Read More : LG’s Next Gram Laptops Feature “Aerominum” Design

Learning from Past CPU Designs

The Exynos 2800 represents Samsung’s second attempt at a fully custom CPU. Between 2016 and 2020, Samsung developed “Mongoose” cores at a dedicated team in Austin. However, these cores suffered from overheating and high power consumption, which limited performance compared to ARM and Qualcomm Kryo alternatives. Samsung disbanded the team in 2020 and returned to standard ARM cores for subsequent Exynos processors. Executives now believe the company’s experience, combined with improved fabrication technologies, will allow them to overcome these past issues.

Advanced Manufacturing Enables Efficiency

Samsung plans to leverage cutting-edge 2nm GAA fabrication processes for the Exynos 2800. These advanced processes are expected to improve thermal performance, reduce battery drain, and enhance overall CPU efficiency. Analysts suggest that custom cores will also allow Samsung to integrate AI acceleration and better machine learning support directly on the chip. The combination of new CPU architecture and refined manufacturing could make the Exynos 2800 competitive with the best smartphone processors on the market.

Custom GPU Replaces AMD Partnership

The Exynos 2800 will also feature a fully in-house GPU design, ending Samsung’s partnership with AMD, which provided RDNA-based Xclipse GPUs since 2022. A custom GPU allows Samsung to fine-tune graphics for AI tasks, gaming, and immersive experiences. Samsung’s internal GPU may deliver faster ray tracing, higher frame rates, and deeper integration with Samsung software and hardware features. The decision to develop an internal GPU reflects the company’s desire to control performance across the entire chip ecosystem.

Read More : ASUS Signals Major RAM and Flash Price Increase in 2026

Exynos 2800 Sets the Stage for Galaxy S28

The Exynos 2800 is expected to power the Galaxy S28 series in 2028, following the Exynos 2600, which will feature AMD’s RDNA4 GPU architecture but remain internally developed. Samsung is targeting both performance gains and hardware independence, positioning the Exynos 2800 as a critical component for future flagship devices. The chipset may define Samsung’s competitive edge in AI, gaming, and battery efficiency for years to come, while establishing the company as a true full-stack silicon manufacturer.

The post Exynos 2800 May Feature Samsung’s Own CPU and GPU Cores appeared first on Senior Spectrum Newspaper.

Read More : Legendary Co-Creator Vince Zampella Killed in Ferrari Crash

The move is notable because Google Photos has never offered a fully functional native application for televisions. This limitation has applied even to devices running Android TV or Google TV. Despite those platforms being part of Google’s own ecosystem. Samsung’s implementation will therefore mark the first widely available native TV experience for Google Photos.

When the feature launches, Samsung will hold exclusive access to native Google Photos support on its TVs for a six-month period. During this time, other television manufacturers will not receive a comparable native integration. Samsung has not disclosed which TV model years it will support at launch. But the company confirmed that compatibility will focus on its AI-powered television lineup.

At launch, functionality will be limited to Google Photos’ Memories feature. Memories automatically curates and highlights photos based on people, locations, and significant events. Users must enable Memories within Google Photos settings for the feature to appear on Samsung TVs. The initial rollout will focus on passive viewing rather than full photo library browsing.

Vision AI Integration and New Features Planned Through Late 2026

Samsung plans to expand Google Photos functionality later in 2026 by integrating it with Vision AI. The company’s artificial intelligence suite for televisions. This integration will allow photos to surface organically within Samsung’s Daily+ and Daily Board interfaces. These features are designed to present contextual content, such as reminders and media, when the TV is idle or used casually.

According to Samsung, the enhanced Photos experience will begin appearing on select 2026 TV models. Setup is expected to be straightforward. Users will only need to sign in with their Google Account, after which eligible photos will automatically appear in supported sections of the TV interface.

Two additional features are scheduled for release in the second half of 2026. The first, Create with AI, focuses on creative photo transformations. It will offer themed templates built using Nano Banana technology, allowing playful visual effects. Users will also be able to apply Remix to change an image’s artistic style and use Photo to Video to turn still images into short animated clips.

Read More : New OpenAI Preparedness Chief Role Focuses on AI Safety

The second feature, Personalized Results, delivers customized slideshows. The system generates these slideshows based on themes such as location, activity, or topic. For example, it can create collections centered on oceans, hiking trips, or specific cities like Paris. This feature aims to make televisions more personal by adapting the displayed content to user preferences.

Samsung’s announcement signals a broader shift toward televisions acting as lifestyle hubs rather than passive displays. By combining personal cloud content with on-device AI, the company is positioning its TVs as central screens for both entertainment and memory sharing. The success of the initiative may also influence whether Google expands native Photos support to other TV platforms after the exclusivity period ends.

The post Samsung and Google Bring Full Photos App to Smart TVs appeared first on Senior Spectrum Newspaper.

Read More : Panther Lake to Feature New Core Ultra X CPUs

Huawei manufactures the Ascend 910C at SMIC, China’s largest foundry, aiming for complete vertical integration. However, SMIC faces challenges with its 7nm process yields, which limits production capabilities. To bypass export controls, Huawei allegedly used a shell company to obtain nearly three million TSMC dies. These dies are essential for assembling the AI accelerators Huawei claims to produce domestically.

TSMC confirmed the dies in the teardown are from a batch analyzed in October 2024, not newer models. The company stated it halted production and sales to Huawei after discovering the export violations. Semiconductor teardown experts verified that the 910C uses these older TSMC dies along with previous-generation HBM chips from Samsung and SK Hynix.

The use of these foreign components highlights ongoing challenges for Huawei. While it pushes to build AI chips domestically, critical elements like advanced dies and HBM memory remain dependent on international suppliers, especially amid strict export restrictions. This reliance poses a risk to Huawei’s ambitions to compete with global leaders like Nvidia.

Production Bottlenecks and Future Outlook for Huawei’s AI Chips

Huawei’s Ascend 910C AI chip faces significant production bottlenecks, especially concerning high-bandwidth memory supply. Although Huawei stocked some Samsung and SK Hynix HBM chips before export controls tightened, these are aging components running low in inventory. To address shortages, Huawei reportedly desolders memory from other products repackaged solely to reclaim HBM chips.

This HBM shortage is the biggest hurdle in scaling production. The 910C delivers roughly half the performance of Nvidia’s popular H100 AI chip. Despite being less powerful, it reportedly costs Huawei nearly as much to produce as the H100 sells for on Amazon.

Additionally, the Ascend 910C suffers from subpar packaging and thermal inefficiencies. Huawei must still manufacture millions of these chips to meet growing domestic AI demand. Analysts estimate that Huawei will produce around one million 910C units in 2026 due to these supply constraints.

Read More : Final Fantasy 7 Remake Part 3 Hints at Wider Launch

However, the Chinese government is investing billions in local AI chip and HBM manufacturing facilities. These loans aim to reduce reliance on foreign components and boost production capacity. As domestic foundries improve, Huawei could increase output and improve its chip designs.

In summary, Huawei’s Ascend 910C AI chip shows China’s semiconductor ambitions but also reveals critical supply vulnerabilities. Overcoming foreign component dependence remains essential for Huawei’s success in AI hardware. With government support, China may accelerate its push toward fully self-reliant AI chip production in the near future.

The post Huawei 910C Uses TSMC Die and Samsung Memory, Replacing Nvidia appeared first on Senior Spectrum Newspaper.