refresh.
The current 24-inch iMac model, with its sleek design and vibrant Retina display, has remained relatively unchanged for over 900 days. This has left eager fans looking forward to an upgrade from the existing M1 Apple Silicon processor, which made its debut in the iMac back in April 2021. The 24-inch iMac features a 4.5K Retina display, offering stunning visuals for users, and is powered by the M1 chip, which provides impressive performance and energy efficiency.
As for what to expect in the new iMacs, the possibilities are promising. With the recent release of the M3 chip in certain MacBook laptops, there is speculation that Apple might opt for the more powerful M3 chip for the iMac. The M3 chip promises even better performance, which could make the new iMacs a formidable choice for both creative professionals and general users alike.
Gurman, in his weekly newsletter, shared insights about Apple’s plans, stating, “I’ve heard that the company postponed the iMac Pro due to cost concerns. Fortunately, a new iMac is now on the horizon.” While he did not delve into specific technical details, the enhanced performance expected from the M3 chip could significantly elevate the iMac’s capabilities.
In addition to the expected performance boost, the new iMacs may come with other upgrades, such as improved graphics, more RAM, and enhanced connectivity options. These enhancements could make the iMac an even more versatile and powerful computing device, suitable for a wide range of tasks.
The timing of the iMac announcement has sparked excitement and curiosity about Apple’s plans for the M2 upgrade. While the exact details of the new iMacs remain shrouded in secrecy, it is clear that Apple is gearing up to deliver a compelling update that will capture the imagination of its dedicated user base.
As for the timing of the announcement, Gurman anticipates that Apple may choose Halloween as the unveiling date, most likely through a press release, ensuring that the new iMacs are available just in time for the holiday shopping season.
These developments are sure to keep Apple enthusiasts and tech enthusiasts on the edge of their seats as they eagerly await the forthcoming announcements and innovations from the tech giant.
Source: Mark Gurman, Bloomberg
Early details of the highly anticipated DJI Osmo Pocket 3 have surfaced online, revealing a groundbreaking set of features for the next-generation pocket-sized gimbal oriented camera. Set to be officially released on October 25, 2023, the Osmo Pocket 3 promises to redefine portable videography with its remarkable specifications.
The Osmo Pocket 3 is rumored to have a 1-Inch CMOS sensor capable of capturing 4K video at up to 120 frames per second. This combination is certain to provide sharpness and clarity along with improved cinematic performance, even in low-light conditions.
DJI’s renowned 3-axis gimbal and mechanical stabilization system return in the Osmo Pocket 3, providing buttery-smooth footage, even when shooting handheld.
Photographers and videographers will appreciate the full-pixel fast focusing system, which ensures rapid and accurate subject tracking. Moreover, ActiveTrack 6.0 enhances the camera’s ability to intelligently track subjects in real-time, ensuring that videos are always sharp and engaging.
For those who demand more from their color grading, the camera now supports 10-bit D-Log M color mode for a broader spectrum of color and dynamic range insuring greater flexibility in post-production editing. Stereo recording from three built-in microphones, and intelligent wind noise suppression, provides pristine audio quality to accompany the camera’s visuals. This audio setup caters to a wide range of shooting scenarios, from outdoor adventures to intimate interviews.
Another standout feature is the rotatable 2-inch screen, which allows for both horizontal and vertical shooting. This versatility is a game-changer for creators, as it accommodates various social media platforms and display formats. The Osmo Pocket 3’s rotating touch screen simplifies shooting, with a simple screen rotation to start recording.
With its exceptional imaging capabilities, innovative features, and versatile design, the DJI Osmo Pocket 3 is poised to become the go-to camera for videographers and creators of all levels. Its release is set to mark a new era in content creation, empowering users to capture life’s moments with unrivaled quality and precision.
The leak of the DJI Osmo Pocket 3’s features provides a glimpse into DJIs plans for further leveraging the lessons the company has learned from its drone camera platforms. The camera’s impressive specs, including its 1-Inch CMOS sensor, 4K 120fps video recording, and rotatable screen, make it a clear contender for the best pocket-sized camera on the market.
