Design & Comfort

• Lightweight: Weighing only about 75 grams, the glasses are comfortable to wear for extended periods, making them suitable for both casual and professional use.
• Stylish Look: With a modern and minimalist design, the Rokid Max can easily pass as regular sunglasses, hiding their high-tech capabilities in plain sight.

Immersive Visuals

• Massive Virtual Display: The Rokid Max simulates a 215-inch screen viewed from 6 meters away, delivering an immersive cinematic experience anywhere you go.
• High Resolution: With 1920×1080 resolution per eye and a refresh rate of 120Hz, visuals are sharp and smooth, suitable for movies, games, and productivity.

Sound and Connectivity

• Built-in Stereo Speakers: High-quality directional speakers provide immersive audio without the need for headphones, preserving spatial awareness.
• USB-C Compatibility: The glasses connect to a wide variety of devices—smartphones, laptops, gaming consoles, and drones—via a single USB-C cable, ensuring plug-and-play convenience.

Use Cases

• Entertainment on the Go: Turn any place into your private theater without disturbing others.
• Gaming in AR: Enjoy portable gaming with full immersion, compatible with platforms like Steam Deck or Nintendo Switch.
• Productivity: Use the Rokid Max as a portable second screen for your laptop or tablet, improving multitasking and mobile workflow.
• Drones and FPV: Pilots can enjoy a real-time immersive first-person view when paired with compatible drones, elevating the experience.

Additional Features

• Eye Comfort: The glasses are TÜV Rheinland certified for low blue light and flicker-free viewing.
• Adjustable Lenses: Built-in myopia adjustment (up to -6.00D) eliminates the need for prescription lenses.
• Privacy Mode: The directional audio and discreet display make it easy to work or enjoy content privately in public settings.

Conclusion

The Rokid Max stands out as a versatile, stylish, and high-tech gadget that blends entertainment, productivity, and augmented reality into a lightweight wearable form. With powerful features and sleek design, it offers a glimpse into the future of smart eyewear and mobile computing.

The post Rokid Max Smart Glasses: A Breakthrough Augmented Reality Experience appeared first on Chipress.io.

The mobile world has seen many revolutions in the past decade—from small screens to tablets, from physical keyboards to full-touch displays, from single cameras to advanced AI-powered systems. But one of the most significant innovations in recent years has been foldable screens. What once seemed like a gimmick has matured into a new product category. And with the Huawei Mate XT, the company isn’t just participating in this trend—it’s redefining it.

A Display That’s a Show on Its Own

The most striking feature of the Mate XT is its unique tri-fold design, which allows it to transform from a compact everyday phone into a full tablet, and even into a “half-open” mode—ideal for watching videos, multitasking, or reading.

The flexible OLED screen delivers stunning colors, deep blacks, and rich contrast in any configuration—fully open, partially folded, or closed. Its high refresh rate and ultra-responsive touch provide a smooth, seamless experience for everything from gaming to productivity.

Practical Innovation at Its Best

But this folding mechanism is more than just eye-catching—it’s deeply practical. In its full form, the Mate XT enables a multi-window interface that makes working on documents, editing videos, or browsing multiple tabs a joy. The virtual keyboard is more spacious, the content is easier to interact with, and everything just feels more natural.

Huawei’s interface adapts intelligently based on the fold state. The OS recognizes whether you’re in phone, tablet, or tent mode and tailors the UI accordingly—no lags, no glitches, just fluid responsiveness.

Next-Level Hardware

To drive such a sophisticated device, Huawei packed the Mate XT with a next-gen Kirin 9 series processor, high-speed RAM, and ultra-fast UFS 4.0 storage. Whether you’re editing media, gaming, or switching between apps, the device remains cool, fast, and incredibly stable.

Battery life is enhanced with a split-cell system, distributing weight evenly and improving thermal balance. Fast charging—both wired and wireless—is present, but what’s more impressive is the intelligent charging system that learns your usage habits and optimizes battery longevity accordingly.

A Multi-Perspective Camera System

Photography is another area where the Mate XT excels. Its camera array functions flawlessly in any fold state, ensuring that whether you’re taking selfies, landscapes, or professional video, the controls are always intuitive and accurate.

