OpenAI CEO Sam Altman has confirmed that the company’s latest reasoning AI model, O3, is ready for public release following external safety testing. While the full O3 model will be rolled out as both an API and a ChatGPT option in the coming weeks, Altman also announced that O3-Mini, a lightweight version of the model, will be available not just to paid users but also to free-tier users—a notable shift in OpenAI’s typical rollout strategy.
First teased during OpenAI’s 12 Days of OpenAI event in December, the O3 model was described by Greg Brockman, OpenAI’s President and Co-Founder, as a significant breakthrough, demonstrating substantial improvements on complex reasoning tasks. Unlike conventional generative AI models like GPT-4o Turbo, the O3 family (including O1 and O3) is designed to perform internal fact-checking and reasoning validation before generating responses. This approach prioritizes accuracy and reproducibility over speed, making it particularly effective for math, science, and coding-related tasks.
The O3-Mini model is a more compact version of O3, optimized for faster response times and lower compute requirements. While GPT-4o Turbo remains the standard for paid ChatGPT users, Altman has stated that O3-Mini will see widespread usage, even among paid tiers. This marks a departure from OpenAI’s usual practice of restricting next-generation models to premium users while offering older versions to free-tier users.
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Altman has yet to specify an exact release date for O3’s integration into ChatGPT, but its arrival is imminent.
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Canon has announced the development of a groundbreaking 410-megapixel, 35mm full-frame CMOS sensor, marking the highest pixel count ever achieved in a sensor of this size. This 24K-resolution sensor offers an unprecedented level of detail, making it an ideal solution for surveillance, medical imaging, and industrial applications where extreme clarity is essential
Canon’s 410-megapixel full-frame sensor boasts a resolution 198 times greater than HD and 12 times greater than 8K, allowing for extreme detail retention even when cropping or enlarging images. Unlike most ultra-high-megapixel sensors, which are typically limited to medium-format cameras, this innovation allows compatibility with existing full-frame lenses, significantly broadening its applications.
To achieve this level of pixel density, Canon implemented a redesigned circuitry pattern and a back-illuminated stacked formation, where the pixel segment and signal processing segment are interlayered. This results in:
These advancements ensure not only unparalleled image resolution but also high-speed data processing, making the sensor highly suitable for surveillance, medical imaging, and industrial applications where extreme clarity is essential.
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While this sensor is primarily designed for professional and industrial applications, its development demonstrates that such extreme miniaturization is now possible in full-frame sensors. Though it may not appear in consumer cameras anytime soon, Canon’s breakthrough suggests that ultra-high-resolution sensors could eventually find their way into future photography and video gear for enthusiasts who demand the absolute highest image quality.
For now, this 410MP sensor represents a major leap forward in imaging technology, pushing the boundaries of what’s possible in high-resolution photography and videography.
Samsung has officially confirmed that it is collaborating with Google to develop augmented reality (AR) glasses, putting an end to months of speculation. Ahead of its Samsung Unpacked event, the company told Bloomberg’s Mark Gurman that both tech giants will work as “one team” to create a new wearable AR device, joining the likes of Apple and Meta in the race to bring AR technology to mainstream consumers.
While Meta and Apple have been working on their own AR projects, neither company has yet delivered a practical and affordable pair of AR glasses. Meta’s Orion prototype, for instance, reportedly costs $10,000 per unit to produce, making it far from a consumer-ready product. Samsung and Google’s partnership, however, is expected to leverage the Android ecosystem to create a more accessible solution. At the heart of this effort is Android XR, an extended reality operating system that could unify various AR devices and ensure seamless compatibility across different hardware.
Samsung has already established itself in the wearables market with the launch of the Galaxy Ring last year, and this expansion into AR seems like a natural next step. However, the timeline for these smart glasses remains unclear. Samsung’s TM Roh, President of Mobile Experience, stated that the company will “reach the quality and readiness we want as soon as possible”, but without a confirmed prototype, it’s difficult to predict when the product will be available.
Beyond AR, Samsung and Google’s partnership extends into AI. Samsung showcased Google’s Gemini AI across its Galaxy S25 series, enhancing multimodal AI capabilities and improving integration within its broader ecosystem. This suggests that AI and AR will increasingly converge, shaping the future of wearable technology.
