Waiting isn't just frustrating—it's a dealbreaker. In a time where instant service is expected, brands that make customers wait for payments or withdrawals are skating on thin ice. A small delay in a refund or transaction may seem harmless, but it plants a seed of doubt. People begin to ask, "If they can't pay me back quickly, what else are they getting wrong?"This kind of second-guessing can be deadly for customer loyalty. When money is involved, trust is everything. If someone has to chase a company for what's rightfully theirs, even once, they probably won't come back. Nobody wants to feel like they're being ignored or strung along, especially after spending their hard-earned cash.We live in a time when almost everything is automated. Food shows up at your door in under 30 minutes. You can send money across the world in seconds. When a brand takes days to process something simple, it stands out—and not in a good way. People notice that kind of thing. And they remember.Most brands can learn a thing or two from fast paying casino sites. Gambling expert Matt Bastock from Casino Beats says these online casino platforms use advanced financial and security technology to process payouts and deposits. These sites offer various payment methods to facilitate secure, fast withdrawals. For instance, e-wallets like Neteller can process payouts within seconds or 24 hours, cryptocurrencies like Bitcoin are near-instant, and mobile wallets like Apple Pay can take a few hours.When people feel confident that they'll get their money quickly, they're more likely to stick around. It's a small detail that makes a big difference. When a brand nails that detail consistently, it becomes a selling point all on its own.The same rules apply across all industries, but the effect is clear in fast-paced online spaces. Think about digital wallets, e-commerce platforms, and even gaming brands—when people win, refund, or cancel something, they expect their funds immediately. If it takes too long, the brand loses credibility. And it's not just the delay that's the problem—it's the silence and uncertainty that comes with it.Of course, a company might have the best customer service team in the world, but it won't matter much if their payment systems are still too outdated. Customers don't see the technology or processes, they only see the result. If that result is slower than expected, they'll take their business elsewhere—probably to a brand that has made instant payouts the norm.Even outside of gaming, big-name digital platforms have taken steps to speed up refunds and payments. For example, Amazon and PayPal both use automated systems that trigger refunds within hours. It's not just about being nice—it's smart business. According to research, faster payouts can lead to improved customer retention and higher lifetime value. That's because speed equals reliability in most people's eyes.Brands that get left behind risk more than just bad reviews. They risk becoming irrelevant. In industries where competition is fierce, people won't think twice about switching if another option makes life easier. Especially when it comes to money, folks have zero patience for delays. And honestly, can you blame them?It's not even just about getting the money. It's the feeling of being valued. Quick payouts signal respect. They say, "We care about your time, and we're on top of things." On the flip side, slow processing feels like a shrug, and that's not a good look—especially in a world where everyone is used to instant everything.Why speed still winsIn the end, slow payments send the wrong message. They hint at disorganisation, poor planning, or just not caring enough. And once people lose faith in a brand's ability to follow through, it's tough to win them back. In a world that moves fast, your payments need to move faster. Or your customers will.

SK hynix Inc. (or "the company") announced today that it has completed customer validation of 96GB CMM(CXL1 Memory Module)-DDR5, a DRAM solution product based on CXL 2.0.1 Compute eXpress Link (CXL): A next-generation interface that efficiently connects CPU, GPU, memory, and other components in high-performance computing systems to support massive, ultra-fast computation. Based on PCIe interface, CXL allows fast data transfer and has pooling capability to utilize memory efficiently.The company said that it can process 36GB/s due to a 50% increase in capacity when the product is applied to the server systems and a 30% improvement in the bandwidth compared to previous DDR5 modules. This can contribute to drastically reducing the total cost of ownership2 by customers in building and operating data centers2 Total cost of ownership: Total cost of owning a product or service, from purchase to disposal. It also includes costs for deployment, maintenance, operations and upgradesFollowing the 96GB product validation, the company is proceeding with the validation process for 128GB product with another customer. This product, equipped with 32Gb DDR5 DRAM using the 1bnm process, or the fifth-generation of the 10-nanometer technology, has high performance per watt3. The company plans to complete the ongoing 128GB validation as soon as possible to establish a CXL product portfolio to support customers in a timely manner.3 Performance per watt: Indicator of data capacity per second that can be processed per unit of powerSK hynix is making efforts to expand the CXL ecosystem along with the development of CXL DRAM. The company developed HMSDK4, software optimized for CMM-DDR5 and integrated it on Linux, the world's largest open-source operating system, in September, improving the performance of CXL applied systems.4 Heterogeneous Memory S/W Development Kit (HMSDK): SK hynix's unique development kit for heterogeneous memory software. It improves performance by expanding bandwidth through efficient crossbar array and rearranging data with appropriate memory device in accordance with data use frequency."We are developing various solution products to fulfill Optimal Innovation5 in order to overcome the limitation of high cost and scalability of the existing system," said Uksong Kang, Head of Next Gen PP&E. "We will provide optimized value to customers by dramatically improving the scalability and the flexibility of memory while meeting customers' different needs."5 Optimal Innovation: One of the product orientations unveiled by SK hynix at the SK AI Summit 2024, meaning product innovation optimized for AI era systems such as CXL and PIM

