Microelectronics world news

The global semiconductor lasers market size is predicted to exceed a valuation of US$ 8.8 billion in 2023. It is anticipated to attain a valuation of US$ 15.7 billion by 2033. The market is expected to expand at a CAGR of 5.9% from 2023 to 2033.

The demand for semiconductor lasers has increased as a result of the widespread use of consumer electronics, such as smartphones, tablets, laptops, and gaming systems. These lasers are employed in a variety of technologies, including optical data storage, gesture recognition, 3D sensing, and displays. Semiconductor laser technologies are predicted to be essential in facilitating new features and capabilities as consumer devices continue to improve.

In terms of energy efficiency, semiconductor lasers are more effective than conventional light sources. In addition to lasting longer and producing less heat, they use less power. Semiconductor lasers are increasingly valued over conventional light sources as energy efficiency and environmental concerns increase in magnitude, driving market growth.

Smaller, more compact, and more effective semiconductor lasers are in high demand as due to the growing trend of miniaturization and integration across a variety of sectors. These lasers are viable for applications with limited spaces because they may be incorporated into small systems and devices, such as wearable electronics, mobile phones, and portable electronics. In essence, the growing demand for consumer electronics is likely to foster growth in the market.

New kinds of lasers with enhanced performance characteristics have been developed as a result of ongoing developments in material science, notably in semiconductor materials and epitaxial growth methods. For instance, the development of high-performance semiconductor lasers that operate at many wavelengths has been made possible by the use of compound semiconductor materials like Gallium Arsenide (GaAs) and Indium Phosphide (InP). Such material science advancements are predicted to bolster market growth during the forecast period.

Key Takeaways from this Market:

• The global semiconductor lasers industry size developed at a CAGR of 6.7% from 2018 to 2022.
• In 2018, the global market size stood at US$ 6.3 billion.
• The global market size stood at US$ 8.2 billion in 2022.
• The fiber optic lasers segment is predicted to expand at 5.8% CAGR during the forecast period.
• The communications segment is predicted to expand at 5.7% CAGR from 2023 to 2033.
• The semiconductor lasers industry in China is predicted to expand at 7.4% CAGR from 2023 to 2033.
• The market for semiconductor lasers in Japan is predicted to expand at a 6.1% CAGR during the forecast period.

Recent Developments Observed by FMI:

• UC Berkeley researchers created a brand-new class of semiconductor lasers in June 2022 that meets a difficult optical requirement: the capacity to emit a single mode of light while maintaining the potential to increase in size and power. Consequently, without compromising coherence due to size, lasers may now be more powerful and increase their range for a number of applications.

In April 2022, Panasonic presented the first high-brightness blue direct laser ever made. Using Panasonic’s Wavelength Beam Combining (WBC) technology, strong blue direct diode lasers are produced.

The post Semiconductor Lasers Market Size is set to Reach US$ 15.7 Billion by Rising at a CAGR of 5.9% during the forecast period of 2023 to 2033 | Future Market Insights, Inc. appeared first on ELE Times.

Future Market Insight forecasts that the global semiconductor intellectual property (IP) market is poised to achieve a noteworthy milestone by 2033, surpassing a substantial valuation of US$ 13.10 billion. With a projected CAGR of 6.7%, this growth trajectory indicates a significant rise from its estimated worth of US$ 6.83 billion in 2023.

The semiconductor IP market is experiencing growth due to the escalating demand for automation and the rapid adoption of IP Core products in the consumer electronics industry. There is an ever-growing demand for cutting-edge electronic devices, such as smartphones, tablets, and wearable gadgets. The utilization of semiconductor IPs is enhancing the capabilities of IoT products.

The industry is also expanding rapidly because of the increasing prevalence of internet access and the growing utilization of smart connected devices, which further contribute to market growth. Semiconductor IP provides pre-designed and verified components that help these companies accelerate their product development cycles. Semiconductor IP enables companies to cater to market demands swiftly by leveraging ready-made components.

Developing semiconductor chips from scratch is a challenging process that requires significant time, effort, and investment. Companies strive to shorten their time-to-market and minimize development costs in today’s fast-paced industry. Semiconductor IP addresses these challenges by offering pre-designed IP blocks and subsystems.

The semiconductor industry experiences constant advancements in manufacturing technologies, including smaller process nodes and enhanced integration capabilities. These technological breakthroughs present new design challenges that require specialized semiconductor IP solutions. To meet these demands, semiconductor IP providers develop and offer IP solutions optimized for the latest technological advancements.

The semiconductor intellectual property market thrives due to the growth of emerging markets like automotive electronics, industrial automation, robotics, and smart infrastructure. These emerging markets have unique requirements, such as functional safety, reliability, and power efficiency. Semiconductor IP providers meet these demands by offering application-specific IP solutions.

The market growth is also supported by the increasing acceptance of wireless technology-driven devices and the substantial investments made by key players in the development of advanced wireless products. Furthermore, prominent market players are actively investing in the global expansion of wireless technology devices to meet consumer demands. This surge in wireless technology development and investment creates a heightened demand for IP solutions, including silicon-based design IP, interface IP, and processor IP.

The electronics industry is characterized by ever-evolving technology. The semiconductor sector is facing physical limitations in manufacturing existing materials. The detection of patented technology is increasingly challenging due to the integration of patented components within devices. Disentangling these components and determining the ownership of each patent has become difficult. The shrinking feature sizes in current semiconductor fabrication processes require more advanced analysis tools for circuit detection and extraction. This directly influences licensing activities and the value of companies’ patent portfolios.

With the proliferation of connected devices and the ever-looming cyber threats, security has become a paramount concern in semiconductor design. Security IP, including encryption/decryption and hardware authentication, is witnessing a substantial surge in demand. IP vendors that prioritize and excel in security-related solutions can capitalize on the pressing need to safeguard data and protect systems.

Consolidation has become a prevailing trend in the semiconductor IP market, with larger companies acquiring smaller IP vendors to strengthen their portfolios and expand their market reach. This trend is expected to continue as companies strive to offer comprehensive solutions to their customers. Smaller IP vendors with unique and differentiated offerings present attractive acquisition targets, opening up lucrative opportunities.

Key Takeaways

• The semiconductor intellectual property industry in the United Kingdom is anticipated to rise, exhibiting a CAGR of 5.4% through 2033.
• The United States held a 15.4% share of the global semiconductor intellectual property industry in 2022.
• With a CAGR of 8.2% over the forecast period, India is predicted to develop rapidly in the semiconductor intellectual property industry.
• In 2022, Japan had a 3.3% share of the semiconductor intellectual property industry globally.
• The semiconductor intellectual property industry in China is expected to flourish, registering a CAGR of 7.6% over the forecast period.
• Germany accounted for 8.1% of the global semiconductor intellectual property industry in 2022.

Competitive Landscape in the Semiconductor Intellectual Property Market

Key players are engaged in various activities to maintain their competitiveness and drive innovation. They invest significantly in research and development to create advanced and cutting-edge semiconductor IP solutions. They also focus on strategic partnerships and collaborations with semiconductor manufacturers to integrate their IP into their products. Furthermore, key players continuously enhance their IP portfolios through acquisitions and licensing agreements, ensuring a comprehensive offering of semiconductor IP solutions to meet the diverse needs of the market.

Recent Developments by Key Players

• In June 2022, Vissonic Electronics Ltd. enhanced its teleconferencing system with the release of the Vissonic 5G Wi-Fi Wireless conference system for meeting rooms. This upgraded system includes a wireless microphone, conference system, and presentation system that seamlessly integrates with a 5G Wi-Fi wireless access point, offering convenient local video and audio access solutions.