While Samsung and Google’s partnership is a major step forward, AR development still faces significant hurdles, including:
For now, details on Samsung and Google’s AR glasses remain limited, but further updates are expected in the coming months. If successful, this collaboration could finally bring practical and affordable AR wearables to the mainstream, reshaping how people interact with technology in their daily lives.
ASUS Republic of Gamers (ROG) has officially announced the pre-order availability of the ROG Swift OLED PG27UCDM, the world's first 27-inch 4K OLED gaming monitor. Priced at $1,099 USD, this cutting-edge display introduces ASUS's fourth-generation ROG QD-OLED technology, delivering stunning 166 PPI pixel density for ultra-sharp visuals, infinite contrast, and exceptional color clarity.
The ROG Swift OLED PG27UCDM is designed for high-performance gaming, featuring a 240Hz refresh rate and an ultra-fast 0.03ms response time. To ensure top-tier image quality and connectivity, the monitor supports:
It also comes with VESA DisplayHDR™ 400 True Black, Dolby Vision®, and HDR10 support, all selectable via the OSD menu.
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To enhance the gaming and viewing experience, ASUS introduces ROG OLED Anti-Flicker 2.0 technology, which dynamically adjusts pixel brightness using an advanced luminance-compensation algorithm. This reduces onscreen flicker by 20% compared to previous OLED panels, without compromising input lag or refresh rates.
The Refresh Rate Cap feature allows users to limit the monitor’s refresh rate, with three preset options, helping to further minimize flicker based on individual preferences.
ASUS has also integrated ROG OLED Care Pro to extend the lifespan of the OLED panel. A key feature is the Neo Proximity Sensor, which detects the user’s distance from the monitor. If no user is detected, the screen automatically switches to black, preventing OLED burn-in, and instantly restores content when the user returns.
Other OLED protection features include:
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With unparalleled visual performance, next-gen OLED protection, and industry-leading refresh rates, the ROG Swift OLED PG27UCDM sets a new benchmark for 4K gaming monitors. Its cutting-edge QD-OLED technology and premium features make it an ideal choice for competitive gamers, content creators, and display enthusiasts alike.
The pre-order phase is now open, and availability details are expected soon. Stay tuned for updates on official release dates and regional availability.
While 3D cinema was once hailed as the future of immersive entertainment, its widespread promise never fully materialized, despite a few successful exceptions. On the other hand, the concept of glasses-free 3D gaming has remained a tantalizing possibility, one that various manufacturers have explored over the years. Now, Samsung has announced an exciting partnership with Nexon Korea and Neople to deliver an unparalleled 3D experience in the upcoming game, The First Berserker: Khazan. This collaboration aims to bring immersive 3D gaming to life without the need for cumbersome 3D glasses.
At CES 2024, Samsung unveiled the Odyssey 3D monitor, a groundbreaking piece of technology designed to create a glasses-free 3D effect. This monitor utilizes a combination of a front-mounted lenticular lens, stereo cameras, eye-tracking, and light field display technology to generate depth perception by projecting light at different angles towards your eyes. The result? A true 3D experience that tricks your brain into perceiving artificial depth without the need for glasses or VR headsets.
Unlike traditional 3D monitors, which rely on polarized glasses or VR headsets, Samsung's Odyssey 3D display brings the promise of a more natural and seamless 3D gaming experience. As long as you're within the viewing angle, the screen generates depth, enhancing the visual experience of the content you’re watching or playing.
Samsung, along with Nexon and Neople, plans to tailor specific scenarios within the game to maximize the 3D effect. This includes adjusting the focal distance to enhance dramatic scenes, such as epic boss battles and cinematic cutscenes, while minimizing common issues like visual crosstalk (the overlapping of images in 3D) to deliver crisp, clear visuals.
With the Odyssey 3D monitor, the game’s immersive visuals will be much more engaging, offering depth and realism without the need for any special eyewear. Players will be able to experience the action as if they were part of the game world, with a level of immersion previously reserved for VR headsets.
Currently, the monitor can convert 2D video into 3D content, but the feature is still limited to full-screen videos viewed through a web browser. Custom-tailored content, such as games optimized for this 3D technology, is expected to follow soon.
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If they succeed in refining the technology, it could be the next logical evolution for immersive gaming. The possibility of enjoying 3D experiences without the need for heavy, uncomfortable equipment could finally give this long-forgotten concept the mainstream success it’s been striving for.