The DJI Osmo Pocket 3 will be officially announced on October 25th, 2023 at 9PM ET. Mark your calendars and get ready for the next generation of pocket-sized videography!
During the highly anticipated 2023 Adobe MAX Sneaks presentation, Adobe astounded the audience with a remarkable array of experimental features that harnessed the incredible capabilities of generative AI. These innovative tools were designed to revolutionize the realms of video, audio, and 3D design, ushering in a new era of creative possibilities.
Before diving into the list of remarkable features showcased at the 2023 Adobe MAX Sneaks presentation, it’s worth highlighting not only Adobe Firefly, but also Project Stardust, an impressive innovation that has the potential to transform image editing. Adobe Firefly is already revolutionizing content creation across video, audio, animation, and motion graphics. It streamlines video editing, reducing post-production time and automating tasks. In audio, it enhances sound quality, simplifies dubbing, and caters to global audiences. In animation, it empowers creatives with lifelike movements and stunning effects, enhancing overall efficiency.
Meanwhile, Project Stardust simplifies the process of selecting, editing, and even deleting complex elements within any image, ushering in a new era of intuitive, accessible, and time-efficient image editing. For instance, this groundbreaking tool allows users to select individuals within a photograph, relocate them within the composition, and seamlessly fill in the background where they once stood. Users can also tweak elements like clothing color or positioning, treating static images as if they were files with layers.
Now, let’s delve into the impressive array of features demonstrated at this year’s Adobe MAX Sneaks presentation:
One of the most groundbreaking unveilings was Project Fast Fill, which introduced the power of Firefly generative AI to the realm of video editing. For the first time, this tool allowed users to effortlessly remove objects or seamlessly alter background elements within video footage, matching the quality and fluidity of traditional still image editing. With Project Fast Fill, users could achieve feats like removing an unwanted person from a video clip or seamlessly transitioning a scene to a completely different location. The AI’s prowess automatically filled the void with realistic content that harmonized perfectly with the surrounding environment, opening up endless creative opportunities.
Project Dub Dub Dub was another game-changing feature that showcased Adobe’s prowess in AI automation. This tool streamlined the complex process of video dubbing by automatically translating a recording or audio track into all supported languages. Remarkably, it preserved the original speaker’s voice, ensured temporal alignment with the original dialogue, and readied the content for global publication. For video creators, this was a monumental time-saver, facilitating the process of translating content for a worldwide audience and making videos more accessible to non-English speakers.
Project Scene Change is a new technology that makes it easy to composite a subject and a scene from two separate videos — captured with different camera trajectories — into one scene with synchronized camera motion.
This is done by using artificial intelligence to render a 3D representation of the background scene from a prerecorded image as if it was captured by a free-moving camera. The separately filmed subject is then composited into this new scene with proper shadows, creating a realistic and seamless effect.
Project Scene Change has the potential to revolutionize the way video editors work, as it removes any limitations due to the camera motion of existing video assets. This means that editors can now place a subject into any environment they want, with realistic camera motion, without having to reshoot the footage.
Project Neo is a new technology that enables creators to embrace simplified 3D design within 2D tools and methods.
This is done by using a new, unified 3D and 2D design space that allows creators to work with 3D objects in the same way that they would work with 2D shapes and images.
Project Neo also includes a number of new features that make it easier to create and edit 3D objects, such as non-destructive modeling and real-time rendering.
Project Neo has the potential to make 3D design more accessible to a wider range of creators, and to open up new possibilities for creative expression.
Project ResUp is a new technology that uses artificial intelligence to upscale low-resolution images and videos to high resolution without sacrificing quality.
This is done by using a deep learning model that has been trained on a massive dataset of high-resolution images and videos. The model is able to learn the patterns and relationships between pixels in high-resolution images, and then use this knowledge to upscale low-resolution images and videos in a way that preserves detail and quality.
Project ResUp has the potential to be a valuable tool for creators who need to upscale their legacy work for different platforms, such as social media, print, or large-screen displays. It can also be used to restore old or damaged images and videos.
