
Samsung Odyssey 3D (G90XF) 3D gaming monitor launched
Samsung has expanded its product lineup with the launch of Samsung Odyssey 3D (G90XF), a glasses-free
3D gaming monitor
. The company claims that the gaming monitor is designed to eliminate the inconvenience and discomfort traditionally associated with 3D content. The eye-tracking technology is designed to recognize users' eyes even when they are wearing glasses.
Samsung Odyssey 3D (G90XF) features
Samsung Odyssey 3D (G90XF) 3D gaming monitor uses hree core technologies—eye tracking, view mapping, and a lenticular lens—to deliver immersive 3D experiences. Eye tracking is enabled by a stereo camera mounted at the top of the monitor, detecting and tracking the user's eye movements in real time.
The two cameras capture different images, much like human eyes, they can determine the exact position of the user's eyes and distance between the eyes and the monitor in real time. This real-time eye position detection allows Odyssey 3D to deliver a precise 3D image, even when the user moves.
by Taboola
by Taboola
Sponsored Links
Sponsored Links
Promoted Links
Promoted Links
You May Like
What She Did Mid-Air Left Passengers Speechless
medalmerit
Learn More
Undo
Beyond its 3D capabilities, the Odyssey 3D claims to offer exceptional picture quality and fast response times for 2D gameplay. The lenticular lens activates only when 3D mode is enabled by Odyssey 3D Hub, ensuring optimal performance in all scenarios.
To address common issues like crosstalk—where misaligned images cause visual discomfort—Samsung employs advanced techniques such as post-assembly calibration, hardware-specific data storage, and a deep learning-based eye-tracking algorithm. Additionally, a specially engineered display cell coating reduces light distortion and glare, further enhancing image clarity.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Time of India
an hour ago
- Time of India
Trump slashes STEM funding, AI disrupts jobs: Are students toiling hard for degrees the job market no longer needs?
Credit: iStock images Cracks are deepening in the foundations of modern education. The myth that STEM degrees offer lifelong employability is beginning to unfold, stemming from not the lack of ambition among students. But from the very ground shifting beneath them. As artificial intelligence grows more capable and policy shifts undercut foundational support for science and technology learning, a haunting question is emerging: Are we educating students for a future that no longer wants them? Donald Trump 's latest budget proposal, which slashes 75% of federal STEM education funding through the National Science Foundation, doesn't just signal a change in numbers; it suggests a philosophical reversal. As the Fourth Industrial Revolution accelerates, the United States appears poised to abandon the very workforce it once championed. Silicon replaced by circuits : AI rewrites the workforce No longer a speculative force on the horizon, artificial intelligence is now the architect of change across industries. At tech giants like Microsoft and Alphabet, AI already writes up to a quarter of all code. Junior developers, once the bedrock of the software industry, are increasingly redundant. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like The 13 Most Luxurious Hotels In The World Learn More Undo New-age firms such as Anthropic have begun substituting entry-level human coders with AI tools altogether. The statistics mirror the trend. Employment for 22–27-year-olds in computer science and math has dropped 8%, according to The Atlantic. This isn't simply the result of layoffs—automation is becoming an invisible workforce, eroding roles once deemed essential. Public concern is rising. A 2025 Pew Research Center survey reveals nearly half of Americans believe software engineers will be among the hardest hit by AI. In a bitter irony, those who once felt safest at the top of the professional hierarchy are now among the most vulnerable. The budget guillotine falls: A contradiction in motion Even as AI cannibalizes traditional technical roles, the Trump administration has decided to pull back critical support for STEM education. A 75% reduction in National Science Foundation funding threatens the pipeline of future engineers, scientists, and innovators. Community colleges, institutions that bridge economic