One standout feature is the Dual View mode, allowing you to see live output on one side of the screen while framing the shot on the other. Perfect for vloggers, creators, and those who need visual precision.

A Smarter Operating System

Running on HarmonyOS, Huawei’s ecosystem is optimized for cross-device continuity. Have a Huawei TV, laptop, or tablet? The Mate XT seamlessly integrates with them. Dragging files from phone to desktop or continuing a document between devices feels natural and immediate.

Huawei’s new multitasking interface allows floating windows and split screens to snap, minimize, and scale intelligently. No more jumping between apps—just pure workflow.

Form Meets Function

More than just a tech powerhouse, the Mate XT is a work of design. Its body is crafted from reinforced aluminum alloy with a nearly invisible frame. The back features smart glass that shifts color subtly with lighting, making the device feel alive.

The tri-fold hinge is a marvel of engineering—nearly invisible and smooth to the touch. The once-troublesome “fold line” is almost imperceptible, a huge leap forward from earlier foldables.

Final Thoughts

The Huawei Mate XT is not just another phone. It’s a reimagining of what a phone, tablet, and even a computer can be. For early adopters, tech enthusiasts, or anyone who demands more from their devices, the Mate XT isn’t a luxury—it’s a vision of what’s next.

This isn’t just a smartphone. It’s a foldable universe in your pocket.

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What is Quantum Encryption?

Quantum encryption is based on principles of quantum mechanics that enable the creation of encryption keys which cannot be duplicated or intercepted without introducing detectable changes. This technology, also known as Quantum Key Distribution (QKD), represents a significant breakthrough in information security.

The scientific basis behind quantum encryption is founded on two central principles in quantum mechanics:

1. Heisenberg’s Uncertainty Principle – It is impossible to simultaneously measure with precision both the position and momentum of a quantum particle.
2. Quantum Collapse Phenomenon – Any attempt to measure a quantum state irreversibly changes it.

When information is encrypted using photons (light particles) in different quantum states, any attempt by a third party to intercept the information will cause a change in the quantum state of the photons, which will be immediately detected by the legitimate recipient. This advantage makes quantum encryption a method approaching perfect security from a theoretical perspective.

In practice, companies like Swiss ID Quantique and Toshiba Europe already operate commercial communication networks based on quantum encryption, primarily in the financial sector and government institutions. Despite the high cost and technical limitations (such as the need for dedicated physical infrastructure), the adoption rate of this technology is on an upward trend.

It’s important to emphasize that quantum encryption secures the transfer of information but does not eliminate the need to identify and authenticate users themselves. This is where advanced identification solutions come into play, as we will elaborate further.

The Threat of Quantum Computing

While quantum encryption offers unprecedented protection, quantum computing poses a threat to existing encryption methods. Future quantum computers are expected to have the capability to break today’s standard encryption algorithms used on the internet.

Shor’s Algorithm, developed in 1994, demonstrates how a quantum computer is capable of breaking RSA encryption – a common encryption method currently used to protect internet communications, banking transactions, and electronic commerce. While it would take a classical computer billions of years to crack a strong RSA key, a quantum computer could do so within hours or days.

This danger constitutes a global threat to information security, and many countries are investing significant resources in developing encryption systems resistant to quantum attacks, a field known as “Post-Quantum Cryptography.” The American National Institute of Standards and Technology (NIST) is conducting an international competition to develop quantum-resistant encryption algorithms and has already selected several promising algorithms that are now in standardization processes.

According to a McKinsey report, about 25% of large organizations worldwide are already in the process of implementing security solutions resistant to quantum computing. However, adopting these solutions requires significant planning and investment, as there is a need to replace all existing encryption systems in the organization.

Are Passwords on Their Way Out?

While quantum encryption strengthens communication security, passwords are still the most common method for verifying user identity. However, several technologies offer safer alternatives:

Biometric Authentication

Biometric identification technologies have developed significantly in recent years. Fingerprint recognition systems, retinal scanning, facial recognition, and voice recognition have become much more accurate and resistant to forgery. Research by Juniper Research indicates that by 2026, more than 70% of smartphones worldwide will use biometric identification as the primary security method.

