First look at the ColorOS 16 homescreen and Lockscreen customizations! 👀
- New editing features, new widgets, and a completely fresh visual design.
- New editing features, new widgets, and a completely fresh visual design.
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something new in One UI 8.5 (CYJ7)!
A mysterious toggle called “Nano Banana image creation
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A mysterious toggle called “Nano Banana image creation
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The latest version of One UI 8.5 adaptive clock can recognize all objects,not limited to humans and animals.
Left - one ui 8.0
Right - one ui 8.5
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Left - one ui 8.0
Right - one ui 8.5
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Samsung One UI 8.5' s new color selection effect of clock background,The clock will automatically select the background color to form a harmonious color style. with a little frosted glass effect!
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Samsung One UI 8.5 CYJ7A small change is that Samsung has strengthened the internal details of some image to see the comparison.
At present, only some icons have done this, and they have just begun.
At present, only some icons have done this, and they have just begun.
The new 3D icons in One UI 8.5 (build CYJ7) bring a balance of depth and softness.
Each icon feels sculpted, subtle shadows, smooth gradients, and a glass-like glow.
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Each icon feels sculpted, subtle shadows, smooth gradients, and a glass-like glow.
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One UI 8.5.
Now you can set the weather effect when you lock the screen wallpaper.
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Now you can set the weather effect when you lock the screen wallpaper.
It's not new, but previously we have to set it while changing wallpapers and choose photo ambient.
Now in lockscreen
Btw this feature From 6.1
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OpenAI has partnered with NPCI (National Payments Corporation of India) and Razorpay to pilot UPI payments directly within ChatGPT. This collaboration introduces “Agentic Payments”
Now you can shop through ChatGPT and pay via UPI.
- Partners: Razorpay, NPCI & OpenAI
- Banks: Axis Bank, Airtel Payments Bank
- E-com Partner: BigBasket
- Uses UPI “Reserve Pay” for merchant transactions
This move brings conversational AI and digital payments together, making online shopping faster and more seamless.
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Now you can shop through ChatGPT and pay via UPI.
- Partners: Razorpay, NPCI & OpenAI
- Banks: Axis Bank, Airtel Payments Bank
- E-com Partner: BigBasket
- Uses UPI “Reserve Pay” for merchant transactions
This move brings conversational AI and digital payments together, making online shopping faster and more seamless.
Join - @tech_zone40
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REDMAGIC 11 Pro Series design has been officially revealed!
The phone has a water-filled cooling ring along with a built-in cooling fan for heat management. The ring is visible on the transparent edition.
The phone has a water-filled cooling ring along with a built-in cooling fan for heat management. The ring is visible on the transparent edition.
[Exclusive] Samsung 2nm Hits Another Milestone — Sample Supply to Qualcomm for Next-Gen AP
Samsung Electronics has supplied Qualcomm with a next-generation application processor (AP) sample built on its 2nm process, signaling a potential revival of collaboration between the two companies. Industry analysts believe Samsung Foundry’s technology has entered a more stable phase in terms of both performance and yield, increasing the likelihood of additional orders from Qualcomm.
According to multiple semiconductor industry sources on the 10th, Samsung Foundry recently provided Qualcomm with a sample of its Snapdragon 8 Elite Gen 5 chipset. This chip is Qualcomm’s next-generation AP designed for premium smartphones to be launched next year — and marks the first supply case applying Samsung’s 2nm process (SF2) technology.
Samsung’s SF2 process improves transistor density and power efficiency compared to its 3nm predecessor. By adopting the Gate-All-Around (GAA) architecture, it enhances gate control versus FinFET, improving both chip performance and power consumption. Samsung has reportedly stabilized yield through Exynos 2600 test production, and the Qualcomm sample was supplied only after meeting internal quality standards.
However, the path from sample supply to mass production involves multiple evaluation stages. Over several months, Qualcomm will rigorously test power efficiency, performance, heat generation, yield, and reliability before moving to trial production — a process typically lasting 6 months to a year. Beyond technical capabilities, yield stability, schedule adherence, and long-term supply capacity are comprehensively assessed. The higher the initial sample quality, the greater the chance of securing a production contract.
