Elon Musk’s xAI Acquires X in a $33 Billion Deal: The Birth of the Ultimate Super App? In a groundbreaking move that’s sending ripples across both the AI and tech worlds, Elon Musk’s AI startup xAI has acquired his social media platform X in an all-stock deal valued at $33 billion. The merger marks a pivotal moment in Musk’s long-standing mission to integrate artificial intelligence with a high-engagement social platform, potentially paving the way for his ultimate vision — a “super app.”
Elon Musk’s xAI Acquires X for $33 Billion: The Beginning of a Super App Revolution
The Numbers Behind the Deal
The acquisition values X at $45 billion, factoring in its $12 billion in debt, while xAI is now valued at a staggering $80 billion. Musk took X (formerly Twitter) private in 2022 for $44 billion, and despite navigating a tumultuous period of advertiser pullback and controversial platform changes, X has stabilized, generating $1.2 billion in adjusted EBITDA in 2024.
Meanwhile, xAI has skyrocketed in value, thanks to its AI model Grok — a rival to OpenAI’s ChatGPT — and its powerful Colossus supercomputer, powered by a whopping 200,000 NVIDIA H100 GPUs. This infrastructure allowed xAI to operationalize Colossus in just 122 days and begin training its Grok models within 19 days of the hardware’s arrival.
Why This Merger Makes Sense
Musk described the merger as a “natural evolution” of his vision to merge cutting-edge AI capabilities with a massive user platform. “This combination will unlock immense potential by blending xAI’s advanced AI capability and expertise with X’s massive reach,” Musk wrote on X.
By combining the vast real-time data streams from X with xAI’s advanced models, Musk is creating a feedback loop of intelligence and innovation. The merger positions X as not just a social media platform but a dynamic AI playground where Grok’s capabilities can be refined using real-time user interactions.
Grok’s Edge in the AI Race
Grok, xAI’s flagship chatbot, has rapidly gained traction and is often compared with OpenAI’s GPT models. The acquisition could supercharge Grok’s training by giving it access to X’s massive user-generated dataset — an invaluable resource for developing more refined and human-like AI interactions.
Moreover, Musk’s xAI has been aggressively scaling its data center capacity, and the merger with X provides a seamless avenue for Grok’s continued development and distribution to a 600 million-strong user base.
The Path to a Super App
This merger aligns with Musk’s long-term ambition to build an “everything app”, integrating social media, AI, payments, and more into one seamless platform. Similar to China’s WeChat, X could transform into a one-stop-shop where users can communicate, shop, bank, and interact with AI in real time.
With the AI company’s technical prowess and X’s global reach, Musk now has the building blocks to create a dominant digital ecosystem that merges AI with social interactions — a vision that could redefine how we engage with technology.
What’s Next?
The acquisition has raised questions about regulatory scrutiny and potential conflicts of interest, especially as Musk continues to wield influence across multiple sectors, from AI and social media to electric vehicles and space exploration. However, Musk’s investors, including Saudi Prince Alwaleed bin Talal, have expressed confidence that this deal will significantly boost their returns, with projections placing the value of their investments between $4 billion and $5 billion.
As Musk consolidates power across his companies, this merger isn’t just about creating a new tech giant — it’s about reshaping the future of AI, social media, and digital ecosystems.
FAQs
What is the value of the xAI-X deal?
The deal values X at $33 billion, including $12 billion in debt, while xAI is valued at $80 billion.
Why did xAI acquire X?
Elon Musk wants to integrate xAI’s advanced AI models with X’s massive user base to create a super app combining AI, social media, and commerce.
Noise Smartwatches Make Global Leap: The gleaming glass displays at Selfridges London and Printemps Paris now showcase something unexpected alongside luxury fashion brands and high-end cosmetics – smartwatches and wearables proudly bearing the “Made in India” mark.
For shoppers strolling through these iconic department stores, the presence of Noise – India’s leading smartwatch brand – represents more than just new tech products. It signals a shifting global landscape where Indian innovation is making its mark in the world’s most competitive luxury retail spaces.
“I was surprised to see an Indian brand here,” remarks Sophie, a regular Selfridges shopper examining the ColorFit Pro Series display. “The designs look premium, and the prices are quite reasonable compared to other smartwatches I’ve seen.”
This scene, now playing out daily in two of Europe’s most prestigious retail destinations, marks a significant milestone not just for Noise, but for India’s growing reputation as a global tech innovator.
From Indian Success Story to Global Ambition
The journey of the Indian tech startup from a small Indian startup to international expansion is nothing short of remarkable. Founded in 2014 by brothers Amit and Gaurav Khatri, Noise has grown from a smartphone accessories maker to capturing over 27% of India’s booming smartwatch market.
“We’ve always believed that Indian innovation could compete globally,” explains Gaurav Khatri, Co-Founder of Noise. “As we continue to emphasize the relevance and adoption of smart wearables in India, we are equally bullish about making premium smart wearable experiences accessible to a larger network of global audience. Our strategic launch at iconic retailers like Selfridges in London and Printemps in Paris marks a key milestone, enabling us to bring innovative, Made-in-India products to consumers around the world and accelerate the brand’s international growth.”
This European expansion follows the company’s successful entry into the Middle East through Virgin Megastores in the UAE – a strategic first step that tested the waters for global consumer reception. The positive response there provided the confidence to target Europe’s sophisticated tech markets.
What makes this expansion particularly noteworthy is the company’s approach. Rather than starting with online-only sales or budget retailers, Noise has positioned itself alongside premium global brands in the Smartech experience zones of Selfridges and Printemps – dedicated spaces where consumers can experience cutting-edge technology firsthand.
Smartwatches Market Booming in Europe as Noise Makes Strategic Entry
The timing of Noise’s European debut couldn’t be better. The smartwatches market in Europe is projected to reach $48.5 billion by 2030, growing at a CAGR of 14.2%. In the UK specifically, the market is expected to hit $14.1 billion by 2030, with an even higher CAGR of 15.7%.
