BUSINESS UNBOXEDwww.semiconductorforu.com | 51The Consumer Electronics Slowdown: From Hyper- growth to HesitationConsumers are holding onto devices longer—smartphone replacement cycles have stretched from 24 months to over 36 months in many markets. Tablets and laptops show similar trends.Over the last decade, smartphones, tablets, wearables, and personal electronics enjoyed unprecedented growth. But today, the market faces a slowdown driven by:A softer consumer market has triggered reductions in component orders across displays, memory, sensors, and connectivity modules. Manufacturers once dependent on rapid product refresh cycles now report unpredictable demand and pressure on unit profitability.Retailers, too, are grappling with slower inventory turnover, forcing a push toward discounts, bundling, and subscription-based service models to compensate.While technology continues to improve—foldables, AR/VR adoption, advanced camera systems—consumer willingness to pay a premium is decreasing. Brands that once relied on aggressive product cycles are now reducing SKUs, slowing launches, and focusing on value models.This slowdown is not temporary—it reflects a maturing industry approaching equilibrium.Longer device lifecycles due to improved durabilityHigh device performance parity, reducing the urgency to upgradeEconomic uncertainty and inflation, discouraging discretionary spendingMarket saturation, especially in developed regions1. Saturation Meets Economic Reality2.Supply Chains Adjust to Softer Demand3. Innovation vs. Economic Hesitation1The Data Center Boom: Infrastructure Becomes the New Growth EngineThe demand for GPUs, accelerators, networking switches, high-bandwidth memory, and power management systems has skyrocketed.If consumer electronics are slowing, data centers are experiencing the opposite: hypergrowth.Artificial intelligence—especially generative AI—has ignited an unprecedented wave of investment. Enterprises are rapidly scaling computing capacity, while cloud service providers race to build new facilities optimized for:1. AI and the Rise of Compute-Hungry WorkloadsGlobal hyperscalers—who once allocated budgets across consumer services, devices, and software—are now diverting enormous capital into physical infrastructure. Data center capex has grown at double-digit rates for several consecutive quarters,2. Hyperscaler Capital Expenditure Hits Historic Highs2AI training and inferenceHigh-performance storageMulti-tenant cloudEdge computingEnergy-efficient cooling solutions
52 | www.semiconductorforu.com BUSINESS UNBOXED outpacing all other technology investments.This surge reflects future-proofing as businesses prepare for:As long as AI adoption accelerates, data center investments will continue dominating growth portfolios.AI-driven automationReal-time analyticsGlobal cloud interconnectivityRapid digital transformation in enterprisesPerformanceScalabilityReliabilityLongevityThis shift benefits semiconductor makers supplying advanced processors, high-speed interconnects, storage solutions, and power systems. Each data center rack can represent millions of dollars in components—far exceeding the margins of consumer gadgets.Unlike consumer devices, which prioritize cost optimization, data center components prioritize:3. Supply Chains Pivot Toward High-Value ComponentsStartups developing consumer-facing hardware are finding capital harder to secure. Meanwhile, companies working on:Tech investors, once focused primarily on device innovation, now see infrastructure utilities as the next frontier.4. Venture Capital Redirects Toward AI and Cloud TechnologiesConsumer electronics are heavily influenced by seasonal demand—holiday shopping, annual launches, promotional cycles. Data center spending, however, is:2. Moving Away from Demand-Driven CyclesRedirecting R&D budgets from smartphones to AI processorsReconfiguring production lines toward server-grade componentsPrioritizing development of chips optimized for AI and cloud workloadsLong-termPredictableInfrastructure drivenRenewable energy contractsLiquid cooling solutionsThermal management systemsHigh-density power conversionIndustrial land acquisitionInvestment Strategies: Realigning Capital for the Next EraThis stability is attracting investors seeking lower Consumer electronics rely on massive unit volumes volatility and higher returns.with tight margins. Data center infrastructure, however, thrives on lower volumes but significantly higher value per unit.Manufacturers are now:1. From High-Volume to High-Value ManufacturingThe rise of data centers has created thriving secondary markets in:3. Energy, Cooling, and Real Estate Become Investment Hotspots3Backed by multi-year deployment plans