In the Asia Pacific region, Samsung Group unveiled plans in May 2022 to allocate a substantial investment of around US$ 489 billion over the next five years toward the development of semiconductors and biologics.

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The trillion-dollar semiconductor industry is on the brink of a fresh phase of expansion, driven by advancements in AI, quantum computing, 5G, and specialized applications.

According to Yole Intelligence, semiconductor device revenue peaked in 2022 at US$573 billion and is expected to retreat 7% to US$534 billion in 2023. This industry plays a critical role in enabling technological advancements across various sectors, including mobile & consumer, infrastructure, automotive, industrial, and more.

In its new Overview of the Semiconductor Devices Industry 2023 report, the company, part of Yole Group, asserts that the industry has experienced a sustained 6.4% CAGR growth over the past few decades. This industry is driven hard by increasing demand for mobile & consumer electronics, the rise of internet usage such as social media, and the rapid digital transformation of all industries. Integrated circuits are becoming smaller, more powerful, and capable of handling complex tasks, paving the way for new technology advancements such as artificial intelligence, machine learning, and edge computing.

This evolution presents numerous opportunities and challenges for leading companies, requiring them to invest massively in R&D and capital expenditure for new foundries to maintain significance in this fast-paced landscape.

Pierre Cambou, MSc, MBA, Principal Analyst, Yole Intelligence, asserts: “The semiconductor device industry relies heavily on global ecosystems, making supply chain resilience and risk mitigation crucial for sustained success. Recent disruptions and geopolitical tensions have highlighted the vulnerabilities of the semiconductor supply chain.”…

The semiconductor industry is geographically concentrated in a few places, primarily the US, Taiwan, Korea, Japan, Europe, and mainland China.

The dominance of US-based semiconductor device companies is historical; in the last five years, they have maintained a 53% market share. “If we combine all types of semiconductor company business models, i.e., adding the open foundries, OSAT, equipment, and material companies, the market share of US companies drops to 41%”, explains Pierre Cambou. “Then, if only the added value is considered, the US share becomes 32%, and this number has been diminishing at a rate of 1 percentage point per year in the last five years.”

 

To go further, Yole Group shared its vision of the industry with ATREG, a company specialized in the disposition of infrastructure-rich advanced technology manufacturing assets, including semiconductor fabs and cleanrooms. Both companies reflect today on the fortunes of the global semiconductor industry to date and discuss how the major players need to invest to secure their supply chain and chip capacity.

Indeed, over the last five years, there have been significant changes in the chip-making industry, such as Intel losing its crown to two relatively new contenders, Samsung and TSMC. Stephen Rothrock, ATREG’s CEO & Founder, and Pierre Cambou had the opportunity to debate the state of the global semiconductor industry landscape and its evolution.

In a wide-ranging discussion, they covered the market and its growth prospects, as well as the global ecosystem and how companies can optimize supply. Discover the first part of the discussion here, and the second part, centered around how to ensure chip supply amid growing geo-political tensions and economic realities affecting semiconductor production, here.

Semiconductor technology trends are no longer single-threaded. At the center of competition is the More Moore node race in the manufacturing process, currently 7nm, 5nm, and 3nm, as well as upcoming smaller nodes. These cutting-edge processes allow for higher transistor density, improved performance, and energy efficiency, though they pose significant challenges regarding development costs, yield rates, and manufacturing complexity.

The semiconductor industry is, therefore, actively exploring innovative solutions through More-than-Moore approaches. And radical innovations are there. Therefore, advanced packaging, photonics integration, quantum computing, and neuromorphic computing will play their role in the expansion of the industry serving a growing diversity of semiconductor device types.

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Perle Systems, a global manufacturer of secure device networking hardware, is excited to announce the launch of Native OCI Container Support, based on the popular Docker platform, in Perle IRG Routers. Introducing this new feature in Firmware version 7.2.G1 will empower customers to optimize edge computing processing capabilities by deploying lightweight applications tailored to suit unique or evolving use cases with low latency and real-time responsiveness.

“Perle has always been committed to providing our customers with the most advanced tools to enhance their network and IoT infrastructure,” said John Feeney, COO of Perle Systems. “Our native support for OCI Containers enhances edge computing capabilities, enabling users to run applications closer to the source, resulting in improved performance, scalability, and security.”

Perle’s OCI Container support is included with the purchase of an IRG Router. Users can fully access the feature without purchasing a license or subscribing to an annual cloud-based service plan. Users will achieve a more reliable network connection by processing data locally to ensure low-latency communication between IoT devices. The decreased WAN traffic will also relieve the burden on other computing resources while adhering to corporate security guidelines and lowering the overall cost of ownership.

By following the standard set by Docker, Perle’s OCI Containers enable developers to package and distribute applications more efficiently. These containers are lightweight and require minimal resources, making them ideal for embedded software products like IRG Routers. And the deployed custom applications can run tasks and perform intelligent actions without obstructing the core functionality of the router. This allows for complete integration between the IRG Router and the overall solution.

Perle’s open standard approach enables users to leverage cellular networking and edge computing to create complete solutions that improve application performance, scalability, security, and resilience while simplifying network management and reducing operational complexity. Perle IRG Routers can run multiple OCI containers concurrently and supports public and private container registries such as Docker Hub, Amazon ECR, Opencontainers, GitHub, BuildKit, Podman, and Buildah.

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Altus Group, the leading distributor of capital equipment for electronics assembly in the UK and Ireland, recently partnered with SKALARKI electronics Ltd, specialists in flight simulator design and manufacturing, to further enhance its production capabilities. The collaboration aims to elevate SKALARKI’ S manufacturing capabilities by providing state-of-the-art equipment from Essemtec.

Recognising the market need for   flight simulators, Skalarki’s operations expanded over the years, and last year the company moved to its own state-of-the-art 900m² facility, providing a solid foundation for its ongoing growth.

In order to develop their production processes and meet the advanced requirements SKALARKI consulted with Altus Group to add to their assembly technology. The company invested in equipment from Essemtec, an industry leader in SMT pick-and-place equipment and intelligent production storage and logistic systems.

Joe Booth, CEO of Altus Group, said: “SKALARKI’ S commitment to delivering top-quality flight simulators and their drive to continuously improve production aligns perfectly with our mission to provide cutting-edge solutions to our customers.

“When we assessed SKALARKI’ S requirements, it became evident that Essemtec’s innovative equipment was the obvious choice. The Essemtec Fox SMT Pick and Place unit, with its remarkable versatility and compact size, along with The Lizard Convection Reflow Oven, offer SKALARKI the perfect combination of flexibility, efficiency, and precision.

“We are confident that these state-of-the-art machines will enhance SKALARKI’ S manufacturing capabilities, enabling them to deliver quality products quickly and efficiently.”

Marcin Kapera, SKALARKI Company Director, added: “Manual assembly has its limitations. As we expand to a commercial market, our products face advanced requirements and must meet higher expectations. Implementing automated assembly processes will allow us to meet quality standards quickly and efficiently.”

The acquisition of Essemtec equipment, including the Fox SMT Pick and Place unit and The Lizard Convection Reflow Oven, was driven by their commitment to delivering exceptional products and increasing production efficiency of more complex microcontroller-based designs which include BGA chips and SOM modules.

The Essemtec Fox stands out for its remarkable versatility and compact size. Occupying only 1m² of floor space, the system offers SKALARKI the flexibility to adapt and grow its manufacturing capabilities as required. With up to 200 lanes on a single standalone system, the Fox meets high-mix production requirements. The machine’s multi-flexible feeder and multi-lane cassette options further enhance its adaptability, ensuring the smooth handling of various components and assemblies.

The automated assembly processes provided by the Fox system will enable SKALARKI to meet quality standards quickly and efficiently and achieve precise and accurate placement of components, resulting in high-quality products and superior results.