The explosion of edge AI is reshaping the mission of ultrabooks, transforming them from mere productivity tools into real-time intelligent terminals. From real-time voice translation to generative AI for images and localized large-model inference, higher challenges are proposed for storage systems, that is, delivering high-frequency data throughput while optimizing efficiency in a millimeter-scale footprint. Traditional storage solutions often struggle to balance performance, dimension, and expandability. However, BIWIN Mini SSD introduces a new approach by leveraging technological innovations in spatial reconstruction and modular design, providing ultrabooks with a fresh solution.01 Spatial Reconstruction: Enabling Design Flexibility Through Extreme MiniaturizationIn the quest for every gram and millimeter in ultrabooks, traditional M.2 SSDs have become a bottleneck in space optimization. The bulky physical footprint forces manufacturers into difficult trade-offs between battery capacity, thermal modules, and AI acceleration chips, often leading to compromises in either battery life or performance.Underpinned by advanced LGA packaging technology, BIWIN Mini SSD compresses the storage module to just 15×17×1.4mm, reducing its footprint to only 8.3% of a standard M.2 2280 SSD. This breakthrough miniaturization frees up valuable space inside the device, enabling ultrabooks to achieve more optimized functional integration. It allows for larger batteries to mitigate AI workload power consumption, optimized thermal solutions for sustained high-load performance, and provides room for AI components such as NPU chips and LiDAR sensors, paving the way for advanced on-device AI interactions.Underpinned by advanced LGA packaging technology, BIWIN Mini SSD compresses the storage module to just 15×17×1.4mm. Credit: Biwin02 Modular Revolution: Redefining Storage Expansion LogicMost ultrabooks today feature soldered storage, leaving users stuck with a fixed configuration for the entire lifespan of the device. Manufacturers, in turn, must maintain multiple SKUs to accommodate different storage capacities, adding unnecessary supply chain costs.BIWIN Mini SSD introduces a standardized slot-based plug-and-play structure, simplifying storage upgrades to a three-step process: "open, insert, and lock." This delivers dual benefits. For users, it empowers creators to expand storage capacity on demand and enables developers to quickly set up local AI testing environments. For manufacturers, modular configurations reduce production complexity, minimize after-sales service needs, and reshape product lifecycle management.03 Uncompromised Performance: Matching Mainstream Consumer PCIe SSDsWhile achieving breakthroughs in miniaturization and modularity, BIWIN Mini SSD makes no sacrifices in performance. Powered by a PCIe 4.0 ×2 high-speed interfaces, it delivers sequential read/write speeds of up to 3700MB/s and 3400MB/s, respectively—on par with mainstream consumer-grade M.2 SSDs—while offering capacities up to 2TB. This ensures ultrabooks can achieve "smaller size, uncompromised performance," directly supporting the storage demands of edge AI applications:• Efficient Model Loading: Meets the rapid loading needs of multi-gigabyte AI models, reducing startup latency for local inference tasks.• Stable Data Throughput: Ensures smooth performance in high-load scenarios like real-time 4K/8K video processing and multi-layer rendering in design software.• Low-Power, High-Performance Balance: Utilizes dynamic SLC caching to significantly boost read/write performance while maintaining high output within limited power constraints.While achieving breakthroughs in miniaturization and modularity, BIWIN Mini SSD makes no sacrifices in performance. Credit: Biwin04 From Hardware Innovation to Ecosystem Transformation: Mini SSD Pioneers a New Paradigm for Edge IntelligenceAs the fusion of AI and intelligent terminals accelerates, storage must evolve to enhance device performance and enrich application scenarios across multiple dimensions: scalability, lightweight design, energy efficiency, and operational stability. Leveraging its core strengths in IC design, storage solutions, and advanced packaging and testing technology, BIWIN is well-positioned to meet the diverse needs of customers and markets comprehensively.The technological breakthrough of BIWIN Mini SSD represents a fundamental reinvention of storage solutions for edge AI. This not only marks a major step forward in optimizing physical space within devices but also provides manufacturers with greater design flexibility and expanded capabilities in product definition. More efforts can be concentrated on boosting AI computing power and advancing innovations in human-machine interactions, unencumbered by the compromises traditionally imposed by storage design. Meanwhile, users are afforded the freedom of "expansion on demand," thereby achieving a precise correspondence between their intelligent terminals and individual requirements.