www.semiconductorforu.com | 53BUSINESS UNBOXEDare attracting unprecedented interest.AI computeData center softwarePower optimizationNetworking fabricCyclical consumer fatigueTransition from device-centric to service-centric ecosystemsChiplet architectureEdge cloud platformsA Structural Shift, Not a Temporary Trend“Consumer electronics defined the last decade of growth, but data infrastructure will define the next one. The future belongs to companies that can scale intelligence, not just devices.”The result is a long-term rebalancing of how and where technology markets generate value.Some analysts initially predicted that the consumer slowdown was merely a post-pandemic correction. But the numbers tell a different story. This shift reflects deeper structural forces:1. From High-Volume to High-Value Manufacturing4A global pivot toward enterprise AI adoptionExplosive growth in cloud, storage, and compute requirements
54 | www.semiconductorforu.com BUSINESS UNBOXEDConclusion: A New Era of Market Prioritizationconsumer demand cycles are now restructuring toward enterprise infrastructure. Investors are shifting portfolios to long-horizon assets built on AI and cloud dependency. As the world becomes increasingly digital, intelligent, and interconnected, data centers are becoming the backbone of global innovation. The message from the market is clear: the next wave of growth lies not in the devices we hold, but in the compute power that enables everything behind the scenes.The global technology landscape is undergoing a decisive transition. Consumer electronics, once the driver of tech expansion, has reached a maturity stage where growth is steady but unspectacular. Meanwhile, data centers—fueled by AI, cloud computing, and digital transformation—are emerging as the new engines of economic and technological progress.This divergence is reshaping corporate strategies, realigning supply chains, and redirecting billions in capital expenditure. Companies that once relied on AI-as-a-serviceDedicated compute clustersHybrid cloud solutionsOpportunities Emerging From the Market DivergenceConsumer-facing brands are expanding recurring revenue services—subscriptions, cloud storage, device financing—to offset hardware stagnation.Data center operators, meanwhile, are offering:High-bandwidth memoryOptical transceiversServer-grade power modulesAdvanced packagingCooling and thermal solutionsCompanies historically dependent on smartphone components are expanding into data center markets. Areas with rising opportunity include:1. Component Makers Diversify Product MixTax incentivesEnergy subsidiesLand reformsTalent development programsRenewable energy integrationAI-optimized coolingCircularity in hardware recyclingLiquid and immersion cooling systemsDriven by security, sovereignty, and AI ambitions, many countries are investing heavily in local data center ecosystems. This includes:While consumer electronics struggle with e-waste and energy debates, data centers are becoming testbeds for:This public-private momentum is further accelerating infrastructure growth.Sustainability now drives investment decisions as much as performance.3. Governments Push for Domestic Data Infrastructure4. Sustainability Becomes a Competitive Advantage2. Service Providers Shift Business Models5
www.semiconductorforu.com | 29The ForemostElectronics& Automotive IndustryGathering of Western India!Show Highlights> 10,000+ Business Buyers> 150+ Exhibiting Companies> 70,000+ Sqft Exhibition Area> Exclusive Benefits for SSI units> 6 Industry ConferencesREGISTERTOEXH BI TI ERETSI G RTOEXHIBITBOOK YOUR BOOTH BOOK YOUR BOOTHREGISTER TO VISITSupporting Partner In Association with Co-organised with Organized ByVaartaTRADE FAIRS INDIA (P) LTD.www.et-automotive.com+91- 96433 66845, 94103 44569MESSE GLOBAL EXHIBITION& CONVENTION CENTRE08 09 10 PUNE JANUARY 2026
56 | www.semiconductorforu.com EVENT SPOTLIGHT wintec20
www.semiconductorforu.com | 57EVENT SPOTLIGHTchcon025
58 | www.semiconductorforu.com EVENT SPOTLIGHT 6th IEEE InternationalWomen in TechnologyConferenceThe sixth edition of the IEEE International Women in Technology Conference—WINTECHCON 2025—arrived in Bengaluru with a level of energy and ambition befitting India’s fastest-rising technology sector. Hosted by the IEEE Bangalore Section, IEEE CAS Bangalore Chapter, and the IEEE Women in Engineering Bangalore Affinity Group, in collaboration with Samsung Semiconductor, this year’s theme—“Transforming the Future with Data-Driven Innovations in the Semicon-Verse”—captured both the urgency and excitement surrounding the nation’s semiconductor mission. From its inception, WINTECHCON has been more than a technology conference—it has been a platform to amplify women leaders in engineering, encourage cross-industry collaboration, and shape the trajectory of India’s deep-tech landscape. In 2025, as the semiconductor industry undergoes unprecedented change driven by AI, high-performance computing, and edgeto-cloud intelligence, the conference’s relevance was sharper than ever.At the heart of the day-long event was a high-profile panel discussion that explored one of the industry’s most pivotal questions: How do hardware and software co-design accelerate AI innovation? The session, titled “Symphony of Silicon: Co-designing AI where Hardware Meets Software”, lived up to its name—offering a rare convergence of academic insight, enterprise experience, and futuristic thinking.Powering India’s Semiconductor Future Through Data-Driven Innovation