This growth is being driven by a fundamental shift in how consumers view wearable technology. What began as simple step counters has evolved into sophisticated health monitoring systems, fashion statements, and essential lifestyle tools.
“European consumers are increasingly looking for wearables that offer more than just basic fitness tracking,” notes tech analyst Maria Kowalski. “They want devices that provide actionable health insights, seamlessly integrate with their digital ecosystem, and look stylish enough to wear with both casual and formal attire.”
This evolution plays directly into the company’s strengths. The brand has built its reputation on delivering feature-rich devices at accessible price points – a value proposition that resonates with cost-conscious European consumers who still demand quality and functionality.
Market research indicates that while the premium segment (devices priced between $400-699) currently holds the largest market share at 42.89%, the fastest-growing segment is in the $300-399 range – precisely where many of Noise’s products are positioned.
Health Tracking Wearables from Noise Set to Transform European Market
Among the products generating the most interest at Selfridges and Printemps are Noise’s health tracking wearables, particularly the Luna Ring and ColorFit Pro Series smartwatches.
Health tracking wearables have seen a surge in popularity following global health concerns in recent years. European consumers, particularly those aged 25-44, are increasingly investing in devices that offer comprehensive health monitoring capabilities.
“What’s impressive about Noise’s health features is the depth of insights they provide,” comments Dr. Jean Dupont, a Paris-based healthcare technology consultant who examined the products at Printemps. “Their sleep analysis, stress monitoring, and activity tracking compare favorably with much more expensive devices from established brands.”
The Luna Ring, in particular, has drawn attention for its innovative approach to health tracking. Unlike wrist-worn devices, the ring form factor allows for more accurate heart rate monitoring and sleep tracking, making it appealing to health-conscious consumers looking for alternatives to traditional smartwatches.
Supporting these devices is the NoiseFit App, which the company describes as “India’s highest-rated health and fitness platform.” The app provides a unified ecosystem for users to track their health metrics, set goals, and receive personalized insights – a crucial component in building brand loyalty in the competitive European market.
AI Smartwatches: How Noise is Bringing Innovation to European Consumers
Beyond health tracking, the company is positioning itself at the forefront of the AI smartwatches revolution. As artificial intelligence becomes more sophisticated, its integration into wearable devices is creating new possibilities for personalization and functionality.
AI smartwatches that provide personalized insights are the fastest growing segment in the wearables market. Noise’s latest models incorporate AI algorithms that learn from user behavior to provide increasingly relevant notifications, health recommendations, and performance insights.
“The integration of AI in smartwatches allows for more accurate health monitoring and predictive insights,” explains tech reviewer Thomas Schmidt. “Noise’s approach to AI is particularly interesting because it focuses on practical applications rather than gimmicky features.”
For European consumers accustomed to established brands like Apple, Samsung, and Garmin, Noise offers a compelling alternative that balances innovation with affordability. The brand’s presence in premium retail environments helps overcome the initial skepticism some might have about a relatively unknown Indian brand.
Made in India Smartwatches Making Global Impact
Perhaps the most significant aspect of Noise’s expansion is what it represents for Indian manufacturing and innovation on the global stage. With over 95% of its products manufactured in India, Noise embodies the “Make in India” initiative’s potential to create globally competitive products.
“Ten years ago, the idea of an Indian consumer electronics brand competing with global giants in premium European retail spaces would have seemed far-fetched,” notes retail analyst Priya Sharma. “Noise’s presence in Selfridges and Printemps demonstrates how far Indian manufacturing and design have come.”
This sentiment is echoed by retail staff at both locations, who report that customers are often surprised to learn about the brand’s Indian origins after being impressed by the products’ design and features.
“Many customers assume it’s an American or European brand based on the design quality,” says Thomas, a Smartech associate at Selfridges. “When they learn it’s Indian, there’s often a moment of recalibration – in a positive way. It challenges their preconceptions.”
The Future of Noise’s Global Expansion
Looking ahead, the company’s European launch appears to be just the beginning of a broader global strategy. The company has indicated plans to expand into additional markets, with a multi-channel approach that combines premium retail partnerships, online marketplaces, and strategic distribution networks.
This approach mirrors the strategy that helped Noise dominate the Indian market, where the brand maintains presence across 8,000+ retail outlets while also selling through major e-commerce platforms.
For European consumers, the arrival of Noise represents greater choice in a market that has been dominated by a handful of major players. The brand’s combination of competitive pricing, feature-rich products, and growing retail presence positions it as a serious contender in the wearable technology space.
“We’re not just selling devices; we’re offering an ecosystem and a philosophy,” says Khatri. “Our products are designed to make technology more accessible and more personal, regardless of where our customers live.”
As shoppers at Selfridges and Printemps begin to discover and embrace Noise products, the brand’s European journey is just beginning. For an Indian company born less than a decade ago, having its products showcased alongside global luxury brands represents both a remarkable achievement and a promising foundation for future growth.
The next time you visit these iconic department stores, take a moment to stop by the Smartech experience zone. You might just discover that the future of wearable technology has an unexpected origin story – one that’s proudly Made in India, but designed for the world.
Noise products are currently available at Selfridges in London and Printemps in Paris, specifically in their Smartech experience zones. The company is expected to expand to additional retailers and online marketplaces in the future.
What products does Noise offer in European markets?
Noise offers its full range of products in Europe, including smartwatches (like the ColorFit Pro Series), smart rings (the Luna Ring), and audio devices (including Master Buds with Sound by Bose). All products are supported by the NoiseFit App.
How do Noise smartwatches compare to established brands?
Noise smartwatches offer comparable features to many established brands but typically at more competitive price points. They excel in health tracking, battery life, and customization options, though they may not have the same ecosystem integration as Apple or Samsung devices.
Is Noise a new company?
No, the company was founded in 2014 in India and has grown to become the country’s leading smartwatch brand with over 27% market share. The company has only recently begun its international expansion, which is why it may be unfamiliar to European consumers.
Are Noise products actually made in India?