gaps and train millions in applied sciences, stand to suffer the most. These colleges serve not just as classrooms, but as conduits to careers in biotechnology, healthcare, and sustainable energy. Their survival often hinges on federal grants, which Trump's budget now seeks to dismantle. The contradiction is stark. Days after extolling vocational education, the administration now threatens to strip the very resources that sustain it. The result? A generation at risk of becoming technically trained but professionally obsolete. STEM's aura fades : The employment mirage Once held as the holy grail of academic pursuit, STEM degrees are revealing cracks in their promise. Recent data from the Federal Reserve Bank of New York show that unemployment among computer engineering graduates has risen to 7.5%, with computer science graduates not far behind at 6.1%, both figures significantly higher than national averages for recent graduates. Unexpectedly, so-called 'soft' disciplines are outperforming their technical counterparts. Graduates in nutritional sciences (0.4%), philosophy (3.2%), and art history (3%) report markedly lower unemployment rates. The notion that only STEM leads to success is not just outdated—it's being disproven in real time. Oversupply in technical fields, paired with the growing capabilities of AI, has created a saturated, brittle job market. Degrees that were once tickets to upward mobility are now struggling to justify their cost. The rise of the human advantage Contrary to decades of dismissive rhetoric, liberal arts education is stepping into the spotlight. As machines take over structured, repeatable tasks, human skills—those rooted in ethics, communication, cultural insight, and critical thinking—are proving more resilient. This isn't just a philosophical pivot; it's a pragmatic one. Employers across sectors now seek candidates who can navigate ambiguity, synthesize across disciplines, and contextualize innovation within real-world implications. These are capabilities that computer science curricula rarely prioritize, but that humanities and social sciences cultivate by design. The shift is profound: education is no longer about building proficiency in isolated fields but about mastering the art of integration. The future belongs not to the best coders, but to those who can connect code to consequence. A global reflection: India's rebalancing The tremors are being felt far beyond American borders. In India, a country once enthralled by the engineering dream, enrolment in traditional engineering streams has dipped to 24.5%, while a rising 42.9% of students gravitate towards computer science and mathematics. Yet even here, the old formulas no longer yield success. The AI disruption is borderless, and students from New Delhi to New York are asking the same question: Will my degree still matter when I graduate? Redrawing the blueprint of higher learning The architecture of higher education must evolve. Universities can no longer afford to treat STEM and liberal arts as opposing worlds. Instead, curricula must blend technology with philosophy, data with design, and algorithms with empathy. This is not about discarding STEM—it's about rescuing it from obsolescence. Cybersecurity, AI governance, bioethics, and climate technology remain crucial fields. But to lead in them, future professionals must be more than just technically literate. They must be ethically grounded and globally aware. Education in the AI age must not prepare students to compete with machines, but to do what machines cannot: lead, imagine, question, and empathize. A future no longer linear The Trump-era cuts to STEM education may not make daily headlines, but they speak volumes about where the nation sees its future. At the same moment that technology outpaces human labor, policymakers are abandoning the very infrastructure that might help humans adapt. Degrees are no longer one-way tickets to job security. As the economy becomes less predictable and technology less forgiving, students must prepare not just for careers, but for reinvention. The age of specialization is yielding to the age of synthesis. And those who will thrive are not those with the narrowest expertise, but those with the broadest vision. Is your child ready for the careers of tomorrow? Enroll now and take advantage of our early bird offer! Spaces are limited.