Can Samsung and Qualcomm Reunite?
Dual-Sourcing with TSMC May Be on the Horizon
Samsung and Qualcomm once maintained a close relationship, but cracks emerged in 2021 when the Snapdragon 8 Gen 1, produced on Samsung’s 4nm process, suffered from heating and yield issues. Failing to secure stable quality, Qualcomm shifted production to TSMC starting with the “8+ Gen 1” — and continued with the 2nd and 3rd generations.
Until recently, industry sentiment remained skeptical about Samsung’s return as Qualcomm’s foundry partner. Even at the Snapdragon Summit 2025 in Hawaii this September, Qualcomm officially named TSMC’s 3nm process as its primary manufacturing node, leaving little room for Samsung.
Yet this 2nm sample supply is viewed as a strong signal that Samsung could rejoin as a secondary foundry partner, handling part of the production volume. While Qualcomm’s main output will likely remain with TSMC, Samsung could assume a “sub-partner” role, sharing limited volumes.
Samsung is reportedly considering producing part of the Snapdragon 8 Elite chips for its upcoming Galaxy Z Flip 8 (expected in the second half of 2026) at its own foundry. This strategy could tightly integrate Samsung’s smartphone and foundry operations — demonstrating technical credibility while boosting revenue.
Samsung Challenges TSMC’s Dominance
Toward Broader Global Client Expansion
Qualcomm has long relied almost exclusively on TSMC for high-performance AP production due to its strong reputation for yield and performance stability. However, TSMC now faces its own challenges, including yield fluctuations in 3nm and price hikes, causing friction with major clients. With Apple, Qualcomm, MediaTek, and Intel all competing for capacity, TSMC’s limits are becoming apparent.
Samsung is exploiting this opening. By building experience through Exynos production and advancing its 2nm mass production capability, Samsung is positioning itself as a cost-competitive and diversified supply chain alternative. The company has also publicly committed to leading TSMC in GAA-based 2nm production timing, giving it more opportunities to prove technical superiority over time.
Samsung Electronics has supplied Qualcomm with a next-generation application processor (AP) sample built on its 2nm process, signaling a potential revival of collaboration between the two companies. Industry analysts believe Samsung Foundry’s technology has entered a more stable phase in terms of both performance and yield, increasing the likelihood of additional orders from Qualcomm.
According to multiple semiconductor industry sources on the 10th, Samsung Foundry recently provided Qualcomm with a sample of its Snapdragon 8 Elite Gen 5 chipset. This chip is Qualcomm’s next-generation AP designed for premium smartphones to be launched next year — and marks the first supply case applying Samsung’s 2nm process (SF2) technology.
Samsung’s SF2 process improves transistor density and power efficiency compared to its 3nm predecessor. By adopting the Gate-All-Around (GAA) architecture, it enhances gate control versus FinFET, improving both chip performance and power consumption. Samsung has reportedly stabilized yield through Exynos 2600 test production, and the Qualcomm sample was supplied only after meeting internal quality standards.
However, the path from sample supply to mass production involves multiple evaluation stages. Over several months, Qualcomm will rigorously test power efficiency, performance, heat generation, yield, and reliability before moving to trial production — a process typically lasting 6 months to a year. Beyond technical capabilities, yield stability, schedule adherence, and long-term supply capacity are comprehensively assessed. The higher the initial sample quality, the greater the chance of securing a production contract.
Can Samsung and Qualcomm Reunite?
Dual-Sourcing with TSMC May Be on the Horizon
Samsung and Qualcomm once maintained a close relationship, but cracks emerged in 2021 when the Snapdragon 8 Gen 1, produced on Samsung’s 4nm process, suffered from heating and yield issues. Failing to secure stable quality, Qualcomm shifted production to TSMC starting with the “8+ Gen 1” — and continued with the 2nd and 3rd generations.
