Qualcomm’s upcoming Snapdragon 8 Elite Gen 6 series is expected to adopt a dual-chip strategy for the 2026 flagship smartphone cycle. According to a report by Wccftech, the company will launch a standard version and a Pro variant. The Pro model is tipped to cost over $300, making it the most expensive mobile chip Qualcomm has ever produced.

The Pro variant will likely support LPDDR6 memory and feature the new Oryon CPU architecture. It is also expected to become Qualcomm’s first mass-produced chip built on TSMC’s 2nm process. Industry data indicates that each 2nm wafer could cost as much as $30,000, significantly raising the production cost of the chip. For smartphone brands, the chip alone could account for nearly one-third of a premium phone’s total manufacturing budget.

Although tipster Smart Chip Insider on Weibo disagrees with the $300 pricing narrative, he points out that Wccftech estimates the Snapdragon 8 Elite Gen 5 at around $280 per chip, a figure he believes is overstated by more than $80. Based on this assessment, early claims that the Snapdragon 8 Elite Gen 6 could surpass $300 next year should be treated with caution.

Anyway, due to the high cost, the Snapdragon 8 Elite Gen 6 Pro might only appear in Ultra flagships. Mainstream flagship devices are expected to adopt the standard Snapdragon 8 Elite Gen 6 instead. This version will feature a 2+3+3 CPU cluster, retain support for LPDDR5X RAM, and offer a more power-efficient GPU. It will not support LPDDR6 memory but is expected to deliver stable high-end performance.

The ongoing DRAM pricing crisis is also influencing chipset choices. Rising memory costs are increasing the overall bill of materials for smartphones. To keep retail prices in check, many manufacturers may avoid the Pro chip and opt for the standard version to maintain a better balance between performance and cost.

High-end chips have faced criticism for overheating and poor battery efficiency. The standard Snapdragon 8 Elite Gen 6 may provide better sustained performance and thermal management, making it a more practical solution for mass-market flagship phones in 2026.

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Samsung Foundry has a new thermal packaging solution called Heat Path Block (HPB), aiming to solve one of the most critical issues in advanced semiconductor design, heat buildup. The company is preparing to license this innovation to external clients, including Apple and Qualcomm, as it works to reestablish its position in the foundry market.

What is HPB and Why Does It Matter?

HPB is a copper-based thermal plate that sits directly above the application processor. In previous designs, Samsung placed the DRAM stack directly on top of the processor using Fan-Out Wafer-Level Packaging (FOWLP). The new Exynos 2600 design moves the DRAM to the side to make room for the HPB block, which now makes direct contact with the processor cores.

This repositioning improves heat transfer efficiency. Samsung claims a 30% reduction in average chip temperature compared to the previous generation. The thermal improvements are expected to help maintain peak performance in mobile processors during extended workloads, particularly in gaming and other intensive applications.

Rebuilding Trust with Apple and Qualcomm

Samsung plans to license HPB to potential clients, including Qualcomm and Apple. Both companies shifted major chip orders to TSMC in recent years. Qualcomm moved its Snapdragon 8 Gen 1 Plus production in 2022, and Apple made the switch with the A10 back in 2016. Samsung now sees HPB as a potential draw to win back these customers.

The timing may work in Samsung’s favor. Qualcomm’s new Snapdragon 8 Elite Gen 5 reportedly consumes 19.5W under full load, significantly more than Apple’s A19 Pro at 12.1W. This high power draw results in greater heat generation, creating demand for better cooling at the chip level. Samsung’s HPB could directly address this concern.

Samsung’s own MX division, which buys Snapdragon chips for Galaxy devices, has already requested cooling performance at HPB levels. This request signals that the market is taking the technology seriously.

Strategic Timing with 2nm and GAA

HPB will debut with the Exynos 2600, which also serves as Samsung’s proof-of-concept for its 2nm chip manufacturing process. The company has already implemented gate-all-around (GAA) transistor architecture with its 3nm node and will continue using it at 2nm. TSMC, by contrast, plans to adopt GAA starting at the 2nm node.

Reports from South Korea suggest Samsung’s 2nm yield has reached between 55% and 60%. The company expects profitability in its foundry division by 2027, once its new Taylor, Texas fab ramps up. The fab is scheduled to begin operations in 2026 and will help double Samsung’s 2nm capacity by the end of that year.

Samsung’s early use of GAA and new thermal solutions could give it an edge as more chipmakers explore alternatives to TSMC.

The Bigger Picture

Samsung is using HPB as part of a broader strategy to revive its foundry business. The company has reorganized its packaging teams under the foundry and memory divisions to focus more closely on advanced chip integration.

Samsung has also taken a more flexible pricing approach to attract new clients. TSMC’s 2nm wafers are reportedly priced 50% higher than previous generations due to strong demand from clients like Nvidia and Apple. Samsung is using competitive pricing to secure contracts with smaller AI semiconductor firms such as Charbright, Anaplash, and South Korea’s DeepX.

In July, Samsung also secured a $16.5 billion deal to manufacture Tesla’s next-generation AI6 chips. The company is producing image sensors for Apple, ASICs for Chinese mining companies, and smartphone APs for its System LSI division. These contracts signal early momentum as Samsung works to diversify its client base.

Samsung is betting that HPB, combined with its 2nm and GAA advancements, will help close the gap with TSMC and restore confidence in its advanced nodes. If the Exynos 2600 performs well, it could mark a turning point in Samsung’s efforts to regain share in the global foundry market.

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(Source 1,2,3)

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Huawei just made a massive power play in the AI hardware wars. At Connect 2025 in Shanghai, rotating chairman Eric Xu unveiled the Atlas 950 and Atlas 960 SuperPoDs – absolutely enormous clusters of Ascend accelerators that are clearly designed to challenge Nvidia’s upcoming Rubin-era systems (although Nvidia AI chips are banned now in China) and push China’s AI capabilities to new heights.

Atlas 950 SuperPoD

The Atlas 950 SuperPoD is built around 8,192 Ascend 950DT chips, and the performance figures are genuinely impressive. We’re looking at 8 EFLOPS of FP8 compute power and 16 EFLOPS at FP4 precision, backed by a massive 16.3 PB/s of interconnect bandwidth.

In practical terms, this translates to some serious AI workload performance: 4.91 million tokens per second for training and 19.6 million tokens per second for inference. That’s a 17× and 26× improvement over their current Atlas 900 A3 system, which is no slouch itself.

The physical footprint is equally massive – we’re talking 160 cabinets all connected via Huawei’s new UnifiedBus 2.0 optical protocol. Huawei claims this interconnect is ten times faster than today’s internet backbone infrastructure, which is critical when you’re moving data between thousands of accelerators.

SuperCluster

Here’s where Huawei’s ambitions become clear. They’re planning to link 64 of these SuperPods into Atlas 950 SuperClusters, creating systems with more than 520,000 NPUs delivering 524 EFLOPS of FP8 compute.

Xu wasn’t shy about the competitive positioning either; he directly claimed this setup will outperform Elon Musk’s xAI Colossus and even Nvidia’s upcoming NVL144 and NVL576 deployments, citing six to seven-fold compute advantages plus superior memory and network throughput.

Atlas 960

But Huawei isn’t stopping there. The Atlas 960 SuperPoD, slated for 2026, essentially doubles every major specification: 15,488 Ascend 960 chips, up to 30 EFLOPS FP8, 60 EFLOPS FP4, and 34 PB/s bandwidth. The companion 960 SuperCluster is projected to hit 2 ZFLOPS of FP8 performance when it arrives in 2027, numbers that start to sound almost surreal.

New Ascend Roadmap

Behind all this hardware is a completely refreshed Ascend chip roadmap. The 950PR and 950DT arrive in 2026, featuring Huawei’s own HBM variants: HiBL 1.0 for cost-efficient prefill operations and HiZQ 2.0 optimized for decode and training workloads.

The 960 follows in 2027, then the 970 in 2028. Each generation promises to “double compute” while expanding support for emerging formats like FP8, MXFP4, and HiF4.

Scale-Over-Silicon Strategy

For a company that’s been cut off from advanced Western semiconductor fabs, Huawei’s strategy is becoming crystal clear: if you can’t win on per-chip performance, win through sheer scale and system integration.

By controlling the entire stack, memory subsystems, networking fabric, packaging, and interconnects, and by deploying hundreds of thousands of chips behind ultra-low-latency interconnects, they’re betting they can meet China’s massive demand for model training compute while seriously challenging Nvidia’s market position.

Reality Check

Of course, there’s always a gap between conference announcements and real-world deployments. These massive systems will face significant challenges around power consumption, thermal management, and perhaps most critically, software ecosystem maturity. Nvidia’s CUDA advantage didn’t happen overnight, and replicating that software stack optimization across such massive clusters is no small feat.

But from a pure ambition standpoint, Huawei has definitely fired a serious shot across the Pacific. Whether these enormous machines can deliver their promised performance outside of PowerPoint presentations will largely depend on solving real-world engineering challenges around power budgets, cooling infrastructure, and software optimization.

The AI hardware race just got a lot more interesting.

In related AI news, Tencent has recently launched a groundbreaking 3D AI modeling tool that’s completely free, while Baidu’s new PP-OCRv5 model outperforms larger rivals in OCR benchmarks.

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Xiaomi is reportedly preparing to launch its second-generation self-developed SoC, the Xring O2, between the second and third quarters of 2026. According to tipster Fixed Focus Digital, the chip could debut around September next year. It will follow the company’s first in-house processor, the Xring O1, which marked Xiaomi’s entry into independent chip design.

The Xring O2 is expected to feature Arm’s latest public CPU architecture, which promises at least a 15% improvement in IPC (instructions per cycle) performance due to better scalability. Xiaomi may also integrate Arm’s Cortex-X9 ultra-large cores, which are set to appear in upcoming flagship SoCs such as MediaTek’s Dimensity 9500.

Xiaomi introduced the Xring O1 as a fully self-developed chip, despite early speculation that it was a custom design from Arm. The company clarified that although it licensed CPU and GPU IP from Arm, the architecture design, memory subsystem, and backend physical implementation were all completed in-house over four years. The Xring O1 was built on a 3nm process and served as the foundation for Xiaomi’s move toward semiconductor independence.

