People are talking a lot about the iPhone 15 getting too hot. Many users say their phones, including different models, are overheating, and measurements with a special camera show temperatures as high as 116F.
All four iPhone 15 models seem to have this problem. Some users even say their phones are so hot that they can’t hold them without a case. Some noticed the issue while charging with a wire.
One person shared that their iPhone 15 Pro Max is almost too hot to touch while fast charging. The left side and part of the back are the hottest, especially around the logic board. After the battery reaches 70%, it cools down a bit, but between 25% and 60%, it’s the hottest.
Others have the same problem even when not charging, like when using the phone for simple tasks like browsing social media.
Normally, iPhones can get a bit hot in the first 24 hours after setting up. This is because there’s a lot happening in the background, like reinstalling apps and organizing things. However, the reports we’re seeing now go beyond this initial setup time.
Some people tested the temperatures with a special camera, and it showed high temperatures. Even with simple tasks, some iPhones are getting too hot, as reported by various users.
It’s worth noting that many reports focus on the iPhone 15 Pro Max, but this might be because more people who ordered quickly chose this flagship model.
Apple, a company synonymous with innovation, is once again pushing the boundaries of technology—this time in the field of robotics. According to renowned Apple analyst Ming-Chi Kuo, the tech giant is exploring both humanoid and non-humanoid robotic form factors, signaling its entry into a rapidly evolving industry. This development follows the release of a research paper by Apple that delves into human interactions with “non-anthropomorphic” robots, including a Pixar-style lamp.
While Apple’s foray into robotics is still in its early stages, the implications are profound. Could Apple’s robotics projects revolutionize the smart home ecosystem? What challenges does the company face in this competitive and complex field? In this article, we’ll explore Apple’s robotics ambitions, the potential applications of its technology, and what this means for the future of smart homes.
Apple’s Robotics Research: A Glimpse into the Future
Apple’s research paper focuses on non-anthropomorphic robots, which are robots that don’t resemble humans. Instead, they take inspiration from other forms, such as the Pixar lamp featured in the study. This approach highlights Apple’s interest in creating robots that are functional, intuitive, and capable of building meaningful interactions with users.
Key Insights from Apple’s Research:
User Perception: Apple is prioritizing how users perceive and interact with robots, rather than focusing solely on their physical appearance.
Core Technologies: Sensing hardware and software are at the heart of Apple’s robotics development, enabling robots to understand and respond to their environment.
Proof-of-Concept: The research is still in its early stages, with Kuo describing it as “early proof-of-concept.”
Humanoid vs. Non-Humanoid Robots: What’s the Difference? The robotics industry is divided on whether humanoid or non-humanoid designs are more effective. Here’s a breakdown of the two approaches:
Humanoid Robots Definition: Robots designed to resemble humans, with two arms, two legs, and a face.
Applications: Household chores, caregiving, and customer service.
Challenges: High development costs, technical complexity, and user acceptance.
Non-Humanoid Robots
Definition: Robots that take inspiration from non-human forms, such as animals, objects, or abstract designs.
Applications: Smart home assistants, educational tools, and industrial automation.
Advantages: Often simpler to design, more cost-effective, and less intimidating to users.
Apple’s research suggests a preference for non-humanoid designs, at least in the initial stages. However, the company is reportedly exploring both form factors, indicating a flexible and experimental approach.
The Road to Mass Production: Challenges and Timelines According to Ming-Chi Kuo, Apple’s robotics project is still in the early research phase, with mass production unlikely before 2028. This timeline reflects the complexity of robotics development and Apple’s cautious approach to entering new markets.
Market Acceptance: Convincing consumers to adopt home robots is a major hurdle, especially given the high costs associated with early-stage products.
Competition: Apple faces stiff competition from established robotics companies and startups, many of which are already producing industrial and consumer robots.
Potential Applications of Apple’s Robotics Technology
While Apple’s exact plans remain under wraps, Kuo suggests that the company’s robotics efforts are part of a broader “future smart home ecosystem.” Here are some potential applications:
Smart Home Assistants Imagine a robot that not only controls your smart home devices but also interacts with you in a natural and intuitive way. Apple’s focus on user perception and interaction could lead to a robot that feels like a true assistant rather than a machine.
Educational Tools Non-humanoid robots could serve as interactive learning tools for children, helping with everything from homework to creative play.
Industrial Automation While Apple’s initial focus appears to be on consumer robots, its technology could eventually be applied to industrial settings, such as manufacturing and logistics.
Lessons from Apple’s Past Projects
Apple’s robotics ambitions come on the heels of several high-profile projects, including the Apple Car and Vision Pro. While the Apple Car was ultimately abandoned, and the Vision Pro faced a lukewarm reception, these efforts provide valuable lessons for the company’s robotics venture:
Cautious Approach: Apple is likely to take its time with robotics, ensuring that the technology is mature and market-ready before launch.
Focus on User Experience: As with its other products, Apple will prioritize user experience, making its robots intuitive and easy to use.
Integration with Ecosystem: Apple’s robots are expected to seamlessly integrate with its existing ecosystem of devices and services.
The Competitive Landscape: Who Else is in the Game? Apple isn’t alone in its pursuit of robotics. Companies like 1X, Figure, and Apptronik are already developing humanoid robots for industrial and consumer applications. However, these companies face significant challenges, including high costs and technical hurdles.
What’s Next for Apple Robotics?