Yes, over 95% of Noise products are manufactured in India. The company is proud of its “Made in India” heritage and sees its global expansion as an opportunity to showcase Indian innovation and manufacturing capabilities.
What makes the Luna Ring different from other fitness trackers?
The Luna Ring uses a ring form factor rather than a wrist-worn design, which allows for more accurate heart rate monitoring and sleep tracking. Its discreet design also appeals to users who prefer not to wear visible fitness trackers or smartwatches.
This article was published on March 31, 2025, and contains the latest information about Noise’s expansion into European markets.
Apple is once again pushing the boundaries of smartphone performance with its upcoming A20 chip, expected to debut in the iPhone 18 series. According to multiple reports, the A20 will be approximately 15% faster than its predecessor, the A19, while maintaining the same power consumption. This performance boost is primarily attributed to Apple’s transition to Taiwan Semiconductor Manufacturing Company’s (TSMC) next-generation 2nm process, a move that is expected to enhance both efficiency and battery life in future iPhones.
With TSMC set to begin mass production of its 2nm chips starting April 1, Apple is likely to be the first major customer, continuing its long-standing partnership with the semiconductor giant. But what does this shift mean for users? Will the iPhone 18 series set a new benchmark for smartphone performance? Let’s take a closer look.
A20: The Power of 2nm Technology
For years, Apple has remained at the forefront of mobile chip innovation, consistently delivering class-leading performance through its A-series processors. The transition to 2nm is a significant milestone, as it allows for greater transistor density, improved efficiency, and better overall performance.
Initially, speculation suggested that the A20 might continue using TSMC’s third-generation 3nm process, known as ‘N3P.’ However, recent industry insights—including reports from Economic News Daily and statements from respected analyst Ming-Chi Kuo—indicate that Apple will indeed transition to the 2nm node.
According to these sources, the A20’s move to 2nm will result in a notable 15% boost in performance over the A19, while keeping power consumption unchanged. For users, this means smoother multitasking, faster app launches, and more responsive gaming experiences, all without sacrificing battery life.
More Power or Better Efficiency?
While the 15% speed boost may not seem groundbreaking at first glance, Apple is known for optimizing its chips to deliver real-world performance benefits. Instead of simply pushing raw performance, Apple could fine-tune the A20 to prioritize efficiency. This means the chip may actually run at slightly lower power than the A19 while still delivering the same, if not better, performance.
Reducing power draw has several advantages, including:
Extended battery life: Less energy consumption means longer-lasting devices, which is critical as users demand all-day battery performance.
Reduced heat generation: Lower power usage translates to less heat, potentially improving thermal performance and reducing the need for aggressive cooling measures.
Better longevity: Lower energy requirements could extend the lifespan of the device’s internal components, ensuring that iPhones remain powerful and efficient for years.
In addition to these improvements, Apple is rumored to be exploring silicon-carbon batteries, a next-generation technology that enhances energy density without increasing the physical size of the battery. This means future iPhones could pack larger battery capacities within the same slim form factor, further boosting endurance.
The Cost of Cutting-Edge Innovation
While moving to 2nm offers clear benefits in performance and efficiency, it comes at a cost—literally. Semiconductor manufacturing is an expensive process, and each new node typically results in higher production costs. Industry reports suggest that each TSMC 2nm wafer is estimated to cost around $30,000, making it one of the most expensive fabrication processes in history.
Given Apple’s history, this could mean a price hike for iPhone 18 models featuring the A20 chip. It’s possible that Apple will follow its usual strategy, reserving the A20 for the Pro and Pro Max models, while the standard iPhone 18 and iPhone 18 Plus may retain the A19 to keep costs down. This differentiation aligns with Apple’s recent approach, where only the high-end models receive the latest chipsets, ensuring that the Pro series remains the premium choice for power users.
Comparing the A20 to Previous Generations
To put the A20’s performance improvements into perspective, let’s compare it with previous generations of Apple’s A-series chips:
Chip
Manufacturing Process
Performance Improvement
Power Consumption
A17
TSMC 3nm (N3B)
~10% faster than A16
Reduced by ~5%
A18
TSMC 3nm (N3P)
~10-12% faster than A17
Similar to A17
A20
TSMC 2nm
~15% faster than A19
Same as A19
From this table, it’s evident that Apple has been steadily improving performance while maintaining or even reducing power consumption. The shift from 3nm to 2nm represents a more substantial jump in efficiency compared to previous transitions.
Implications for the iPhone 18 Series
Beyond raw performance, the A20’s efficiency improvements could have widespread implications for the iPhone 18 series, particularly in areas such as:
1. Battery Life
With a more efficient chip and possible silicon-carbon battery technology, the iPhone 18 Pro models could set new records for battery endurance. Users who rely on their devices for intensive tasks—such as gaming, video editing, and 5G connectivity—could see noticeable improvements in daily usage time.
2. AI and Machine Learning Performance
Apple has been heavily investing in on-device AI, with features like Neural Engine-powered photo processing, real-time language translation, and enhanced Siri capabilities. The A20’s improved efficiency could accelerate AI tasks, making iPhones even more capable in handling machine learning workloads without excessive battery drain.
3. Gaming and Graphics Performance
With each new chip, Apple has been pushing the boundaries of mobile gaming. The A20, paired with Apple’s Metal API and advanced GPU architecture, could bring console-quality gaming to the iPhone 18 series. Ray tracing, higher frame rates, and improved thermal management could make the Pro models especially appealing to gamers.
4. Camera and Computational Photography
Apple has long leveraged its A-series chips to power industry-leading smartphone cameras. The A20’s efficiency could enable more advanced computational photography features, improved low-light performance, and real-time video processing enhancements—all without compromising battery life.
What’s Next for Apple’s Chip Strategy?
While the A20 represents a significant leap forward, Apple’s long-term strategy extends beyond traditional silicon. The company has been exploring alternative semiconductor technologies, including:
In-house modem development: Apple is working on custom 5G modems, aiming to reduce dependency on Qualcomm.