www.semiconductorforu.com | 59EVENT SPOTLIGHTThe panel brought together some of the most influential voices in India’s semiconductor and AI ecosystem:WINTECHCON 2025 came at a crucial moment. With strategic national programs underway, major investments flowing into fabrication and OSAT facilities, and global companies expand- ing R&D centers in India, the country is moving from being a semiconductor consumer to be- coming a meaningful contributor to global innovation. The conference emphasized that India’s competitive advantage will not lie in hardware alone or software alone—but in its unique potential to merge both. This is where the panel’s focus on co-design became especially significant.Each panelist represents a different but interlinked pillar of the semiconductor value chain—from academic research and chip design to embedded systems, product engineering, and large-scale device manufacturing. The diversity of experience shaped a multidimensional conversation that resonated with engineers, researchers, entrepreneurs, and students in atten- dance.A Powerhouse Panel Shaping the Semicon-VerseSetting the Stage: India’s Rising Semiconductor AmbitionChetan Singh Thakur, Professor, IISc BangaloreRituparna Mandal, Vice President, SynopsysJaya Kathuria Bindra, Director, InfineonAnku Jain, Managing Director, MediaTek IndiaModerator: Parvathi Rachakonda, Program Director, IBM India
60 | www.semiconductorforu.com EVENT SPOTLIGHT Prof. Chetan Singh Thakur opened the dialogue by highlighting how constantly evolving AI workloads—from foundation models to generative AI—demand hardware that can adapt. The classical approach of designing chips first and then optimizing software around them is no longer effective.He emphasized that software-defined silicon and domain-specific architectures are rising in relevance. Energy efficiency, latency reduction, and scalability were recurring themes—each dependent on tight integration between algorithms and underlying hardware.Synopsys’ Rituparna Mandal, a leading voice in EDA and semiconductor design automation, noted that co-design is now a necessity, not an option. “Everything from architecture, memory hierarchy, interconnect, and workloads must be optimized together,” she remarked.Her insights highlighted how AI-driven EDA tools, simulation platforms, and early-stage mod- eling are accelerating design cycles while reducing complexity—a crucial advantage as chip sizes grow and timelines shrink.Infineon’s Jaya Kathuria Bindra brought an important dimension—intelligent electronics for automotive, power systems, and security. With vehicles becoming software-defined platforms and industries shifting to electrification, the role of secure, reliable, safety-certified silicon has never been more important.Inside the Discussion: Where Hardware Meets Software Meets AI1. AI Workloads Are Reshaping Chip Design2. Co-Design: The Future of High-Performance Silicon3. Electronics for a Safer and Smarter World
www.semiconductorforu.com | 61EVENT SPOTLIGHTHer message was clear: co-design doesn’t stop at performance—it must incorporate trust, safety, and long-term reliability. As industries adopt AI for mission-critical functions, silicon must be robust enough to support it.WINTECHCON 2025 also recognized outstanding contributions from women technologists across India through a series of awards presented by the IEEE Bangalore Section. These rec- ognitions spanned research innovation, industry impact, student leadership, and entrepreneur- ial excellence. The awards reinforced what WINTECHCON stands for: empowering women who are shaping engineering’s future.The emotional resonance of these recognitions underscored the event’s commitment to inclu- sion—not as a checkbox, but as a genuine driver of innovation and resilience.Beyond the sessions, the event offered:Each interaction reaffirmed the central message of WINTECHCON: India’s semiconductor fu- ture will be built through shared knowledge, collaboration, and a diverse talent pool.A Conference That Celebrates ExcellenceNetworking, Collaboration & Ideas That Ignite ProgressMediaTek India’s Anku Jain offered a grounded perspective on scaling AI to millions of de- vices—from smartphones to smart homes to edge-AI appliances. As one of the world’s larg- est chip suppliers, MediaTek has a front-row seat to the challenge of integrating powerful AI engines into consumer-grade devices without increasing cost or power usage.He emphasized that hardware-software co-design is what makes AI affordable—ensuring high performance even in energy- and cost-constrained environments.The discussion was expertly guided by IBM’s Parvathi Rachakonda, who steered the panel into deeper explorations around:Her ability to connect technical insights with business implications offered clarity to both senior leaders and young professionals in the audience.4. Scaling to the Mass Market: The MediaTek View5. A Conversation Orchestrated with InsightHow AI accelerators are evolvingThe role of RISC-V and open hardwareThe importance of ecosystem collaborationHow India can build talent for AI-hardware integrationWhy system-level design thinking is crucialIndustry showcase booths featuring cutting-edge demo boards, design tools, and development platformsStudent poster presentations highlighting emerging researchHiring and mentoring sessions connecting talent with industry leadersCollaborative huddles on AI, design verification, embedded systems, and quantum computing
