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Littelfuse Introduces 871 Series Ultra-High Amperage SMD Fuse for Modern Electronics

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Littelfuse, Inc., a global leader in industrial technology solutions, has launched the 871 Series Ultra-High Amperage SMD Fuse, expanding its lineup of innovative electronic protection components. This new series builds on the success of the company’s 881 Series by offering higher amperage options of 150A and 200A, exceeding the 125A maximum of its predecessor. With these advanced ratings, the 871 Series provides electronics designers with a compact, surface-mounted solution that eliminates the need for parallel fuse configurations, streamlining the design process.

A Breakthrough in SMD Fuse Technology

The 871 Series Fuse is the first small-sized surface-mounted fuse to deliver ultra-high current ratings of 150A and 200A. Traditionally, such high amperage was only possible with larger, through-hole fuses, which consume more space on circuit boards. This advancement offers a much-needed solution for electronic designs requiring high power handling in smaller, more efficient form factors.

Key Features and Benefits of the 871 Series Fuse

  • High Amperage Ratings: Supports 150A and 200A, meeting the growing demand for higher power requirements.
  • Compact, Space-Saving Design: Reduces the footprint on printed circuit boards (PCBs), making it an ideal choice for compact designs.
  • Simplified Design Process: Eliminates the need for multiple fuses connected in parallel, reducing the number of components and simplifying the bill of materials (BOM).
  • Optimized Efficiency: Allows engineers to streamline product designs, making them smaller, more reliable, and cost-effective.

Daniel Wang, Senior Director of Product Management at Littelfuse, emphasized the importance of this innovation: “The 871 Series Fuse helps design teams reduce complexity by replacing multiple fuses with a single component, simplifying the BOM and minimizing assembly time. These SMD fuses also save valuable board space, giving engineers more freedom to optimize their designs for smaller, more efficient products.”

Applications and Use Cases

The 871 Series Fuse is designed for high-power applications across a variety of industries:

  • Data Centers: Safeguards mission-critical infrastructure by delivering reliable overcurrent protection.
  • Network Infrastructure: Ensures stable performance in demanding networking environments.
  • Servers and Rack Systems: Supports power management efficiency, contributing to smoother operation and reduced maintenance.

With its high amperage in a small form factor, the 871 Series helps electronics engineers meet challenging power requirements without compromising on space, reliability, or performance.

Availability and Ordering Options

The 871 Series High-Current SMD Fuse is now available in tape-and-reel packaging, with each reel containing 500 units. Engineers and procurement teams can request samples through authorized Littelfuse distributors around the globe.

For a list of distributors and more details, visit the Littelfuse website: Littelfuse.com.

Conclusion: A Game-Changing Solution for Electronics Engineers

By introducing the 871 Series Ultra-High Amperage SMD Fuse, Littelfuse addresses a key challenge in modern electronics—meeting high power demands while minimizing space and simplifying design processes. With its combination of high current ratings, compact size, and ease of integration, this new series is poised to become an essential component for engineers developing products for data centers, network infrastructure, and server systems.

For More Information

For additional product details, visit the 871 Series product page on the Littelfuse website.

Technical Inquiries: Contact John Emmanuel Semana, Product Manager at JSemana@Littelfuse.com.

Building a Sustainable Future Through Renewable Energy and Smarter Choices

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The planet is facing rising temperatures at an alarming rate, with each decade becoming hotter than the last. Climate change, driven by global warming, is prompting many people to explore ways they can reduce their carbon footprint and embrace a more sustainable lifestyle. One of the most effective ways to contribute to a cleaner future is by switching to renewable energy sources and adopting eco-friendly practices. Let’s take a closer look at how you can integrate these solutions into your daily life and make a positive environmental impact.

Step 1: Assessing Your Energy Needs

The first step to embracing renewables is understanding how much energy you consume. Take time to review your energy bills or use online calculators to measure your home or business’s electricity usage. Knowing your energy consumption will help you determine the size and type of renewable energy system you need. Additionally, identifying which appliances use the most energy can guide you in focusing your energy-saving efforts where they will make the biggest difference.

Step 2: Boosting Energy Efficiency

Before investing in renewable technologies, it’s wise to improve your energy efficiency. Start by switching to energy-efficient appliances like LED lights or those with Energy Star certifications, which consume less electricity. Proper insulation is also critical; with better insulation, your home stays warmer in the winter and cooler in the summer, reducing the need for heating and air conditioning. These small changes can add up, significantly lowering your overall energy demand.

Step 3: Exploring Renewable Energy Sources

1. Solar Power:
Solar panels are among the most popular renewable energy solutions, particularly in areas with high sun exposure. They allow homeowners and businesses to generate clean energy directly from sunlight. If your location receives ample sunshine, solar panels can be a reliable and efficient way to reduce reliance on fossil fuels.

2. Wind Power:
In regions where the wind is strong and consistent, small wind turbines can provide an excellent source of energy. These turbines convert wind into electricity, making them a practical option for homes, farms, or businesses located in windy areas.

3. Geothermal Systems:
If you live in a region where you can access natural underground heat, geothermal energy may be a great option. These systems use the Earth’s heat for cooling and heating, offering a sustainable solution with minimal environmental impact.

4. Hydropower:
If you are lucky enough to have a stream or river near your property, micro-hydro systems can be a continuous source of power. Even small-scale hydropower installations can produce energy consistently, helping you minimize or eliminate reliance on the grid.

Step 4: Incorporating Energy Storage Solutions

One challenge with renewable energy is that sources like solar and wind are not always available. That’s where energy storage systems come in.

  • Battery Storage Systems:
    A popular option is the Tesla Powerwall 3, a high-capacity battery that stores surplus energy generated during the day. This stored energy can be used at night or during power outages, ensuring a continuous supply.
  • Net Metering:
    If your renewable energy system produces more power than you need, net metering allows you to send excess energy back to the electrical grid. In return, your utility company provides credits on your bill, making your investment in renewables more cost-effective.