Olaf Kratge, Head of Regional Market Management APAC of Hilscher Gesellschaft, a globally recognized leader in industrial communication solutions, gave a keynote speech at D-Forum on March 13 in Taipei. DIGITIMES had an exclusive interview with Mr. Kratge on the company's extraordinary technology and strategies that prepare its customers for easy implementation of automation as well as endurable and reliable solutions.Hilscher has established a strong presence in Asia through subsidiaries in China, South Korea, and Japan. In Taiwan, Alpha Pacific is a key partner, and the collaboration began about one and a half years ago. Beyond these key markets, Hilscher also has a partner in Singapore."Our primary objective is to drive substantial business growth across these regions," said Kratge. "While progress has been gradual due to the nature of the industry, we are committed to expanding our reach."Kratge said that the company is actively exploring opportunities in Vietnam and Malaysia, where significant potential for growth exists. Asian footprint is complemented by its operations in India, which present a unique set of challenges and opportunities due to different market needs and pricing dynamics.Pioneer of industrial communication technologiesHilscher has been a pioneer in industrial communication for nearly 40 years, with its 40th anniversary approaching next year. As one of the first companies to introduce PROFIBUS, Hilscher has also consistently led advancements in real-time Ethernet communication. Over time, the company has evolved alongside industrial communication trends, from legacy fieldbus systems to real-time Ethernet, gigabit speeds, and the integration of OT (Operational Technology) with IT (Information Technology). This shift focuses on collecting field-level data and making it accessible for cloud-based processing and value creation.Recognizing early challenges like diverse protocols and differing OT/IT requirements, Hilscher developed innovative solutions to bridge these gaps. Its multi-protocol systems enable seamless transitions between legacy fieldbus and modern Ethernet technologies without disrupting existing networks. This approach allows customers to upgrade easily while maintaining compatibility.Supply chain resilience with chips built by TSMCGlobal supply chains are relocating due to their customers' demands under geopolitical pressure. Hilscher also has adopted sound strategies to maintain resilience and flexibility.Hilscher's core concept is a unified hardware and software solution, exemplified by the netX family of multi-protocol SoCs. Designed entirely in-house at Hilscher's Berlin center, these SoCs integrate seamlessly with every common protocol standard, ensuring tight hardware-software integration. Production is handled by partners Renesas (earlier generations) and TSMC (current models), with TSMC offering flexibility through diversified manufacturing sites to mitigate geopolitical risks.Hilscher avoids reliance on single-source suppliers for components like DC converters, qualifying multiple sources to ensure production continuity. A robust stocking system based on long-term forecasts guarantees product availability, supporting both customers who integrate netX chips and Hilscher's own ready-to-use products, such as PC cards or gateways.Lessons from past supply chain disruptions have driven Hilscher to adopt localized sourcing strategies in Europe, ensuring stability. This commitment to innovation, integration, and resilience enables Hilscher to deliver reliable industrial communication solutions tailored to evolving global challenges.Hilscher does not have fixed agreements with TSMC dictating production locations, instead opting for a flexible manufacturing process that isn't confined to a single factory. This approach addresses the company's approach to global risk distribution, mitigating the consequences of events like natural calamities or local shortages of components, which could lead to production losses.Hilscher combines robust hardware with proprietary, in-house-developed protocol software stacks and unified tooling. Unlike others who outsource software development, the company, headquartered near Frankfurt in Germany, maintains full control, ensuring seamless hardware-software integration and safeguarding intellectual property. Its business model focuses on delivering integrated solutions rather than standalone components.To ensure production stability, Hilscher qualifies multiple sources for critical components and maintains a long-term stocking system based on forecasts. This strategy supports customers who integrate its chips and ensures the availability of netX-based products. Lessons from past supply chain disruptions have led Hilscher to adopt localized sourcing strategies in Europe, where possible, providing a stable sourcing environment, said Kratge.Hilscher's adaptivity to market demandsThe advantage of Hilscher lies in its ability to adapt to the industrial market's unique demands, where technologies must remain viable for decades, sometimes 10, 20, or even more years. This long-term perspective has