Beyond the sphere of video, Adobe didn’t hold back on revealing innovative AI-powered tools for audio and 3D design. Project Poseable, a prime example, was a novel AI-based image generation model that facilitated the creation of realistic 3D images and videos of people, even in intricate or impossible poses that would challenge traditional cameras.
Meanwhile, Project Draw & Delight emerged as a comprehensive suite of generative AI tools that breathed life into raw ideas, often mere doodles or scribbles, by transforming them into refined illustrations. This could really come in handy for those who can’t draw, looking to create compelling storyboards.
These dazzling examples are just the tip of the iceberg. Adobe’s commitment to AI-driven innovation is poised to change the game again for the creative landscape. These tools have the potential to democratize creativity, making it accessible to individuals of all skill levels. In the grander scheme of things, as AI technology continues to advance, we can anticipate an influx of even more innovative and potent tools that will enable us to explore and express ourselves in novel and thrilling ways. The democratization of creativity, enhanced accessibility, and a more powerful creative toolkit await us, thanks to Adobe’s pioneering efforts in the AI realm.
But the question remains … is it too late to keep this genie in the bottle?
CinePi is an open-source cinema camera project that aims to democratize filmmaking by offering a build-it-yourself camera that enthusiasts can customize to their preferences at a remarkably low cost. The project was inspired by Csaba Nagy’s fascination with cinema cameras and his desire to make them more accessible to the general public.
CinePi is powered by a Raspberry Pi, an easily accessible and affordable single-board computer. Nagy’s first prototype was capable of capturing 2K video at up to 50 frames per second, but with the introduction of the Raspberry Pi 4, he was able to achieve impressive 4K resolution with 12-bit Cinema DNG Raw.
The second iteration of CinePi features a Super8-sized Sony IMX477 image sensor that can record up to 4K video in 12-bit Raw. It is also equipped with a Raspberry Pi 4B processor, a next-generation camera module, support for external SSD recording via USB 3.0, a four-inch high-resolution LCD touchscreen, and a fan-driven Noctua cooling system. Nagy is also working on adding HDMI output while maintaining a simultaneous LCD preview.
The camera is equipped with a high-capacity internal battery and housed in a 3D-printed case featuring 1/4-20 mounting points, Ethernet, USB 3.0, and various other ports. The only downside is the reliance on a screw-on C-mount lens for the Raspberry Pi’s camera module, which often results in using security camera optics of lower quality or hard-to-find Russian-made lenses. However, CinePi users can opt for C-mount lens adapters to maximize image quality.
The total cost of the CinePi project hovers just under $400. The most expensive components include the Pimoroni HyperPixel 4” touchscreen at $75.00, the 8GB Raspberry Pi 4 processor board at $75.00, and the Pi HQ camera module at $50. The remaining off-the-shelf cables, connectors, switches, computer fans, and 3D-printed casing come in at under $22.
CinePi is still in the development stage, but Nagy has released a detailed build guide and all of the necessary software on his GitHub page. He is also working on a more comprehensive user manual and a community forum where CinePi users can share tips and tricks.
The CinePi project has the potential to revolutionize the filmmaking industry by making professional-grade cinema cameras accessible to a wider range of creators. This democratization of filmmaking could lead to a more diverse and innovative landscape of visual storytelling.
CinePi is also a valuable educational tool for aspiring filmmakers, providing hands-on experience with the inner workings of cinema cameras. This knowledge can be essential for success in the film industry, where a deep understanding of camera technology is often required.
The CinePi project is an exciting development in the world of filmmaking. It offers an affordable, accessible, and customizable way to build a professional-grade cinema camera. CinePi is still in its early stages, but it has the potential to revolutionize the industry by making filmmaking more accessible to everyone.
In addition to the above, I would like to add that CinePi is a great example of the power of open-source software and hardware. Nagy’s willingness to share his work with the world has enabled other creators to build and customize their own CinePi cameras. This has led to a thriving community of CinePi users who are constantly innovating and pushing the boundaries of what is possible with this affordable platform.
What does the future hold for CinePi? Well, that depends on how far Nagy wants to take it. But judging from the growing community and the availability of next generation designs, it’s sure to have the potential to change the way that films are made and to make professional-grade filmmaking more accessible to everyone.