The advantages of biometric identification include:

• Convenience – No need to remember complex passwords
• Speed – Identification is completed in fractions of a second
• Difficulty in forgery – Especially in systems combining multiple biometric identification methods
• Reduction in dependency on the “human factor” – Reducing the risk of human error

However, biometric identification also has disadvantages that slow its full adoption:

• Privacy issues – Biometric data is especially personal
• Difficulty in replacement – You cannot “change” a compromised fingerprint
• Imperfect accuracy – Cases of misidentification still exist, especially in diverse populations

Physical Security Keys

Physical security keys, such as YubiKey, Google Titan, and SoloKeys, have become popular among organizations and large technology companies. These are small devices that connect to a computer or smartphone and serve as a “second factor” in identity authentication.

Advantages of physical keys:

• High resistance to phishing attacks – Even if a user discloses their password, the attacker still needs the physical key
• Simplicity of use – A single touch or USB connection is sufficient
• No dependency on cellular network connection – Unlike authentication applications

Google data shows that since the company began using physical security keys for its employees, there has not been a single case of a successful phishing attack.

Multi-Factor Authentication (MFA)

Multi-factor authentication combines at least two of the following factors:

1. Something you know – Password or PIN
2. Something you have – Smartphone or physical security key
3. Something you are – Biometric data
4. Location – GPS coordinates or known network
5. Behavior – Typing pattern, mouse movement, or other usage patterns

According to a Microsoft report, using multi-factor authentication prevents 99.9% of password-based attacks. However, only about 22% of private users consistently use these systems, compared to about 78% of business organizations.

Combining quantum encryption with these authentication methods can significantly reduce dependence on passwords in the future. For instance, ISARA Corporation is developing solutions that combine multi-factor authentication with encryption technologies resistant to quantum computing.

The Role of Artificial Intelligence

Artificial intelligence affects the world of information security in two opposing ways:

Enhancing Security Systems

AI systems can improve information security in several ways:

1. Detecting unusual usage patterns – Machine learning systems can learn the user’s normal behavior patterns (login times, locations, frequency of actions) and alert on deviations. Darktrace reports a 97% detection capability of cyber attacks before they cause damage.
2. Behavioral authentication – AI systems identify unique behavioral patterns such as typing style, mouse movements, or even how a phone is held. BioCatch reports an 80% reduction in identity fraud through this technology.
3. Personalization of authentication protocols – AI can adjust the required security level according to the risk level of the action and user. For example, transferring large sums of money will require more stringent authentication than reading emails.
4. Network anomaly analysis – AI systems monitor network traffic and identify abnormal communication patterns indicating malicious activity.

According to a Gartner report, by 2026, more than 60% of organizations will integrate AI into their information security systems.

Malicious Use of Artificial Intelligence

In parallel, artificial intelligence is also being used to develop more sophisticated attack tools:

1. Advanced phishing attacks – AI systems can create personalized phishing messages tailored to the target, using information gathered from social networks and other open sources.
2. Password recovery – AI algorithms can guess passwords much more efficiently than traditional “brute force” attacks, by analyzing patterns and connections in previous passwords.
3. Creating DeepFakes – AI can forge voice, video, or images to bypass biometric identification systems. A 2023 study showed that 43% of facial recognition systems can be deceived using advanced DeepFakes.
4. Adversarial Machine Learning attacks – Techniques that exploit weaknesses in machine learning systems to deceive them. For example, tiny changes invisible to the human eye in an image can cause a facial recognition system to identify a completely different person.

Challenges and Solutions in Combining Quantum Encryption and Artificial Intelligence

The combination of quantum encryption and artificial intelligence offers powerful defense potential but also raises new challenges:

Challenges

1. Technological complexity – Implementing quantum encryption systems requires in-depth knowledge and dedicated infrastructure, making widespread adoption difficult.
2. High costs – The investment required to implement quantum encryption solutions is still high, limiting accessibility mainly to large organizations and governments.
3. Privacy issues – Using artificial intelligence to monitor user behavior raises concerns about privacy and ethics.
4. Need for standardization – Lack of unified standards makes it difficult for the industry to adopt new solutions.
5. Physical limitations – Quantum communication is currently limited to distances of hundreds of kilometers, although research in “quantum relays” is trying to overcome this limitation.