While Apple’s robotics project is still in its infancy, the company’s track record of popularizing existing product categories—such as smartphones and smartwatches—suggests that it could have a significant impact on the industry. However, success is far from guaranteed, and Apple will need to navigate numerous challenges along the way.
For now, we can expect more leaks, speculation, and research papers as Apple continues to explore the possibilities of robotics. Whether it’s a humanoid robot folding laundry or a Pixar-style lamp assisting with household tasks, one thing is clear: Apple is serious about robotics, and the future of smart homes could look very different as a result.
Windows 11 is making waves in the music production world with its latest update, bringing the most significant overhaul to MIDI (Musical Instrument Digital Interface) since its inception in 1983. Microsoft has announced that its newest Windows 11 Canary test build includes a public preview of Windows MIDI Services, introducing support for MIDI 2.0 and enabling MIDI 1.0 to run seamlessly on Windows on Arm devices.
This update is a big deal for musicians, producers, and anyone involved in digital music creation. But what does it mean for you? In this article, we’ll break down the significance of MIDI 2.0, explore how this update enhances Windows 11, and discuss what it means for the future of music production.
What is MIDI, and Why Does It Matter?
MIDI, or Musical Instrument Digital Interface, is the backbone of modern music production. Introduced in 1983, MIDI is a protocol that allows electronic musical instruments, computers, and other devices to communicate with each other. It doesn’t transmit actual audio but rather data like note information, velocity, pitch, and control signals, enabling precise control over music creation.
Over the years, MIDI has become an essential tool for musicians, producers, and composers. Whether you’re recording in a professional studio or creating beats on your laptop, MIDI is likely playing a crucial role in your workflow.
The Evolution to MIDI 2.0
While MIDI 1.0 has been the industry standard for decades, it has its limitations. Enter MIDI 2.0, announced in 2019, which brings a host of improvements designed to meet the demands of modern music production.
Key Features of MIDI 2.0: Bidirectional Communication: Unlike MIDI 1.0, which only allows one-way communication, MIDI 2.0 enables devices to “talk” to each other, creating a more dynamic and interactive experience.
Higher Resolution: MIDI 2.0 offers significantly improved resolution for parameters like velocity and pitch, allowing for more nuanced and expressive performances.
Enhanced Instrument Control: The new protocol supports more detailed control over instruments, making it easier to fine-tune sounds and effects.
Backward Compatibility: MIDI 2.0 is designed to work seamlessly with MIDI 1.0 devices, ensuring a smooth transition for users.
Windows 11 Embraces MIDI 2.0 With the latest Windows 11 Canary build (27788), Microsoft is rolling out a public preview of Windows MIDI Services, marking the first time MIDI 2.0 will be natively supported on a Windows operating system. This update is part of Microsoft’s broader effort to provide a “great experience for musicians” and lay a “strong foundation for future expansion and enhancement.”
What’s New in Windows MIDI Services?
Native MIDI 2.0 Support: Musicians can now take full advantage of MIDI 2.0’s advanced features on Windows 11.
Windows on Arm Compatibility: MIDI 1.0 is now optimized to run on Arm-based devices, expanding the range of hardware that can be used for music production.
Improved Performance: The update promises faster and more reliable MIDI communication, reducing latency and improving overall workflow.
Microsoft has shared detailed technical insights about the update on its blog, offering a deep dive into the improvements and how they benefit users.
Beyond MIDI: Other Exciting Updates in Windows 11 Canary Build
While the MIDI 2.0 update is the star of the show, the latest Windows 11 Canary build includes several other noteworthy features:
OneDrive Integration A new one-click feature allows users to seamlessly switch between Windows 11 PCs and iOS or Android devices, ensuring that files are always accessible and up to date. This is a game-changer for productivity, especially for users who work across multiple devices.
Microsoft Store Enhancements Gamers will appreciate the ability to selectively install individual components for games like Call of Duty and Halo. This feature saves storage space and allows users to customize their gaming experience.
Bug Fixes and Performance Improvements As with any test build, this update includes a range of bug fixes and optimizations to enhance stability and performance.
Why This Update Matters for Musicians
The introduction of MIDI 2.0 support in Windows 11 is a significant milestone for the music industry. Here’s why:
Future-Proofing Music Production: MIDI 2.0 is the future of digital music communication, and Windows 11 is ensuring that musicians are ready for this evolution.
Enhanced Creativity: With higher resolution and bidirectional communication, musicians can achieve greater expressiveness and precision in their work.
Expanded Hardware Options: Support for Windows on Arm opens up new possibilities for portable and energy-efficient music production setups.
What’s Next for Windows 11 and MIDI?
While the MIDI 2.0 update is currently in the Canary test build, it’s expected to roll out to the general public once testing is complete. Microsoft has emphasized that this update is just the beginning, with plans for further enhancements and expansions in the future.
For musicians and producers, this means staying ahead of the curve and being prepared to embrace the next generation of music technology.
Conclusion: A New Era for Music Production on Windows 11 Windows 11’s MIDI 2.0 update is more than just a technical upgrade—it’s a leap forward for music production. By embracing the latest advancements in MIDI technology, Microsoft is empowering musicians to push the boundaries of creativity and innovation.
Whether you’re a professional producer or a hobbyist, this update promises to enhance your workflow and open up new possibilities for your music. Keep an eye out for the official release, and get ready to experience the future of MIDI on Windows 11.