62 | www.semiconductorforu.comEVENT SPOTLIGHTWINTECHCON 2025 concluded with a powerful sentiment: the future of the semiconductor industry will be shaped by how well we harmonize the worlds of silicon, software, and intel- ligence. As AI systems scale, the integration of architecture, algorithms, and applications will define the next decade of innovation.The panelists agreed on one thing—co-design is no longer a methodology; it is a mindset.A mindset India is uniquely positioned to lead.Looking Ahead: Building the Semicon-Verse TogetherEvent HighlightsTheme: Transforming the Future with Data-Driven Innovations in the Semicon-VersePanel: Symphony of Silicon: Co-Designing AI Where Hardware Meets SoftwareHosted By: IEEE Bangalore Section + CAS + WIE, in collaboration with Samsung SemiconductorVenue: Radisson Blu, Marathahalli, BengaluruDate: 13 November 2025Focus: AI, semiconductor co-design, EDA, intelligent electronics, system thinkingSpecial Feature: WINTECHCON Women Technology Awards 2025
64 | www.semiconductorforu.com INDUSTRY BULLETIN INDUSTRYBULLETINKarnataka Targets 25,000 Startups by 2030The Government of Karnataka has approved the Karnataka Startup Policy 2025–2030, aiming to foster 25,000 new startups across the state over the next five years. Of these, 10,000 are targeted outside Bengaluru, in cities like Mysuru, Mangaluru, Hubballi‑Dharwad and Kalaburagi — expanding innovation beyond metropolitan hubs. With an outlaySuchi Semicon Launches New QFN & Power Package FamiliesSuchi Semicon has introduced a comprehensive lineup of new QFN and advanced power-package families to support next-generation consumer, industrial, and automotive electronics. The new QFN series includes QFN, uQFN, DFN, and XFN formats, optimized for compact, high-density applications such as IoT devices, wearables, sensors, and consumer gadgets. Alongside these, the company has launched high-performance power packages including DPAK, TO-series, and IPAK, designed for high-current, high-thermal applications in EVs, industrial power systems, and energy-efficient devices. Manufactured at its Surat OSAT facility, these packages mark a major expansion in India’s domestic semiconductor packaging capabilities.of ₹518.27 crore, the policy supports deep‑tech, semiconductor/design, clean energy, agritech and AI ventures — offering funding, incubation support, mentorship, and global‑partnership facilitation. The move seeks to make Karnataka a pan‑state innovation hub and strengthen its startup ecosystem
www.semiconductorforu.com | 65INDUSTRY BULLETINSoftBank Acquires Ampere ComputingSoftBank has completed its $6.5 billion acquisition of Ampere Computing, bringing the ARM-based server-chip designer fully under its umbrella. The deal strengthens SoftBank’s ambitions in AI infrastructure, cloud computing, and data-center technologies. Ampere’s energy-efficient processors, designed for hyperscale workloads, complement SoftBank’s long-term strategy of expanding AI-optimized compute platforms. With the acquisition, Ampere will operate as a wholly owned subsidiary, accelerating development of next-generation CPUs that support large-scale AI and high-performance computing needs. The move also bolsters SoftBank’s semiconductor portfolio following its continued investment push across AI-driven technologies.SEMI welcomes bill extending U.S. semiconductor tax credits through 2031The U.S. House of Representatives has introduced the SEMI Investment Act, aiming to extend the advanced-manufacturing investment tax credit (Section 48D) until 2031 and include critical materials suppliers in its coverage. With this expansion, chipmakers and essential materials vendors get longer-term tax incentives — encouraging investment in fabrication, materials, and packaging across the semiconductor supply chain. Industry leaders see the move as critical to sustaining growth in AI, telecom, industrial electronics, and data-center infrastructure, while reinforcing America’s domestic semiconductor manufacturing ecosystem through the end of the decade.Murata’s Christophe Pottier Named President of EPCIAChristophe Pottier — formerly Vice President of Sales at Murata Europe — was appointed President of the European Passive Components Industry Association (EPCIA) in November 2025. With over 30 years’ experience in electronicscomponent sales and automotive applications, he plans to strengthen Europe’s passivecomponent ecosystem. Underhis leadership, EPCIA will focus on raising the strategic profile of passive devices, fostering collaboration across industries, and boosting innovation in materials, packaging and research to meet future demands for miniaturisation, highspeed data, and energyefficient electronics.