The chip made its debut in the Xiaomi 15s Pro, delivering impressive CPU performance, smooth gaming, and consistent thermal management. It often outperformed Qualcomm’s Snapdragon 8 Elite in Wi-Fi-based performance tests. However, its use of an external 5G modem impacted battery life during cellular use. The ISP enhanced low-light photography but still had room for improvement, while the NPU showed promise that remained untapped due to limited software support.

Industry sources indicate the company is also developing an in-house 5G modem, signaling ambitions that go beyond smartphones. According to tipster Digital Chat Station, Xiaomi plans to deploy the O2 across multiple product categories. The chip is expected to power smartphones, tablets, and wearables, and it could also support Xiaomi’s EVs.

The O2 is likely to be manufactured on TSMC’s 3nm N3E process. However, analysts warn that Xiaomi’s access to more advanced 2nm nodes may be limited by ongoing export restrictions.

If the timeline holds, the Xring O2 may debut alongside Xiaomi’s next flagship devices in late 2026, potentially expanding into the company’s broader ecosystem in the years that follow.

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Nvidia and AMD have struck a rare arrangement with the US government, agreeing to hand over 15% of revenue from sales of certain AI chips to China in exchange for export licenses. The deal covers Nvidia’s H20 and AMD’s MI308 accelerators, both tailored for China after Washington’s 2023 export restrictions limited access to top-tier GPUs.

The agreement comes amid an intensifying US-China contest over advanced computing hardware, which powers AI models used in everything from language processing to military simulations. The US has argued that high-performance GPUs can give Beijing an edge in strategic projects, including autonomous weapons and mass-surveillance platforms, and has sought to slow China’s access to them through strict export controls.

Deal keeps China market open but sparks security concerns

By accepting the revenue-sharing terms, Nvidia and AMD retain a foothold in one of their most important markets while remaining formally compliant with US rules. Critics, however, say the compromise undermines the point of those rules. Christopher Padilla, a former US export control official, called the arrangement “bribery or blackmail, or both,” warning that it risks weakening the policy’s deterrent value.

The White House has not publicly commented, but the deal was approved under the Trump administration. Its structure is unusual: rather than banning specific products outright, it monetizes their sale to a strategic competitor, raising questions about whether security priorities are being traded for fiscal gain.

Nvidia, for its part, insists it is operating within government guidelines. “We follow the rules the US government sets for our participation in worldwide markets,” the company said in a statement. CEO Jensen Huang has framed the issue in terms of global competitiveness, arguing that “America cannot repeat 5G and lose telecommunication leadership” and that US-developed AI could set the world standard if it moves fast enough.

National security analysts remain divided on whether chips like the H20, engineered with performance caps to meet US requirements, can still advance Chinese defense capabilities. Some argue even downgraded accelerators are powerful enough for large-scale AI training, narrowing the intended gap between US and Chinese computing capacity.

For now, the revenue-sharing deal buys both companies time in a market they cannot afford to lose, while giving Washington a measure of control over what gets shipped. But it also exposes the fragility of export control regimes when commercial interests collide with national security aims. If this revenue-sharing model spreads to other sectors, the line between protecting critical technologies and monetizing their sale to strategic competitors could become increasingly blurred.

In related news, we recently covered a story on China quietly achieving 5nm production without EUV technology, exploring how SMIC bypassed chip sanctions through engineering ingenuity.

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(Via 1,2)

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Xiaomi’s next-generation Xring chip could feature Arm’s upcoming “Travis” super core, according to a new leak from popular tipter Digital Chat Station. The Xring platform has reportedly received Arm architecture authorization, clearing the path for Xiaomi to integrate Arm’s most advanced CPU core yet.

Arm is expected to announce the Travis core in September. This next-generation design is set to replace the Cortex-X925 and promises a substantial performance upgrade. According to Arm, Travis delivers a double-digit improvement in IPC (Instructions Per Clock) and brings major gains in power efficiency. It will also support Armv9’s SME (Scalable Matrix Extension), enabling more advanced matrix-based operations in AI and machine learning workloads.

If Xiaomi adopts Travis in its next Xring chip, it could mark the company’s biggest step forward in custom chip development. The Xring O1, introduced earlier this year, was based on Cortex-X925. Upgrading to Travis would give Xiaomi an edge in both performance and efficiency, potentially making the new Xring its most powerful chipset to date.

Talking about IPC, it plays a vital role in CPU performance by indicating how many instructions a processor can handle per clock cycle. Higher IPC enables the CPU to complete more tasks at the same frequency or maintain performance with lower power usage, which is especially important for smartphones facing heat and battery constraints.

Arm traditionally reveals its new CPU and GPU IP around May or June. This year’s reported September announcement for Travis would be unusually late, but could reflect a strategic shift or extended development cycle.

If Xiaomi’s next chip does integrate the Travis core, it could help the company compete more directly with flagship chips from Qualcomm and MediaTek, and signal Xiaomi’s growing ambitions in semiconductor design.

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Samsung’s once-proud semiconductor design unit, System LSI, is now at a critical inflection point. After years of setbacks including missed roadmaps, lost design wins, and deepening quarterly losses, executives are mulling what could be its most consequential reorganization since the 2017 Foundry split. According to insiders, three options are on the table: merge it with Samsung MX, fold it back into Foundry, or overhaul the division while keeping it independent. The favorite appears to be a reunion with Foundry.

Internally, the stakes are massive. System LSI, responsible for Exynos APs and ISOCELL sensors, failed to secure a spot for its in-house Exynos 2500 chip in the Galaxy S25 lineup this year. That loss alone wiped out billions of won and undercut Foundry’s own revenue stream, since the chips were no longer being manufactured in-house. This dual hit is reportedly why the Foundry-LSI reunion is gaining momentum.

For context, the two units were a single entity under Samsung’s DS (Device Solutions) division until 2017, when Foundry was spun off to appease clients like Qualcomm and Nvidia. Keeping Samsung’s chip design and manufacturing arms separate helped ease fears of IP leakage. But now, as both units struggle with profitability and Samsung races toward the sub-2nm era, internal voices are calling for tighter integration, possibly even at the cost of customer trust.

Samsung’s MX division, home to its Galaxy devices, was briefly floated as a potential landing zone for Exynos development. But insiders say MX wants no part of a bleeding SoC team. Meanwhile, the newly formed Business Diagnosis Office has been auditing System LSI since January, with final decisions expected soon. Key discussions will likely involve Vice Chairmen Jeon Young-hyun and Chung Hyun-ho, and ultimately, Chairman Jay Y. Lee.

Whichever path Samsung takes, it will not be easy. The Foundry merger could unsettle fabless clients who fear their proprietary chip designs may be exposed. But in a market defined by shrinking process nodes and rising costs, survival may demand uncomfortable compromises.

In related news, a new leak suggests that One UI 8 will be the final major update for select Samsung devices, while the upcoming Galaxy Z Flip 7 is expected to feature the Snapdragon 8 Elite chip in most regions.

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(Source)

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At Computex 2025, the tech industry’s biggest players put forward their boldest visions for the future of artificial intelligence, both at the cloud and at the edge.

But it wasn’t just the usual suspects like Nvidia and Intel grabbing attention. From MediaTek’s AI ambitions to a neuromorphic chip developed by German researchers, this year’s event revealed a diverse and evolving AI silicon landscape.

Here’s a closer look at the most compelling AI chips and architectures introduced at the show.

Nvidia Unveils Grace Blackwell and NVLink Fusion

Nvidia introduced its Grace Blackwell NVL72 architecture at Computex 2025, positioning it as a new standard for high-performance AI computing. The hybrid architecture combines GPUs and CPUs in a tightly fused package and is capable of running trillion-parameter models, real-time inference, and large-scale scientific workloads.

The company also launched NVLink Fusion, a next-generation interconnect designed to enable high-speed chip-to-chip communication. Nvidia confirmed that companies like MediaTek, Qualcomm, and Marvell will adopt NVLink Fusion for building semi-custom AI compute solutions. The move opens Nvidia’s ecosystem to external partners and expands the reach of its AI infrastructure technology.

MediaTek’s Custom AI Ambitions and 2nm Leap

MediaTek announced its plan to tape out its first 2nm chip with TSMC in September 2025. According to the company, the new chip will offer up to 15% better performance and 25% greater power efficiency than current 3nm chips. MediaTek aims to use the new node for both mobile devices and high-performance AI applications.

The company also highlighted its collaboration with Nvidia on the DGX Spark, a compact AI supercomputer for developers. MediaTek contributed a custom 20-core CPU architecture to the system and is using its ASIC expertise to design chips tailored for AI model training and inference. MediaTek’s IP in high-speed I/O, SerDes, and optical interfaces supports this initiative.

Intel Expands AI and GPU Lineup with Arc Pro and Gaudi 3

Intel introduced the Arc Pro B50 and B60 GPUs, designed for AI inference and workstation-grade computing. The B60 GPU includes 24GB of memory, while the B50 version ships with 16GB. Both models support multi-GPU scaling and are optimized for applications in architecture, engineering, and design.

Intel also showcased Project Battlematrix, a workstation-class platform supporting up to eight Arc Pro B60 GPUs and capable of running AI models with up to 150 billion parameters. The platform is based on Intel Xeon processors and targets AI developers and researchers.

In addition, Intel rolled out new deployment options for its Gaudi 3 AI accelerators. The Gaudi 3 PCIe cards support scalable inference in existing data centers, while rack-scale configurations support up to 64 accelerators per rack and 8.2TB of high-bandwidth memory.

TUM Introduces Cloud-Free AI Chip Inspired by the Human Brain

Researchers from the Technical University of Munich (TUM) revealed the AI Pro chip, a neuromorphic processor that does not require cloud connectivity or internet access. The chip performs real-time, on-device inference using a memory-compute integrated architecture. It employs hyperdimensional computing, allowing it to recognize patterns using limited training data.

Professor Hussam Amrouch led the development of the chip, which consumes only 24 microjoules per task, significantly less than conventional AI processors. The AI Pro chip targets specific applications in healthcare, robotics, and autonomous navigation where local processing and data security are essential.