SKALARKI plans to maximise its investment in Essemtec equipment over the next 18 months, utilising the machines to ensure a seamless transition into full-scale production. Altus Group looks forward to seeing the impact of the Essemtec machinery on SKALARKI’ S production of PCBAs.

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As an authorized distributor, Mouser Electronics, Inc. is focused on the rapid introduction of new products and technologies, giving customers an edge and helping speed time to market from design chain to supply chain. Over 1,200 semiconductor and electronic component manufacturer brands count on Mouser to help them introduce their products into the global marketplace. Mouser’s customers can expect 100% certified, genuine products that are fully traceable from each manufacturer.

Last quarter, Mouser launched almost 30,000 products ready for shipment, with more than 20,000 introduced in June alone.

New products Mouser introduced during the Mouser April-June timeframe include:

• STMicroelectronics STPM801 Hot Swap Voltage Controllers

The STPM801 from STMicroelectronics is an automotive-qualified integrated hot-swap and ideal-diode controller for functional-safety applications. The STPM801 drives an external MOSFET replacing a Schottky diode conventionally used for reverse-input protection and output-voltage holdup. The ideal-diode controller circuit also provides power O-ring to switch between a primary and backup battery to ensure uninterrupted supply to safety-critical equipment such as autonomous driving and advanced driver assistance systems (ADAS).

• NXP Semiconductors i.MX 93 Evaluation Kit (MCIMX93-EVKCM)

The i.MX 93 evaluation kit (MCIMX93-EVKCM) provides a platform for the comprehensive evaluation of the NXP Semiconductors i.MX 93 applications processors, including the ability to measure power consumption on the power rails. The two-board solution consists of a compute module that contains i.MX 93 SoC, LPDDR4, eMMC, QSPI, PMIC and power monitoring circuits and a baseboard that brings out the broad connectivity needed for product evaluation.

• Amphenol FCI Minitek MicroSpace High Voltage Connectors

The LV214 Severity-2 compatible Amphenol FCI Minitek MicroSpace connectors are compact, robust and versatile. With a voltage rating of up to 1200 V and a 4 A current rating, these connectors are suitable for higher power applications, including automotive navigation, infotainment and HVAC clusters.

• Taoglas MA1290 7-in-1 Raptor III Shark Fin Combo Antenna
  

The MA1290 Raptor III antenna from Taoglas combines active multiband GNSS, 2x 5G/4G Cellular MIMO, 2x Dual-Band Wi-Fi®, Active AM/FM and VHF/UHF/LMR antennas in a small, robust, IP67 rated enclosure. The compact and integrated design reduces installation time and cost, making it ideal for automotive and commercial trucking applications.

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The top 10 consumer electronics companies in the USA hold a major share of the International electronics market through their quality and reliable products. Technology constantly changes with every passing year, and so does the landscape of consumer electronics.

Advanced technologies coming up day-by-day in all sectors and others taking a back seat. In this blog, we will talk about the best consumer electronics companies in the USA. So, without further ado, let’s dive into the exciting world of innovative technology and discover the industry leaders!

Apple

The groundbreaking impact of the iPhone and iPod on the tech industry cannot be overstated, owing to their trailblazing and sleek designs. Apple adeptly caters to the varied requirements of all generations, providing premium features with each model. From the flagship iPhone to the impeccably designed MacBook lineup, Apple’s products transcend expectations and set new standards in the industry.

New Announcements by Apple:

• M2 Pro/Max MacBook Pro of 14 and 16 inches.
• M2 and M2 Pro Mac mini.
• 15-inch MacBook Air.
• Mac Studio.

Samsung

Renowned for its consumer-centric electronics, Samsung emerges as the epitome of choice for every consumer. Boasting stellar features and budget-friendly prices, Samsung has left an indelible imprint across both rural and urban domains. Whether one seeks to delve into the immersive realm of AMOLED displays or revel in the bespoke luxury of side-by-side refrigerators, Samsung’s extensive lineup caters to a multitude of needs and discerning preferences.

Giving a new shape to the world of electronics, Samsung is coming up with:

• Samsung Galaxy unpacked (Samsung Galaxy Book3 Ultra, Galaxy Book3 Pro 360, Galaxy Book3 360 and Galaxy Book3 Pro).
• Samsung Galaxy S23 (ultra, S3+).
• Smart Monitor M8 (32-inch and 27-inch).

Sony Corporation

Sony Corporation’s commitment to innovation has led to a diverse portfolio of consumer electronics products. From its flagship Xperia smartphones and high-performance televisions to the popular PlayStation gaming consoles, Sony consistently delivers cutting-edge devices that captivate consumers.

Coming up with innovations:

• TVs & Home Theatre.
• Blu-ray Disc & DVD Players.
• Gaming Gear.
• Interchangeable-lens Cameras.
• Camera Remote SDK.

 Vizio Holding Corp

Vizio, a trailblazer in technology, kindles the flames of imagination by delivering captivating entertainment and a compelling lifestyle experience. Through its integrated platforms, Vizio drives the evolution of technology. With a diverse range of models tailored for televisions, sound bars, viewer data, and advertising, Vizio expertly attends to the desires of avid television enthusiasts, satisfying their every need.

Experience the extraordinary with the newest VIZIO Series:

• New D Series (It has everything for everyone).
• New V Series (Smartest and fastest 4K for all).
• New M Series (Experience incredible technology).
• New P Series (Powerful picture quality).
• OLED (New artful design and masterful engineering).

IRobot Corporation

Renowned for their expertise in designing and building customer-friendly robot vacuums and mops, IRobot gives ways to learn the rhythm of your routine. Its ROOMBA (Robot Vacuum in 2002) eases household work even in a busy schedule. With thoughtful intelligence, it is specialized in 3-stage cleaning, dual multi-surface brushes, dirt detection, a sensor and a unique sweeping brush.

Providing a powerful cleaning without lifting a finger with innovations:

• Clean base automatic dirt disposal.
• Dual multi-interface rubber brushes.

GoPro

GoPro focuses on delivering high performance by sharing and reliving experiences designed to capture the world’s finest moments in an immersive and exciting way. Their models, such as Hero 11 Black, Hero 10 Black, Max, Hero 9 Black, and Hero & Black boost speed and powerful design.

New Announcements:

• In 2023, experience the Gopro with a new wide range of improvements in new Hero cameras.

Universal Electronics

Blending entertainment and smart home control, Universal Electronics offers wireless security and smart home technology via industry-leading quickest software. With voice-enabled smart homes hubs, smart thermostats, home sensors, white-label digital assistant platform, it offers cloud and software solutions that enable one to connect and control a wide range of devices and systems easily.

Committed innovation in sensing and control technology with new advancements:

• Matter-Certified Quickset.
• Nevo Butler, Matter-Certified Gateway.
• UEITIDE Dial, UEI’s matter-ready smart thermostats.
• Quickset widget, UEI’s matter-ready connectivity SOCS and modules.

Voxx International Corp

From consumers seeking a high-end product that is a safe, natural and drug-free solution for everyday aches and pain, Voxx Technology triggers neuron responses which help the brain to maximize its natural pain-fighting mechanism. This technology has surpassed its predecessors with its impeccably HP+ pattern. Thanks to its latest and advanced technology that is woven and moulded into products such as hosiery, wearable patches, and knee brace.

New Advancements:

• Pediatric Vehicles.
• eHub Solutions.
• STAMP Solutions.

Note: These products are used to increase and improve balance, stability and potentially decrease pain. 