shaped its approach to evolving market trends.Industrial communication started with fieldbus technology in the late 1980s, when customers transitioned from discrete cabling to fieldbus systems. By the 2000s, real-time Ethernet emerged as a hot topic, promising better performance and simplified operations. Hilscher's strategy recognized that legacy fieldbus systems couldn't simply be abandoned. Millions of nodes were already deployed in the field, supported by a large workforce trained to install and maintain them. These systems wouldn't disappear overnight, so Hilscher developed a multi-protocol solution capable of running both legacy fieldbus and real-time Ethernet technologies.This approach benefits customers by allowing them to transition seamlessly from fieldbus to real-time Ethernet without a profound redesign of hardware or application interfaces. Also, the same drivers remain compatible, enabling easy upgrades as market demands evolve.A similar scenario unfolded around 2018-2019 with the introduction of TSN (Time-Sensitive Networking), which promised to solve performance challenges. While TSN technology exists today, it has yet to achieve widespread adoption due to the lack of critical mass. Industrial players like Siemens or Mitsubishi have remained committed to their existing ecosystems, delaying TSN's market penetration. Customers are cautious about being early adopters of new technologies and often wait for broader industry acceptance before making significant investments.Currently, the market trend is focused on gigabit communication. While many customers express interest in gigabit capabilities for future readiness, they often admit they don't need it immediately, especially when existing real-time Ethernet protocols at 100 megabits are sufficient for their needs. Mechanical limitations in systems often outweigh communication speed as a bottleneck.Kratge emphasized that Hilscher's strength lies in preparing customers for these transitions. "Our technology supports all three stages of protocol evolution: legacy fieldbus, real-time Ethernet, and emerging gigabit solutions. Additionally, we are exploring single-pair Ethernet for long-range, lower-speed applications (10BASE-T1L), ensuring compatibility across diverse use cases."Hilscher's netX 900 family for gigabit controller applications represents the next generation of its core technology. Besides the company's well-known multiprotocol approach, the ARM-based netX 900 incorporates a crypto engine and crypto cores. It features real-time encryption at the field level, certificate and key handling, and fully secured internal communication.Security features as competitive advantageAnother critical trend is security. As regulations increasingly mandate secure protocols, secure boot processes, root-of-trust mechanisms, and certificate handling, Hilscher is proactively integrating these features into its solutions. "Security is becoming a non-negotiable requirement for industrial communication systems, and we are confident that our advancements place us ahead of the competition in this area," said Kratge.He explained that security is always a combination of hardware and software. While secure software is essential, it cannot function effectively without robust hardware support. The best-in-class solutions integrate both hardware and software to ensure comprehensive protection.To further enhance security, Hilscher is preparing for certification under the latest standards set by TÜV in Germany. This certification process ensures that secure products are developed within a secure environment, including secure debugging tools. After all, it is counterproductive to have secure communication while leaving backdoors open through unsecured debugging tools. These advancements will be part of its upcoming product release, which combines hardware and software security seamlessly.Kratge said Hilscher's current netX 90 communication controller already include basic security features such as a crypto core, key handling, and secure boot capabilities. These meet the requirements of the European Cyber Resilience Act and are designed for high-volume markets, particularly for device applications. "The next step will be implementing these advanced security features in our controller technology products."Hilscher's approach ensures that solutions are not only prepared for today's industrial security challenges but also for future regulations and customer needs. Security is no longer optional—it is a critical requirement for industrial communication systems. "With features like secure boot processes, root-of-trust mechanisms, and certificate handling, we are confident that our technology is more than one step ahead of the competition," said Kratge.Hilscher's strategy ensures customers can rely on its technology for decades while staying prepared for future innovations. By supporting easy implementation for customers to overcome challenges in crossing legacy systems to embracing emerging trends like gigabit and security protocols, Hilscher enables seamless transitions and long-term reliability for industrial applications.