Advanced AI processors: Future A-series chips could integrate more AI-specific cores for on-device machine learning tasks.
Mac-inspired chip architectures: Apple’s M-series chips for Macs have demonstrated groundbreaking performance, and some of these advancements may trickle down to iPhones in future iterations.
Final Thoughts: Is the A20 Worth the Hype?
Apple’s shift to TSMC’s 2nm process for the A20 is a clear step forward in performance, efficiency, and battery optimization. While a 15% speed boost may not sound revolutionary, the real-world benefits—such as improved battery life, better thermal management, and enhanced AI capabilities—make this upgrade a game-changer.
However, with rising semiconductor costs, Apple may have to increase the pricing of its premium models, continuing its trend of reserving cutting-edge technology for the Pro lineup. If history is any indicator, users looking for the ultimate iPhone experience will likely have to invest in the higher-end iPhone 18 Pro and Pro Max models.
As TSMC begins mass production of its 2nm chips, all eyes will be on Apple’s next move. Will the iPhone 18 series redefine smartphone performance? Only time will tell, but one thing is certain—Apple isn’t slowing down its innovation anytime soon.
HP ZBook Ultra 14:HP has officially launched its highly anticipated ZBook Ultra 14 series, powered by AMD’s Strix Halo APUs. These professional-grade laptops boast impressive specs but come with a hefty price tag. The base model starts at $4296 and features a Ryzen AI Max Pro 385, 32 GB LPDDR5X RAM, and 512 GB SSD.
However, if you’re looking for the top-tier version, get ready to shell out $8250! This high-end model packs the powerful Ryzen AI Max Pro 395, a massive 128 GB LPDDR5X RAM, and a spacious 4 TB SSD.
HP ZBook Ultra 14 : HP Unveils ZBook Ultra 14 with AMD Strix Halo APUs – Starting at $4296
HP ZBook Ultra 14 Models: Configurations and Prices
Here’s a breakdown of the available configurations:
ZBook Ultra 14 (Base Model)
Processor: Ryzen AI Max Pro 385
GPU: Radeon 8050S iGPU
RAM: 32 GB LPDDR5X
Storage: 512 GB SSD
Price: $4296
ZBook Ultra 14 (Upgraded Storage)
Processor: Ryzen AI Max Pro 385
GPU: Radeon 8050S iGPU
RAM: 32 GB LPDDR5X
Storage: 1 TB SSD
Price: $4945
ZBook Ultra 14 (Mid-Tier Model)
Processor: Ryzen AI Max Pro 390
GPU: Radeon 8050S iGPU
RAM: 64 GB LPDDR5X
Storage: 1 TB SSD
Price: $5338
ZBook Ultra 14 (High-End Model)
Processor: Ryzen AI Max Pro 395
GPU: Radeon 8060S iGPU
RAM: 64 GB LPDDR5X
Storage: 1 TB SSD
Price: $5660
ZBook Ultra 14 (Top Configuration with 4 TB SSD)
Processor: Ryzen AI Max Pro 395
GPU: Radeon 8060S iGPU
RAM: 128 GB LPDDR5X
Storage: 4 TB SSD
Price: $8250
Performance Boost with Strix Halo APUs
The ZBook Ultra 14 models are equipped with AMD’s cutting-edge Strix Halo APUs, which combine powerful CPU and GPU performance. The Ryzen AI Max Pro 395 offers 16 cores and 32 threads, ensuring seamless multitasking, high-end graphical performance, and lightning-fast data processing.
The Radeon 8060S iGPU enhances graphical workloads, making these models ideal for AI tasks, rendering, and other GPU-intensive applications.
Display and Battery Options
The ZBook Ultra 14 offers multiple display options ranging from:
WUXGA (1920x1200p) – Standard Display
2.8K OLED (2880x1800p) – High-End Touch Display
All models feature a 74.5 Wh polymer battery, ensuring consistent battery life across configurations.
Surprising Price Anomaly
Interestingly, a model with a configuration close to the flagship (Ryzen AI Max Pro 395, 128 GB RAM, and 2 TB SSD) is listed at $4049, a price much lower than the base model. It’s unclear if this is a pricing error, but if you’re lucky, you could grab a high-spec model for a bargain.
Availability and Purchase Options
The HP ZBook Ultra 14 models are now available for purchase through HP’s official store. Prices vary depending on the configuration, but with top-of-the-line specs and cutting-edge technology, these models are worth the investment for professionals seeking superior performance.
FAQs
What is the starting price of the HP ZBook Ultra 14?
The base model starts at $4296.
What is the price of the flagship ZBook Ultra 14?
The highest configuration costs $8250 with 128 GB RAM and 4 TB SSD.
AMD Ryzen 9000G APUs : AMD is reportedly gearing up to release its Ryzen 9000G APU series for the AM5 platform in Q4 2025, and if the rumors hold true, the lineup could bring Zen 5 cores and RDNA 3.5 graphics to desktop PCs. Let’s dive into what we know so far.
AMD Ryzen 9000G APUs Rumored for Q4 2025 – Strix Point Coming to Desktop?
Ryzen 9000G APUs: What to Expect?
The Ryzen 9000G series is expected to be the desktop variant of the Strix Point APUs that launched for laptops in late 2024. If AMD follows its usual trend, we can expect powerful desktop APUs with notable improvements in performance, core count, and graphics.
✅ Core Architecture:
Based on Zen 5 architecture, the 9000G APUs could feature up to 12 cores and 24 threads, a significant jump from the 8-core limit of previous desktop APUs.
A hybrid core setup similar to Strix Point, combining 4 high-performance Zen 5 cores with 8 efficient Zen 5c cores, is expected.
✅ Integrated Graphics:
Likely to feature the Radeon 890M iGPU, which comes with 16 RDNA 3.5 CUs clocked at up to 2.9 GHz in mobile variants. The desktop version may even push it to 3.0 GHz.
The lower-tier variants may use the Radeon 880M iGPU, providing great 1080p gaming capabilities.