Turtle Beach Corporation

Powered the way of high-quality audio with the very first console gaming headset- X51, Turtle Beach designed headsets for all types of game lovers. The headset offers high-quality components that exemplify exceptional craftsmanship. Designed for casual players, hardcore gamers and sports pros, turtle beach focuses on four key pillars of innovation such as advanced audio, clear communication, comfort driver design, and inclusive innovation. The better you hear, the better your play!

Welcome the new headset:

• In 2023, they are coming up with two new colourway gaming headsets, teal and pink. These are designed for Xboz stealth 600 Gen 2 Max wireless gaming headsets.

Helo Corp

Helo stands as an exceptional life-sensing technology that will help in protecting health and wellness. Step into a healthier life and be a companion to your every step, every breath and every heartbeat along the way. Whether someone skipped their everyday goal or inculcate new healthy habits, this Helo technology possessed all the desired qualities. With remarkable and high-quality features, this company focuses on providing a comfortable lifestyle even with a busy schedule.

Set-in-motion to launch:

• Biosense Health Band at a product launch event in Okinawa, Japan. It will have features such as SpO2, body temperature, REM sleep monitoring, ECG/EKG, AI analysis of AFib, and NFC.

To Conclude, 

The consumer electronics industry in the USA is thriving, thanks to the innovation and dedication of these top 10 companies. Whether it’s Apple’s seamless integration, Samsung’s cutting-edge products, or Song’s Xperia, each company offers unique experiences for tech enthusiasts. With a wide array of options available, consumers can find the perfect electronics to suit their lifestyles and stay connected in this digital age.

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By: Sanjana P. V.

Over the past few years, the space technology sector in the US has grown significantly. As of 2023, the space industry is quickly growing as new businesses enter the market and push the limits of what is possible in terms of technology and space exploration. New satellites are routinely launched by space technology businesses to offer high-speed internet, telecommunication, and navigation services. They are also creating ground- and space-based systems for environmental monitoring, remote sensing, and scientific research. In general, the top 10 space firms in the USA in 2023 will probably be those with a successful track record, cutting-edge technology, and a distinct outlook on the future of space exploration. Many people have had the desire to travel to space for many years. That ideal is becoming a reality thanks to private space firms. Today, space travel is much more affordable because to new technology, innovative applications for space, and falling costs. Currently, commercial space businesses launch satellites, feed the International Space Station, and even let individuals take private spaceflights.

SpaceX

SpaceX is a California-based aerospace manufacturing and space transportation services firm that Elon Musk launched in 2002. SpaceX creates, produces, and launches cutting-edge rockets and spacecraft to give commercial clients, governments, and academic institutions throughout the world dependable, affordable access to space. Its Dragon spacecraft has successfully brought back goods from orbit to Earth without incident, and its Falcon 9 and Falcon Heavy launch rockets have revolutionised the way payloads are carried to space. Reusable rocket technology, which SpaceX is developing at the forefront, has the potential to significantly lower launch costs and expand access to space. The long-term goal of the firm is to construct a permanent base on Mars and build a self-sufficient metropolis there.

Blue Origin

Jeff Bezos, the CEO of Amazon, created Blue Origin in 2000 as a privately funded aerospace manufacturing and suborbital human spaceflight firm. The company’s goal is to “enable the future of life in space” by creating technologies that allow for private, more dependable, and less expensive access for people to space. Blue Origin is committed to developing innovative, reasonably priced technologies that will revolutionise access to space. Blue Origin is able to considerably lower costs when compared to conventional disposable launch systems because to its reusable vehicle designs.  Additionally, the business wants to make space travel a reality for everyone by making it dependable, inexpensive, and safe. In the end, Blue Origin wants to take the lead in commercialising space travel and exploration.

United Launch Alliance

Boeing and Lockheed Martin founded the joint venture United Launch Alliance (ULA) in 2006 to offer dependable, affordable access to space for government and commercial clients. The goal of ULA is to offer the greatest launch services in the world while giving its clients secure access to space. From satellite launches through payload delivery, ULA offers a comprehensive array of launch services. The Atlas V and Delta IV launch vehicles, as well as the Vulcan Centaur rocket that is presently under development, are all designed, built, and used by ULA. Additionally, ULA is in charge of running and maintaining the ground systems at Vandenberg Air Force Base and Cape Canaveral Air Force Station. ULA is committed to continuing to deliver services of the highest calibre while upholding the greatest safety requirements.

Aerojet Rocket Dyne

Aerojet Rocketdyne is an American producer of rocket and missile propulsion systems. The Aerojet Corporation, which was established in 1915, has contributed significantly to the advancement of aerospace and defence technology for more than a century. Currently, it has offices in West Palm Beach, Florida.For satellite and space exploration purposes, the business produces both conventional chemical propulsion systems and cutting-edge electric and hybrid propulsion systems. Mission-critical programmes like the Space Shuttle, the International Space Station, and commercial launches like the Atlas V and Delta IV rockets have all received help from Aerojet Rocketdyne. A number of accomplishments have been made possible by Aerojet Rocketdyne’s dedication to innovation and quality, including becoming the first business to launch a hydrogen-powered spacecraft, a reusable space vehicle, and to create a propulsion system that is entirely electric.

Rocket Lab

Manufacturer of small payload reusable launch vehicles. It offers customers reusable rockets for tiny payloads including nano- and cube-sized satellites. In addition to offering satellite components and launch services for space missions, it has features including a plug-in-based carbon composite payload, 3D-printed liquid and electric propellants, cryogenic valves, helium pressurisation systems, and FPGA architecture. 96 miniature satellites have been sent into orbit by Rocket Lab’s Electron rockets since the company’s first test flight in 2017. The launch service provider began providing a full commercial service that bundles the design, construction, launch, and operation of satellites in 2020. In August, it launched the first of its own satellites. NASA’s Capstone project will launch a lunar orbiter in 2021 using Rocket Lab’s Electron Rocket and its photon satellite launch platform which, for the Lunar Gateway space station, will evaluate and confirm the stability of the moon.

Virgin Galactic

Sir Richard Branson launched the aerospace business Virgin Galactic, which is renowned for its advanced approach to space travel. Virgin Group owns the space travel business Virgin Galactic, which has its headquarters in Mojave, California. It was established in 2004 and is the first commercial space company in the world. Its objective is to offer modest satellite launches into orbit as well as suborbital spaceflights for space tourists and launches for space scientific missions. VSS Unity, a crewed suborbital spaceship, and White Knight Two, a carrier aircraft that is used to transport the spacecraft to a high altitude before they are allowed to travel into space, are the two vehicles that Virgin Galactic has planned and built. The business has successfully completed a number of test flights and is currently looking to start doing business. Virgin Galactic will be able to offer affordable, secure, and dependable space travel for individuals to take in the wonder and size of space with a successful launch and landing.

Relativity Space

Tim Ellis and Jordan Noone, engineers who had previously worked at Blue Origin and SpaceX, respectively, created Relativity Space in 2015. The business claims that it is committed to utilise 3D printing, artificial intelligence, and autonomous robots to revolutionise the launch industry, resulting in quicker and more effective production processes as well as a more straightforward supply chain. The multi-planetary future of mankind is being built through relativity. Relativity Space has constructed what it calls the world’s largest metal 3D printers, called Stargate, which are intended to generate rocket structures and engines as a first step towards realising this aim and creating the rockets to achieve it. They pioneered a revolutionary technique to designing, building, and flying your own rockets, beginning with Terran 1 – the world’s first totally 3D printed rocket.

Astra

Astra is a relatively new corporation that is poised to become the country’s fastest-growing spaceflight enterprise. Former NASA scientist with big goals started it in 2016. Before anyone was even aware that rockets existed, they began to manufacture them. They went public just as a rocket was about to launch into orbit. Astra became the organisation to create a rocket capable of travelling to space the fastest in history after accomplishing orbital flight in just five years. The business is currently concentrating on its next-generation spacecraft, which can transport payloads to several locations in orbit.