Step 5: Switching to Electric Vehicles (EVs)

Transitioning from traditional gasoline or diesel vehicles to electric vehicles (EVs) is another step toward sustainability. EVs run on electricity, which reduces your dependence on fossil fuels. The environmental impact of an EV is even smaller if it is charged with solar energy.

Installing an EV charger at home is an excellent way to integrate your vehicle into your renewable energy system. Some home chargers can be paired with solar panels, enabling you to power your EV entirely with clean energy. This combination not only makes driving more eco-friendly but also saves you money on fuel costs in the long run.

The Future of Renewable Energy: A Sustainable Lifestyle Within Reach

Shifting to renewable energy is not just about installing solar panels or wind turbines—it’s about making smarter decisions every day. Improving energy efficiency, understanding your energy usage, and opting for sustainable transportation are all steps that work together to reduce your environmental impact. Whether it’s reducing reliance on the grid through solar panels or powering your vehicle with clean energy, every action you take helps move toward a more sustainable future.

The journey to renewable energy may seem complex at first, but it’s achievable with thoughtful planning. By taking small steps—such as improving efficiency and investing in the right renewable technologies—you can build a greener lifestyle that benefits both the environment and your finances.

Conclusion

With the world’s climate rapidly changing, adopting renewable energy solutions is no longer just an option—it’s a necessity. From harnessing solar and wind power to installing battery storage systems and switching to electric vehicles, there are many ways to contribute to a sustainable future. The key is to understand your energy needs, improve efficiency, and make the most of the renewable resources available to you. As more people and businesses adopt these practices, we can collectively move toward a cleaner, greener, and more sustainable world.

Frequently Asked Questions (FAQs)

1. What is the easiest renewable energy source to install at home?
Solar panels are often the easiest renewable energy system to install, especially in areas with good sun exposure. They are relatively low maintenance and can generate significant savings on energy bills.

2. How can I improve my home’s energy efficiency?
Simple changes such as switching to LED lights, using energy-efficient appliances, and improving insulation can greatly reduce your home’s energy consumption.

3. Are battery storage systems worth the investment?
Yes. Battery storage systems like the Tesla Powerwall 3 can store excess energy for use during the night or during power outages, providing a reliable and sustainable energy solution.

4. Can I use wind power at home?
Small wind turbines are a viable option in areas with consistent wind. However, it’s essential to check local wind conditions to determine if this solution will be effective.

5. How does net metering benefit homeowners?
Net metering allows homeowners to send excess energy back to the grid in exchange for credits on their electricity bills, making renewable energy systems more affordable over time.

Rohde Schwarz Unveils Innovative Solution for Testing Far-Field Wireless Power Systems at IEEE WPTCE Conference

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Rohde Schwarz recently introduced a groundbreaking proof of concept for testing far-field wireless power systems during the IEEE Wireless Power Technology Conference and Expo (WPTCE) held in Kyoto, Japan. The company’s wireless power tester leverages their advanced test and measurement equipment, integrated with off-the-shelf wireless charging development kits. This solution also incorporates test automation capabilities and an intuitive web interface, supporting the AirFuel Alliance RF standard for wireless charging.

With the rapid increase in connected devices, expected to reach nearly 29 billion by 2030 according to Statista, finding new ways to power these devices is essential. Conventional power solutions, such as manual charging, battery replacements, or using wireless charging pads, are becoming less practical and more expensive to maintain. RF (radio frequency) technology presents an innovative alternative, as it allows devices to be wirelessly powered by converting RF signals into direct current (DC).

At the WPTCE conference, Rohde Schwarz showcased their wireless power tester (WPT) system, which aims to accelerate the development and testing of RF-based wireless charging solutions.

How RF Wireless Power Works: Power Without Cables

RF wireless power technology enables the transmission of energy without direct contact, providing a seamless power supply to multiple devices at varying distances from the power source. This eliminates the need for traditional batteries or cables, simplifying maintenance efforts. One of the most promising applications is for low-power Internet of Things (IoT) devices used in smart buildings, smart cars, and other connected environments.

In such scenarios, sensors and devices can receive power without requiring manual charging or battery replacements. This not only improves efficiency but also offers environmental benefits. Batteries involve energy-intensive manufacturing processes and contain harmful chemicals that could leak into water supplies. RF wireless power enables the deployment of battery-free devices, helping reduce environmental waste and mitigating the ecological impact of battery production and disposal.

The Role of Rohde Schwarz in RF Wireless Charging Development

Rohde Schwarz, a global leader in test and measurement solutions, is actively contributing to the development of industry standards for RF wireless power. The company is a key member of the AirFuel Alliance, a collaborative group working to establish standardized RF wireless charging technologies under the AirFuel RF™ framework.

Through this partnership, Rohde Schwarz aims to provide end-to-end testing solutions for both wireless power transmitters and receivers. Their expertise in testing and measurement ensures that devices and systems will conform to the AirFuel Alliance’s RF standards, helping to build a more unified and reliable wireless power ecosystem.

Advanced Testing Setup: A Glimpse Into the WPT System

The wireless power tester (WPT) from Rohde Schwarz supports the AirFuel Alliance’s RF Conformance Test Specification. The setup integrates a variety of their high-performance testing instruments, including:

  • R&S SMB100B RF and Microwave Signal Generator: Generates precise RF signals.
  • R&S FSV3000 Signal and Spectrum Analyzer: Measures the quality and behavior of transmitted RF signals.
  • R&S NGU Source Measure Unit (SMU): Acts as a battery emulator, simulating various power scenarios.
  • Two R&S HMC8012 Digital Multimeters: Measure voltage and current with high precision.

These instruments work together under an automated testing environment that can be managed through a user-friendly web interface, enabling seamless control and faster testing processes.