Developing Solutions

1. Quantum cloud services – Companies like IBM, Google, and Amazon are developing cloud solutions that offer access to quantum encryption technologies without the need to invest in infrastructure.
2. Hybrid approaches – Combining classical encryption with quantum elements, allowing for gradual implementation.
3. Quantum-resistant networks – Implementing post-quantum encryption in existing networks to protect against future threats.
4. Integrating AI in quantum encryption – Crypto Quantique is developing chips that combine quantum key generators with machine learning algorithms for attack detection.

Looking to the Future: Predictions and Trends

Information security experts offer several predictions regarding the future of passwords and digital authentication:

1. Passwords as a secondary defense layer – By 2028, it is expected that passwords will become merely a secondary security layer, with other authentication means forming the primary layer.
2. Continuous and unobtrusive identification – Instead of one-time authentication at system entry, systems are expected to continuously check the user’s identity based on behavior, location, and additional parameters.
3. “Universal Digital Passport” – International efforts are advancing to create a secure digital identification system that will serve for a variety of services and applications.
4. Adapting security level according to risk level – Smart authentication systems will adjust the required authentication level according to the requested action, the user, and the context.
5. Context-aware security – Security systems will consider factors such as location, time, activity history, and device to determine user reliability.

Gartner estimates that by 2030, more than 80% of interactions with digital services will not include the use of a traditional password.

Conclusion

Quantum encryption and artificial intelligence are shaping a promising future in the field of information security. While passwords won’t disappear overnight, their role is expected to significantly diminish as more secure and intelligent identity verification methods become standard.

The main challenge in the coming years will be finding the right balance between advanced security and user convenience, while addressing issues of privacy and ethics. Organizations that succeed in finding this balance will gain a significant competitive advantage in the digital era.

Ultimately, the future is not necessarily in replacing passwords, but in creating an ecological security system that includes multiple complementary defense layers, adapted to the changing needs of users and organizations.

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NVIDIA: GeForce RTX 50 Series with Blackwell Architecture

In January 2025, NVIDIA unveiled its GeForce RTX 50 series, built on the new Blackwell architecture. This lineup includes the RTX 5090, RTX 5080, RTX 5070 Ti, and RTX 5070, all featuring fifth-generation Tensor Cores and fourth-generation Ray Tracing Cores.

RTX 5090: The Powerhouse

The RTX 5090 stands at the pinnacle of NVIDIA’s offerings, boasting 32GB of GDDR7 memory, 680 Tensor Cores, and 170 Ray Tracing Cores. With a total board power of 575W and over 3,352 trillion AI operations per second, it delivers up to twice the performance of the RTX 4090, thanks to the new DLSS 4 technology.

RTX 5060 Ti: Affordable Midrange Option

Launched in April 2025, the RTX 5060 Ti comes in 8GB and 16GB versions, priced at $379 and $429 respectively. It offers enhanced CUDA, ray tracing, and Tensor AI cores, supporting DLSS 4 with Multi Frame Generation, which boosts performance in supported games. Designed to replace popular models like the RTX 3060 and 4060, these cards are provided by third-party manufacturers.

AMD: Radeon RX 9000 Series with RDNA 4 Architecture

AMD introduced the Radeon RX 9000 series, based on its RDNA 4 architecture, focusing on improved power efficiency and high performance. The series includes the Radeon RX 9070 XT and RX 9070 graphics cards, both featuring 16GB of memory and extensive improvements designed for high-quality gaming graphics.

RX 9070 XT: Advanced Capabilities

The RX 9070 XT offers significant performance and efficiency upgrades, with revamped ray tracing accelerators and powerful AI accelerators for ultra-fast, cutting-edge performance. It supports AMD’s latest technologies, such as FidelityFX Super Resolution (FSR), to boost frame rates and image quality.

Conclusion

The GPU landscape in 2025 is marked by significant innovations from both NVIDIA and AMD. NVIDIA’s RTX 50 series, with its Blackwell architecture, emphasizes AI-driven enhancements and top-tier performance, while AMD’s Radeon RX 9000 series focuses on power efficiency and advanced gaming experiences. The choice between the two depends on individual needs, budget, and preferences, but both offer compelling options for gamers and professionals alike.