✅ DDR5 and AI Capabilities:
Built on the AM5 platform, the Ryzen 9000G APUs will support DDR5 memory, ensuring higher bandwidth for graphics and compute workloads.
These APUs could also be Microsoft Copilot+ certified, thanks to an upgraded XDNA 2 NPU capable of delivering 50 TOPS of AI performance.
Release Timeline and Naming Speculation
According to leaks from @9550pro and HXL, AMD is expected to launch the Ryzen 9000G APUs for desktop by Q4 2025.
April 2025: Ryzen 9000 desktop CPUs based on Zen 5 were launched.
Q4 2025: Ryzen 9000G APUs likely to follow, bringing Strix Point technology to desktop platforms.
While the official nomenclature is not confirmed, AMD is likely to continue with the “9000G” branding, following the 8000G series launched earlier this year.
Performance Boost with RDNA 3.5 Graphics
The Radeon 890M iGPU, expected in the Ryzen 9000G lineup, is the fastest integrated GPU in the Strix Point family. It features 16 RDNA 3.5 compute units (CUs) and runs at a clock speed of 2.9 GHz on mobile versions. For desktop variants, it could reach up to 3.0 GHz, delivering impressive 1080p gaming performance.
Additionally, the Radeon 880M, with fewer CUs, could power entry-level variants, providing solid graphics for less demanding workloads.
Potential Strix Point Variants for Desktop
Ryzen 9 9000G – Up to 12 cores, 24 threads, Radeon 890M iGPU
The Ryzen 9000G series could be among AMD’s final Zen 5-based APUs before transitioning to Zen 6 in 2026. With a potential Gorgon Point refresh planned for 2026, leveraging surplus Ryzen AI 300 silicon, AMD is poised to maintain its stronghold in the desktop APU market.
As AMD aims to deliver desktop-class performance with AI-accelerated capabilities, the Ryzen 9000G APUs might just set a new benchmark for integrated graphics and computational power.
Exciting Times Ahead for AMD Fans
If the rumors are accurate, Q4 2025 will bring desktop users the power of Strix Point with Ryzen 9000G APUs. With enhanced core configurations, improved graphics, and AI-ready capabilities, AMD is poised to redefine desktop performance once again.
Stay tuned for more updates as AMD officially announces the Ryzen 9000G lineup!
In the rapidly evolving world of artificial intelligence, image generation has transcended mere technological novelty to become a canvas of limitless creative expression. While the Ghibli-style AI portraits have captured global attention, ChatGPT latest image generation feature offers a treasure trove of artistic possibilities that go far beyond the iconic Japanese anime aesthetic.
The Five Transformative Portrait Styles
1. Lego Style: Playful Pixelated Personas
Imagine yourself reimagined as a blocky, charming Lego character. This style transforms portraits into playful, geometric representations that capture the essence of the iconic toy brand. Each image becomes a nostalgic journey through childhood memories, with sharp edges and vibrant colors defining your digital persona.
Pixar-style portraits are a masterclass in emotional storytelling. Characterized by large, expressive eyes, soft lighting, and meticulously detailed shading, these images capture the nuanced emotions that have made Pixar films legendary. Your portrait becomes a character ready to leap from a heartwarming animated feature.
Bueno, tarde, pero me puse a boludear con las imágenes en ChatGPT y recreé la imagen de perfil en estilos ghibli, simpsons, lego, southpark y más Es tremendo lo bien que lo hace pic.twitter.com/oMGoL6FCzl
Transform your image into a flat, cutout-style character reminiscent of South Park’s iconic aesthetic. With simple shapes, thick outlines, and exaggerated facial expressions, this style adds a satirical and comedic twist to your digital representation.
For those who love bold storytelling, the comic book style adds dramatic flair to your portrait. Expect bold lines, high-contrast colors, and a sense of dynamic energy that makes every image feel like it’s been ripped from the pages of a graphic novel.
A full page comic, by ChatGPT 4o image generation. Details and narrative, though I’m not sure I fully understand it 😂 #4o#ChatGPTpic.twitter.com/ApIlmBhEQt
Embrace the yellow-toned, overbite-smiling world of Springfield. This style transforms portraits into quintessential Simpsons characters, complete with exaggerated features and a touch of cartoon humor.
Style
Key Features
Emotional Tone
Best For
Lego
Blocky, Geometric
Playful, Nostalgic
Fun Representations
Pixar
Expressive Eyes, Soft Lighting
Emotional, Warm
Storytelling
South Park
Flat, Bold Outlines
Satirical, Comedic
Humorous Portraits
Comic Book
High Contrast, Bold Lines
Dramatic, Dynamic
Graphic Storytelling
Simpsons
Yellow Tone, Exaggerated Features
Comedic, Cartoon-like
Humorous Transformations
Mastering the Perfect Prompt
Provide specific style details
Describe background and lighting
Specify emotional tone
Use precise, descriptive language
Example Prompt: “Generate a Pixar-style 3D animated portrait of a young woman with large, expressive eyes, soft lighting, and smooth textures. The image should have a warm, cinematic color palette and a slight glow effect.”
Qualcomm and MediaTek are both gearing up to launch their latest sub-flagship chipsets, and both appear to be undergoing name changes ahead of release. A recent leak has revealed that Qualcomm’s next best chip, Snapdragon 8s Gen 4 – the replacement of Snapdragon 8s Elite, which was previously reported. Now, a report claims that MediaTek is also following the same branding change for its upcoming processor.
Table of Contents
MediaTek Rebrands Dimensity 9350 as Dimensity 9400e, Aims to Rival Snapdragon 8s Gen 4 with Performance Upgrades
As per a leak from Digital Chat Station, the expected Dimensity 9350, MediaTek’s next sub-flagship chipset, is now touted to be known as the Dimensity 9400e instead. The shift in naming could be to align it with MediaTek’s current flag lineup and away from the former 9300-series naming. Despite the new family name, the Dimensity 9400e is rumored to be closely related to the Dimensity 9300 series. The tipster describes it as a “Dimensity 9300++”, implying significant upgrades over its predecessor.