Driving Adoption of RF Wireless Power Technology

According to Dr.-Ing. Rania Morsi, head of the WPT project at Rohde & Schwarz, the surge in connected IoT devices requires a shift toward more sustainable power solutions. She emphasizes that powering low-energy devices wirelessly without human intervention can reduce maintenance burdens and ensure devices remain operational, even while in motion.

“Today, we have over 15 billion IoT devices, and we still rely on manual methods to power them. RF wireless power offers a practical, maintenance-free solution that delivers energy on demand, no matter where the devices are or how they are used,” Dr. Morsi explained. “Our wireless power testing solution ensures that companies can reliably develop products aligned with the AirFuel RF standard. We believe this technology will significantly accelerate the adoption of wireless RF power solutions.”

The AirFuel Alliance Collaboration and Industry Impact

Rohde Schwarz’s collaboration with the AirFuel Alliance is helping to advance the RF wireless charging industry. Dr. Sanjay Gupta, President and Chairman of AirFuel Alliance, expressed his appreciation for Rohde & Schwarz’s leadership in developing the wireless power tester.

“The WPT system plays a critical role in validating and testing conformance with the AirFuel RF standard,” Dr. Gupta said. “This innovation will empower companies to bring interoperable RF wireless power solutions to the market faster, ensuring consistency across devices.”

What’s Next for RF Wireless Power Technology?

As the demand for connected devices grows, RF wireless power technology is poised to become a game-changer. By eliminating the need for frequent recharging or battery swaps, it offers a more sustainable and efficient solution for powering the ever-expanding ecosystem of IoT devices. The work of Rohde & Schwarz, in partnership with the AirFuel Alliance, will play a crucial role in setting the standards and benchmarks needed for this technology to thrive.

With the successful deployment of their wireless power tester system, Rohde & Schwarz is positioned to drive the future of RF wireless power, ensuring that the technology meets both industry standards and consumer expectations.

For more information about Rohde Schwarz’s work in RF wireless power, visit their official site: Rohde & Schwarz.

Conclusion

The introduction of RF wireless power systems offers a glimpse into a future where devices are powered efficiently and sustainably. With their innovative testing solutions, Rohde & Schwarz is paving the way for the adoption of RF energy in IoT applications. This technology promises not only to simplify power management but also to contribute to a greener and more sustainable world by reducing the dependence on disposable batteries.

Frequently Asked Questions (FAQs)

1. What is RF wireless power technology?
RF wireless power allows devices to be powered wirelessly by converting radio frequency (RF) signals into direct current (DC), eliminating the need for batteries or wired charging solutions.

2. How does the Rohde & Schwarz WPT system benefit the industry?
The WPT system offers a comprehensive testing solution for RF wireless power devices, ensuring compliance with AirFuel RF standards and helping companies bring interoperable products to market.

3. What are the environmental benefits of RF wireless power?
By reducing the need for disposable batteries, RF wireless power can minimize toxic waste and decrease the environmental impact of battery manufacturing.

4. Which industries can benefit from RF wireless power?
RF wireless power is ideal for IoT applications, such as smart homes, smart cars, and industrial automation, where multiple low-power devices need to operate without manual maintenance.

5. What role does the AirFuel Alliance play in the development of RF wireless power?
The AirFuel Alliance is a global coalition working to establish industry standards for RF wireless charging, ensuring interoperability and fostering the adoption of this technology across various markets.

The Impact of LED Technology on the Consumer Electronics Industry

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The invention of light-emitting diodes (LEDs) stands as one of the most influential developments in the modern electronics landscape. These devices use semiconductor technology to convert electrical energy into light, offering a more efficient lighting solution compared to conventional options. The arrival of LEDs has reshaped the manufacturing of electronic devices across multiple sectors, driven by a surge in demand for energy-efficient lighting from residential, commercial, and industrial spaces—particularly in regions like India, the United States, and China.

LEDs are gaining prominence as their high energy efficiency and longer lifespan outperform older technologies like compact fluorescent lamps (CFLs) and cold cathode fluorescent lamps (CCFLs). This transition is not just improving energy management but is also paving the way for new applications across various industries, opening doors for fresh investment opportunities.

The Rise of Smart LEDs and Human-Centric Lighting

A recent report by Allied Market Research highlights the growing strength of the LED industry, projecting the market to reach $192.68 billion by 2030, compared to $78.69 billion in 2020, with an estimated CAGR of 8.2% between 2020 and 2030. Among the driving forces behind this growth is the emergence of human-centric lighting (HCL), also known as circadian lighting.

HCL systems aim to promote health and well-being by aligning with the body’s natural circadian rhythms, which regulate sleep, mood, and behavior patterns. These lighting systems mimic natural daylight to support optimal physical and mental performance, providing healthier environments in both homes and workplaces.

Smart LEDs: Customization for Comfort and Productivity

Smart LEDs, which form an integral part of HCL systems, can adjust light intensity, color, and direction to sync with natural light patterns or user preferences. According to research published in the journal Clinical Sleep Medicine, such adaptive lighting systems have been shown to improve productivity and enhance cognitive function.

Many commercial establishments are now adopting smart lighting solutions to boost employee performance, improve memory, and foster a more positive work environment. Additionally, smart LEDs are gaining traction in residential spaces due to their ability to regulate sleep cycles, promoting healthier routines and reducing the risk of lifestyle-related diseases such as cardiovascular conditions, diabetes, and even cancer.

Smart Lighting for Seasonal Affective Disorder (SAD) Management

Research suggests that a lack of exposure to natural sunlight can lead to seasonal affective disorder (SAD), a condition characterized by depression during specific seasons. Smart LED lights, designed to replicate the qualities of natural sunlight, help address this issue by stabilizing serotonin levels and mitigating the effects of SAD. These lighting systems are increasingly being used to create environments that support mental health and emotional well-being.