Qualcomm Previews Snapdragon X2 and Teases September Launch

Qualcomm did not launch new chips at Computex but used the stage to confirm the dates for its next major event. The company announced that the annual Snapdragon Summit will take place from September 23 to 25 in Hawaii. Qualcomm is expected to launch the Snapdragon 8 Elite 2 for smartphones and possibly introduce the Snapdragon X2 Elite for Windows laptops.

CEO Cristiano Amon said Qualcomm plans to expand its presence in the PC market, aiming for more than 100 Snapdragon-powered laptop models by next year. He also highlighted the growth of native Arm-compatible apps, claiming that over 1,400 games now run on Snapdragon devices.

The AI Chip Race Isn’t Slowing Down

Between Nvidia’s rack-scale ambition, MediaTek’s 2nm plan, Intel’s workhorse GPUs, and TUM’s sci-fi-like brain chip, Computex 2025 made one thing abundantly clear: the AI chip market isn’t just booming — it’s evolving. Fast.

And the conversation is no longer about which chip is faster. It’s about where those chips live, how they connect, and what new kinds of intelligence they can unlock.

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In a move that could reshape the global semiconductor industry, China’s Semiconductor Manufacturing International Corporation (SMIC) has reportedly pulled off 5nm chip production without using extreme ultraviolet (EUV) lithography.

Instead, SMIC achieved this using older deep ultraviolet (DUV) tools, paired with a highly complex process known as Self-Aligned Quadruple Patterning (SAQP). The breakthrough, detailed in a series of tweets by semiconductor analyst William Huo on X, isn’t just technical; it’s a bold geopolitical signal.

No EUV, No Problem

For years, the prevailing industry consensus was that EUV lithography, produced solely by Dutch company ASML, was indispensable for fabricating chips at 5nm and below. Without access to EUV systems due to export restrictions enforced by the U.S. and its allies, most analysts believed China’s chip ambitions would stall at the 7nm mark.

Instead, SMIC pushed forward using brute-force DUV techniques, squeezing every nanometer out of aging tools. According to Huo, this involved stacking multiple lithography and etching steps, specifically using SAQP, to mimic the precision of EUV. The method is slower, more error-prone, and expensive, but it works.

The result? A working 5nm-class chip, not yet in consumer devices but expected to arrive soon, potentially with the same market-shifting impact as the 7nm-based Kirin 9000S, which powered the Huawei Mate 60 and famously beat the iPhone 15 to offering satellite call support.

Frontline Fab, Not a Knockoff

The SMIC milestone also highlights China’s rapid progress in semiconductor tooling. Huo points to AMEC, now considered competitive with U.S.-based Lam Research in etching equipment, and NAURA, whose wafer cleaning tools rival those of Japan’s TEL. These firms were once seen as playing catch-up. Now they’re part of a parallel, self-reliant semiconductor supply chain.

“This isn’t just duplication,” Huo emphasized. “These are frontline fabs.” China is no longer imitating—it’s iterating on its own terms, with its own technology stack.

Sanctions Backfire, Huawei Surges

SMIC’s capabilities extend beyond smartphone chips. Huawei recently unveiled its Ascend 920 AI accelerator, reportedly manufactured on SMIC’s 6nm node. While SMIC remains cut off from EUV machines, it leveraged multi-patterning DUV lithography, possibly through its N+3 process, equivalent to 6nm, to produce this chip. The Ascend 920 delivers 900 TFLOPS of performance, a 30% to 40% jump over Huawei’s previous-gen 7nm Ascend 910C, along with 4 TB/s memory bandwidth.

Ironically, U.S. sanctions, specifically those restricting Nvidia’s H20 accelerator shipments to China, have boosted Huawei’s AI business. With Nvidia chips locked behind a strict export license system, many Chinese firms have turned to Huawei’s domestically produced alternatives, which require no such hurdles.

The very policy designed to kneecap Huawei has instead fueled its growth in the domestic AI market. SMIC’s advanced DUV nodes are the silent engine powering this shift.

The Road Ahead: 3nm with DUV?

Every chip SMIC ships under sanctions is a statement of resilience. It proves that cutting China off from EUV didn’t stop progress, it redirected it. While DUV-based 5nm chips may not match the raw performance of TSMC or Samsung’s latest EUV-made nodes, they’re already “good enough” for most modern workloads, including AI, 5G, and high-performance consumer electronics.

There are already whispers that SMIC is experimenting with an even more extreme technique, Self-Aligned Octuple Patterning (SAOP), to push DUV down to 3nm territory. It sounds improbable, but in a world where elegance is increasingly a luxury, China is betting on sheer execution.

If successful, it could permanently redefine assumptions around lithography, tool dependencies, and the geopolitical control of chip supply chains.

Moore’s Law, Rewritten

“Moore’s Law didn’t die,” Huo wrote. “It moved to Shanghai.” Instead of giving up, China is grinding its way forward, layer by layer, pixel by pixel. The future of chips may no longer be written by who holds the best tools, but by who refuses to stop building.

The rules are changing. And DUV just lit the fuse.

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After stepping back from chip development in the past, Xiaomi is reportedly preparing for a renewed push into the in-house System on Chip (SoC) space. A recent leak has offered a closer look at what could be the company’s next attempt at building its own smartphone processor.

Despite earlier rumors hinting at a cutting-edge 3nm design, tipster Fixed Focus Digital (via Jukanlosreve on X) claims that Xiaomi’s first Arm v9-based chip will instead use TSMC’s N4P node. This more mature and cost-effective process suggests that Xiaomi is aiming for a balanced approach, focusing on both performance and production efficiency as it makes a serious return to chipmaking.

The leaked specs point to an octa-core CPU configuration in a 1+3+4 setup. It includes one high-performance Cortex X925 core clocked at 3.2GHz, three Cortex A725 cores at 2.6GHz, and four power-efficient Cortex A520 cores running at 2.0GHz. While this doesn’t signal flagship-level power, it appears well-positioned for upper mid-range devices, possibly debuting in the rumored Xiaomi 15S, expected in 2025.

On the graphics side, the SoC is said to feature an Imagination Technologies IMG DXT72 GPU running at 1.3GHz. Surprisingly, early estimates suggest it could even outperform the Adreno 740 found in the Snapdragon 8 Gen 2, indicating solid graphics potential.

Xiaomi is also expected to integrate its own Image Signal Processor (ISP), while other components like the 5G modem and DSP may be sourced from MediaTek, Synopsys, or even Huawei, depending on availability and geopolitical factors.

Developing an in-house SoC aligns with Xiaomi’s broader objective to reduce reliance on third-party chipmakers like Qualcomm and MediaTek. This move not only offers greater control over hardware-software integration but also positions Xiaomi to better manage supply chain dynamics and production costs. However, the geopolitical landscape, particularly U.S. export controls, could influence Xiaomi’s access to advanced manufacturing processes, potentially impacting production timelines and capabilities.

As the anticipated launch approaches, more detailed information is expected to emerge, providing further insights into Xiaomi’s strategic direction and the potential impact of its custom SoC on the smartphone market.

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Samsung has just launched its Galaxy S25 series globally, featuring the powerful Snapdragon 8 Elite chipset. Last year, the company faced significant challenges in maintaining a seamless chipset manufacturing process. Issues in both organizational structure and fabrication led to speculation that Samsung might shut down its flagship chipset division entirely.

However, the company managed to recover, and rumors about its upcoming Exynos 2500 chipset have been circulating since last year. Initially, there were reports that Samsung intended to use this chipset in the S25 series, but production yield issues prevented this.

Exynos 2500 Chipset Details

Later, leaks suggested that Samsung plans to debut the Exynos 2500 in the upcoming Galaxy Z Flip 7. This information was supported by a series of leaks in December 2024. Now, a tipster named Jukanlosreve has shared further details on X (formerly Twitter), revealing the architecture and key specifications of the chipset.

According to the leak, the Exynos 2500 will feature a 10-core CPU, similar to the Exynos 2400 but with a new 1+2+5+2 configuration. The CPU will include one Cortex-X925 core clocked at 3.3GHz for peak performance, two Cortex-A725 cores running at 2.75GHz for demanding tasks, five Cortex-A725 cores at 2.36GHz for balanced performance, and two Cortex-A520 cores at 1.8GHz to maximize energy efficiency.

The chipset will also integrate Samsung’s new Xclipse 950 GPU, based on AMD’s RDNA3.5 architecture. This GPU features eight custom Work Group Processors running at 1.3GHz, promising significant improvements in graphics and computing performance.

Samsung is pairing this chipset with high-performance memory and storage solutions, including 9.6Gbps quad-channel LPDDR5X memory and UFS 4.x storage for ultra-fast data access. The Exynos 2500 will also include an NPU capable of 56 TOPS, support for a 320MP ISP, and the ability to record 8K videos at 60fps. However, the Galaxy Z Flip 7 is unlikely to feature such high-resolution cameras.

Expected to launch in late 2025, the Galaxy Z Flip 7 is positioned as a flagship testbed for Samsung’s 3nm GAA manufacturing process. With a limited production run of just 3 million units, the foldable device will serve as a proving ground for Samsung Foundry’s advanced node capabilities. If successful, the Exynos 2500 could mark a significant resurgence for Samsung in the premium chipset market. Whether it can compete with the Dimensity 9400 or Snapdragon 8 Elite remains to be seen.

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(Via)

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TSMC has officially commenced mass production of advanced 4nm chips at its Fab 21 facility in Arizona, marking a pivotal milestone in the U.S. semiconductor industry. Confirmed by CEO C.C. Wei during TSMC’s recent earnings call, the facility began high-volume manufacturing in Q4 2024, utilizing the N4P process technology with yields comparable to TSMC’s Taiwan operations.

TSMC’s Advanced 4nm Production Begins in Arizona

This achievement shows TSMC’s ability to deliver cutting-edge manufacturing quality outside its home base. However, chips produced at the Arizona fab are priced higher than those made in Taiwan due to factors such as elevated depreciation costs, a smaller production scale, an underdeveloped local ecosystem, and the added expense of shipping chips back to Asia for packaging. Wei highlighted the “geographic flexibility” offered by U.S.-produced chips, which customers reportedly value despite the premium pricing.