Note that this is different from the Dimensity 9300+, which is an enhanced 9300, rather than a new chipset. This means the 9400e should offer better performance than the 9300+, likely by way of increased clock + overclock speeds. It is expected to retain the Dimensity 9300 core configuration, with one Cortex-X4 prime core, three more Cortex-X4, and four performance Cortex-A720 cores. The biggest difference could be its higher clock speeds, giving it a performance advantage.
Earlier leaks have also suggested that OnePlus is developing a phone to run on this chip. Allegedly called the Ace 5V, this device is expected to feature a 7,000mAh-class battery, a flat 1.5K display, and the Dimensity 9350, which is now presumed to be the Dimensity 9400e. While an official launch date remains unconfirmed, with Qualcomm’s 8s Gen 4 on the horizon, MediaTek appears ready to intensify competition in the sub-flagship chipset market.
FAQs
What is the Dimensity 9400e?
It’s MediaTek’s upcoming sub-flagship chip, previously called Dimensity 9350.
How does the Dimensity 9400e compare to the 9300+?
It offers better performance with possible higher clock speeds.
In this rapidly evolving world of artificial intelligence, creative boundaries are being pushed daily. The latest trend capturing the imagination of digital artists and anime enthusiasts is the ability to generate Ghibli-style videos using ChatGPT. This guide will walk you through the exciting process of creating your own Studio Ghibli-inspired AI animations without breaking the bank.
Ghibli Understanding the Technique
The Reddit-Inspired Method
A creative Reddit user (u/TheKlingKong) discovered an ingenious workaround for generating Ghibli-style videos using ChatGPT’s image generation capabilities. The core strategy involves:gghsb-
Generating a series of sequential images
Using Python to stitch these images into a video
Creating a frame-by-frame animation mimicking Ghibli’s distinctive style
Prompt Engineering
The key to success lies in crafting a precise prompt. The example shared demonstrates this perfectly:
Sample Prompt: “Make 10 images. Frame by frame. As she pulls out a folded piece of notebook paper. After all images are complete, use python to stitch them together in order and save it as a 5 FPS mp4 video.”
Feature
Free ChatGPT
Paid Sora
Resolution
Low-Medium
1080p
Video Length
Short GIFs
Up to 20 seconds
Aspect Ratios
Limited
Widescreen, Vertical, Square
Cost
Free
$20/month
Step-by-Step Guide to Ghibli-Style AI Images
Image Generation Process
Open ChatGPT website or app
Upload a preferred image or describe a scene
Request the AI to “Ghiblify” the image
Wait for the transformation
Limitations and Considerations
Technical Constraints
Current image generation is limited
Output may be more GIF-like than full video
Resolution and quality may vary
Copyright Concerns
OpenAI is increasingly cautious about image generation, potentially due to ongoing copyright litigation. Users should be aware of potential restrictions.
It was past midnight when I finally got the chance to try it. After a long day, I launched Enlisted on my new RTX 5080, enabled DLSS 4 with Multi Frame Generation, and watched in disbelief as my frame counter shot up from 60 to over 250 FPS at 4K resolution with every setting maxed out.
“This can’t be real,” I thought. But it was.
DLSS 4 isn’t just another incremental tech update—it’s completely rewriting what’s possible in PC gaming. And today, I’m going to show you exactly why gamers can’t stop talking about it.
What Exactly is DLSS 4 and Why Should You Care?
DLSS 4 represents the most significant leap forward in NVIDIA’s AI upscaling technology to date. At its core, DLSS (Deep Learning Super Sampling) uses artificial intelligence to generate higher resolution images from lower resolution inputs, but DLSS 4 takes this concept to an entirely new level.
The game-changing feature in DLSS 4 is Multi Frame Generation, which can create up to three AI-generated frames for every traditionally rendered frame. In simpler terms: your graphics card renders one frame, then DLSS 4 creates several additional frames between each rendered frame, multiplying your performance without requiring your GPU to do all the heavy lifting.
“It’s like having a team of AI artists painting additional movie frames between the ones your GPU draws,” explains Mark Thompson, a game developer I spoke with. “The result is dramatically smoother gameplay without sacrificing visual quality.”
The official DLSS 4 release date coincided with the launch of the RTX 50 Series GPUs, but NVIDIA has been expanding compatibility to ensure more gamers can experience this technology.
DLSS 4 vs DLSS 3: What’s Actually New?
When comparing DLSS 4 vs DLSS 3, the most significant improvement is in frame generation technology. While DLSS 3 introduced Frame Generation, DLSS 4 evolves this into Multi Frame Generation—capable of creating multiple frames instead of just one.
Here’s what sets DLSS 4 apart:
Processing Speed: DLSS 4 can generate frames in just 1ms on RTX 5090 GPUs—69% faster than previous generation technology
Frame Multiplication: Up to 10X frame rate multiplication at 4K resolution (compared to 2X with DLSS 3)
Enhanced AI Model: New transformer-based neural networks that better understand motion and temporal data
Improved Image Quality: Sharper details and fewer artifacts, especially in motion
“I’ve been testing both technologies side by side,” says Alex Chen, a tech reviewer. “The visual quality improvements in DLSS 4 vs DLSS 3 are most noticeable in scenes with complex lighting and fast movement. It’s not just about higher numbers—the image quality is genuinely better.”
The Real-World Performance Impact of DLSS 4
Numbers and technical explanations are fine, but what does DLSS 4 actually mean for your gaming experience? Let me break it down with some real examples:
Enlisted: World War II at Unprecedented Frame Rates
With DLSS 4, Enlisted—the WW2 MMO shooter—sees an average performance boost of 4.3X at 4K max settings on GeForce RTX 50 Series cards. This means a scene that might run at 60 FPS normally now runs at over 250 FPS.
“The difference isn’t just visible—it’s tangible,” explains Sarah, a competitive player. “In fast-paced combat with dozens of AI soldiers on screen, that smoothness translates to better target acquisition and reaction times.”