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A New Vision for the Personal Computer

At the heart of the announcement is a reference design blueprint for modular computers. This design serves as a foundational model for OEMs (Original Equipment Manufacturers) and ODMs (Original Design Manufacturers), guiding the development of computers that are easier to disassemble, repair, and upgrade.

The program was unveiled by Gokul Subramaniam, Vice President of Intel’s Client Computing Group and President of Intel India. He emphasized that the move responds directly to clear market trends: rising consumer demand for self-repair, accessible upgrades, and reduced environmental footprint.

Modularity on Three Levels

Intel defines modularity on three main levels: system, motherboard, and components.

1. System Level

This layer allows manufacturers to create diverse computer families—for example, models with different screen sizes or cooling solutions—while using the same core modules. It simplifies product lines and allows production facilities to offer varied configurations without designing each one from scratch.

2. Board Level

Instead of a monolithic motherboard, Intel proposes splitting it into separate modular boards:

• Core board: Houses the CPU, RAM, and main chipsets.
• I/O boards: Handle external connections like USB, HDMI, audio, etc.

This separation means users or technicians can replace only the affected module instead of the entire board. Intel is also promoting modular memory (e.g., LPCAMM—Low Power Compression Attached Memory Module) and storage (e.g., M.2 SSDs), further simplifying upgrades and replacements.

3. Component Level

At the smallest scale, Intel envisions interchangeable mini modules that connect via standardized interfaces such as M.2 or FPC. For example:

• Users can swap out modules that offer different functions (USB-C, DisplayPort, HDMI) using the same slot.
• Software compatibility is maintained, enabling seamless reuse of modules across different models.

Addressing Consumer and Enterprise Needs

Intel states that the shift to modular computing addresses multiple needs:

• Individual users want easy memory and storage upgrades, low-cost repairs, and longer device lifespans.
• IT departments benefit from minimizing downtime—faulty parts can be replaced on-site without shipping the whole computer.
• Recycling and reuse become practical: parts from old systems can be repurposed to build new configurations.

The modular approach also directly contributes to reducing e-waste, a major global challenge. The tech industry generates millions of tons of electronic waste each year.

Industry Collaboration

Intel emphasizes that it does not plan to manufacture modular PCs itself. Instead, it works through ecosystem partnerships—with component vendors, PC makers, and business partners. The company is actively developing and sharing reference designs for implementation by others.

“Our role is to provide the building blocks,” Subramaniam said. “We’re not just offering ideas—we’re developing real designs and collaborating with the industry.”

He noted that the foundational technologies already exist: M.2 cards, FPC connectors, LPDDR memory standards, modular internal communication protocols—all are in use today, but the industry needs a unified infrastructure to realize their full potential.

Not a New Idea, But the Timing Is Right

The concept of modular PCs has surfaced many times over the years, with limited success due to lack of broad industry adoption, compatibility issues, or high costs. But Intel believes that mature technology, environmental awareness, and market demand make this the right time for modular computing to succeed.

If manufacturers embrace the approach, the result could be PCs that look completely standard on the outside—but inside, they are modular, upgradeable, and easier to maintain.

Conclusion

Intel’s modular PC initiative is not a product but a strategy—a broad push to rethink how we design, build, and support personal computers. If adopted widely, it could reshape the industry, much like USB-C has unified smartphone charging and data transfer.

Whether this becomes a true revolution or just another ambitious attempt depends on time—and industry cooperation.

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The new update was intended for devices like the Galaxy S24, Z Fold 6, and Z Flip 6. The rollout began on April 7 and in the U.S. on April 10, but shortly after, a series of reports started coming in from users, particularly from South Korea, who received the update earlier. Users reported that after installing the update, they were unable to unlock their devices, even with the correct password. In fact, the device remained locked and was unusable.

The first to report the issue was the leaker Ice Universe, and the information quickly spread to official Samsung forums in Korea. According to reports, the bug mainly appeared in the Korean version of the update, but that did not stop Samsung from halting the rollout completely, even in countries where no issues had been reported yet. In fact, a check using the CheckFirm app confirmed that the version was no longer available on the company’s servers, meaning the update was effectively removed.