Axiom Space

Axiom Space is a provider of space infrastructure. It intends to launch and run the first commercial space station devoted to human spaceflight, space tourism, in-space research, in-space manufacturing, and space exploration. It develops, manufactures, and runs commercial space station modules connected to the International Space Station. In late 2025, Axiom plans to dock its first ISS module, which will provide crew quarters and life support for four people. Four extra people can be accommodated by a second module that will be supplied later. The number of spacecraft that can dock with each module will increase the ISS’s overall docking capability.

Firefly Space

Texas-based Firefly Aerospace is a privately held business that was established in 2017. Since its establishment, the organisation has made great strides towards achieving its objectives. Its advanced technical innovations, rockets, and spacecraft are more compact, affordable, and efficient than those of its competitors. The Alpha rocket, created by Firefly Aerospace for the launch of tiny satellites, is one of the novel technologies the company has created. Up to 1,030 kg of cargo may be launched into low Earth orbit with the two-stage Alpha rocket. In order to develop adaptable, sustainable, and fiercely competitive space access options, Firefly Aerospace and Aerojet Rocketdyne established a working partnership in 2019. Aerojet Rocketdyne’s capabilities in propulsion research, additive manufacturing, and mission assurance for commercial, national security, and exploration missions were merged with Firefly’s innovative launch vehicle and in-space services.

In conclusion, space technology firms are crucial to the expansion and improvement of our society and economy. They are creating many chances for education and growth while also influencing the direction of future space exploration. More people will be able to witness the glories of space as the cost of space exploration continues to decline. Additionally, the US government has been increasing financing for technological start-ups and businesses to explore space’s furthest reaches. The future of space technology is highly promising given the recent breakthroughs!

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Consuming Electronics is constantly evolving and 2023 looks to be no different. The Top Consumer Electronics companies worldwide are famous for their innovative products and cutting-edge technology. These companies offer strong global preferences for consumers.

Dominating the market with their wide range of products such as smartphones, televisions, laptops, home appliances and more, these companies heavily invest in research and development.

Let’s know more about the top consumer electronics companies in the world.  Apple

 

 

 

 

 

Famous for its sleek and high-quality products, apple consistently ranks among the top consumer electronics companies worldwide. Its wide range of products and models includes mesmerizing iPhones, the finest watches and sleek MacBooks.

Apple offers a diverse selection of electronic devices to meet the needs of consumers. Seamlessly blends digital content with the physical space, apple is coming up with Apple Vision Pro. It provides an era of spatial computing where one can navigate simply using your eyes, hands and voice.

Samsung

 

 

 

In a market largely dominated by electronics consumers, Samsung stands apart in providing the best technology and pocket-friendly products to consumers. Their primary objective is to give cutting-edge features that not only drive the consumer to purchase but also enhance the overall new gadget experience. Moreover, their AMOLED displays establish a robust display experience to meet the increasing demand for consumer electronics in the world.

Dell

 

 

Incepted in 1984, Dell is a prominent consumer electronics company that delivers the best technology everywhere in the world. Gearing up with the world’s leading technologies that transform people’s lives with extraordinary capabilities. The Alienware X Series, giving the inspiration to experience premium on-the-go gameplay, garnered outstanding designs and engineering in consumer technology. Believing in the term “Always Innovative”, the Dell G series, collaborative accessories, and innovative designs make it a standout option for customers.

Hitachi

 

 

 

 

Hitachi is a renowned consumer manufacturer of heavy electrical equipment and industrial machinery. Holding a prominent position in the industry, Hitachi offers a diverse selection of products that includes Cassette AC, Refrigerators, Ductless and Ducted Air Conditioners and more. Among these options, Inverted Ac stands out as a favourable product because of its exceptional features. It provides tropical Inverter technology which has a unique variable speed tropical compressor that varies its RPM by adjusting the power supply frequency of its tropical compressor. Thus, attracting the consumer’s attention.

Sony

 

 

 

 

Rooted its footprints in 1994, the company has established a fortress in consumer electronics. It boasts a remarkable market presence securing the second position as the most trusted brand. Sony has successfully launched multiple consumer products that include smart TVs, cameras, and headphones catering the diverse price ranges. Significantly, their exceptional camera is complimented by conventional imaging tools with innovative technology, giving an unprecedented combination of resolution and speed and an excellent customer experience.

Panasonic

 

 

 

 

Panasonic holds a significant position in the world of consumer electronics, ranking among the top 10 consumer electronics companies globally. With over 260,000 employees worldwide and operating in over 500 companies, shopping has a new destination with Panasonic. The company’s future strategy entails the introduction of various products among which three new technological models and an expansion into electronics. Panasonic has successfully launched various electronics products that cater for the needs of consumers with diverse price ranges. Significantly, their modern and intelligent technology is complemented by a proprietary Air conditioner, Camera & Camcorders and more, elevating the overall custom experience.

Intel

 

 

 

 

Intel Corporation is standing firmly in the electronic consumer industry for decades. It boasts a remarkable market presence in different electronics products that include wireless equipment, network adapters, and server boards. With its technological divisor, Intel Corporation comprises of AI solutions in its processors. Thus, the company is actively spearheading the progress of consuming electronics. To further fortify its standing in the electronic industry, Intel Corporation has formed a significant position and attracted a great footfall of consumers.

LG

 

 

 

 

Headquarter in South Korea, LG is a multinational electronics company that provides a varied range of electronics products such as Home appliances, television, vehicles, and air solutions. Among these offerings, television has gained popularity as a relevant option to its notable features. Standing firmly in the market with 17.2% of the global television market, LG is the number one consumer electronics maker. Surprisingly, it provides an impressive range of products that offers premium optimum solutions and new experiences through ceaseless innovation, helping customers to lead a better life.

Huawei

 

 

 

 

With seamless design and innovative technology, this electronic company presents an exceptional range of electrics. It includes smartphones, laptops, tablets, visions, wearable’s and more. Equip with advanced features, Huawei offers precision technology and unstoppable life in their premium series of mobile phones such as the P series, Nova series, and Y series. Among these, Nova Series stands out to offer a seamless body, a sleek screen and the latest processor. These smartphones offer a truly state-of-the-art experience. Moreover, it also offers biometrics & password, remarkable accessibility features, catering to a wide range of consumer needs.

HP

 

 

 

 

HP holds a strong position of being the world’s ninth-largest electronics and manufacturing company and second-largest in India with yearly revenue of 63 Billion Dollars. The company is dedicated to providing modern technologies emphasizing its focus on hardware and software devices. Going beyond with a wide range of products that includes, Printers, PCs, Monitor Accessories, and more. Envisioning the world with renovation and technology, HP designs inspirational meaningful products such as HP 3D Printing with HP Multi Jet Fusion that gives a new shape to 3D printing. With the greatest titans of technology the world has ever seen, HP is committed to innovating and reinventing your digital life.

Conclusion:

The Electronics Companies in the world are constantly evolving with a new range of consumer products that are changing the world of technology. This is fueled by the top-notch companies who actively shaping the future of the electronics industry. With the increasing number of consumer electronic products, these companies are leading the transition towards an AI and more efficient electronic industry in the world. With their persistent efforts, we can foresee exciting advancements in the consumer market to foster the needs of consumers.

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Semiconductors have revolutionized the electronics sector and become a vital component in modern technology. From computers and smartphones to pacemakers and military communications systems, semiconductors power a wide range of devices. As semiconductor technology continues to advance, ensuring their reliability becomes increasingly crucial.