TCL CSOT, a global leader in display technology innovation, is making a significant presence at TouchTaiwan 2025, held from April 16-18, showcasing its electronic paper display solutions under the company's advanced APEX technology brand.Credit: TCL CSOTTCL CSOT's APEX display technology brand continues to push boundaries in visual experience. APEX is built on the brand core of "PACE TO APEX". It is set to deliver a pleasant display experience, reliable vision health, sustainable green and low carbon, and unlimited future imagination for users worldwide. Under the exhibition theme "Forward Together," TCL CSOT presents an impressive array of electronic paper displays that combine ultra-low power consumption, eye protection, and sustainable design, reinforcing the company's commitment to eco-friendly display technologies.The 9.7" E-paper Table Card redefines intelligent office environments with its paper-like display and bistable technology that consumes power only when refreshing, providing over six months of battery life on a single charge. Users can update content conveniently through Bluetooth or NFC connections from mobile devices or PCs.Credit: TCL CSOTTCL CSOT's electronic paper signage solutions, available in various sizes (25.3", 28.3", 31.5", 42", and 75"), all feature full-color display capabilities, reflective imaging for clear visibility without backlighting, and impressive battery life of up to 18 months with approximately 3,000 image refreshes per charge. The 28.3" model incorporates new oxide technology for faster refresh rates, enhancing the user experience while maintaining ultra-low power consumption. These signage solutions support multiple connectivity options, including Wi-Fi, Bluetooth, 4G, and USB for flexible content management.For personal use, the company showcases the 13.3" E-Paper Photo Frame and 4" Electronic Paper Phone Case. Both utilize the same advanced e-paper technology, offering full-color reproduction without the eye strain associated with traditional backlit displays.Credit: TCL CSOTThrough these Electronic Paper Display products, TCL CSOT continues to push the boundaries of display technology, creating more immersive and sustainable visual experiences across all consumer electronics categories while reinforcing its leading position in advanced display solutions.Visit TCL CSOT's YouTube for more information: https://www.youtube.com/@TCLCSOT

The cryptocurrency market is evolving, prompting changes in GPU mining operations across Asia. Digital currency mining has become lucrative, with miners establishing operations in regions such as China, Kazakhstan, and Vietnam.This article explores GPU overclocking techniques, their advantages, and how miners in Asia can adapt to dynamic market conditions through responsible practices.What excatly is GPU mining? GPU mining involves using Graphics Processing Units (GPUs) to secure and validate blockchain networks. GPUs are preferred over CPUs for this task due to their efficiency in handling multiple operations simultaneously.Asia has experienced significant growth in GPU mining due to lower electricity costs and, in some cases, less restrictive regulations. Despite crackdowns in certain areas, China's abundant hydroelectric power continues to support mining operations, keeping the region competitive.Advantages of overclocking techniquesOverclocking, or increasing GPU clock speeds beyond factory settings, offers miners several key benefits:1. Increased Hash Rates: Faster processing of cryptocurrency transactions enhances profitability in competitive markets.2. Cost Efficiency: Overclocking optimizes GPU performance without requiring expensive upgrades, helping miners maintain economic sustainability.3. Optimization for Altcoins: Adjusting GPU settings can improve performance for specific cryptocurrencies, boosting mining profitability.4. Enhanced Cooling Solutions: Overclocking generates additional heat, requiring advanced cooling systems like water cooling or high-performance fans.5. Longer GPU Lifespan: When done responsibly, overclocking can extend hardware life by optimizing clock speeds and managing temperatures effectively.6. Competitive Edge: Overclocking allows miners to stay competitive as global cryptocurrency markets evolve.How to get started with overclockingFor those new to overclocking, a careful approach with the right tools is essential. Here's a step-by-step guide:1. Research Your GPU Model: Understand your GPU's performance limits using forums, reviews, and manufacturer guidelines.2. Download Overclocking Software: Reliable tools include:- MSI Afterburner for easy core and memory speed adjustments.- EVGA Precision X1 for NVIDIA GPUs, offering real-time monitoring and advanced tools.- AMD Radeon Software for built-in overclocking on AMD GPUs.3. Monitor Metrics: Use mining software to track hash rates, temperatures, and power usage. Adjust core clock speeds incrementally (10–25 MHz) while keeping temperatures below 85°C.4. Stability Testing: Test using tools like Unigine Heaven or 3DMark to ensure system stability after changes. Keep a record of results to refine settings over time.5. Optimize Cooling: Install enhanced cooling systems to manage heat generated during overclocking.Responsible decision-making in overclockingWhile overclocking offers significant advantages, miners must carefully evaluate their goals, equipment, and technical capabilities. Conducting thorough research, adhering to manufacturer guidelines, and testing stability are crucial to avoiding hardware damage.Additionally, miners should remain vigilant against potential scams in the cryptocurrency sector. By exercising caution and making informed decisions, they can protect their operations and achieve long-term profitability.GPU overclocking can boost performance and efficiency, allowing miners to stay competitive in an evolving market. However, success depends on a balanced, responsible approach tailored to each individual's needs.