The One UI 7 update was supposed to include upgrades based on Android 15, with a revamped interface, improved responsiveness, AI additions, and design updates. Samsung chose to launch this software version first with the Galaxy S25 series, which already came with One UI 7 pre-installed. After about two months, the company started rolling out the update to older devices, but now it seems that rollout has been paused indefinitely due to the discovered issue.

Currently, Samsung has not provided further details about the timeline for the release of the fixed update or additional information about addressing the bug. Users who have not yet received the update remain on the previous version, and the company has not specified when a fixed update will be available or when the issue will be resolved.

The post Samsung Halts One UI 7 Update for Flagship Devices Due to Critical Bug appeared first on Chipress.io.

Founded in 1987 as a spin-off from General Instruments, and becoming fully independent in 1989, Microchip has gone through three major growth phases — Microchip 1.0, 2.0, and now 3.0. Under the leadership of long-time CEO and now Executive Chairman Steve Sanghi, the company has built a strong foundation as a global player with a clear competitive edge.

A Strategy That Delivers: Total System Solution

Microchip’s core strategic approach today is the Total System Solution (TSS) — providing a complete solution rather than a single component. Instead of selling just one chip, Microchip enables its customers to build entire systems using its products alone. For example, a home refrigerator may include an analog chip for temperature sensing, a microcontroller for compressor control, and a power management chip — all provided by Microchip as an integrated offering. This enhances customer relationships and increases average revenue per design.

Positioned for Growth in High-Impact Markets

Microchip 3.0 is aligned with six global megatrends:

• 5G
• Internet of Things (IoT)
• Data Centers
• Autonomous Driving
• Electric Transportation
• Sustainability

These focus areas represented 45% of company revenue in fiscal year 2023, with projections for continued growth at double the rate of the company’s traditional segments. Microchip is precisely positioned to serve these fast-growing markets with reliable, innovative, and efficient products.

Innovation, Diversification, and Business Resilience

Microchip blends engineering excellence with financial and operational stability. Its broad product portfolio and massive customer base minimize dependence on any single client or market. Proprietary technology, high margins, and essential yet low-cost components provide a strong economic moat that is hard to replicate.

Returning Value to Shareholders

Following the 2018 acquisition of MicroSemi, Microchip shifted gears toward capital return. The company is in the process of returning 100% of its free cash flow to shareholders via dividends and share buybacks. This strategy positions Microchip as an attractive option for both growth and value investors.

Conclusion

Microchip Technology offers a rare combination of innovation, proven leadership, focused strategy, and consistent growth in vital global markets. With a clear vision and technological strength across high-demand sectors, the company is well positioned for long-term success in the evolving semiconductor landscape.

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What began as a local distributor has grown over the years into a global brand. Today, TTI is a wholly owned subsidiary of Berkshire Hathaway, Warren Buffett’s investment company. The company is built on values of personalized service, precise inventory management, and deep technical expertise – making it a preferred choice in the industry.

TTI currently operates more than 180 branches worldwide, with regional operations in the Americas, Europe, Asia, and Africa. It manages over 3.5 million square feet of distribution space, including 2.7 million square feet in the U.S. Major logistics centers are located in Fort Worth (USA), Munich (Europe), and Singapore (Asia).

TTI aims to be the world’s leading specialty distributor of passive, connector, and electromechanical components, and it stays true to this mission through a strong commitment to quality and exceptional service.

The company specializes in components where quality and reliability are critical, including:

• Passive components – capacitors, resistors, inductors, filters
• Connectors – for signal, power, and data
• Electromechanical components – switches, relays, buttons
• Sensors and discrete semiconductors
• Circuit protection devices – fuses, surge protectors, and more

TTI also leads a group of complementary distributors, including:

• Mouser Electronics – an online distributor catering to engineers and startups
• Sager Electronics – specializing in power and thermal solutions
• Exponential Technology Group (XTG) – includes Symmetry, RFMW, Connected Development, and others with expertise in RF, wireless, and IoT
• Raffenday Ltd. – a UK-based manufacturer of vehicle and railway cables (acquired in 2024)
• Braemac Pty Ltd. – an Australian distributor with operations across Oceania, the U.S., and Europe (acquired in 2023)

Beyond components, TTI provides additional services such as:

• Inventory management solutions – including VMI, scheduled orders, JIT
• Technical and engineering support – professional guidance during development
• Advanced logistics – real-time transparency, ERP integration
• Digital tools – advanced component search, BOM management, and more

TTI focuses on industries where reliability is mission-critical, such as:

• Aerospace and defense
• Automotive and smart transportation
• Medical devices
• Public transit and rail
• Industrial automation
• Robotics and IoT

TTI is not just a distributor – it’s a strategic partner for engineers and procurement professionals worldwide. With massive inventory, deep technical knowledge, and top-tier service, TTI continues to lead the electronic component distribution field with precision, reliability, and efficiency.