The First Berserker: Khazan: Action RPG Transformed
This fast-paced adventure from the Dungeon & Fighter universe sees performance multiplied by 3.5X on average at 4K max settings with RTX 50 Series GPUs. Players looking for DLSS 4 games with dramatic improvements need look no further.
“Before DLSS 4, I had to choose between visual quality and smooth gameplay,” says Ryan, a longtime fan of the series. “Now I don’t have to compromise—I get both.”
Warhammer 40,000: Darktide: The Grim Dark Future Runs Smoother
The recent Nightmares and Visions update brought DLSS 4 to this cooperative first-person shooter set in the 41st millennium. The update not only adds DLSS Multi Frame Generation for GeForce RTX 50 Series gamers but also updates DLSS Frame Generation and DLSS Super Resolution to the latest AI models.
“The hive city of Tertium has never looked this good while running this smooth,” notes a player with over 200 hours in the game. “The atmospheric lighting and effects that used to tank my frame rate now run flawlessly.”
Complete List of DLSS 4 Games Available Now
The list of DLSS 4 games continues to grow rapidly. Here are the titles currently supporting this technology:
Enlisted – WW2 MMO shooter with massive battles
KARMA: The Dark World – Psychological thriller set in dystopian 1984 East Germany
The First Berserker: Khazan – Fast-paced adventure from the Dungeon & Fighter universe
Warhammer 40,000: Darktide – Cooperative first-person shooter in the Warhammer 40K universe
FBC: Firebreak – Three-player cooperative shooter from Remedy Entertainment
Half-Life 2 RTX Demo – Ray-traced remaster of Valve’s classic game
Control – Third-person action-adventure with stunning visuals
Kingdom Come: Deliverance II – Realistic medieval RPG
RF Online Next – MMORPG with over 20 years of history
Several popular DLSS 4 games show performance improvements of over 300% at 4K resolution, making previously demanding titles run smoothly even on mid-range hardware.
Which GPUs Support DLSS 4? A Complete Guide
While DLSS 4 supported cards officially include the RTX 50 Series for full feature support, NVIDIA has worked to bring aspects of this technology to older hardware as well.
DLSS 4 Supported Cards by Tier:
Full Support (All Features):
RTX 5090
RTX 5080
RTX 5070
Other RTX 50 Series cards
Partial Support:
RTX 40 Series (4090, 4080, 4070, etc.)
RTX 30 Series (limited features)
Testing DLSS 4 on 40 series cards shows impressive performance gains, though not quite matching the RTX 50 Series. Gamers with RTX 4080 and 4090 GPUs can still benefit from DLSS 4 on 40 series hardware through driver updates.
“I was surprised how well DLSS 4 runs on my 4080,” says Michael, a gamer who upgraded last year. “While I don’t get the full 4.3X multiplier that 50 series owners see, I’m still getting about 2.5-3X better performance in supported games.”
For those wondering about DLSS 4 on 30 series cards, NVIDIA has brought some features to these older GPUs, primarily through enhanced DLSS Super Resolution models, though Multi Frame Generation remains limited to newer hardware.
How to Enable DLSS 4 in Your Games
Getting DLSS 4 up and running is surprisingly simple:
Update Your Drivers: Ensure you have the latest GeForce Game Ready Driver (572.83 WHQL or newer)
Install NVIDIA App: Download and install the latest NVIDIA app if you haven’t already
In-Game Settings: Launch a supported game and look for DLSS options in the graphics settings
Select DLSS 4: Choose DLSS 4 with Multi Frame Generation if available for your hardware
Fine-Tune: Experiment with different DLSS quality presets to find your ideal balance
For games that don’t natively support the latest DLSS features, the NVIDIA app now offers expanded functionality through DLSS overrides. This allows you to enable any DLSS preset or customize resolution scaling between 33% and 100%.
“The new override features are a game-changer,” explains tech enthusiast James. “I can now use DLSS 4’s transformer AI model in games that only support older DLSS versions.”
Real Gamer Experiences with DLSS 4
To truly understand the impact of this technology, I spoke with several gamers who’ve been using DLSS 4 since its release:
Emma, Competitive FPS Player: “In Enlisted, my kill-death ratio improved noticeably after enabling DLSS 4. The game is so much more responsive that I can react faster in firefights. It’s almost like having a competitive advantage.”
David, RPG Enthusiast: “Kingdom Come: Deliverance II was beautiful but ran poorly on my system before. With DLSS 4, I can explore the medieval world at 4K with all settings maxed out. The forests and castles look incredible, and it all runs at over 100 FPS.”
Sophia, Content Creator: “As someone who records gameplay footage, DLSS 4 has been revolutionary. I can capture in 4K while maintaining high frame rates, which makes my videos look so much better. The technology is invisible to viewers—they just see gorgeous, smooth gameplay.”
The Future of Gaming with DLSS 4
DLSS 4 represents more than just a performance boost—it’s changing how developers approach game design. With this technology, studios can create more visually complex worlds without worrying as much about performance constraints.
“We’re seeing just the beginning of what’s possible,” says game developer Chris Martinez. “As more developers optimize specifically for DLSS 4, we’ll see games that look and perform better than anything we’ve experienced before.”
The technology continues to evolve through AI training, with NVIDIA regularly releasing updated models that improve both performance and visual quality. With over 100 titles already supporting various DLSS technologies and more adopting DLSS 4 each month, the future looks incredibly bright for PC gaming.
Is DLSS 4 Worth It?
After spending weeks testing DLSS 4 across multiple games and systems, I can confidently say this technology represents the most significant advancement in gaming graphics in years.
For RTX 50 Series owners, it’s a no-brainer—enable it in every supported game. For those with RTX 40 Series cards, the benefits are still substantial enough to make it worthwhile. Even RTX 30 Series owners can enjoy some aspects of the technology through DLSS Super Resolution improvements.
If you’re considering a GPU upgrade, DLSS 4 support should be a major factor in your decision. The performance multiplication it offers effectively makes your graphics card several tiers more powerful in supported games.