Adobe has released its latest update to Premiere Pro, promising a series of enhancements that will make video editing more efficient and introduce a groundbreaking text-based editing feature.
The update includes a new high-performance timeline drawing feature that significantly accelerates the editing process. This enhancement results in “buttery smooth editing and trimming,” making the editing timeline more responsive than ever before. Editors can expect faster and more fluid video editing, reducing frustration and saving valuable time.
Another significant addition is the “Save Projects as Templates” feature, which streamlines project organization. This feature enables editors to initiate new projects with bins and sequences already meticulously organized. These templates can be applied to ensure consistent branding, color styles, and asset management across multiple projects, simplifying post-production workflows and enhancing consistency from one project to the next.
One of the most exciting features of this update is the introduction of text-based editing. This game-changing feature includes a batch deletion function, allowing editors to select and delete multiple instances of text with a single click. Deleting text also trims the corresponding section of the video file, offering greater control within the transcript view.
In the audio realm, a multi-channel audio feature enables users to re-transcribe audio files using a specific channel or a mix of multiple channels, providing more flexibility and precision in the editing process.
Other notable features in the October 2023 update include:
The October 2023 update of Premiere Pro is now available to Creative Cloud users. With these improvements and innovative features, Adobe continues to push the boundaries of video editing software, providing an enhanced and more efficient editing experience for professionals and enthusiasts alike. Whether you’re a seasoned editor or just starting your video production journey, this update promises to elevate your creative capabilities and streamline your workflow.
Apple has acknowledged the overheating issues plaguing its latest flagship smartphone, the iPhone 15, and has pledged to rectify the issue through a forthcoming firmware update. In an official statement, Apple attributed the overheating problem to two key factors: increased background activity in some third-party applications and a bug within the iOS 17 operating system. The company did not provide specifics regarding the nature of these issues, but did confirm that the iPhone 15 has been running “warmer than expected.”
Numerous users have reported instances of overheating, particularly while using the device in conjunction with charging via the new USB-C cable connection. The heightened background activity during the initial days of use, often driven by the installation of preferred apps and the transfer of data such as photos, videos, and music playlists from previous devices, places additional strain on the iPhone, forcing it to work harder to ensure a swift transition without disrupting the user experience.
Apple’s statement also shed light on another contributing factor: recent updates to third-party apps that have been overloading the iPhone’s A17 Pro processor and other components, following software updates designed to leverage the enhanced performance of the iPhone 15. Notably, Apple mentioned its ongoing collaboration with app developers to deploy fixes aimed at resolving this issue.
Apps like Instagram, which have undergone recent updates to take advantage of the iPhone 15’s increased capabilities, were specifically identified as culprits in overloading the device’s processing system. Apple noted that Meta, the parent company of Instagram, has made efforts to reduce power consumption and lower processor temperatures.
Furthermore, Apple admitted the presence of a bug within iOS 17, described as “impacting some users.” The company assured its users that this issue would be addressed in an upcoming update, with a focus on optimizing power management while preserving the iPhone 15’s acclaimed performance, especially in resource-intensive applications such as gaming and video recording.
Although the imminent iOS 17.1 update is expected to alleviate the overheating problem from a software perspective, concerns persist about the device feeling warm to the touch. Apple emphasized that the titanium and aluminum exoskeleton, exclusive to the higher-end iPhone 15 Pro and Pro Max models, is engineered to rapidly dissipate excess heat.
However, this advanced technology is not incorporated into the base models, including the iPhone 15 and 15 Plus, both of which have experienced overheating issues. Consequently, uncertainty surrounds whether the forthcoming software fix will comprehensively resolve the problem or if Apple will need to continue troubleshooting.
Currently, iOS 17.1 is undergoing beta testing to evaluate the efficacy of the temperature-reduction changes. As of now, Apple has not announced a specific release date for the update. Encouragingly, not all users have reported experiencing the overheating problem, suggesting that it may be a temporary concern for those affected.
Apple remains steadfast in its commitment to delivering a top-tier user experience. Acknowledging the iPhone 15’s overheating issue is a significant step toward addressing customer apprehensions and providing a timely resolution.