The landscape of online shopping is undergoing a transformative evolution as technology continues to redefine consumer expectations and behaviors. Once limited to basic transactional exchanges, today's e-commerce platforms are leveraging cutting-edge technologies to deliver highly personalized and engaging shopping experiences. From AI-powered product recommendations to immersive shopping scenarios through augmented and virtual reality, technology is enhancing every facet of the consumer's journey online.Furthermore, the rising popularity of mobile technology, exemplified by platforms like https://makthavare.se/, underscores the shift towards convenience and accessibility, empowering consumers with shopping power right at their fingertips. Within this dynamic ecosystem, businesses are increasingly embedding technological innovations to foster consumer loyalty, streamline operations, and enhance the overall shopping experience. The pace of adoption and integration of these advancements signifies a paradigm shift in the way consumers interact with the digital marketplace.Personalization and AI's role in E-CommerceOne of the most impactful changes technology has brought to e-commerce is the ability to tailor shopping experiences through artificial intelligence (AI). By analyzing vast amounts of data, AI can create highly individualized experiences for consumers, ensuring that the products and services they are offered align with their preferences and purchasing history. AI-driven product recommendations and customized marketing strategies, like personalized email campaigns, are now standard practices for savvy retailers. This level of personalization not only enhances consumer satisfaction but also drives sales efficiency by targeting the right audience with the right products. With improvements in AI-powered personalization, the future of personalized shopping appears promising, further cementing AI's pivotal role in revolutionizing e-commerce.Mobile shopping - The rise of on-the-go convenienceThe proliferation of smartphones has fundamentally altered the e-commerce landscape, making mobile shopping more prevalent than ever. As consumers increasingly rely on mobile devices for their purchasing needs, businesses are optimizing their platforms to support mobile-friendly features. Innovations such as seamless payment options, app-based shopping interfaces, and features like "buy now, pay later" have made mobile shopping an indispensable part of the modern consumer experience. This trend is further supported by comprehensive mobile apps that offer functionalities like real-time price comparisons, inventory checks, and exclusive promotions. Consequently, the future of e-commerce is decidedly mobile-first, with companies continually striving to meet the expectations of the digital-savvy consumer.Augmented and virtual reality - Enhancing product interactionsAugmented reality (AR) and virtual reality (VR) are revolutionizing how consumers interact with products online by providing them with immersive and engaging experiences. Through AR, consumers can visualize products within their own environment, whether it involves trying on clothing in a virtual fitting room or picturing how a piece of furniture would look in their living space. The application of VR goes beyond mere visualization, creating a sensory experience that can mimic in-store interactions. As these technologies become more accessible, they will not only reduce the uncertainty and potential dissatisfaction associated with online shopping but also increase consumer confidence and satisfaction.Voice shopping and cryptocurrency - New frontiersThe integration of voice-activated technologies is introducing a new dimension to online shopping. Devices like Amazon Alexa and Google Assistant are increasingly being used to facilitate voice shopping, enabling consumers to make purchases through simple voice commands. This evolution complements the rising interest in cryptocurrencies and blockchain, which are gradually reshaping online payment methods. While still in nascent stages regarding widespread adoption, these technologies hold potential for enhancing transaction security and broadening payment options. As technology evolves, these innovations will inevitably refine how consumers engage with e-commerce platforms, driving further transformation in the industry.

If you'd invested just £100 in Bitcoin back in 2010, you'd have been a multimillionaire today. Few were that early – Bitcoin really only started making any kind of name in the mid-2010s. It was only then that a wave of curious investors jumped in – something that would pay off manyfold in just a few years for those who did.Today, thousands of those early adopters are millionaires—some even billionaires. So where are these people today, and do they still invest in the now quite well-known currency? Let's meet the most prolific Bitcoin millionaires in 2025.How many bitcoins would you need to own to be a millionaire?As of April 2025, Bitcoin sits at around £65,239 GDP. This means that to be a millionaire in pounds sterling, you'd need to own just over 15 Bitcoins. That figure was lower a few months ago and could drop to 10 or fewer by year-end if Bitcoin's price climbs as many experts predict.Using crypto in daily lifeWhile some see Bitcoin as a fast track to wealth, many millionaires view it as a lifestyle and the future. In fact, the anonymous and secure nature of Bitcoin is why many of the millionaires today invested in the first place.Many bitcoin millionaires use cryptocurrencies in their daily lives. This includes sending payments anonymously, playing at an instant withdrawal Bitcoin casino, and tipping creators directly without any middlemen.As more and more businesses and individuals accept cryptocurrencies as a means of payment, people don't