Innovative Product Launches Driving Market Growth

The LED market has seen a wave of innovative product launches aimed at expanding its reach and applications. In June 2023, URC Automation, a leader in home automation systems, introduced the LT-3300, a versatile all-in-one LED lighting solution.

The LT-3300 allows users to switch between different lighting configurations and customize color patterns based on mood or environment. It features a touch-screen control interface, making it easy to tailor the lighting experience for various spaces. Products like these are helping solidify the role of smart LEDs in enhancing everyday life, driving both consumer interest and industry growth.

Conclusion

The advent of light-emitting diodes has had a transformative effect on the consumer electronics industry, encouraging a shift from traditional lighting solutions toward more sustainable and innovative alternatives. With the rise of smart LEDs and human-centric lighting systems, the LED industry is poised to offer new investment opportunities and foster healthier lifestyles.

Furthermore, ongoing innovations and product launches by prominent companies are expected to strengthen the LED market’s position in the coming years. As technological advancements continue, LEDs will likely remain a crucial component in both residential and commercial applications, ensuring the industry’s long-term growth.

Author Bio

Akhilesh Prabhugaonkar is a passionate electronics engineer and graduate of Vishwakarma Institute of Technology. His interests span forensics, world history, sports, international relations, astronomy, and security studies, among other fields. A dedicated reader and music enthusiast, Akhilesh has pursued a career in content writing, driven by his love for exploring diverse topics and sharing knowledge through engaging articles.

Infineon Launches Automotive-Qualified Fingerprint Sensor ICs for In-Vehicle Authentication

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Infineon Technologies AG has introduced two new fingerprint sensor ICs, the CYFP10020A00 and CYFP10020S00, specifically designed for automotive applications. These sensors aim to meet the growing demand for biometric authentication in vehicles, offering an easy-to-use and reliable alternative to traditional methods like PIN entry or smartphone-based authentication.

Biometrics in the Automotive Industry: A Rising Trend

Fingerprint sensing is becoming increasingly popular in the automotive industry due to its convenience, security, and ease of use. Unlike PINs or smartphone-based access, fingerprint sensors provide seamless authentication without requiring additional devices, making the driving experience more comfortable. This technology also enables personalized in-vehicle settings and secure payment authentication for services like parking, charging, and tolls.

Infineon Launches Automotive-Qualified Fingerprint Sensor ICs for In-Vehicle Authentication

Optimized for Automotive and Beyond

The CYFP10020A00 and CYFP10020S00 sensors are built to integrate seamlessly with Infineon’s TRAVEO T2G microcontroller family. Both sensors meet AEC-Q100 standards, ensuring they meet the reliability requirements of the automotive sector. However, their use cases are not limited to vehicles—they can also serve authentication needs in other sectors, such as secure building access and payment systems.

Infineon has partnered with Precise Biometrics to incorporate the BioMatch algorithm software into these sensors, providing an advanced fingerprint identification and authentication solution.

Temperature Range and Capacitive Precision

Each sensor is designed to operate in a wide range of environmental conditions:

  • CYFP10020A00: Supports an operating temperature range from -40°C to +85°C.
  • CYFP10020S00: Designed to withstand higher temperatures, operating from -40°C to +105°C.

These sensors feature high-precision capacitive technology, accurately capturing the ridge and valley patterns of the user’s fingerprint. Additionally, the sensors detect touch-down and lift-off events, enhancing user interaction. They can even function as mini trackpads, allowing users to scroll through menus or select options by sliding their finger across the sensor’s surface.

Customizable Design and Secure Data Handling

One of the key advantages of these fingerprint sensors is their flexibility in design. They can be customized to work with different coatings and bezels, giving automotive manufacturers freedom to align the sensors with their design goals.

Both models feature an 8 x 8 mm sensing area housed in an 8.9 x 9.3 mm BGA package, with power supply options ranging from 1.8V to 5.5V. For security, fingerprint data is encrypted using AES hardware encryption directly on the chip, and the data is transmitted to the host microcontroller through an SPI interface. This ensures secure and efficient communication with the TRAVEO T2G MCU or other compatible microcontrollers.

Availability and Showcase at OktoberTech™ 2024

The CYFP10020A00 and CYFP10020S00 fingerprint sensors are now available, along with an evaluation kit (KIT-FPG1-T2G-B-E-2M) to help developers explore their capabilities.

These sensors will also be featured at Infineon’s OktoberTech™ 2024 technology forum, scheduled to take place on October 17 in Silicon Valley. This global event will provide an opportunity for industry experts to explore how Infineon’s innovations are transforming the automotive and industrial sectors.

For more details, visit www.infineon.com/psocfpg1.

Infineon’s launch of these automotive-qualified fingerprint sensors reflects the increasing role of biometric solutions in enhancing both security and convenience for drivers. With support for personalization, payment authentication, and advanced data encryption, these sensors are set to play a significant role in the next generation of smart vehicles.

STMicroelectronics Showcases Innovations at ITAP 2024 with a Focus on Industrial Automation and AI

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STMicroelectronics, a global leader in the semiconductor industry, is participating in Industrial Transformation Asia Pacific (ITAP 2024), running from October 14-16 at Booth 3C07. At this event, ST will demonstrate over ten solutions developed in collaboration with its ecosystem partners. These showcases focus on industrial automation, IoT applications, edge AI technologies, motor control solutions, and sustainable power management.

Highlight Demos at ITAP 2024

1. NFC-Powered Electronic Circuit Board (ECB)

STMicroelectronics is unveiling an innovative NFC-powered ECB solution developed in collaboration with Deng Kai Sdn Bhd. This design leverages several ST components, including:

  • ST25R NFC reader
  • ST25DV dynamic tag
  • STM32G0 microcontroller (MCU)
  • LDO voltage regulator

The system harvests energy from electromagnetic fields generated by an active NFC reader, converting it into electrical power—allowing the board to operate without batteries. This first-of-its-kind energy-harvesting technology offers a sustainable and cost-effective solution for low-power devices, promoting eco-friendly design by eliminating the need for battery replacements.