As one gamer put it: “It’s like getting your next GPU upgrade for free.”
Conclusion: The Dawn of a New Era in PC Gaming
DLSS 4 isn’t just another feature to check off on a spec sheet—it’s a fundamental shift in how games perform. By leveraging the power of AI to multiply frame rates while maintaining or even improving visual quality, NVIDIA has created something truly revolutionary.
Whether you’re playing competitive shooters where every millisecond matters, exploring vast open worlds, or just want to experience your favorite games at their absolute best, DLSS 4 delivers in ways that traditional rendering simply cannot match.
As more games adopt this technology and NVIDIA continues to refine it, we’re witnessing the beginning of a new era in PC gaming—one where the traditional tradeoff between performance and visual quality is becoming increasingly obsolete.
Have you tried DLSS 4 yet? Which games have you found it makes the biggest difference in? Share your experiences in the comments below!
Samsung’s Galaxy Watch lineup has evolved to cater to a wide range of users—from fitness enthusiasts and tech lovers to those who simply want a stylish smartwatch for everyday use. But with multiple models available, choosing the right one can be overwhelming.
Whether you prioritize health tracking, premium design, or battery life, this guide will help you find the perfect Samsung Galaxy Watch that meets your needs and budget.
1. Samsung Galaxy Watch FE: Best Budget-Friendly Option
If you’re looking for an affordable smartwatch that doesn’t compromise on features, the Samsung Galaxy Watch FE is the perfect choice. Launched in 2024, this Fan Edition (FE) model delivers premium functionality at a lower price.
Key Features:
✅ Super AMOLED Display – Always-on 1.2-inch screen with crisp visuals. ✅ WearOS Support – Access Google Play apps, navigation, and more. ✅ Comprehensive Health Tracking – Includes ECG, SpO2, body composition analysis, sleep tracking, and heart rate monitoring. ✅ Durable Build – IP68 and 5ATM water resistance for outdoor and swim-friendly use. ✅ Smooth Performance – Powered by Exynos W920 SoC, 1.5GB RAM, and 16GB storage. ✅ Affordable Price – Costs just $249.99, making it the best entry-level Samsung smartwatch.
Battery Life:
While the 247mAh battery is smaller than flagship models, it still provides a full day of usage with normal activity. If battery life is a top priority, consider other models.
Who Should Buy It? ✔️ First-time smartwatch users ✔️ Budget-conscious buyers ✔️ Casual fitness tracking needs
The Galaxy Watch6 strikes a perfect balance between features and affordability. It’s ideal for users who want a modern smartwatch experience without spending a fortune.
Key Features:
✅ Two Size Options – Available in 40mm and 44mm. ✅ Larger Display – 1.3-inch (40mm) & 1.5-inch (44mm) Super AMOLED screens with slimmer bezels. ✅ Advanced Health Sensors – ECG, blood pressure monitoring, SpO2, sleep tracking, and skin temperature sensor. ✅ More Powerful Processor – Exynos W930 chipset with 2GB RAM & 16GB storage. ✅ One UI 5 Watch OS – Enhanced software experience for smooth navigation. ✅ Durability – IP68, 5ATM, and MIL-STD-810H certification for rugged use.
Battery Life:
🔋 The 300mAh (40mm) and 425mAh (44mm) batteries last around 40 hours with normal usage. Fast charging is also available.
Who Should Buy It? ✔️ Everyday users who want a feature-rich experience ✔️ Fitness enthusiasts who work out regularly ✔️ Users who don’t mind charging daily
3. Samsung Galaxy Watch6 Classic: Best for Premium Design & Durability
For those who want a timeless, classic watch design with premium materials, the Galaxy Watch6 Classic is an excellent choice. It revives the rotating bezel, a fan-favorite feature for seamless navigation.
Key Features:
✅ Rotating Bezel – A physical stainless-steel bezel for effortless UI control. ✅ Premium Design – High-end materials for a traditional wristwatch feel. ✅ Same Advanced Health Features as the Galaxy Watch6. ✅ Bigger Display – 1.3-inch (43mm) & 1.5-inch (47mm) Super AMOLED screens. ✅ Great Performance – Exynos W930, 2GB RAM, 16GB storage. ✅ Water & Dust Resistance – IP68 & 5ATM certification.
Battery Life:
🔋 Up to 40 hours with normal use, thanks to 425mAh battery (47mm variant).
Who Should Buy It? ✔️ Professionals & business users who want a stylish smartwatch ✔️ Fans of the rotating bezel for easy navigation ✔️ Users who prioritize premium materials
4. Samsung Galaxy Watch5 Pro: Best for Battery Life & Outdoor Adventures
If battery life and rugged durability are your priorities, the Galaxy Watch5 Pro is the ultimate smartwatch. It’s built for hikers, bikers, and outdoor enthusiasts.
Key Features:
✅ Titanium Build – More durable than standard aluminum models. ✅ Largest Battery Yet – 590mAh battery lasts up to 80 hours! ✅ Turn-by-Turn Navigation – Great for outdoor activities like hiking and cycling. ✅ Advanced GPS Features – Trackback mode ensures you never get lost. ✅ All Health & Fitness Sensors – ECG, heart rate, SpO2, sleep analysis, and more. ✅ WearOS & One UI 5 Watch for smooth performance.
Battery Life:
🔋 Up to 3 days on a single charge!
Who Should Buy It? ✔️ Outdoor adventurers & travelers ✔️ Users who want multi-day battery life ✔️ Those needing enhanced GPS features
Samsung is rumored to launch the Galaxy Watch Ultra, a high-end smartwatch designed to compete with the Apple Watch Ultra. While details are scarce, leaks suggest:
✅ Bigger, rugged design for extreme sports. ✅ Improved battery life for multi-day endurance. ✅ Even more accurate health tracking. ✅ New software optimizations for better performance.
If Samsung releases the Watch Ultra, it could be the ultimate flagship smartwatch for professionals and extreme sports enthusiasts.