The Arizona facility, part of TSMC’s $65 billion investment in U.S. production, currently operates Phase 1A with a production capacity of approximately 10,000 wafers per month. Reports suggest Apple, AMD, and Nvidia are among the first customers, with Apple testing its A16 Bionic chip for iPhones and S9 processors for Apple Watches, manufactured at the Arizona site.

TSMC plans to expand its presence further, with Phase 1B expected to boost capacity by 14,000 wafers per month later this year. The company also aims to bring its 2nm process to Arizona by 2028, with a third fab planned for completion by 2030.

These developments align with the objectives of the U.S. Chips and Science Act, which seeks to localize semiconductor manufacturing. While chip packaging will remain reliant on Taiwan until Amkor’s U.S. packaging plant becomes operational, TSMC’s investment in Arizona reflects a shift toward strengthening advanced chip supply chains in the U.S.

The U.S. and Netherlands have tightened export controls to limit China’s access to advanced semiconductors and AI technology, citing national security concerns. This move targets companies like Nvidia, TSMC, and ASML, imposing stricter licensing requirements and increased oversight to prevent cutting-edge technologies from reaching China.

Meanwhile, according to reports, TSMC has reportedly declined a deal to manufacture Samsung’s Exynos chips, possibly due to concerns over technology sharing with System LSI and commitments to key clients like Apple and Qualcomm. Samsung is also grappling with 3nm production challenges, affecting its Exynos roadmap and device plans.

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Huawei‘s highly anticipated Kirin PC chip, designed specifically for laptops, may face a pushback in its launch timeline. While many enthusiasts were expecting the chip to make its debut this year, recent rumors suggest a potential delay until the first quarter of 2025.

What’s Holding Back Huawei’s Kirin PC?

This delay seems to be influenced by Huawei’s packed launch schedule for the remainder of 2024. With several major product releases, including the Nova 13 series, MatePad tablets, Hi Notebook, HarmonyOS Next beta, Mate 70 series, and Mate X6, it appears that the company is prioritizing these launches and strategically saving the Kirin PC for a more impactful debut.

The Kirin PC chip is expected to offer a significant upgrade for Huawei laptops. Inspired by Apple’s M-series architecture, it promises to deliver enhanced performance and efficiency through a unified design incorporating DRAMs and SoCs. Additionally, the chip is anticipated to feature advanced AI capabilities, improving the overall user experience.

Thermal management is another crucial aspect that Huawei may be focusing on. While being the first self-developed laptop chip, it might initially face some challenges in power efficiency compared to their mobile counterparts. However, the company is likely working to address these issues and optimize the chip’s performance over time.

The potential delay of the Kirin PC chip might be a strategic move by Huawei to ensure that the product is polished and ready to compete effectively in the market. By taking extra time for development and refinement, the company can aim to deliver a truly exceptional product that meets the high expectations of consumers.

As we eagerly await more details about the Kirin PC chip, it’s clear that Huawei is making significant strides in expanding its product portfolio and solidifying its position in the tech industry. The chip’s eventual release will undoubtedly be a major milestone for the company and could potentially reshape the landscape of laptop computing.

(Via)

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Samsung has officially confirmed the development of its next-generation Exynos 2500 chipset, built on a cutting-edge 3nm process.

The announcement came during the company’s recent earnings call, where it highlighted the System LSI division’s commitment to ensuring a stable supply of this flagship chip for upcoming high-end devices.

The upcoming Galaxy S25 series is expected to be the primary beneficiary of the Exynos 2500. Building on the success of its first 3nm chip, the Exynos W1000, Samsung is confident that the Exynos 2500 will deliver exceptional performance and efficiency thanks to its second-generation GAA process.

While specific details about the Exynos 2500’s architecture remain under wraps, early reports suggest a powerful 10-core CPU configuration and a high-performance GPU based on AMD’s RDNA3 architecture. Samsung is also reportedly focusing on significantly improving the chip’s energy efficiency to compete directly with Qualcomm’s Snapdragon series.

With the Exynos 2500, Samsung appears determined to reclaim its position as a leading chipset manufacturer. If the company can deliver on its promises of improved performance, efficiency, and overall user experience, the Exynos 2500 could mark a turning point for Samsung’s mobile division. As we approach the Galaxy S25 launch, more details about the Exynos 2500 are expected to emerge.

Meanwhile, Samsung reported strong revenue of 74.07 trillion KRW ($53.45 billion), driven by robust sales in memory and OLED displays. The company is focused on expanding its AI server memory products and continuing investments in sustainability and innovation.

(Via)

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In a surprising move, Huawei has lifted its embargo on chipset information for recently released phones. This means consumers can finally learn what processors power their Mate 60, Mate X5, and Pura 70 series devices.

Previously, Huawei remained tight-lipped about the specific chipsets used in these phones, launched last September and May respectively. On Weibo, tipster “Adak is a wolf” revealed that Huawei’s frontline sales staff are now authorized to disclose processor details.

Huawei Lifts Chip Embargo, Now Discloses Processor Details

Chinese media outlet IT Home then visited a Huawei flagship store and confirmed with staff that the Mate 60 and Mate X5 series run on the Kirin 9000S series processors, while the Pura 70 Pro/Ultra boasts the Kirin 9010 chip.

Interestingly, several of Huawei’s recently launched overseas products, including the MatePad SE 11″, MatePad Pro 13.2″, and Nova Y62/Plus phones, do reveal their processor models on the official website.

The reason behind the earlier secrecy is likely linked to ongoing US sanctions. Huawei faces scrutiny for its advanced chip manufacturing capabilities, and withholding chip details might have been a strategy to lessen pressure.

This newfound transparency suggests a shift in Huawei’s sales approach, potentially leading to clearer communication in future product releases. While specific processor models are now available, details remain limited. In-store staff can only share basic information like the chipset family and generation. Additionally, the phone settings themselves will not display the specific processor model.

Huawei is working on its next flagship model which is touted to compete with the upcoming iPhone 16 series. The Mate 70 series, expected in Q4 2024, will feature an upgraded Kirin chipset with AI-based capabilities, improved imaging, and support for satellite communication. The series will run on the HarmonyOS Next operating system and retain 1.5K resolution displays.

(Via)

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Chinese smartphone giants Xiaomi and Unisoc are reportedly making strides towards developing their own 4nm mobile processors, potentially reducing reliance on foreign chipmakers like Qualcomm and MediaTek. This news comes as China pushes for greater self-sufficiency in the semiconductor industry, backed by strong government support.

According to Liberty Times and Commercial Times, both Xiaomi and Unisoc have successfully completed the “tape-out” process for their domestic 4nm chips. This signifies a significant milestone in the development cycle, where the design is finalized and sent to a foundry for manufacturing. However, the reports clarify that these chips utilize foreign intellectual property (IP) cores from ARM and IMG.

Xiaomi has emerged as a major force in smartphone production, ranking third globally behind Apple and Samsung in Q1 2024. Their ambitions extend beyond phones, with rumors suggesting a competitive 4nm chip to rival Huawei’s Kirin 9000s, potentially launching later this year.

The Kirin chip is based on a 7nm process by SMIC, another major Chinese chipmaker. Xiaomi’s past collaborations with Qualcomm position them well for long-term success in the chip development arena.

On the other hand, Unisoc, a Shanghai-based fabless chip designer specializing in mobile communication and connectivity technologies, is also reportedly on the 4nm bandwagon. Their chip is said to have already completed the tape-out stage and achieved performance comparable to Qualcomm’s Snapdragon 888.

However, analysts caution that widespread adoption of domestically produced 4nm SoCs in Chinese smartphones might not happen until 2026. Currently, established players like MediaTek and Qualcomm hold a dominant position in the Chinese market.

This advancement may mark a pivotal moment for China’s semiconductor industry. Led by Huawei, and now with Xiaomi and Unisoc also entering the arena, domestic chipmakers are poised to potentially challenge international competitors. This shift could diminish China’s dependence on foreign technology, while also promoting innovation and competition globally within the semiconductor sector.

(Via)

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Despite US restrictions on supplying advanced chip technology to China, Huawei managed to develop a more powerful chip for its Mate 60 Pro smartphone using technology from US companies.

An earlier report mentioned SMIC using ASML’s tech in the past

Reports from Bloomberg indicate Huawei, along with its chip manufacturing partner SMIC, utilized technology from California-based Applied Materials and Lam Research to create a 7-nanometer chip. While not the most cutting-edge chip available, it surpasses what the US intended for its competitor in the ongoing chip war. This news comes after a previous Bloomberg report in October 2023 mentioned SMIC using technology from Dutch company ASML for another advanced Huawei chip.

Crucially, SMIC reportedly acquired the US technology before the US Department of Commerce implemented a ban in October 2022. This ban restricted US companies from supplying advanced chipmaking equipment and chips to Chinese firms. Further US restrictions in November 2022 prohibited the approval of equipment sales to Huawei and other Chinese companies, citing national security concerns.

While the US Commerce Department hasn’t found evidence of SMIC mass-producing these advanced chips, Huawei enjoyed strong initial demand for its Mate 60 series in the first six weeks of 2024. During this same period, Apple‘s iPhone sales in China dropped a significant 24% year-over-year, though overall smartphone sales in China fell by 7%.

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Qualcomm is gearing up to launch the Snapdragon 7+ Gen 3 processor, offering a significant performance leap over its predecessor. Renowned tech leaker Digital Chat Station revealed key details about the upcoming chip, including its impressive clock speeds and architecture.

Snapdragon 7+ Gen 3 Specifications (Leaked)

According to the leak, the upcoming chip, codenamed SM7675, will boast a Cortex-X4 prime core clocked at a staggering 2.9GHz. This frequency bump from the previously reported 2.8GHz signifies Qualcomm’s intent to push the boundaries of the mid-range segment.

This impressive clock speed matches the prime core of the flagship Snapdragon 8 Gen 3, suggesting the 7+ Gen 3 could offer performance close to high-end processors. This is further bolstered by the chip’s architecture, which reportedly mirrors the Snapdragon 8 Gen 3, featuring a “1+4+3” core configuration. The four A720 middle cores are expected to run at 2.6GHz, while the three A520 efficient cores are likely clocked at 1.9GHz. In terms of GPU, it will feature Adreno 732 GPU, promising enhanced graphics performance.