The complexity and density of today’s electronic devices, packed with intricate circuitry, miniaturized PCBs, and delicate semiconductor wafers, require meticulous attention to detail in design and manufacturing. Among the many considerations, cleaning plays a vital role in achieving end-to-end design and manufacturing capabilities for this leading-edge technology.

Start early

Cleaning should be considered early in the semiconductor design process, as it significantly impacts the materials used, component architecture, and manufacturing processes. Unfortunately, cleaning fluids, tools, and methods are often overlooked during the early planning stage. Neglecting post-etching cleaning, for example, can result in unreliable semiconductor performance.

It’s essential to remove contaminants from the semiconductor surface without damaging or altering the wafers. Even small impurities left on the surface can lead to etching, corrosion or pitting, ultimately compromising the operability and consistency of the semiconductor.

Figure 1 Even small impurities left on the semiconductor surface can lead to etching, corrosion or pitting. Source: MicroCare

With semiconductor companies increasingly keeping all processes in-house, including cleaning, designers are recognizing the benefits of a proactive approach. By specifying cleaning choices earlier in the process, it becomes easier to identify and resolve cleaning problems before prototyping and production. This proactive approach is particularly crucial when manufacturing high-reliability semiconductors used in military or medical products, where cleanliness is critical for required validation.

Contamination risks

While semiconductor manufacturing typically takes place in cleanrooms to protect complex chips from contamination, the risk of contamination still exists. Water, oil, and fingerprints can be transferred during chip production, storage, handling, and transportation processes.

Among the most common contaminants found on semiconductors are particulates, including dust particles, skin flakes, fibers, and process debris. These particles can come from the air, abrasion of moving parts, clothing, or dirty, unfiltered etching fluids. Particulates can electrostatically bond to the substrate or become trapped in the wafer substrate geometry.

If particulate accumulates on the wafer surface, it can interfere with and subsequently degrade deposited films. Particulates can also cause shadowing during lithography, reduce contact exposure resolution, or create an uneven surface that could result in cracking during exposure.

Moreover, particulates are frequently found on front opening unified pods (FOUPs) used for wafer transferring, emphasizing the importance of cleaning to prevent FOUP-to-wafer contamination. Traditional cleaning fluids do not dissolve particulates, necessitating their removal through chemical or mechanical means.

Figure 2 Particulate contamination is frequently found on the FOUPs used for wafer transferring. Source: MicroCare

Cleaning fluids and methods

Choosing the correct cleaning fluid and method is vital as it directly contributes to the functionality and reliability of the semiconductor. With clean water becoming scarcer and energy costs continuing to rise, an alternative processing method to consider is solvent cleaning with a specialty particle displacement fluid and a vapor degreaser.

A vapor degreaser is a closed-loop system featuring two compartments: the boil sump and the rinse sump. In the boil sump, semiconductor components such as FOUP parts and MOSFETs are immersed in heated fluid for cleaning. Agitation can be incorporated to enhance the cleaning fluid’s effectiveness. Through a combination of boiling action, vibrating ultrasonic energy, or a spray wand, particles are typically lifted off the component surface.

Figure 3 Vapor degreasing is a repeatable, consistent, and energy-efficient wafer cleaning method. Source: MicroCare

Smaller particles can be particularly challenging to remove from wafers due to strong electrostatic forces. Specialized cleaning fluids reduce the thickness of the laminar boundary layer, breaking the bond and allowing particles to release from the substrate.

Once cleaned, the parts are mechanically transferred to the rinse sump, where they are rinsed in pure, uncontaminated fluid or within the fluid vapor blanket itself. The components emerge cool to the touch, spot-free and immediately ready for use in the next production step. The entire vapor degreasing operation takes anywhere from six to 20 minutes, accelerating the overall cleaning and drying process.

Vapor degreasing merits

The vapor degreasing process, once established and tested, remains constant and can be automated for more efficiency. Cleaning outcomes remain repeatable and consistent. The solvent-based cleaning fluid remains stable inside the vapor degreaser for thousands of uses and does not require daily monitoring, making cleanroom operation process controls simpler and less costly.

Additionally, modern cleaning fluids are constantly recycled through the vapor degreaser. They are purified, recycled and re-used hundreds of times without fine-tuning the formulation. This ensures consistency without any unexpected variances to manage. Plus, the vapor degreaser concentrates the soil, minimizing the amount and frequency of waste disposal.

There are significant resource and energy savings with vapor degreasing. Unlike aqueous cleaning, vapor degreasing uses no water, therefore, conserving this vital non-renewable resource. In addition, there is no ongoing stream of wastewater to filter, distil, deionize, or osmosis prep prior to disposal.

Many of the modern, sustainable cleaning fluids used within a vapor degreaser also have a low boiling point and heat of vaporization. This means that unlike aqueous cleaning systems, vapor degreasers typically require little energy to run.

Also, modern vapor degreasers do not require additional equipment like air knives or blowers to dry semiconductors, reducing the amount of energy needed to clean effectively and cutting total carbon emission and greenhouse gas output. It is important to also point out here that a reduction in energy equates to a reduction in operating costs.

Test for best results

To achieve the best cleaning results, it is advisable to test clean semiconductors in small batches before full-scale production. This allows designers to gain insight into how their choice of cleaning fluid performs and whether it effectively displaces difficult particulates and dissolves other contaminants from the wafers.

By selecting and testing a compatible cleaning fluid early in the design process, surprises and difficulties during production can be minimized. Making changes later in the production line can be disruptive and costly, emphasizing the importance of incorporating cleaning into the design plans.

In conclusion, cleanliness is a critical factor in semiconductor design, ensuring long-term functionality and reliability. Particle contamination can have detrimental effects on intricate semiconductors and silicon wafers, underscoring the importance of removing any contamination for optimal performance.

Selecting cleaning fluids and methods early in the design process allows for the resolution of cleaning issues before manufacturing begins, reducing unforeseen problems such as rework and scrapped parts.

Semiconductor companies can benefit from collaborating with expert cleaning fluid suppliers who possess knowledge of vapor degreasing and specialty cleaning fluids. On-site audits and in-lab tests with sample wafers can ensure cleaning success and contribute to the overall success of semiconductor design and manufacturing.

Elizabeth Norwood is a senior chemist at MicroCare LLC. She researches, develops, and tests precision cleaning solutions.

Related Content

• Wafer-cleaning platform eyes 90, 65 nm
• SEZ’ James Mello on batch vs. single-wafer cleaning
• SEZ enters wet wafer cleaning market with spin processor
• The future of batch and single-wafer processing in wafer cleaning
• SEZ’s single-wafer cleaning tool handles front and back of substrates

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India is a centre point for the key powers in the world and it is playing an important role in building global governance and a new world order.

India is in the process of securing its strategic autonomy so that it can pursue its national interest. India’s security largely depends on external security, internal security, sustained economic growth, energy security, maritime security and access to critical technologies in the strategic areas. In its policy, India is pursuing a non-polarised and non-hegemonic world that would maximise India’s say on the global platform.

In its effort to seek its due position in a globalised world, the most dramatic transformation has been in the India-US relationship. Both countries have moved from being ‘estranged democracies to ‘engaged democracies. The US is pursuing a Strategic Partnership with India that endorses India’s potential for the world.

PM Modi’s state visit to the US aims at making India a growing force in the semiconductor ecosystem and making India a central presence in the global semiconductor value chain. The big-ticket announcements during Prime Minister Narendra Modi’s visit to the US are a significant milestone in the growth of the semiconductor ecosystem in the country.