2. Multi-Pose Estimation with Edge AI

ST is demonstrating its X-Linux-AI open-source software ecosystem, which supports edge AI applications in industrial automation and IoT. The demo showcases multi-pose estimation capabilities using the STM32MP2 microprocessor, which offers advanced security and enhanced connectivity for industrial environments. This microprocessor helps manufacturers deploy AI-based solutions seamlessly, improving automation processes with real-time decision-making capabilities.

3. Servo Drives Orchestra for Precision Motor Control

The Servo Drives Orchestra demo highlights coordinated motor control through eight motor modules, each built using four different reference designs with power ratings ranging from 500 W to 22 kW. These motors are synchronized to move ropes with precision, simulating real-world industrial operations. An HMI interface on the control podium allows users to adjust motor modes. Additionally, each motor gathers temperature and vibration data to monitor operating conditions and sends the information wirelessly to Baidu Cloud for predictive maintenance and energy-saving recommendations.

4. STSPIN-Based Dual Motor Control

ST is also featuring the EVSPIN32G4-DUAL demo board, designed for dual motor control using the STSPIN32G4 and STDRIVE101 chips. The STSPIN32G4 integrates a microcontroller (STM32G431) along with three half-bridge gate drivers into a compact 9×9 mm VFQFPN package. Meanwhile, the STDRIVE101 adds further motor control capabilities with 600mA current support in a compact 4×4 mm VFQPN package. This dual motor system is ideal for industrial applications requiring high precision, such as robotics and manufacturing automation.

Advanced Sensor Solutions for AI-Driven Applications

1. Intelligent Sensors for Motion Tracking

ST’s latest generation of sensors is designed to support AI and edge computing applications. Two key sensors, the LSM6DSO16IS and ISM330IS, are optimized for industrial condition monitoring and gesture tracking. Both feature an Intelligent Sensor Processing Unit (ISPU) with an embedded DSP core that allows users to implement Fast Fourier Transform (FFT) and other AI algorithms directly on the sensor.

  • IMU Sensors: The LSM6DSV for consumer markets and the ISM330BX for industrial use offer sensor fusion capabilities by combining data from accelerometers, gyroscopes, and magnetometers. The result is quaternion-based 3D orientation tracking, improving predictive monitoring and enabling precise gesture recognition.

STM32 Solutions for Industrial Applications

1. Graphics Solutions for Industrial and Smart Applications

STMicroelectronics offers STM32 MCUs designed for a range of applications, from high-performance solutions to ultra-low-power devices:

  • STM32H7 series: Powered by a 32-bit Arm Cortex-M7 core running at up to 600 MHz, this series delivers high processing power suitable for complex applications, such as HMI interfaces and industrial sensors.
  • STM32U5 series: Optimized for power efficiency, the STM32U5 offers advanced energy-saving features for applications in wearables, home automation, and personal medical devices.

2. Sustainable Technology with STM32U0 Series

The STM32U0 series is part of ST’s ultra-low-power product line, offering up to 50% less power consumption compared to previous generations. This reduction in energy usage enables designs that can run on energy-harvesting systems, such as small photovoltaic cells, eliminating the need for batteries. These microcontrollers are ideal for applications that prioritize sustainability and longer product lifespans.

3. Wireless Connectivity and Matter Protocol Support

ST’s wireless solutions cover all Matter-compatible device types, promoting seamless integration across smart homes and smart building ecosystems. For example, the Electronic Shelf Label (ESL) demo shows how ST’s STM32WB0 MCU can improve operational efficiency in retail environments. Matter ensures smooth interoperability across multiple smart devices, making it easier to create connected systems that work across various IP technologies.

Participation in the Industrial Transformation Forum

At the Industrial Transformation Forum, STMicroelectronics will join industry leaders to discuss the role of AI in modern manufacturing. The company aims to demonstrate how its AI-powered solutions are driving smart factories by enhancing efficiency, sustainability, and flexibility. Through its contributions to the forum, ST hopes to promote the adoption of intelligent manufacturing practices, which are transforming industries worldwide.

Conclusion

STMicroelectronics’ participation at ITAP 2024 showcases its commitment to delivering cutting-edge solutions for industrial automation, AI, IoT, and sustainable technologies. From energy-harvesting NFC solutions to precision motor control and wireless connectivity for smart buildings, ST is driving innovation across multiple sectors. These advancements not only improve operational efficiency but also contribute to the development of sustainable, future-ready industries.

STMicroelectronics looks forward to engaging in discussions at the Industrial Transformation Forum and continuing its efforts to shape the future of smart manufacturing.

AAEON Introduces the FWS-2290: A Powerful Desktop Network Appliance with Intel N-Series Processors

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AAEON, a leading white box solution provider, has launched its most advanced desktop network appliance yet—the FWS-2290. This new release from AAEON’s Network Security Division marks the first device to feature Intel Processor N-series CPUs, with the Intel Processor N97 being the default option, though the entire Intel N-series processor lineup is supported.

Designed for UTM and VPN Applications

The FWS-2290’s CPU platform makes it highly suitable for Unified Threat Management (UTM) and Virtual Private Network (VPN) implementations. With integrated features like Intel Control-Flow Enforcement Technology (CET), Advanced Encryption Standard Instructions (AES-NI), and Virtualization Technology for Directed I/O, the device is optimized for security-focused tasks. These technologies enhance the system’s ability to handle encrypted data and virtualized environments, ensuring seamless and secure network management.