This leak aligns with previous information about the OnePlus Ace 3V. Earlier rumors suggested this phone would pack the SM7675 chip, hinting at its potential to be the first device to showcase the power of the Snapdragon 7+ Gen 3. The Ace 3V is also expected to boast a flat OLED 1.5K 8T LTPO display with a 120Hz refresh rate, 16GB of RAM, a 5500mAh battery, and support for 100W fast charging, making it a well-rounded contender in the mid-range market.

Qualcomm unveiled the Snapdragon 7 Gen 3 processor last year, but it fell short in terms of power compared to its predecessor, the Snapdragon 7+ Gen 2. The latter utilized a “1+3+4” architecture, including a high-performance ARM Cortex-X2 core (up to 2.91 GHz), three mid-range ARM Cortex-A710 cores (up to 2.49 GHz), and four efficient ARM Cortex-A510 cores (up to 1.8 GHz).

The leak further suggests that the SM7675 might not be the only chip based on this architecture. Rumors point towards another chip, codenamed SM8635, potentially being a different frequency version of the SM7675. This aligns with previous statements from Ice Universe, a prominent tech leaker, who claimed that Qualcomm would release these chips in March 2024. Both chips, codenamed “Cliffs” internally at Qualcomm, are said to inherit the architecture of the Snapdragon 8 Gen 3, offering a wider range of options for manufacturers.

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Recently, a new Qualcomm chip, identified as model number Qualcomm ZH-WXX and thought to be the Snapdragon X Elite, made an appearance on the Geekbench benchmarking platform. This chip showcased impressive performance metrics with a single-core score of 2574 and a multi-core score of 12562. It was tested on a device operating on Microsoft Windows 11, equipped with a 12-core CPU at 4.01 GHz, and 32GB of RAM.

In October 2023, Qualcomm introduced the Snapdragon X Elite, which features the custom-designed Qualcomm Oryon CPU. The chip is built on a TSMC’s 4nm process node, featuring 12 cores and 64-bit architecture. It boasts a base clock speed of 3.8GHz, with the capability to reach up to 4.3GHz in dual-core turbo frequency.

The company positions this CPU as a trailblazer in mobile computing, claiming it delivers up to twice the CPU performance of its competitors. It achieves this heightened level of performance at peak power while consuming only a third of the energy.

The standout feature of the Snapdragon X Elite is its AI processing capabilities. It is said to be 4.5 times faster in AI processing compared to its rivals, capable of handling complex AI models with over 13 billion parameters directly on the device. This capability enables a smoother user experience, enhancing multitasking and offering intuitive features like AI-powered assistants and advanced video conferencing tools.

The company has made strong claims about the X Elite’s performance, stating it surpasses the Apple M2 Max and Intel Core i7-1355U in single-threaded performance metrics. According to Qualcomm, the X Elite not only outperforms the M2 Max in single-threaded tasks but also achieves peak performance with 30% lower power consumption. In multi-core tasks, it’s said to be 50% faster than the M2.

Major PC manufacturers such as Dell, Acer, Honor, HP, Lenovo, Samsung, and ASUS are anticipated to release laptops featuring the Snapdragon X Elite starting in mid-2024. Even Xiaomi is reportedly preparing to unveil a new slim laptop, likely from the Redmi G Pro 2024 series, featuring this chip.

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MediaTek is poised to make strides in the flagship chip market with the forthcoming Dimensity 9400. Leaked details indicate the chip aims for notable performance upgrades compared to its predecessor, the Dimensity 9300, potentially challenging Qualcomm’s stronghold in the high-end segment. The chipset is expected to launch in the fourth quarter of this year.

Dimensity 9400 Will Feature Immortalis G9xx Series GPU

Renowned tipster Digital Chat Station has shared intriguing details about the chipset. He reports that the Dimensity 9400 has achieved a Geekbench 6 single-core score of 2700, which is a notable 19.3% increase over the Dimensity 9300. Furthermore, its multi-core score reaches 9800, marking a 24.7% improvement. The GPU, equipped with the Immortalis G9xx series, is expected to deliver a framerate of 110fps in the GFXBench Aztec Ruins test at 1440p resolution, an 11.1% improvement from the previous generation’s 99fps.

Leaks suggest MediaTek will continue to rely on ARM’s CPU and GPU architectures this year. The Dimensity 9400 will benefit from TSMC’s advanced 3nm manufacturing process, promising a 32% boost in power efficiency. Its CPU setup is planned to include one Cortex-X5 prime core, three Cortex-X4 prime cores, and four Cortex-A720 performance cores—a step up from the Dimensity 9300’s configuration, which was built on a 4nm process.

The chipset is also expected to support advanced memory and AI processing technologies. It will support LPDDR5T RAM, which is crucial for enhancing on-device AI capabilities, potentially outperforming the Dimensity 9300’s 33 billion parameter large language model.

Despite these advancements, MediaTek‘s new chip still faces tough competition, particularly from the upcoming Snapdragon 8 Gen 4. Initial Geekbench comparisons suggest that while the Dimensity 9400 shows considerable improvements, it may not fully surpass the performance benchmarks of its rivals.

Concerns have also been raised about the power consumption and performance of the Cortex-X5 core at different clock speeds. MediaTek is expected to address these issues to find the perfect balance between power and efficiency, ensuring the Dimensity 9400 achieves its full potential.

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The landscape of the global semiconductor industry is seeing a mix of competition and cooperation, as illustrated by the recent China International Import Expo (CIIE) in Shanghai. Amid a backdrop of heightened chip rivalry and trade tensions, particularly between the U.S. and China, this expo has become a hotspot for demonstrating commitment and technological prowess.

China’s government is pushing hard for chip self-sufficiency

At the CIIE, heavyweights like Micron, ASML, and Samsung have marked their territory, showcasing their latest advancements and securing their foothold in the Chinese market. These displays come at a time when the Chinese government is pushing hard for chip self-sufficiency, a move prompted by international trade challenges.

Interestingly, while some like Micron and Samsung are making bold appearances despite facing sales bans and restrictions, others like Nvidia have opted out, maintaining a conspicuous absence. This reflects a strategic dance where companies must balance their global market aspirations with the regulatory tightrope of international trade policies.

Micron’s presence, in particular, signals a possible thawing of tensions with Beijing, as the company deployed a significant team to the expo despite past security review setbacks. This points to the intricate relationship businesses have with politics, where economic interests often lead to softened stances and renewed dialogue.

ASML and Samsung also used the expo to assert their influence and technological edge. Samsung’s introduction of its advanced 3-nanometre chip technology contrasts with its China-based plants’ focus on more mature-node chips, highlighting the complex interplay between innovation and production strategies.

AMD‘s focus on AI solutions and its declaration of AI as a strategic priority showcases the industry’s pivot towards future technologies. However, the absence of companies like Nvidia underlines the reality that the tech industry’s future is not just about innovation but also about navigating the geopolitical chessboard.

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(Via)

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In a recent announcement at the 2023 Snapdragon Technology Summit in Hawaii, Qualcomm introduced the Snapdragon X Elite processor, aiming at the ultra-thin laptop segment. This new chipset is poised to compete with Apple’s M-series, Intel Core, and AMD Ryzen, with Qualcomm highlighting its advantages in performance and energy efficiency. At the summit, the company also announced their latest flagship mobile chip Snapdragon 8 Gen 3.

Snapdragon X Elite Laptops Expected to Hit the Market in Mid-2024

The first wave of laptops powered by the Snapdragon X Elite is set to hit the market in mid-2024. Nine major PC manufacturers will integrate this chip into their products, including Acer, Asus, Dell, HP, Honor, Lenovo, Microsoft Surface, Samsung, and Xiaomi. Qualcomm’s supply chain for these laptops will be supported by manufacturing partners Compal, Quanta, Wistron, and Inventec, with display panels sourced from AU Optronics and BOE.

While Qualcomm showcased prototypes at the summit, detailed benchmark scores remain undisclosed. However, the chipset’s specifications are notable:

CPU: Qualcomm’s Oryon CPU with 64-bit architecture has 12 cores, clocking up to 3.8 GHz with boosts up to 4.3 GHz.

GPU: The Adreno GPU supports DX12 and delivers 4.6 TFLOPs.

Memory: It utilizes LPDDR5x with a speed of 8533 MT/s, supporting up to 64GB and 136 GB/s bandwidth across 8 channels.

Connectivity: The processor features Snapdragon X65 5G modem with speeds up to 10 Gbps, Wi-Fi 7, and Bluetooth 5.4.

Other Features: The Snapdragon X Elite supports up to UHD 120Hz displays, HDR10, AV1 encoding, 4K HDR video decoding, and Snapdragon Sound Tech Suite for lossless audio. Furthermore, it promises robust “enterprise-grade” security.

Qualcomm CEO, Cristiano Amon, mentioned its superior single-threaded performance relative to Apple’s 12-core M2 Max and Intel’s 14-core Core i7-1355U. Additionally, Qualcomm asserts that the X Elite reaches its peak performance with a 30% reduction in power consumption compared to its competitors.

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As tensions rise between China and Taiwan, some equity investors are rethinking their commitment to Taiwan Semiconductor Manufacturing Co (TSMC), the world’s top contract chipmaker. Names like Martin Currie’s Zehrid Osmani and Shelton Capital Management’s Bruce Kahn have reduced or sold off their TSMC stakes in recent months. Instead, they are moving towards ASML Holding, an essential supplier to TSMC.

TSMC’s stock surged by 22% this year, which seems counterintuitive

This shift in investment behavior seems counterintuitive, given that TSMC’s stock surged by 22% this year, outpacing ASML’s near 10% gain. Nonetheless, the underlying factor for this is heightened geopolitical volatility surrounding Taiwan, a region of vital interest in the U.S.-China dynamics. Investors like Warren Buffett, for instance, find the risk of a geopolitical flare-up outweighing TSMC’s market prowess.

ASML Holding, based in the Netherlands, is an appealing alternative. The company manufactures lithography machines crucial in chip production and has a diversified client list featuring industry giants like Intel and Samsung. According to David Allen of Plato Investment Management, ASML stands as a more geopolitically insulated choice, offering an “investor safe haven” of sorts.