Time of India
an hour ago
- Time of India
Hyderabad to tackle E-waste: Government initiatives for comprehensive waste handling, focus on IT sector and Urbanization
AI generated image Hyderabad has launched multiple e-waste initiatives to combat hazardous electronic waste. Led by both public and private sectors, these efforts aim to raise awareness about the dangers of improper e-waste disposal, establish efficient collection mechanisms, and promote safe recycling practices through certified recyclers. What is E-waste? E-waste, or electronic waste, refers to discarded electrical or electronic devices that are no longer in use, are obsolete, or have reached the end of their useful life. This includes items like computers, mobile phones, televisions, refrigerators, and other consumer electronics. E-waste often contains hazardous materials such as lead, mercury, and cadmium, making the proper disposal and recycling of this waste essential to prevent environmental and health risks. E-waste management in Hyderabad Being a major IT hub, Hyderabad has seen a massive escalation in its E-waste production, especially owing to the fact that it is rapidly getting urbanised. The Telangana Pollution Control Board (TGPCB) has enacted the E-waste (Management) Rules, 2018, to promote efficient handling of electronic waste and responsible management to reduce environmental harm. The E-waste Management Rules 2016 outlined the role of the state government of Telangana, which stressed the responsibilities taken by the government, including a mandatory registration process that shall be notified for workers involved in dismantling and recycling after consulting with the Department of Labour, Employment Training, and Factories. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Giesen: Rentner zahlen zu viel für Hörgeräte – Das ist der Grund Gutes Hören Undo For electronic consumers, records are also to be maintained of the E-waste generated. The E-waste policy of 2017 had a vision to create an aware society that plays an active role in managing E-waste by channelizing and segregating discarded products to the right avenues. In Telangana, 'Green Warriors' are individuals or groups who are actively involved in environmental protection and conservation efforts, supported by the government. According to the Management Policy, Green Warriors are to ensure that the E-waste processing unit provides safety equipment to all staff and follows the rules strictly. The government is also to provide performance-based financial assistance to the E-waste processing unit.


India Today
2 hours ago
- India Today
Samsung unveils flagship Exynos 2500 before July Unpacked, chip likely to power Galaxy Z Flip 7
Samsung has quietly pulled the covers off its latest premium chipset — the Exynos 2500 — just weeks before the company's upcoming Galaxy Unpacked event in July. Successor to the 4nm Exynos 2400, the new Exynos 2500 is built on Samsung's 3nm GAA process. The chipset is also officially listed and has entered mass production, which is a big hint that we could see it inside one of the brand's upcoming phones. The most obvious candidate? The Galaxy Z Flip 7, which has long been rumoured to ditch Snapdragon this year in favour of Samsung's in-house silicon. Leaks have consistently pointed to the Exynos 2500 powering the Galaxy Z Flip 7 globally, and now with the chip finally announced, the timing couldn't be more for what the Exynos 2500 brings to the table, it features a powerful CPU layout with one Cortex-X5 core (also known as Cortex-X925) running at 3.3GHz, backed by a mix of Cortex-A725 cores (two clocked at 2.74GHz and five clocked at 2.36GHz), and two Cortex-A520 cores at 1.8GHz. The SoC also comes with Samsung's new Xclipse 950 GPU, which supports 4K 120Hz displays and even adds hardware-based ray tracing for improved gaming visuals. It supports up to 320-megapixel cameras, 8K video at 30fps, and LPDDR5X RAM alongside UFS 4.0 the connectivity front, the Exynos 2500 uses the Exynos 5400 modem with support for mmWave 5G, satellite connectivity, Wi-Fi 7, Bluetooth 5.4, and download speeds of up to 12.1Gbps. Samsung is also making a big deal about the chip's on-device AI capabilities, claiming the new NPU can handle up to 59 trillion operations per second, roughly 39 per cent better than the Exynos 2400, according to the Now, if we circle back to the Galaxy Z Flip 7, the upcoming foldable is heavily rumoured to be powered by the Exynos 2500. In doing so, it will also become the first Samsung foldable to be powered by this chipset, since all Galaxy foldables (Fold and Flip) in the past have been powered by flagship Snapdragon rumours about the Samsung Galaxy Z Flip 7 mention a slightly larger 6.85-inch inner screen, along with a larger 4-inch cover display. Like last year's model, the Z Flip 7 is said to retain the same 4,000mAh battery and camera setup, led by a 50-megapixel primary sensor. The phone may also launch with 12GB of RAM and 256GB storage as standard. With the Exynos 2500 at its core, Samsung could be aiming to improve both AI performance and battery said, Samsung hasn't officially confirmed which phones will get the chip, but with the Galaxy Z Flip 7's launch just weeks away, we likely won't have to wait too long to find tuned to India Today Tech for all the latest on Samsung's upcoming Galaxy Unpacked event.- Ends