just invest in Bitcoin anymore or buy it when they need to make a specific payment – many just have and use it, like any other currency.Chang-peng Zhao – Founder of Binance and big backer of BitcoinChangpeng Zhao has a net worth of over 63 billion American dollars in 2025 – about £48 billion – but it isn't just investing in Bitcoin that's made him that rich. He is also the founder of Binance, one of the world's biggest crypto wallets and exchanges.Zhao went all-in on cryptocurrencies in 2014, even selling his flat in favour of buying Bitcoin. In 2017, he and Yi He founded Binance, which gradually grew bigger and bigger. Today, Binance handles millions of transactions every single day and offers more coins and derivatives than its main competitor, Coinbase.Bold bitcoin supporter Michael SaylorMichael Sayor, CEO of MicroStrategy Inc., is one of the many unconventional investors of Bitcoin. Although he joined the party later than many other investors, he made up for it in volume. In August 2020, the firm snapped up 250 million USD worth of Bitcoin. At that time, one Bitcoin was worth around 12,000 USD – a coin is now worth over six times that amount!After that, Saylor continued buying up Bitcoin during dips and also appeared at news and cryptocurrency conferences to speak about Bitcoin. He has since then been involved in controversies and charged for allegedly failing to pay income taxes, and then ended up paying 40 million American dollars to settle the case, although he still did not admit guilt.Today, Michael Saylor reportedly personally owns 17,732 BTC at a value of £1.156 billion in April 2025.Chris Larsen built off of the Bitcoin conceptEarly on, Chris Larsen recognised the value of a currency like Bitcoin. However, he didn't just settle for investing in Bitcoin. He is one of the co-founders of Ripple, XRP, one of the most valuable cryptocurrencies to date.Before founding the currency, he worked in technology and finance, which would largely come to shape the cryptocurrency he was about to create. After he got wealthy off of Bitcoin and Ethereum, he decided to create his own with the knowledge he had accumulated. This cryptocurrency was specifically developed to be a payment solution for banks, governments, and institutions. His Ripple coin prompted articles with titles such as "Bitcoin Isn't the Only Cryptocurrency in Town", published by MIT Technology Review in 2013.Final thoughts – The secret world of Bitcoin millionairesThe notion that anyone, anywhere, could become a millionaire if he'd just made the right investment is a captivating idea and something fascinating to read about. Still, we are somewhat limited in what we can really know and verify when it comes to crypto.While many crypto millionaires are public figures or have shared their stories, there remain many unknown Bitcoin millionaires whose stories we will likely never hear. There is a high level of secrecy and anonymity in the world of cryptocurrencies – the founder of the world's biggest cryptocurrency, alias Satoshi Nakamoto, remains unidentified in 2025, and the full story may never be known.

The application of artificial intelligence (AI) has emerged as a driving force behind global technological innovation. As AI adoption proliferates, the mastery of semiconductor chip technology becomes paramount for success. The escalating complexity and design costs of chips are fueling the rapid evolution of electronic design automation (EDA) and upstream chip design solutions. Altair, a global leader in computational intelligence, has rapidly established a foothold in EDA and multi-physics simulation tools for electronic systems and the semiconductor industry.In an exclusive interview, Sarmad Khemmoro, senior vice president of Technical Strategy for electronic design and simulation at Altair, highlighted the company's strategic acquisitions to bolster its EDA and multi-physics simulation offerings. Leveraging its Detroit, Michigan roots in the automotive hub, Altair has cultivated 40 years of experience serving major automotive manufacturers with its mechanical systems functional verification and simulation software. Its core clientele spans automotive, aerospace, industrial systems, and consumer electronics. The surge in AI and advanced driver-assistance systems (ADAS) within the smart vehicle sector has propelled Altair's expertise in system-level functional simulation.As electronic designs, including electronic control units (ECUs) and ADAS, increasingly permeate automotive systems, Altair has expanded into electronic system functional verification and automotive printed circuit board (PCB) validation. Emphasizing design for manufacturability (DFM) verification, Altair's solutions encompass simulation and validation across logical, physical, thermal, electrical, and mechanical domains.Altair's EDA Strategy Targets System-Level Functional Verification and SimulationKhemmoro observes that AI is central to the current technological transformation. With a widening talent gap and the rise of intricate and diverse designs, traditional simulation tools often require days to yield results, incurring substantial costs. AI-driven automation is therefore crucial to enhance analysis and simulation efficiency, making AI integration a highly competitive field in EDA.About a decade ago, Altair embarked on expanding its EDA and simulation portfolio. Unlike the established EDA giants, Altair focuses on niche products, particularly system-level EDA verification and simulation tools. A key offering is Altair® PollEx™, a comprehensive suite for PCB design review, analysis, and verification, catering to electrical, electronic, and manufacturing engineers. PollEx PCB Verification detects manufacturing, assembly, and electrical defects early in the design phase, reducing costs and accelerating development