Until recently, industry sentiment remained skeptical about Samsung’s return as Qualcomm’s foundry partner. Even at the Snapdragon Summit 2025 in Hawaii this September, Qualcomm officially named TSMC’s 3nm process as its primary manufacturing node, leaving little room for Samsung.
Yet this 2nm sample supply is viewed as a strong signal that Samsung could rejoin as a secondary foundry partner, handling part of the production volume. While Qualcomm’s main output will likely remain with TSMC, Samsung could assume a “sub-partner” role, sharing limited volumes.
Samsung is reportedly considering producing part of the Snapdragon 8 Elite chips for its upcoming Galaxy Z Flip 8 (expected in the second half of 2026) at its own foundry. This strategy could tightly integrate Samsung’s smartphone and foundry operations — demonstrating technical credibility while boosting revenue.
Samsung Challenges TSMC’s Dominance
Toward Broader Global Client Expansion
Qualcomm has long relied almost exclusively on TSMC for high-performance AP production due to its strong reputation for yield and performance stability. However, TSMC now faces its own challenges, including yield fluctuations in 3nm and price hikes, causing friction with major clients. With Apple, Qualcomm, MediaTek, and Intel all competing for capacity, TSMC’s limits are becoming apparent.
Samsung is exploiting this opening. By building experience through Exynos production and advancing its 2nm mass production capability, Samsung is positioning itself as a cost-competitive and diversified supply chain alternative. The company has also publicly committed to leading TSMC in GAA-based 2nm production timing, giving it more opportunities to prove technical superiority over time.
Still, short-term disruption of TSMC’s dominance seems unlikely. Qualcomm continues to work with TSMC across laptops, XR (extended reality), and automotive chips, and a complete production shift would require Samsung to rebuild long-term trust.
Samsung Foundry has historically lagged behind TSMC in client acquisition, but potential collaborations with NVIDIA, Tesla, and now Qualcomm could reshape that narrative. A renewed partnership with Qualcomm, one of the most symbolic fabless giants, could significantly elevate Samsung’s industry credibility.
If Qualcomm adopts a dual-vendor production strategy, retaining TSMC while engaging Samsung for supplemental capacity, it could accelerate Samsung’s re-entry into the global fabless ecosystem. This also aligns with U.S. and European supply chain diversification initiatives, broadening Samsung’s appeal as a global manufacturing partner.
An industry insider concluded:
“The skepticism toward Samsung was never about its core technology — it was about yield and schedule management. If the collaboration with Qualcomm gains traction, the competitive landscape in 2nm foundry technology could become far more dynamic than it is today.”
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Samsung Foundry has historically lagged behind TSMC in client acquisition, but potential collaborations with NVIDIA, Tesla, and now Qualcomm could reshape that narrative. A renewed partnership with Qualcomm, one of the most symbolic fabless giants, could significantly elevate Samsung’s industry credibility.
If Qualcomm adopts a dual-vendor production strategy, retaining TSMC while engaging Samsung for supplemental capacity, it could accelerate Samsung’s re-entry into the global fabless ecosystem. This also aligns with U.S. and European supply chain diversification initiatives, broadening Samsung’s appeal as a global manufacturing partner.
An industry insider concluded:
“The skepticism toward Samsung was never about its core technology — it was about yield and schedule management. If the collaboration with Qualcomm gains traction, the competitive landscape in 2nm foundry technology could become far more dynamic than it is today.”
Join - @tech_zone40
OnePlus has launched new Half In-Ear Wired Digital Earphones Type C in India for just ₹999!
Features:
- Half-In Ear Design
- HD calls
- Digital Decoding
- 14.2mm Dynamic Drivers
- Multi-function remote
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Features:
- Half-In Ear Design
- HD calls
- Digital Decoding
- 14.2mm Dynamic Drivers
- Multi-function remote
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A Classic Ricoh GR Model Review - RICOH GR1
#realme #realmeGT8 #realmeGT8Pro #Ricoh
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#realme #realmeGT8 #realmeGT8Pro #Ricoh
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