Connectivity at the Core of the FWS-2290

AAEON has emphasized the connectivity options on the FWS-2290, making it ideal for traditional white box networking applications. It is equipped with four LAN ports, each supporting Intel Ethernet Controller I226-V with 2.5GbE speeds. Additionally, the appliance includes LAN bypass functionality on one of the pairs, ensuring continued network connectivity in case of link failure.

Versatile Wireless and Cellular Connectivity

The FWS-2290 is also designed to support 5G, 4G/LTE, and Wi-Fi modules, offering users flexibility for wireless connectivity. Its M.2 3052 B-Key slot supports 5G modules, while the co-layed Mini Card and Push-pin SIM slot provide 4G/LTE capabilities. Additionally, Wi-Fi connectivity can be added through the M.2 2230 E-Key slot, which is also co-layed with another Mini Card. To further enhance wireless signal performance, the FWS-2290 is built with six antenna slots, enabling users to install external antennas for improved range and signal strength.

Storage and Memory Configurations for High Performance

The FWS-2290 provides a range of storage and memory options suitable for data-intensive applications. The system supports both 32GB of onboard eMMC storage and a 2.5” HDD Bay for additional SATA storage, offering flexibility for data management. For system memory, the device includes up to 16GB of LPDDR5 RAM, ensuring fast data access and minimal latency. This high-speed memory is particularly useful for parallel data processing required by firewalls, VPNs, and intrusion detection systems without compromising network throughput.

Compact Design with Expandability

Despite its compact form factor of just 165mm x 92mm x 40mm, the FWS-2290 offers a variety of expansion options that set it apart from previous AAEON models. Its small size makes it ideal for desktop network environments where space is limited, while still providing ample connectivity and performance features.

The FWS-2290 includes a 12V lockable DC power input connector, ensuring reliable power supply in critical environments. It also comes with a 40W power adapter, providing the necessary energy to support its networking and security operations.

Conclusion

The AAEON FWS-2290 delivers a robust solution for network security applications, combining the power of Intel’s N-series processors with a highly customizable design. With its advanced security technologies, extensive connectivity options, support for 5G and Wi-Fi modules, and high-performance memory, the FWS-2290 is positioned as a top choice for UTM, VPN, and other network-intensive environments. Its compact size and expandability make it a versatile addition to AAEON’s portfolio, catering to the growing demand for flexible, high-performance network appliances.

Global Surgical Lights Market Analysis: Growth Drivers, Challenges, and Trends

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The global surgical lights market was valued at USD 674.4 million in 2022 and is forecast to grow at a compound annual growth rate (CAGR) of 4.9% during the upcoming years. The rising demand for surgeries worldwide, innovations in lighting technologies, and expanding healthcare infrastructure are some of the primary factors contributing to this market’s growth.

Key Market Drivers Fueling Growth

1. Adoption of Advanced Technologies

Technological advancements, particularly the integration of Artificial Intelligence (AI), have significantly boosted the market. A notable example is Activ Surgical’s breakthrough in January 2023, when the company performed its first AI-assisted surgery using the ActivSight Intelligent Light system, following approvals from the U.S. FDA and CE certification. Innovations like this are transforming surgical environments, enabling more precise and efficient procedures.

2. Critical Role of Surgical Lights in Healthcare Facilities

Surgical lights, also called operating lights, play an essential role in providing the illumination needed during medical procedures. They are widely used in various healthcare settings, including emergency rooms, labor wards, and operating theaters, ensuring that surgeons have a clear view of the surgical site. This is crucial for minimizing risks and ensuring precision, thereby driving the continuous demand for high-quality surgical lighting solutions.

3. Shift from Halogen to LED Technology

The transition from traditional halogen lights to LED technology has further accelerated market growth, especially in emerging economies like China, India, and Brazil. LED surgical lights offer several benefits, including reduced energy consumption, longer lifespan, less heat emission, and customizable lighting settings. These features not only improve operational efficiency but also reduce long-term costs for healthcare providers.

Technological Advancements in Surgical Lights

LEDs Gaining Preference over Halogen Lights

LED lighting has become the preferred choice for operating rooms due to its superior features. Compared to halogen lights, LEDs generate brighter and more focused illumination, while emitting less heat, which helps reduce the risk of tissue damage. Moreover, LED systems offer various configurations, such as ceiling-mounted, wall-mounted, or floor-standing options, providing flexibility to meet different surgical needs.

Enhanced Lighting Solutions for Better Patient Outcomes

The increasing adoption of advanced surgical lights aims to improve surgical visibility, reduce fatigue for healthcare professionals, and enhance patient care. Regulatory approvals for new surgical lighting products further support market expansion. Additionally, investments in healthcare infrastructure—particularly in developing regions—are driving demand for more innovative lighting solutions.

Market Challenges: Cost Constraints and Regional Barriers

Despite its promising growth trajectory, the surgical lights market faces several challenges:

  • High Cost of Surgical Lights: Advanced lighting systems can be expensive, making it difficult for smaller or underfunded healthcare facilities, especially in developing regions, to adopt them.
  • Financial Constraints in Developing Countries: Some healthcare providers are slow to upgrade to advanced LED systems due to budget limitations, although the increasing number of complex surgeries, such as bariatric operations, is expected to drive demand.

Segmentation Insights: Market Breakdown by Type, Application, and End-Use

1. Type Outlook

  • LED Lights: LED lights dominated the market in 2022, thanks to their energy efficiency, longer lifespan, and adjustable lighting capabilities. Their ability to improve surgical precision and reduce heat-related risks has further driven their adoption.
  • Halogen Lights: Although halogen lights are still used in some regions, they are gradually being replaced by LED lights due to their higher energy consumption and shorter lifespan.

2. Application Outlook

  • Cardiac Surgery: This segment held the largest market share in 2022 due to the global increase in cardiovascular diseases. High-quality surgical lighting is essential in cardiac procedures to ensure precision and reduce the risks associated with complex surgeries.
  • Other Applications: Surgical lights are also widely used in ENT surgery, neurosurgery, gynecological procedures, and various other surgical interventions.