cycles.PollEx is an open solution that supports various ECAD, EDA, and CAE file formats, facilitating collaboration among PCB design experts. It enables improved board layout, signal integrity, power integrity, and electromagnetic compatibility (EMC) verification, and seamlessly integrates with multi-physics simulation environments.Multi-Physics Simulation: A Cornerstone for 3D IC Advanced Packaging and PCB DesignAltair's multi-physics simulation solutions, evolving from structural simulation tools, address critical design challenges. Altair® SimLab®, a process-oriented multi-disciplinary analysis platform, automates structural stress, vibration, and drop test performance, delivering accurate and consistent results.The rise of 3D IC design has increased demand for multi-physics simulation and verification of large 3D packaged chips and PCBs. Khemmoro notes the importance of simulating thermal stress at the chip-package level and fluid, thermal effects, fatigue, warpage stress, and EMC at the PCB and system level. These simulations are vital for large electronics systems in automotive, medical, military, and industrial applications, where long lifecycles, harsh environments, and complex supply chains are standard.Altair's AI Studio solution facilitates AI predictive modeling for engineering design, further enhancing PCB design agility.DSim: Cost-Effective ASIC and FPGA Design Simulation and DebuggingAltair's acquisition of Metrics Design Automation and its DSim™ solution expanded its EDA capabilities. DSim leverages cloud-native environments and integrates with major cloud providers (Google Cloud, Microsoft Azure, AWS) to reduce computational costs. Optimized for speed, capacity, and accuracy, DSim, combined with Altair's Silicon Debug Tools®, offers robust functional verification, simulation, and debugging on desktops, servers, or in the cloud, supporting large regression tests.This pay-as-you-go model provides a cost-effective alternative to the expensive IC design verification market. DSim supports ASIC and FPGA digital circuit simulation using System Verilog and VHDL RTL, employing parallel processing for accelerated testing.Altair's strong automotive client base, coupled with its experience serving EMS providers and consumer electronics manufacturers, underscores its industry leadership. As a TSMC Open Innovation Platform (OIP) partner, Altair aims to empower Taiwan's semiconductor and IC design sectors in the AI era.Altair will host its biennial Altair Technology Conference Taiwan in Taipei on May 28, 2025, featuring insights from Altair's CTO, chief engineers, and industry leaders. The conference will explore CAE, AI, and HPC advancements. For details, visit: https://events.altair.com/atc-taiwan-2025/.Altair Technology Conference Taiwan 2025. Credit: Altair

In the landscape of 2025, the electronics distribution industry presents significant opportunities and challenges. Demand across key sectors continues to climb, and by mid-year, it is anticipated that demand for certain critical products and manufacturers will exceed supply. This growing imbalance underlines the accelerating pace of the market and the need for businesses to remain both agile and prepared for what lies ahead.The strong demand is being fueled by transformative advancements in artificial intelligence, high-performance computing (HPC), data centers, automotive innovation, and telecommunications. The global semiconductor industry is projected to reach $700 billion in 2025, setting a new record and keeping the industry on track to achieve $1 trillion in sales by 2030. The primary drivers of this growth are AI-powered applications, edge computing, and the increasing sophistication of automotive technologies. These trends are reshaping industries and creating unprecedented opportunities for growth and innovation.The semiconductor industry is experiencing a remarkable period of expansion, with sales expected to grow by 15% in 2025. This growth is largely attributed to the increasing demand for high-end logic process chips and high bandwidth memory (HBM) required for AI applications. The memory segment, in particular, is forecasted to surge by more than 25%, driven by the adoption of advanced products like HBM3 and HBM3E for AI accelerators.In the automotive sector, semiconductor chips are playing a crucial role in enabling smarter, more connected, and autonomous vehicles. Companies such as Tesla, Qualcomm, and Infineon are at the forefront of integrating advanced semiconductor solutions into next-generation automobiles, enhancing capabilities such as full self-driving, advanced driver assistance systems, and improved energy efficiency in electric vehicles.However, alongside this promise of growth, there are substantial risks. Geopolitical tensions, cybersecurity threats, and economic uncertainty remain top concerns, while supply chain volatility continues to test businesses' resilience. In this complex environment, success demands not only bold, forward-thinking strategies but also a proactive approach to mitigating risks and ensuring adaptability.Strategic partnerships will play a pivotal role in overcoming these challenges. For example, NewPower Worldwide can provide expertise, global reach, and innovative tools necessary to navigate uncertainty, maintain operational flexibility, and stay focused on long-term goals. Collaboration is no longer just an option—it's a critical component of thriving in today's dynamic landscape.NewPower Worldwide is a global independent distributor dedicated to helping its customers succeed. They offer tailored solutions such as inventory management, strategic sourcing, and excess material strategies. These services empower businesses to not only address immediate challenges but also position themselves for sustainable growth in an ever-changing industry.