Gayathri Kallukaran is a Junior Journalist with Eastern Eye. She has a Master’s degree in Journalism and Mass Communication from St. Paul’s College, Bengaluru, and brings over five years of experience in content creation, including two years in digital journalism. She covers stories across culture, lifestyle, travel, health, and technology, with a creative yet fact-driven approach to reporting. Known for her sensitivity towards human interest narratives, Gayathri’s storytelling often aims to inform, inspire, and empower. Her journey began as a layout designer and reporter for her college’s daily newsletter, where she also contributed short films and editorial features. Since then, she has worked with platforms like FWD Media, Pepper Content, and Petrons.com, where several of her interviews and features have gained spotlight recognition. Fluent in English, Malayalam, Tamil, and Hindi, she writes in English and Malayalam, continuing to explore inclusive, people-focused storytelling in the digital space.
Leaked render suggests new horizontal camera bar on iPhone 17 Pro models
Apple logo may be repositioned lower to accommodate MagSafe system changes
Devices could include aluminium frame with glass insert for wireless charging
Rumoured A19 Pro chip and 12GB RAM to power next-generation performance
iPhone 17 series expected to launch in September 2025
New leak hints at bold design shift for iPhone 17 Pro models
Apple's upcoming iPhone 17 Pro models could see their most noticeable design change in years, according to a newly leaked render. The image, shared by tipster Majin Bu on X, shows what appears to be a significant reworking of the rear panel, including a full-width camera bar and a repositioned Apple logo.
The iPhone 17 Pro and iPhone 17 Pro Max are expected to debut in September 2025, alongside the standard iPhone 17 and a newly rumoured model called the iPhone 17 Air. While Apple has not officially confirmed any details, the leak has added fuel to growing anticipation surrounding the next iPhone lineup.
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Redesigned camera layout and logo placement
The most eye-catching change is the redesigned rear camera array. Unlike the square camera module seen on recent models such as the iPhone 16 Pro, the leaked render shows a horizontal bar extending across the upper rear of the device. This camera bar appears to contain three lenses, suggesting a continued focus on high-end photography and video capabilities.
Another notable update is the position of the Apple logo. Traditionally placed centrally, the logo is shown lower on the back of the device in the render. This shift may relate to changes in the MagSafe wireless charging system. The familiar magnetic ring now appears to feature a gap where the relocated logo sits, potentially indicating a new internal MagSafe layout.
Aluminium chassis and wireless charging enhancements
The iPhone 17 Pro models may also feature an aluminium frame with a cut-out area beneath the camera bump, seemingly designed to house a glass section for wireless charging. This change could reflect efforts to improve thermal performance or reduce overall weight. While the render suggests a subtle shift in material and engineering, the design remains consistent with Apple’s premium build standards.
Expected performance upgrades
Internally, both Pro models are reported to feature the upcoming A19 Pro chip, paired with 12GB of RAM. Display sizes are expected to measure 6.3 inches for the iPhone 17 Pro and 6.9 inches for the Pro Max. There are also suggestions that Apple may incorporate a vapour chamber cooling system to better manage heat during intensive use.
Although these details remain unofficial, the growing number of leaks points to a significant design and hardware evolution for Apple’s flagship smartphones.
M5 chip delivers over 4x peak GPU compute performance for AI compared to M4 and doubles AI performance over M1.
Features next-generation 10-core GPU with Neural Accelerator in each core, faster CPU, 16-core Neural Engine, and 153GB/s unified memory bandwidth.
Powers new 14-inch MacBook Pro, iPad Pro, and Apple Vision Pro with improved AI workflows, graphics, and energy efficiency.
Next-generation GPU and AI performance
Apple’s M5 chip represents the next big step in performance for Apple silicon, built on third-generation 3-nanometre technology. The chip introduces a 10-core GPU architecture, each core featuring a dedicated Neural Accelerator, enabling AI workloads to run dramatically faster.
According to Apple, the M5 delivers over 4x peak GPU compute performance compared to M4 and over 6x for AI performance compared to M1. The GPU also features third-generation ray tracing, delivering up to 45 percent higher graphics performance, while enhanced shader cores and dynamic caching provide smoother rendering and more realistic visuals for creative and gaming applications.
Applications like Draw Things and AI platforms such as webAI benefit from faster processing of diffusion models and local large language models on the 14-inch MacBook Pro and iPad Pro. Apple Vision Pro can render more pixels at up to 120Hz refresh rates, reducing motion blur and enhancing visual fidelity.
The 16-core Neural Engine accelerates on-device AIApple
Faster CPU, Neural Engine, and memory
M5 also features up to a 10-core CPU with six efficiency cores and four performance cores, delivering 15 percent faster multithreaded performance than M4. The 16-core Neural Engine accelerates on-device AI, powering tasks like transforming 2D photos into spatial scenes or generating Personas on Apple Vision Pro with greater speed and energy efficiency.
The chip offers a unified memory bandwidth of 153GB/s, a nearly 30 percent increase over M4, allowing larger AI models to run entirely on-device. With up to 32GB memory capacity, M5 supports demanding creative workflows such as simultaneous use of Adobe Photoshop and Final Cut Pro, alongside background cloud uploads.
Optimised for creative workflows and energy efficiency
Apple’s M5 is engineered to integrate seamlessly with Apple software frameworks, including Core ML, Metal 4, and Metal Performance Shaders, allowing developers to leverage Neural Accelerators directly. Creative applications, games, and AI-powered tools experience immediate performance boosts without additional programming.
The M5’s efficiency contributes to Apple’s 2030 carbon-neutral plan, reducing energy consumption across the chip’s lifetime while delivering world-class performance on the 14-inch MacBook Pro, iPad Pro, and Apple Vision Pro.
Pre-orders for devices powered by M5 are available now, offering users faster AI capabilities, graphics performance, and multitasking power in a single chip.
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