Discover more:
www.tti.com

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Recent Acquisition by WT Microelectronics

In 2024, Future Electronics was acquired by WT Microelectronics, a Taiwanese company specializing in electronic components distribution. This acquisition, valued at $3.8 billion, marks a significant milestone for both companies. With dual headquarters in Montreal and Taipei, the new combined entity aims to create a global powerhouse in the distribution of electronic components.

The merger allows the newly formed company to leverage its combined strengths, providing enhanced value to suppliers and customers worldwide. With over 400 suppliers and a diverse customer base of more than 25,000 clients, the merged entity is positioned to offer comprehensive services and solutions across the electronics industry.

Key Areas of Operation

Future Electronics distributes a wide range of products and services, including:

• Semiconductors: Providing essential components for industries like information technology, communications, healthcare, and transportation.
• Passive Components: Distributing components used in electrical and electronic systems, covering a broad range of products.
• Electromechanical Components: Bridging electronics and mechanical systems, offering components for diverse applications.
• Engineering and Design Services: Offering extensive support for product development and design, helping clients optimize their designs and processes.

Additional Services

In addition to its distribution services, Future Electronics offers several value-added services:

• Technical Support: Providing engineering support for designing and developing components and systems.
• Advanced Logistics Solutions: Including inventory management, global distribution, and transportation services.
• Unified IT Infrastructure: Allowing customers to access real-time inventory availability, technical information, and integrated sales and marketing services.

The Impact of the Acquisition

The acquisition by WT Microelectronics represents a strategic move to create a more powerful global distributor in the electronic components industry. The combined entity is set to serve a more extensive range of customers and suppliers, further solidifying its position as a key player in the market. With enhanced supply chain capabilities, technical expertise, and a strong global presence, Future Electronics is well-equipped to meet the growing demands of the global electronics market.

Conclusion

Future Electronics, now part of WT Microelectronics, continues to be a vital player in the global electronics distribution sector. With its long-standing expertise, comprehensive service offerings, and commitment to innovation, Future Electronics remains a trusted partner for companies worldwide. The merger further strengthens its ability to provide cutting-edge solutions and services to customers, positioning it for continued success in the electronics industry.

Discover more:
https://www.futureelectronics.com

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Background and History

Arrow Electronics was founded in 1935 as a retail store called “Arrow Radio” in New York. Over the years, it evolved into a leading distributor of electronic components. In the 1970s, the company began a significant expansion and became publicly traded on the New York Stock Exchange in 1979. Through strategic acquisitions such as Cramer Electronics and expansion into Europe and Asia, Arrow has established itself as a global powerhouse.

Global Presence

The company’s global headquarters is located in Centennial, Colorado, USA. Arrow operates 187 locations worldwide, including 11 offices across the United States. The company employs more than 21,500 people and provides services in over 85 countries.

Core Areas of Activity

• Electronic Components: Distribution of passive components, semiconductors, electromechanical devices, sensors, and more.
• Enterprise Computing Solutions (ECS): IT services including infrastructure, cybersecurity, cloud, and IoT solutions.
• Smart Solutions: Advanced technologies for automotive, renewable energy, healthcare, smart industry, and more.

Key Advantages

• Customized Services: Support for the design, production, and management of advanced technology products.
• Ongoing Innovation: Partnerships with leading manufacturers to bring cutting-edge technologies to market.
• Commitment to Quality: Adherence to rigorous international standards to ensure product and service quality.

Additional Services

• Technical and Engineering Support: Assistance with product planning and development.
• Advanced Logistics Services: Including inventory management, distribution, and supply chain support.
• Digital Platform: Access to millions of products, technical data, and design tools through Arrow’s online portal.