In the process, Micron becomes the first semiconductor company to set up a unit in India. It will set up an assembly, testing and packaging plant in Gujarat. Applied Materials is another company that plans to build a collaborative engineering centre in Bengaluru. Lam Research proposes to educate and train 60,000 engineers through its Semiverse Solution. It is a virtual fabrication platform to accelerate India’s semiconductor education.

The Indian government is negotiating another half a dozen semiconductor fabrication companies that are likely to invest in building semiconductor fabrication in the country. The investment by Macron is likely to encourage more companies to come to India.

Building semiconductors is crucial for India to develop a domestic electronics supply chain and reduce imports. Chip manufacturing is of paramount importance for India for its big domestic market and to reduce the electronic import bill which is next to the oil bill. That is why a Rs 76,000 crore scheme is extended further to apply for Semifab so that the government can receive more proposals. The new window is applicable from June 1, 2023, until December 2024. The three proposals from Vedanta-Foxconn, ISMC which included Israel-based Tower Semiconductor, and Singapore-based IGSS Ventures are yet to take off.

Prime Minister Modi’s visit to the US is marked by several deals to empower India economically and strengthen it on the defence front. The other significant deals are: GE Aerospace and Hindustan Aeronautics signed an MoU to produce fighter jet engines for the Indian Air Force. India will join Artemis Accord, the United States-led international agreement on civil space exploration. NASA and ISRO have also agreed to a joint mission to the International Space Station. The purchase of General Atomics MQ-9 Reaper armed drones is another such deal to strengthen the Indian armed forces.

Indian policy seeks to enhance its power and influence by enhancing bilateral cooperation with the US, EU, the UK, China, Russia, Japan and other countries as well as by participating in regional forums and international platforms by skilfully using its soft power.

The period is conducive for India to emerge as the new flying geese and usher in a new era of strong growth for many decades to come.

By Devendra Kumar, Editor in Chief, ELE Times

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Swedish premium fastener manufacturer BUMAX has been selected to provide fasteners to be used in machines for ultrasonic metal welding. The client is Schunk Sonosystems, a global leading specialist in the field of ultrasonic metal welding.

German specialist machine maker Schunk Sonosystems has decided to use BUMAX DX 129 screws for all its ultrasonic welding flexure sonotrode products to further improve quality and reliability. The machines are mainly used in the automobile industry.

“Standard steel bolts simply cannot cope with the extreme pulling and bending forces of ultrasonic vibration, so we had to find a bolt that does,” said Stefan Mueller, Head of R&D at Schunk Sonosystems. “Of all the screws we tested, only BUMAX met all our needs. Not only are BUMAX consistent in how they perform and do not break, they last the lifetime of the sonotrode without problem, are not creating abrasion dust on the screw head and do not require rust protection.”

Extreme levels of vibration

Schunk Sonosystems is a global leader in developing and building machines for ultrasonic metal welding – such as their industry-leading flexure sonotrode. Their machines include a sonotrode or welding tip that transfers vibrational energy to the workpiece. Up to two high-strength bolts are required to fix the sonotrode, which is subject to extreme levels of vibration due to the very high frequency used in ultrasonic welding.

Ultrasonic welding is a solid-state welding process that uses ultrasonic vibrations to weld pieces of metal together. The metals are welded together by heat generated by friction when applying high-frequency ultrasonic vibrational energy.

The BUMAX DX 129 (Duplex stainless steel) offers very high tensile strengths of min. 1,200 MPa and excellent fatigue resistance properties. It deals successfully with the with extreme forces during the ultrasonic welding process, such as 20,000 vibrations per second.

Excellent fatigue strength

The high fatigue strength that BUMAX screws offer is crucial to their ability to withstand a high number of cycles without fracture. All BUMAX bolts are made with the highest quality European steel, and its advanced manufacturing processes result in the further enhancement of the material’s fatigue resistance properties.

Fatigue fracture often begins with a stress concentration such as inclusions, slags or surface defects. The high-quality raw materials BUMAX uses, together with the best metallurgical processes and good surface properties, guarantee excellent fatigue strength. BUMAX also uses rolled threads rather than cut threads, which further increases fatigue resistance.

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Extend measurement distance and wavelength range to improve the test environment for installation and maintenance

Anritsu Corporation introduces the Coherent OTDR*1 MW90010B to locate faults in submarine cables. MW90010B can evaluate up to 20,000 km and has an easily selectable wavelength that covers the full C-band*2. It is more portable with a 40% weight reduction for the same product size as the previous model. Anritsu helps customers to improve the quality of submarine cable communications and continues to support test solutions to meet market needs.

Development Background

The volume of communications traffic is increasing due to the spread of 5G mobile and cloud services. In addition, the worldwide submarine cable network carries most data communications and is expected to expand with future technological innovations.

Nowadays, major IT vendors have not only invested in new installation projects, but are increasingly installing landing stations*3 and cables to directly synchronize their data centers at high speed and low latency. As a result, the submarine cable networks become more complex and quality assurance for their installation and maintenance also become more important. To meet this market demand, Anritsu is improving the test solution.

Product Outline

The Coherent OTDR MW90010B uses the coherent (optical heterodyne) detection method and has a built-in tunable wavelength light source. Its selectable wavelength feature facilitates the measurement of all cable lines from each landing station and helps assure the quality of submarine cables.

Key Features

• Locate faults in submarine cables up to 20,000 km
  • Supports faulty detection up to 12,000 km with repeaters installed at 80 km or wider intervals.
  • Extends the detection distance up to 20,000km with the MW90010B-003 option.
• Wider wavelength range (1527.60 to 1567.13 nm, ITU-T grid 50GHz step)
  • Covers the full C-Band measurement.
  • Built-in tunable light source with ±0.05 nm wavelength accuracy.
• Reduced weight for better portability
  • Weighing less than 10kg and compact size for portability (40% weight saving for same size as the previous model).
  • Easy portability at landing station, submarine cable laying vessels and other maintenance sites.

Technical Terms:

*1 Coherent OTDR
The OTDR (Optical Time Domain Reflectometer) uses the coherent (optical heterodyne) detection method. Ideal for measuring the characteristics of optical fibers in submarine cables with optical repeater amplifiers.

*2 C-band
Abbreviation for Conventional-band; wavelength band with the lowest fiber loss. Used for Wavelength Division Multiplexing (WDM) used in submarine cables.

*3 Landing station
Dedicated facility for bringing submarine cables onto land and functioning as a relay point to the land network.

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The Consumer Electronics Sector is currently undergoing a significant transformation, which has generated a great deal of excitement about the future of electronics. Around the world, dedicated research and development teams are focusing on improving the production, storage, and utilization of electrical resources. The sector’s progress in recent years indicates that this transformation is here to stay!

Various segments of the industry, including communications, wellness, energy efficiency, entertainment, education, multimedia, and others, are experiencing changes. At the forefront of this evolution is China, where the Electrical Equipment and Machinery Manufacturing market has reached a size of $14.5 billion, with over 2,000 players contributing to its growth. Consequently, it is understandable that some people believe all electronics are manufactured in China, especially considering that China accounts for 42% of U.S. electronic exports.

Therefore, increased competition, primarily driven by globalization, is expected to bring industry-wide shifts. This shift is influenced by factors such as more demanding customers, emerging technologies, disruptive innovations, regulatory instability, and a growing emphasis on creativity.

Consumer Electronics Market

The Consumer Electronics Industry has undergone a radical change in many segments such as communication, wellness, energy efficiency and more. It has penetrated every aspect of human life from Smart TVs, Smart homes, and Smartphones, to Artificial Intelligence, Connected Cars and more.

According to the market, the Global Consumer Electronics market size is estimated to exceed USD 1063.39 Billion by 2030. Moreover, it will grow at a CAGR of 5.8% during the forecast period between 2023 to 2030. However, as per Industry’s annual growth rate, the market would be increased by 14.7%.