This investor sentiment suggests a disconnect between market valuations and geopolitical risks. Bruce Kahn opines that current market valuations of TSMC do not adequately factor in the geopolitical tensions, drawing parallels to the investor unpreparedness seen during Russia’s invasion of Ukraine.

The pivot toward ASML is not without its hurdles. The company saw a slump in orders in the last quarter, while TSMC exceeded quarterly sales expectations. Both remain vulnerable to the ongoing U.S.-China chip feud. Still, ASML stands to gain from TSMC’s expanding global footprint, particularly in Germany and the U.S., which will require more of ASML’s equipment.

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Despite facing extensive trade sanctions, Huawei Technologies has stunned the market by rolling out its new Mate 60 Pro 5G smartphone series. Only a few months ago, Huawei’s deputy chairman Eric Xu Zhijun dismissed the idea of a new 5G release, citing the need for U.S. Department of Commerce approval for 5G chips. However, the company surprised many with a pre-sale campaign for the Mate 60 Pro and Mate 60 Pro+ in late August, quietly reigniting its presence in the 5G smartphone market.

The chips appear to be fabricated through restriction-friendly techniques

The new 5G handsets come with a central processing unit (CPU) shrouded in secrecy, believed to be the Kirin 9000s. Both Huawei and the mainland chipmaker SMIC have been tight-lipped about the system-on-a-chip (SoC) used. This secrecy has fueled speculation and debate on how Huawei managed to produce these chips, especially under stringent U.S. sanctions. The chips are suspected to have been fabricated through techniques that bypass the restrictions, a theory that if confirmed, could prove a violation of U.S. sanctions.

While the launch of Huawei’s new phones stirred nationalist pride on Chinese social media platforms, it also ignited a discourse on the limitations of trade sanctions in curbing technological growth. The smartphones’ success challenges the efficacy of U.S. trade sanctions, as analysts indicate that Huawei has already exceeded its shipment targets. Many wonder how this resurgence will affect competitors like Apple and other Android flagship models, putting additional pressure on the smartphone industry in a bit of a slump.

Huawei’s rebound isn’t merely a win for the company; it poses questions about the effectiveness of trade sanctions as a tool for technological containment. If a company under such restrictions can innovate its way around them, it provokes a reconsideration of how trade policies are enacted and enforced. Meanwhile, Huawei’s ability to sustain this momentum hinges on a stable supply of key components and overcoming U.S.-imposed limitations on its supply chain.

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TSMC, the powerhouse behind Apple’s 3nm A17 Pro chips, is reportedly facing a hurdle in its next step toward chip miniaturization. A recent report suggests that the chip foundry’s highly anticipated 2nm chips might be delayed until 2026, despite initial promises of a 2025 launch.

Samsung also plans to launch its 2nm chips in 2025

The move to 2nm is crucial for TSMC as it plans to transition from FinFET transistors to Gate-all-around (GAA) technology, aiming for lower energy consumption and better performance. This innovation will make TSMC competitive against Samsung Foundry, which already uses GAA in its 3nm node.

However, the delay could give its rivals a head start. Intel, which plans to introduce its Power Via technology next year, could potentially take process leadership by 2025 with its 18A node (1.8nm). Meanwhile, Samsung Foundry is on track to launch its 2nm chips in 2025 and even has plans to begin 1.4nm production in 2027.

One of the reasons for TSMC’s delay is said to be the slowdown in the semiconductor market, affecting the construction timeline of a vital facility in Hsinchu Baosha, Taiwan. TSMC has denied the accuracy of these reports, likely feeling the pressure as competitors ramp up their plans.

While TSMC had a smooth ride with the introduction of 3nm chips, mainly thanks to a sweetheart deal with Apple, this delay could potentially change the dynamics of the chip market. TSMC needs to catch up, and fast, to stay in the race with Samsung and Intel, who are not showing signs of slowing down. This delay may mold the chip industry a bit, redistributing the power balance among TSMC, Intel, and Samsung. As for consumers, any delays in TSMC’s 2nm chip production could influence the specs of future tech gadgets, from smartphones to autonomous vehicles

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(Via)

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MediaTek, collaborating with TSMC, announces the successful tape-out of its first 3nm Dimensity chipset, developed using TSMC’s 3nm process. Mass production of the chip starts next year, with the launch scheduled for the second half of 2024.

Performance Breakthrough: The Power of the 3nm Process

TSMC’s 3nm process technology offers notable advantages compared to its 5nm predecessor. It delivers around a 60% increase in logic density and provides an 18% speed boost at constant power or a 32% reduction in power consumption with the same performance. This technology targets high-performance computing and mobile applications, aiming to enhance performance, power efficiency, and yield.

MediaTek plans to incorporate this chip into various devices such as smartphones, tablets, and smart vehicles. This strategic move places MediaTek at the forefront of chip manufacturing, as the industry competition to adopt the 3nm process intensifies.

There are speculations suggesting that Apple might be an early adopter of TSMC’s 3nm production capacity, potentially using it for their upcoming A17 chip later this year. In contrast, accurate details about Qualcomm’s 3nm technology are limited as of now. When Qualcomm eventually launches its 3nm chip, it is expected to trigger a competitive rivalry with MediaTek.

Joe Chen, MediaTek’s President, praised the partnership with TSMC for its exceptional manufacturing capabilities. He expressed that this collaboration will enable MediaTek to demonstrate its advanced design in flagship chipsets, aiming to offer high-quality solutions to their global customers and enhance the user experience in the flagship market.

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In a world driven by technology, the sudden cut in prices by TSMC, a global leader in semiconductor manufacturing, has taken the industry by surprise. This article explores the impact of this decision, the reasons behind it, and what it means for both the company and its customers.

The first quarter saw a mild increase in revenue, but it dipped in the following quarter

TSMC, known for catering to giants like Apple, Qualcomm, and Huawei, initially planned to increase quotations for advanced manufacturing processes by 2024. But in a turn of events, they reduced the foundry price of 8-inch wafers by up to 30% last week. The reason? Lackluster demand.

This reduction in prices may come as a boon for tech companies, especially those in the automotive chip sector. TSMC’s lower quotations may translate to more affordable products for end consumers. But for TSMC, this might be a double-edged sword.

The company’s financial reports showcase a mixed picture. While the first quarter of the year showed a modest increase in revenue, the second quarter witnessed a dip in both revenue and net profit, marking the smallest quarterly increase in nearly four years.

Despite these challenges, TSMC’s decision to lower prices is a reminder that the market is ever-changing. While the immediate future might seem uncertain, this could be a strategic move by TSMC to retain its customer base and adapt to a new market reality.

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In a recent revelation, Apple has been reported to be working tirelessly on chipsets, although they won’t be due for release until 2025. The A19 Bionic and M5 chips are not just another set of silicon in development. They stand as a testament to Apple’s forward-thinking approach and innovation that has consistently set it apart from competitors.

Even though the A17 Bionic sounds promising, the real eyes are set on the A19 Bionic

Apple’s development roadmap doesn’t just stop at the next launch. It extends years into the future, ensuring that the company remains at the cutting edge of technology. The A19 Bionic and M5 chips, revealed through CPU IDs by @_orangera1n on X, show that planning and development for these chips are well underway, even before the upcoming A17 Bionic and M3 have reached consumers’ hands.

The new chips, including variations such as ‘Pro,’ ‘Max,’ and ‘Ultra,’ signify Apple’s dedication to providing options tailored to different consumer needs. It’s an astonishing, yet not uncommon practice among technology giants. But what sets Apple apart is its ability to turn these futuristic ideas into tangible products.

But innovation doesn’t come without challenges. While some chips may successfully undergo mass production, others might not see the light of day. The development of the A19 Bionic and M5 is a complex process, and mass production could present unforeseen difficulties.

The speculation surrounding TSMC’s 2nm process for the A19 Bionic and M5 chips indicates that Apple is pushing the boundaries of what’s possible in silicon design. But let’s not forget the imminent A17 Bionic and M3, which promise exciting advancements on their own.

Apple’s long-term planning for its chips is not just a business strategy. It’s a visionary approach that resonates with its commitment to innovation and excellence. While the excitement for future releases is well warranted, consumers should also look forward to the immediate future, as Apple continues to lead in technology, one chip at a time.

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Qualcomm is a name synonymous with innovation in the technology industry. Based in San Diego, this company is known for its semiconductors and software, particularly the development and marketing of wireless telecommunications products and services. One of their standout products has been the Snapdragon series of chipsets, widely recognized for their performance and efficiency.

The Dimensity 9300 Chipset is gearing up to compete against the Snapdragon 8 Gen 3

Recently, Qualcomm put its partners, including Samsung, in a challenging position by allegedly charging $160 for the Snapdragon 8 Gen 2. This new price point makes it more expensive than Apple’s A16 Bionic. As rumors surround the impending launch of the Snapdragon 8 Gen 3, concerns grow that it might be even pricier.

Switching to TSMC’s 4nm N4P process for the Snapdragon 8 Gen 3 isn’t a cheap affair. Qualcomm’s prior reliance on Samsung’s foundry for the Snapdragon 8 Gen 1 led to various drawbacks and criticism. Now, inside sources like Digital Chat Station claim that the upcoming Snapdragon 8 Gen 3 will be more costly, leaving partners with hard choices.

Faced with increasing costs, some manufacturers may either downgrade to the Snapdragon 8 Gen 2 or turn to MediaTek’s Dimensity range, especially the Dimensity 9300. MediaTek might charge less for its flagship silicon, potentially attracting more business.

Yet, challenging Qualcomm’s market presence is no simple task. The Snapdragon brand carries considerable weight. However, the Dimensity 9300 does present an advantage with its support for faster LPDDR5T RAM and a unique CPU configuration that may outperform the Snapdragon 8 Gen 3 in some areas, though likely losing in efficiency.

If Qualcomm charges $200 for the Snapdragon 8 Gen 3, brands like Samsung and Xiaomi may still opt for it to provide their customers with top-tier Android smartphone hardware. The decision might dent their margins, but it reflects the complex nature of the competitive landscape.