Vision and Values

Arrow’s vision, known as “Five Years Out,” reflects its commitment to forward-thinking and shaping a technologically advanced future. The company aims to be a strategic partner for its customers, fostering innovation, sustainability, and operational excellence.

Discover more:
https://www.arrow.com

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Headquartered in Mansfield, Texas, Mouser’s logistics center spans over 1 million square feet. The company stocks more than 1 million unique electronic components, all sourced directly from manufacturers and shipped directly to customers. Mouser partners with over 1,200 top-tier manufacturers to deliver cutting-edge technology and design innovations.

Mouser is a subsidiary of TTI, which is owned by Berkshire Hathaway. The company is certified to international quality standards including ISO 9001:2015, AS9100D, and AS6496, ensuring reliability and precision for industries such as aerospace, defense, and advanced engineering. Mouser is committed to maintaining the highest levels of quality and compliance, with components supporting everything from space exploration to harsh-environment applications.

Why Choose Mouser:

1. Extensive Inventory: Over 1 million parts in stock, all factory-direct and ready to ship.
2. Unmatched Quality: All components are backed by ISO and AS9100D certifications for guaranteed quality.
3. Global Service: Operating in 28+ global locations, Mouser supports transactions in 23 languages and 34 currencies.
4. 24/7 Ordering: Advanced logistics and warehouse systems enable 24/7 order processing and nearly flawless pick-and-ship operations.

Mouser isn’t just a component supplier – it’s a reliable partner for innovation, offering fast, accurate, and professional service to engineers, developers, and manufacturers across the globe.

Additional Facts:

• Headquarters: 1000 N. Main Street, Mansfield, TX 76063-1514, USA
• Incorporated: March 14, 1983 (Texas)
• Global Presence: 28 locations worldwide
• Employees: 4,000+ globally
• Facility Size: 1 million square feet

Discover more:
https://www.mouser.com

The post Mouser Electronics – Global Distribution of Semiconductors and Electronic Components appeared first on Chipress.io.

A Global Force in Electronics

DigiKey’s numbers speak for themselves:

• Serving over 180 countries
• 4,700+ employees worldwide
• More than 3 million square feet of operational facilities
• 15.9 million+ products available
• 3,000+ suppliers
• 5.7 million online orders per year
• 3.2 million+ phone calls per year
• 6.5 million+ orders processed annually
• Nearly 1 million customers served each year
• Content in 21 languages
• 674,000+ sites served annually
• Customer service available 24/7

This level of operation positions DigiKey not only as a component distributor, but as a technological ecosystem – always connected, always available.

More Than a Marketplace

While DigiKey offers one of the most comprehensive catalogs of electronic components in the world, it also provides an entire suite of tools and services designed to make the lives of developers and procurement professionals easier:

• Advanced product filtering and real-time availability
• Comprehensive datasheets, CAD models, and design tools
• Smart BOM management and purchasing automation
• Support for orders of all sizes – from individuals to large enterprises
• Seamless API access for integration into ERP and inventory systems

Everything is designed to empower the innovator – from concept to prototype to production.

Fast, Reliable Global Shipping

DigiKey is known for its efficient, worldwide shipping. Customers enjoy real-time inventory, price visibility (including local taxes), and a transparent ordering process – all in one place.

No middlemen, no hidden steps – just fast, reliable delivery from warehouse to workstation.

Supporting Innovation and Education

Beyond sales, DigiKey has become a central educational and technical hub for engineers and developers. Their platform includes:

• Detailed technical blogs and guides
• On-demand webinars and video content
• Innovation competitions and challenges
• Partnerships with universities and research centers
• Localized content in 21 different languages

This positions DigiKey as not just a provider of parts – but a supporter of growth and knowledge in the tech ecosystem.

The Natural Choice for Anyone Who Builds

Whether you’re launching a startup, developing your next big product, managing a lab, or just exploring the world of electronics – DigiKey has your back.

Trusted by nearly 1 million customers per year
Supporting over 674,000 sites annually
Multilingual, multi-currency, and multi-disciplinary
Backed by 24/7 expert customer service

Discover more:
www.digikey.com

The post DigiKey – Powering Innovation, One Component at a Time appeared first on Chipress.io.