Shaping the World with New Technologies

Technology continues to cross every door at a breakneck pace and the industry is constantly evolving.  Therefore, it is important to keep up with the latest developments to remain competitive. Here are some of the trends that are expected to shape the future of consumer electronics.

Smart Grid Solutions

The existing power grid, which transports energy from power plants to homes and businesses, is evolving into a “smart” grid. This modernized system allows technology to connect with the network, extracting valuable insights from data. Consumers now have more alternatives in terms of power sources, leading to the need for the power delivery system to adapt. Power companies worldwide are incorporating innovative smart grid technologies into their networks, enabling better control over power sources, anticipating usage spikes, and detecting outages promptly.

Wearable Technology Trends

Wearable technology has evolved significantly over the past two decades, with smart devices now equipped with sensors and connected to the Internet and the cloud. This trend is projected to continue growing, with smartwatches leading the way, particularly in the health, sports, and entertainment sectors. For example AR, VR, AR Glasses and more. Wearable devices have also shown the potential to save lives by detecting health issues and providing vital information to users and healthcare professionals. In the future, aggregated data from these devices may even aid in tracking and containing the spread of viruses.

Tech Trends

Under the development of wireless technology, consumer electronics has witnessed a massive push towards new consumer technologies. With 3D Printing, 5G, Lifi and more have already established their footprints in the market, the new trends are on the way. 6G, 4D printing will be the new future of consumer electronics. These upcoming future trends will continue to grow particularly in healthcare, fashion, homemaking and electronic devices.

Artificial Intelligence (AI)

AI and machine learning are transforming various fields, including consumer electronics. These technologies enable engineers to automate low-value activities, improve modelling and simulation processes, and assist in decision-making by finding trends in data. AI is being integrated into both software and hardware modules within the electronics industry, allowing for intelligent supply chains, complex production tasks, and autonomous design and development. AI algorithms can enhance engineering activities and help engineers focus on higher-value tasks. Moreover, AI has already been stepping into Aerospace, Defence, Astronomy and more.

Robotics

Robots are new humans and are used for enhancing safety and increasing productivity. Remotely operated tools, such as wireless underground cable cutters improve safety by minimizing human risk. Drones are also used to survey areas before human intervention, enhancing both safety and efficiency.

In conclusion

The future of consumer electronics is filled with exciting possibilities. With every passing year, the purchases of consumer electronics are increasing. Whereas, older populations have been an exuberantly challenging demographic for the consumer electronics industry. Therefore, many brands consistently keep up with new trends and make devices that will adapt the consumer behaviour and demands.

Ongoing innovations and advancements in various areas, including smart grid solutions, wearable technology, AI, robotics, and Tech trends are shaping the future of the industry.

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Rising to meet the automotive sector’s need for a long memory lifetime and fast data logging, Infineon has introduced two new FRAM devices.

Fabless semiconductor company Kandou announced Regli, a PCIe 5.0 and Compute Express Link (CXL) 2.0 retimer for data center applications. Slated to sample in the coming months, the Regli KB9003 supports data transfer rates of up to 32 GT/s and offers 16 bidirectional lanes.

Kandou claims the Regli retimer extends system reach, improves signal integrity, and delivers ultra-low latency. The protocol-aware retimer is backward-compatible with PCIe 1.0 through 4.0 technology. It increases PCIe trace length between a root complex and its endpoints, maintaining signal integrity by dynamically compensating channel loss up to 36 dB using Kandou’s autonomous receiver equalization (ARxE).

Other device features include multiple control interfaces, flexible clock modes, secure boot, and on-chip diagnostics. In addition to data centers and hyperscalers with heavy computational workloads, the Regli retimer is suitable for servers, workstations, desktops, 5G infrastructure equipment, and PCIe and CXL storage.

The Regli KB9003 retimer comes in an 8.9×22.8-mm, 354-pin BGA package. Samples of the KB9003 and evaluation kits will be available in Q3 2023. Contact sales@kandou.com to request a datasheet and pricing information.

Regli KB9003 product page

Kandou

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Soracom, a provider of managed IoT connectivity services, offers three new services that expand access to AI-driven insights for IoT deployments. The company’s Query, Relay, and Harvest Data Intelligence services work together or separately to analyze IoT device data on the fly or connect devices to the AI/ML capabilities available through leading hyperscale platforms.

Soracom Relay allows customers to use any existing RTSP/RTP-compatible camera to acquire and securely transmit audio and video data to Soracom’s Harvest Files for storage or to a cloud destination for computer vision and video analytics. Cloud support includes AWS S3 and Amazon Kinesis Video Streams.

The Query service lets customers use SQL queries from BI tools or CLI to mine IoT device data without setting up their own servers or storage. This managed data warehouse capability makes it easier to run complex analytical queries on large IoT datasets and feed the results to ML projects.

Enhancing Soracom’s existing serverless data storage and visualization capability, Harvest Data Intelligence applies generative AI to analyze time series data and identify trends, patterns, outliers, and abnormalities. It can also use the data provided to perform further analysis.

For example, a municipality can use Soracom Relay to monitor road traffic, while Harvest Data Intelligence analyzes the stored data. Soracom Query can then guide decisions on the best times to schedule road repairs or to predict how changes in traffic patterns will impact existing infrastructure.

Both Relay and Query services are available for technical preview to interested Soracom customers. Harvest Data Intelligence is now in public beta.

Soracom

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AresONE-M 800GE from Keysight performs Layer 1 through Layer 3 Ethernet testing at data center interconnect speeds from 10G to 800G. The test platform validates network equipment interoperability and bandwidth performance, supporting the transition to 400GE and 800GE networks. It also has the capability to test slower, legacy Ethernet speeds.

The AresONE-M 800GE offers up to 8 ports in a single 2U rack-mount chassis: 1x800G, 2x400G, 4x200G, and 8x100G. PAM4 and NRZ signaling support delivers 106.25-Gbps host electrical lane signaling with the ability to downshift to the electrical lane speeds of 53 Gbps and 25 Gbps for 400GE and 100GE speeds. AresONE-M 800GE also supports all required forward error correction types and an array of link tuning, stability, reliability, and performance measurement statistics.

An integrated physical layer DSP from Credo Technology enables fast data transfer with low latency to meet the requirements of hyperscalers, enterprises, 5G carriers, and service providers. The chip optimizes power consumption to reduce operational costs, minimize heat dissipation, and conform to energy-efficient standards for advanced networks.

Request a price quote using the link to the product page below.

AresONE-M 800GE product page

Keysight Technologies

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The Cadence Joules RTL Design Studio allows front-end engineers to accelerate and improve register transfer level (RTL) design and implementation. By providing access to the physical information needed for power, performance, area, and congestion (PPAC) debugging, the software allows users to achieve up to 5 times faster RTL convergence and up to 25% improved quality of results.

Joules RTL Design Studio builds on the existing Joules RTL Power Solution by adding visibility into RTL PPAC metrics. With its RTL debugging assistant, engineers can explore what-if scenarios and potential resolutions to minimize iterations and improve design outcomes. The software shares the same engines as the Innovus Implementation System, Genus Synthesis Solution, and Joules RTL Power Solution, allowing access to all analysis and design exploration features from a single GUI.

Integration with the company’s generative AI Cerebrus Intelligent Chip Explorer lets users explore design space scenarios, such as floorplan optimization and frequency-versus-voltage tradeoffs. The Joint Enterprise Data and AI (JedAI) platform allows trend and insight analysis across different versions of the RTL design or across previous project generations.

For more information about the Joules RTL Design Studio, as well as related products, use the link to the product page below.

Joules RTL Design Studio product page

Cadence Design Systems 

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