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MediaTek is gearing up to launch the Dimensity 9300 chipset, a move that’s drawing attention for its unique all-big-core architecture. According to Digital Chat Station, the chipset is expected to launch in October.

All-Big-Core Architecture Aims to Outperform Apple A17

The tipster also reveals that the chipset will feature an 8-core CPU design consisting of 4 Cortex-X4 and 4 Cortex-A720 cores along with Immortalis G720 GPU. The departure from smaller cores is expected to boost performance and reduce power consumption.

The Dimensity 9300’s Cortex-X4 cores are predicted to offer a 15% performance improvement and a 40% reduction in power consumption. Additionally, the Cortex-A720 cores are expected to achieve a 20% increase in energy efficiency.

Built using TSMC’s N4P process, the Dimensity 9300 aims to outperform Apple’s A17 chip by cutting paper-based power consumption by over 50%. The transition to pure 64-bit processing will likely result in smoother smartphone performance and reduced power usage.

SK Hynix’s LPDDR5T mobile DRAM has demonstrated its capabilities on the Dimensity 9300 platform, achieving speeds of 9.6Gbps – a 13% increase over the previous generation. This advancement could debut in Vivo’s X100 series, potentially enhancing Android performance.

The Dimensity 9300 is set to launch before Qualcomm’s 2023 Snapdragon Summit, where the Snapdragon 8 Gen 3 chipset is anticipated. Rumors suggest that the vivo X100 series might host the global debut of the Dimensity 9300. As the release date approaches, the chipset promises notable smartphone performance and efficiency advancements.

DCS also suggests that Snapdragon 8 Gen 3 will be expensive so some manufacturers might use older Snapdragon 8 Gen 2 or Dimensity platforms in new devices. This way, they can save money while still being efficient.

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As the world of technology keeps steamrolling forward, companies are constantly racing to produce the most advanced and efficient hardware. Apple, in its characteristic trend-setting fashion, is rumored to be launching the 3nm chip this year. Meanwhile, Qualcomm, another significant player in the industry, has decided to align with TSMC’s N4P process for its upcoming Snapdragon 8 Gen 3 release. But there’s talk that Qualcomm is facing some challenges.

If Qualcomm works exclusively with TSMC, they will have to pay more in the long run

Ming-Chi Kuo, an analyst at TF International Securities, shared on Medium that Qualcomm had to lay off 415 workers recently because of low smartphone sales. This setback might be a reason why they’re not going for the more expensive 3nm chip development right now, especially when Apple seems to be leading the way by taking most of the new wafer shipments.

But Qualcomm has other options. They might use TSMC’s cheaper N3E process, another version of the 3nm process. But if they only work with TSMC, they’ll probably have to pay more. That’s why Kuo thinks Qualcomm might start working with Samsung again, using its 3nm tech. Qualcomm has thought about using both TSMC and Samsung before to keep costs down.

Samsung has made some good progress with its 3nm tech, which might attract Qualcomm. In the past, Qualcomm used TSMC’s 4nm process because it was better and gave good results. It makes sense that Qualcomm might be unsure about teaming up with Samsung again, especially with fewer resources now. But they might not have much choice. If smartphone sales go up again, Qualcomm might change its plans.

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A Chinese smuggler has been apprehended by Chinese customs officials with a huge tranche of CPUs, SSDs, and RAM sticks. The cache of tech devices was found during a routine search on the Hong Kong-Zhuhai-Macao bridge. The packages were undeclared in a passenger car this is one of the biggest smuggling busts in recent times.

A Weibo blog post by Chinese Customs provided the optics of the smuggling bust which occurred on August 4. The attention of the customs officers was first aroused when the automated machine inspection flagged abnormal content. A further manual inspection revealed the materials in the undercarriage. An unusual underbody seam structure pointed to a possible stash of items. This subsequently resulted in a large section revealing the meticulously wrapped packages. The package contained 837 CPUs, 10 SSDs, and 900 RAM sticks.

The smuggling of goods from Hong Kong or Macau into the mainland is mainly in pursuit of better profits. Smugglers hope to make better profits on the mainland where 13% VAT is applicable. The estimated value of the huge cache of smuggled items has not been stated, but this could be huge. This is not also an isolated incident of smuggling or failure to declare the import of high-value tech components. The Chinese customs authorities have continued to make recoveries of such nature in varying magnitude.

According to the Weibo report, most smugglers are easily identified through their suspicious behavior. It is unclear what is the fate of the suspected smuggler but he could possibly face a jail term or a fine.

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Japan’s new chip equipment export rules will take effect on July 30, 2023. The new regulation aims to provide controls that prevent advanced chip technology from reaching Beijing. Japan has been a long-term ally of the United States and the rules are in tandem with that of the US.

The new rules require export licenses for semiconductor manufacturing equipment. Twenty-three items have been added to the list. It includes the equipment required to produce circuit patterns (EUV lithography) and test chips. The tightening of export controls in the chip manufacturing industry makes it harder to export advanced chipmaking tools into China.

The move is seen in some quarters as a direct frontal assault against Beijing and a response is expected from China. Some industry experts have hinted that producing cutting-edge semiconductor devices will be more difficult for China in the short and medium term. The new rules are also the aftermath of the US direct call to Japan and the Netherlands for tightening restrictions on advanced semiconductor equipment. Japan and the Netherlands are two of the world’s biggest suppliers of semiconductor manufacturing equipment. The Netherlands has also formulated new restrictions that will kick in this September.

Currently, Japan accounts for up to a third of China’s semiconductor-manufacturing equipment imports. It is China’s leading source of such critical advanced equipment and the new rules expand suppliers’ reporting requirements. There are exemptions however that cover 42 countries and territories. Japanese suppliers may still enjoy a favorable market in China in low-end aspects of the chipmaking industry. China had scaled up its capacity in the production of legacy (older) chips following the US clampdown.

There could be a reciprocal response from Beijing that will hurt aspects of Japan’s growing trade with China. China continues to hit at US suppliers as reprisal for the US action and the Japanese move may also yield a strong response.

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Samsung, a prominent player in the semiconductor industry, is set to start mass production of high-bandwidth memory (HBM) chips for artificial intelligence (AI) applications later this year. The company is determined to close the gap with SK Hynix, a key competitor that currently leads the AI memory semiconductor market.

Market Dynamics: SK Hynix’s Lead and Samsung’s Ambitious Plans

As per reports from Korean media, Samsung plans to start mass-manufacturing HBM chips specifically designed for AI in the second half of 2023. In 2022, SK Hynix commanded approximately 50% of the HBM market, while Samsung held around 40% market share, with Micron accounting for the remaining 10%, according to TrendForce via The Korea Times. It is worth noting that the HBM market represents only about 1% of the entire DRAM segment.

However, with the anticipated growth of the AI market, the demand for HBM solutions is projected to rise. Samsung aims to catch up with SK Hynix by ramping up the production of its HBM3 chips, which boast 16GB and 24GB capacities. These advanced chips utilize a vertical stacking technique to combine multiple DRAM chips and can achieve speeds of up to 6.4Gbps.

While the term “AI” has garnered significant attention, the increasing adoption of AI servers underscores the need for high-bandwidth memory solutions. Samsung’s strategic move to mass-manufacture HBM3 chips aligns with the market’s shifting demands and positions the company to compete effectively in the evolving landscape of AI supercomputing.

With Samsung’s entry into mass production and its commitment to memory semiconductor-centered supercomputers by 2028, the race for dominance in AI memory semiconductors is expected to intensify.

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During its highly anticipated WWDC 2023 event, Apple showcased its newest addition to the M2 series of SoCs—the M2 Ultra. This cutting-edge chipset, manufactured using a second-generation 5-nanometer process, incorporates Apple’s revolutionary UltraFusion technology. By joining two M2 Max chips, the M2 Ultra achieves an impressive doubling of performance.

Unprecedented Speed and Efficiency: Dive into the Specs of Apple’s M2 Ultra Chip

The M2 Ultra boasts an astounding 134 billion transistors, surpassing its predecessor, the M1 Ultra, by 20 billion. Apple’s unified memory architecture takes a giant leap forward, supporting a remarkable capacity of up to 192GB, a significant 50% increase compared to the M1 Ultra. Additionally, it offers a remarkable memory bandwidth of 800GB/s, double that of the M2 Max.

One of the standout features of the M2 Ultra is its 24-Core CPU. This includes 16 next-generation high-performance cores and eight next-generation high-efficiency cores, resulting in a 20% improvement over the M1 Ultra. The GPU on the M2 Ultra is a true powerhouse, providing a 30% increase in performance and the option to configure it with either 60 or 76 cores. Moreover, the Neural Engine has been enhanced with 32 cores, delivering a staggering 31.6 trillion operations per second—a 40% improvement over its predecessor.

Apple has also enhanced the media engine on the M2 Ultra, equipping it with double the capabilities found in the M2 Max. It now includes dedicated, hardware-enabled H.264, HEVC, and ProRes encode and decode capabilities, enabling the M2 Ultra to handle up to 22 streams of 8K ProRes 422 video playback.

Impressively, the M2 Ultra’s display engine can support up to six Pro Display XDRs, offering users the ability to drive more than 100 million pixels. Apple has emphasized its commitment to security by integrating the latest Secure Enclave, along with hardware-verified secure boot and runtime anti-exploitation technologies, ensuring best-in-class security for users.

The M2 Ultra chipset will power the forthcoming Mac Pro and Mac Studio, both set to launch this month. Apple proudly announced that the Mac transition to Apple Silicon is now complete, marking a significant milestone for the company.

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Chinese smartphone brand Honor, formerly a sub-brand of Huawei, has launched a new subsidiary dedicated to chip design. This move comes shortly after rival company Oppo shut down its in-house chip unit and laid off numerous employees. The subsidiary, called Shanghai Honor Intelligent Technology Development Co, was established in Shanghai’s Lingang Free Trade Zone with a registered capital of 100 million yuan ($14 million). It operates under the ownership of Honor Terminal Co.

Honor’s New Chip Design Subsidiary

The primary focus of the new unit includes chip design, sales, related services, and the development of artificial intelligence (AI) application software. Honor has stated that the subsidiary will be one of its five research centers in China, with a particular emphasis on core software, graphics algorithms, communications, and photography. The other research centers are located in Beijing, Shenzhen, Xian, and Nanjing.