66 | www.semiconductorforu.com SYSGO names Marcel Robert as new CEOSYSGO — a leading provider of embedded operating systems for safety- and security-critical industries — has appointed Marcel Robert as its new Chief Executive Officer, effective December 1, 2025. With over 25 years of experience in embedded systems, cybersecurity, and medical-technology sectors, Robert brings a hands-on, engineering-driven leadership style. Under his guidance, SYSGO aims to expand its global footprint, deepen strategic partnerships, and accelerate innovation in certifiable real-time OS platforms such as PikeOS, poised to power aerospace, automotive, rail, and industrial embedded systems.GlobalFoundries Acquires Advanced Micro Foundry (AMF)November 17, 2025, GlobalFoundries completed the acquisition of Singapore-based Advanced Micro Foundry (AMF), expanding its portfolio in silicon photonics for high-performance AI and data-center applications. The acquisition strengthens GF’s leadership in integrated photonics by adding AMF’s advanced 300-mm and 200-mm capabilities. With hyperscale AI workloads demanding faster, energy-efficient optical connectivity, the deal positions GF to accelerate innovation for datacenters and networking infrastructure. AMF’s expertise complements GF’s long-term roadmap in chiplet integration, co-packaged optics, and high-bandwidth solutions.Marvell, Microsoft Expand Azure Cloud Security PartnershipMarvell announced on December 1, 2025 that Microsoft has expanded its cloud-security services to Europe using Marvell’s “LiquidSecurity” hardware security modules (HSMs). The move builds on existing Azure-based HSM offerings in Asia and North America. With newly acquired European certifications (eIDAS and Common Criteria EAL4+), Marvell’s LiquidSecurity now supports identity verification, cross-border contract signing, and secure document authentication — enabling Azure to deliver compliant and scalable cloud-HSM services in the EU region.INDUSTRY BULLETIN
www.semiconductorforu.com | 67Samsung Begins Mass Production of 2nm GAA ProcessSamsung Electronics officially began mass production of its 2-nm GAA (Gate-All-Around) node on November 3, 2025, marking a major milestone in next-gen logic manufacturing. Built for AI accelerators, HPC processors, and mobile SoCs, the node offers improved power efficiency, higher transistor density, and competitive performance scaling. Samsung’s early lead in MBCFET-based GAA technology enhances its position against other leading foundries. The company aims to ramp automotive-grade 2-nm chips in 2026 and continue process shrink toward 1.4 nm by 2027.Mitsubishi Electric Completes 8-Inch SiC Fab; Pilot Production BeginsMitsubishi Electric completed its new 8-inch SiC wafer fabrication facility in Japan on October 1, 2025, with pilot production starting in November 2025. The new fab is a major step toward scaling up SiC device production for electric vehicles, renewable-energy systems, and industrial power-electronics markets. As demand for wide-bandgap devices surges, Mitsubishi’s facility enhances capacity for MOSFETs, diodes, and power modules built on advanced SiC platforms. The expansion aligns with Japan’s strategic goal of strengthening domestic power-semiconductor supply chains.Micron Plans $9.6B AI Memory Fab in Hiroshima, JapanMicron Technology announced plans on November 29, 2025, to invest ~¥1.5 trillion (~$9.6B) to build a next-generation AI memory fab in Hiroshima. The facility is expected to focus on HBM (High-Bandwidth Memory) production for AI accelerators and data-center GPUs. Supported by potential Japanese government subsidies, the project aims to strengthen Japan’s position in advanced memory supply chains. Micron’s investment reflects accelerating AI-driven demand for advanced memory architectures and further diversifies global HBM manufacturing beyond Korea and Taiwan.INDUSTRY BULLETIN
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