3. End-Use Outlook

  • Hospitals: Hospitals account for the largest share of the surgical lights market, driven by the growing number of healthcare facilities and the adoption of advanced LED technologies. According to the World Health Organization (WHO), there are approximately 17,000 hospitals worldwide, underscoring the increasing demand for surgical lights.
  • Ambulatory Surgical Centers (ASCs): ASCs are also emerging as a significant end-user segment, as more surgeries are being performed in outpatient settings to reduce costs and enhance patient convenience.

Regional Insights: Where Growth is Happening

The surgical lights market is expanding across multiple regions, with the following areas showing the most growth:

  • North America: The U.S. and Canada lead the market due to early adoption of advanced technologies and significant investments in healthcare infrastructure.
  • Europe: Countries such as Germany, France, and the U.K. are seeing increased demand due to improvements in hospital infrastructure and the transition to LED lighting.
  • Asia-Pacific: Emerging economies like China, India, and South Korea are experiencing rapid growth, driven by government healthcare initiatives and rising numbers of surgical procedures.

Competitive Landscape: Major Players in the Market

The global surgical lights market is highly competitive, with numerous large and mid-sized companies dominating the industry. These companies are actively engaging in mergers, acquisitions, and strategic partnerships to expand their market presence and enhance product offerings. Some key players include:

  • Stryker Corporation
  • Skytron
  • Hill-Rom Services
  • SIMEON Medical
  • A-dec
  • Integra LifeSciences
  • Getinge
  • STERIS
  • Koninklijke Philips
  • EPMD Group

Recent Industry Developments and Product Launches

  • Mindray launched its HyLEDC8/C7/C5 series in November 2022, integrating advanced optical technology with enhanced flexibility. The new series offers improved visibility and better operational efficiency for healthcare professionals.
  • Merivaara expanded its Q-Flow product range in January 2022 by introducing the Q-Flow Fluent, focusing on simplicity, durability, and easy maintenance to meet the hygiene standards required in modern operating rooms.

Conclusion: A Promising Market with Steady Growth

The global surgical lights market is expected to witness consistent growth in the coming years, driven by the growing number of surgical procedures, advancements in LED technology, and investments in healthcare infrastructure. The shift from halogen to LED lighting will continue to be a major trend, especially in emerging economies, as hospitals and healthcare centers seek to improve efficiency and reduce costs.

While high product costs may present challenges for smaller healthcare facilities, the increasing demand for advanced surgical lights is expected to outweigh these restraints. The adoption of AI-powered lighting systems and enhanced surgical visibility tools will further transform the market, making surgical environments more efficient and precise.

FAQs

1. What are surgical lights used for?

Surgical lights are essential for providing bright, focused illumination during medical procedures, helping surgeons achieve precision and safety during operations.

2. Why are LED surgical lights preferred over halogen lights?

LED lights offer better energy efficiency, longer lifespans, and customizable lighting features, making them ideal for modern operating rooms.

3. What is driving the growth of the surgical lights market?

The rising number of surgeries, advancements in LED technology, and increased investments in healthcare infrastructure are key factors driving market growth.

4. What challenges does the surgical lights market face?

High product costs and limited adoption in developing regions are significant challenges, though growing demand for surgeries is expected to offset these issues.

5. Which companies are leading the surgical lights market?

Some leading companies include Stryker Corporation, Skytron, Hill-Rom Services, SIMEON Medical, and Getinge.

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Fortinet Introduces Lacework FortiCNAPP: A Unified AI-Driven Cloud Security Platform

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Fortinet, a global leader in cybersecurity, has announced the general availability of Lacework FortiCNAPP, an AI-powered platform designed to secure cloud environments from code to cloud – all under one vendor. This new offering integrates Lacework’s cloud-native application protection with the Fortinet Security Fabric, delivering enhanced security capabilities and operational efficiencies for organizations adopting multi-cloud infrastructures.

According to John Maddison, Fortinet’s Chief Marketing Officer, “Lacework FortiCNAPP builds on the strengths of Lacework’s cloud-native platform and seamlessly integrates with our Security Fabric. This platform offers a comprehensive, end-to-end solution that helps organizations eliminate risks across cloud environments.”

With automated remediation, enhanced visibility into new threats, and improved incident detection, Lacework FortiCNAPP promises to empower security teams to address cloud-native risks effectively while maintaining business continuity.

Challenges Facing Cloud Security Adoption

As organizations transition to the cloud, they face several challenges. Legacy security tools often lack the agility and scalability required to manage cloud environments effectively. This mismatch creates a knowledge gap for security teams that need cloud-specific expertise to stay ahead of threats.

Additionally, the growing proliferation of cloud security solutions has left companies with multiple, disconnected tools that generate overwhelming volumes of alerts. These fragmented systems increase complexity and make it difficult for teams to detect and respond to threats efficiently. Security professionals also report difficulties with managing compliance and automating the detection of emerging risks, further complicating their cloud adoption journeys.

How Lacework FortiCNAPP Accelerates Cloud Security

Fortinet’s Lacework FortiCNAPP addresses these pain points by unifying cloud security operations under a single AI-powered platform. This integrated solution makes it easier for teams to detect, investigate, prioritize, and remediate threats, streamlining cloud security operations across multiple vendors and platforms.

Below are some of the key benefits and features that Lacework FortiCNAPP offers.

1. Unified Platform from Code to Cloud

Many organizations struggle with security silos caused by fragmented tools. Lacework FortiCNAPP solves this by providing full end-to-end visibility across the entire software lifecycle, from code development to production. The platform correlates threat data at both the build and runtime stages, ensuring that the most critical risks are identified and prioritized.