Although Honor has not explicitly confirmed whether chip development will be a part of the subsidiary’s activities, this move has garnered significant attention, especially following Oppo’s decision to disband its chip design team and release thousands of engineers. Oppo attributed the decision to uncertainties in the global economy and smartphone market, but speculations regarding non-financial factors, including US-China geopolitical tensions, have surfaced.

In contrast, Xiaomi, another major Chinese smartphone vendor, recently reaffirmed its commitment to chip development, considering it a crucial element of its core business that necessitates long-term investments.

Honor’s CEO, Zhao Ming, has stated that the company’s chip strategy will be determined based on specific requirements. He emphasized that the decision to pursue in-house development or collaborate with external partners will depend on the needs of their products. In March, Honor introduced its first self-developed radio frequency communication chip, the Honor C1, designed to enhance 5G signals. However, the company acknowledges that for more complex system-on-chip designs, collaborations with established suppliers like Qualcomm and MediaTek will be essential.

Established in 2013 by Huawei, Honor has rapidly gained popularity as one of China’s leading smartphone brands. It has expanded its presence to 20 international markets across Southeast Asia, Europe, the Middle East, and Latin America. In November 2020, Honor was sold to a consortium led by the government of Shenzhen, its home city, as a strategic move to evade US trade sanctions that have affected Huawei.

Despite a 14% decline in total smartphone shipments in China due to an economic downturn, Honor managed to increase its shipments by 30% to reach 52.2 million units last year. Consequently, its market share rose from 12% to 18%, trailing only behind Vivo, the sibling brand of Oppo.

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Recent reports suggest that Samsung may partner with Qualcomm to produce Snapdragon 8 Gen 4 chips for select models of the Galaxy S25 series. While some Galaxy S24 phones are expected to feature Samsung’s own Exynos 2400 processor, Samsung could potentially resume using customized Snapdragon chips a year later, with some of these chips being manufactured by Samsung Foundry.

Snapdragon 8 Gen 4: Fabricated by Samsung Foundry for Galaxy S25?

According to insider information shared by tipster Revegnus, the Snapdragon 8 Gen 4 processor will be manufactured using TSMC’s 3nm (N3E) process. On the other hand, the Snapdragon 8 Gen 4 For Galaxy variant is rumored to utilize Samsung Foundry’s 3nm GAP (3GAP) process. This development implies that Samsung Foundry’s 3nm node could potentially rival TSMC’s 3nm process in terms of both performance and efficiency. However, it’s important to note that these details should be taken with caution, as the Galaxy S25 is still two years away, and more concrete information will likely emerge in late 2024.

If the rumors prove accurate, this would mark the first instance in a while where a company employs two different suppliers for the same chip, akin to Apple’s approach with the iPhone 6s‘ A9 processor. In that case, some A9 chips were produced using Samsung’s 14nm process, while others were manufactured using TSMC’s 16nm process. The Samsung-made A9 chip boasted a smaller size, while TSMC’s chips offered slightly better power efficiency.

Furthermore, alongside the Snapdragon 8 Gen 4 For Galaxy chip, Samsung’s highly anticipated Exynos chipset might also make its debut in certain Galaxy S25 devices. Both chips are expected to be produced using Samsung Foundry’s 3nm GAP process and are anticipated to offer similar performance levels. Although there may be slight differences between the two, Samsung will likely strive to minimize these variances, particularly in terms of power consumption.

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MediaTek, a leading semiconductor company, has partnered with Xiaomi to introduce the Dimensity 8200-Ultra mobile platform. This collaboration aims to deliver a high-performance chip that excels in imaging capabilities. Xiaomi’s official Weibo account has confirmed that the first smartphone to feature the Dimensity 8200-Ultra will be the Xiaomi Civi 3.

The Dimensity 8200-Ultra, fabricated on TSMC’s cutting-edge 4nm process, boasts 4 Cortex A78 cores and 4 Cortex A55 cores, resulting in a powerful chipset that achieves an impressive Antutu benchmark score surpassing 900,000 points.

Xiaomi Civi 3’s custom Dimensity 8200-Ultra will focus more on better image processing

The collaboration between MediaTek and Xiaomi leverages the strengths of both companies to optimize the Dimensity 8200-Ultra’s imaging capabilities. Xiaomi is renowned for its expertise in algorithms and imaging technology, as demonstrated by its achievements in various technical aspects of photography. MediaTek, on the other hand, brings its extensive experience and technological expertise to the mobile imaging field.

The Dimensity open architecture facilitates seamless integration between MediaTek’s platform and Xiaomi’s imaging capabilities. Xiaomi’s Imaging Brain, powered by advanced algorithms, has achieved industry recognition and success in areas such as portrait photography, snapshot capturing, and night scenes. To ensure compatibility and efficiency, Xiaomi has created a cross-platform intermediate layer that enables easy adaptation of the Imaging Brain to the Dimensity mobile platform, streamlining the adaptation process for future updates.

The collaboration also focuses on operator implementation acceleration, which involves enhancing and accelerating more than 30 operators of Xiaomi’s Imaging Brain on the Dimensity 8200-Ultra. This optimization allows Xiaomi’s Imaging Brain to leverage the full potential of the chip, resulting in excellent image processing effects, improved performance, and enhanced power efficiency. The integration of Xiaomi’s Imaging Brain framework brings 38 imaging functions to the Dimensity mobile platform for the first time, delivering optimized speed and power consumption compared to previous devices, with a notable 235% increase in burst speed.

Chen Junhong, Vice General Manager of MediaTek’s Wireless Communication Business Unit, expressed his excitement about the upcoming smartphone, stating that it will amaze consumers with its sleek design, impressive performance, and exceptional imaging capabilities.

By collaborating closely with global smartphone brands like Xiaomi, MediaTek aims to unlock the full potential of its Dimensity platform and deliver extraordinary user experiences tailored to specific market segments.

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The highly anticipated Snapdragon 8 Gen 3 chipset is generating considerable excitement and for good reason. Building upon the success of its predecessor, this latest offering from Qualcomm is expected to deliver significant performance upgrades without compromising on efficiency.

1+5+2 Core Configuration and Enhanced L3 Cache: Key Features of the New Snapdragon

According to insider information shared by renowned tipster Ice Universe, the Snapdragon 8 Gen 3 will introduce a 1+5+2 core configuration, departing from the 1+2+2+3 setup of the Snapdragon 8 Gen 2. This suggests the possibility of more powerful performance cores and potentially higher frequencies, although specific details regarding CPU cores and frequencies remain undisclosed at this time.

Furthermore, Ice Universe reports that the Adreno 750 GPU in the Snapdragon 8 Gen 3 will boast “greatly improved” performance, while the chipset will also feature a 10MB L3 cache compared to the 8MB L3 cache found in its predecessor. Notably, Qualcomm aims to maintain the overall energy efficiency that made the previous generation an exceptional SoC.

OnePlus and Galaxy S24 Ultra: Early Adopters of the Snapdragon 8 Gen 3

The release of the Snapdragon 8 Gen 3 is scheduled for later this year, with OnePlus already conducting tests on a device utilizing this chipset. Additionally, rumors suggest that the Galaxy S24 Ultra may incorporate the Snapdragon 8 Gen 3 across all regions. However, official specifications are currently scarce, as Qualcomm plans to unveil the new chipset in the coming months.

The arrival of the Snapdragon 8 Gen 3 chipset will undoubtedly present a challenge for Samsung’s Exynos 2400 as it strives to surpass Qualcomm’s dominance. Both the current-gen Snapdragon 8 Gen 2 and the previous Snapdragon 8 Gen 1 have established themselves as exceptional chipsets, setting high expectations for Samsung to meet. Additionally, the MediaTek Dimensity 9300 is rumored to rival the Snapdragon 8 Gen 3 with its inclusion of two Cortex-X4 prime cores, further intensifying competition in the market.

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MediaTek is set to challenge Qualcomm’s Snapdragon 8 Gen 3 with their upcoming flagship chipset, the Dimensity 9300. Leaks suggest that the Dimensity 9300 will feature a configuration similar to Qualcomm’s offering and is expected to launch in October 2023, following the release of the Dimensity 9200+ in May 2023.

MediaTek Dimensity 9300 will mimic Snapdragon 8 Gen 3’s Cortex-X4 prime cores

Rumors indicate that the Dimensity 9300 will adopt a 2+4+2 configuration, consisting of two powerful Cortex-X4 cores, four Cortex-A7xx cores, and two Cortex-A5xx cores. However, specific clock speeds and information about the incorporation of Arm’s latest Cortex-A cores are still undisclosed. The details regarding the GPU are also unknown, but it’s reasonable to assume that a successor to the Immortalis G715, such as the Arm Immortalis G720, may be included.

MediaTek seems to be drawing inspiration from Qualcomm’s strategy with the Snapdragon Gen 3. Previous leaks suggested that Qualcomm’s upcoming chipsets would offer different CPU core layouts for two different versions which will include the 2+4+2 and 1+5+2 CPU layout configurations. Both MediaTek’s Dimensity 9300 and Qualcomm’s Snapdragon Gen 3 will be manufactured on TSMC’s advanced N4P node, placing them on similar technological footing.

One challenge MediaTek may face with the Dimensity 9300 is managing thermal performance. The inclusion of two Cortex-X4 cores is likely to generate additional heat, requiring careful balancing of clock speeds to maintain low power consumption. Furthermore, a microarchitecture redesign may be necessary to effectively distribute workloads among the two Prime cores.

The Dimensity 9300 is expected to make its debut alongside the Vivo X100 series in late 2023, following the pattern set by its predecessor. MediaTek will need to address these technical aspects and compete with Qualcomm’s Snapdragon Gen 3 in order to gain a foothold in the competitive mobile chipset market.

While specific details about the Dimensity 9300 are still limited, MediaTek’s track record with the Dimensity 9000 series, including the popular Dimensity 9200 and 9200+, suggests that the upcoming chipset will offer significant improvements in performance and power efficiency. MediaTek has been successful in establishing itself in the premium smartphone market, and the Dimensity 9300 is expected to further enhance its position, particularly in the high-end and mobile gaming sectors.

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