2. AI-Driven Anomaly Detection

The dynamic nature of cloud environments makes it challenging to build rules that account for every possible threat. Lacework FortiCNAPP leverages AI-powered anomaly detection to spot unusual behaviors and undefined attack patterns that traditional security solutions might miss. This advanced detection system ensures teams can proactively address emerging threats without relying solely on predefined rules.

3. Integrated Code Security for Faster Remediation

One of the standout features of Lacework FortiCNAPP is its ability to integrate code security with cloud security. This integration helps developers address security issues early in the application lifecycle, where fixing vulnerabilities is faster and more cost-effective. By doing so, organizations can prevent vulnerabilities from reaching production while maintaining developer productivity and innovation velocity.

4. Composite Alerts for Efficient Threat Detection

Rather than overwhelming teams with individual alerts, Lacework FortiCNAPP provides composite alerts by correlating multiple signals into a single, actionable alert. The platform analyzes behavioral patterns, threat intelligence, anomaly detection, and cloud service logs to offer insights into active attacks, such as ransomware, compromised credentials, and cryptojacking attempts.

5. Seamless Integration with Fortinet Security Fabric

Lacework FortiCNAPP enhances cloud security through deep integration with Fortinet’s Security Fabric. For instance, the platform works with FortiSOAR to automate remediation workflows, making it easier to respond to threats such as compromised access keys or compromised hosts. It also integrates with FortiGuard Outbreak Alerts, providing timely updates on emerging threats and how to mitigate them.

6. Cloud Infrastructure Entitlement Management (CIEM)

Managing cloud identities and permissions is critical to cloud security. Lacework FortiCNAPP offers a robust CIEM capability that provides full visibility into cloud permissions. It automatically discovers identities, analyzes their net-effective permissions, and highlights excessive or risky access rights. Each identity is assigned a risk score based on more than 30 parameters, helping organizations prioritize high-risk identities and align with least-privileged access principles.

Proven Technology with Industry Recognition

Lacework FortiCNAPP builds on Lacework’s established cloud security platform, which has received significant recognition from leading industry analysts, including Frost and Sullivan, Gartner, GigaOm, and KuppingerCole.

John Turner, Senior Security Architect at LendingTree, explained, “Lacework FortiCNAPP helps us streamline the overwhelming data we receive from various tools – including cloud-native services and third-party solutions – to effectively manage our security operations.”

Similarly, LawnStarter’s Head of Engineering, Alberto Silveira, noted that Lacework FortiCNAPP reduced compliance violations by 75% in their AWS environment by providing custom compliance reports and automating security checks. This has helped them build a strong compliance framework, which is essential for earning and maintaining trust with customers and stakeholders.

Why Lacework FortiCNAPP Matters for Cloud Security

Organizations that rely on multi-cloud infrastructure need a holistic security solution that is both scalable and easy to manage. Lacework FortiCNAPP addresses these needs by combining the power of AI-driven insights with cloud-native application protection – all within a unified platform.

The platform’s ability to automatically correlate risk insights, detect anomalies, and offer real-time remediation guidance means that organizations can focus more on innovation rather than manually managing complex security environments. Additionally, the deep integration with Fortinet’s Security Fabric enhances operational efficiencies by orchestrating automated threat responses across various cloud platforms.

Conclusion

The introduction of Lacework FortiCNAPP reflects Fortinet’s commitment to simplifying cloud security through innovation and integration. With a unified, AI-powered platform, security teams can gain complete visibility across their cloud environments and address vulnerabilities early in the development process. Lacework FortiCNAPP empowers organizations to detect, prioritize, and remediate threats efficiently, making it easier to manage risks and ensure compliance across multi-cloud infrastructures.

By consolidating multiple security tools into a single platform, Fortinet helps organizations reduce complexity, cut costs, and improve response times – allowing businesses to focus on growth without compromising security.

FAQs

1. What is Lacework FortiCNAPP?

Lacework FortiCNAPP is an AI-powered, cloud-native security platform that offers end-to-end protection from code to cloud, helping organizations manage risks across multi-cloud environments.

2. How does Lacework FortiCNAPP enhance threat detection?

The platform uses AI-based anomaly detection and composite alerts to identify and prioritize threats, including ransomware and cryptojacking attacks, in real time.

3. What is CIEM, and how does Lacework FortiCNAPP use it?

CIEM stands for Cloud Infrastructure Entitlement Management. Lacework FortiCNAPP leverages CIEM to manage cloud identities, assess permissions, and ensure least-privileged access principles are followed.

4. How does the integration with Fortinet Security Fabric benefit organizations?

The integration streamlines security operations by enabling automated threat responses through FortiSOAR and providing insights into emerging threats via FortiGuard Outbreak Alerts.

5. Why should companies choose Lacework FortiCNAPP?

Lacework FortiCNAPP offers a unified platform that reduces the need for multiple tools, improves visibility, automates threat management, and lowers operational costs, making it an ideal choice for cloud-centric businesses.

AAEON Unveils New ACP-2106 and ACP-2076 Panel PCs for Industrial and Commercial Applications

Electrazine Media
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AAEON, a leading provider of IPC solutions, has announced the launch of two new Panel PCs: the ACP-2106, featuring a 10” WXGA screen, and the ACP-2076, which comes with a 7” WSVGA Projected Capacitive Multi-Touch screen. These latest models offer significant improvements in processing power and functionality compared to previous versions, catering to demanding industrial and commercial applications.

Both the ACP-2106 and ACP-2076 are equipped with Intel Processor N50 or Intel Processor N97 CPUs, delivering enhanced processing performance. Additionally, they support up to 32GB of DDR5 memory, a notable upgrade from the 8GB of DDR3L available in earlier models. This increase in processing power and memory makes these devices ideal for more advanced industrial and commercial use cases, with retail and industrial automation being key target markets.

The ACP-2076 offers a 7” display with a 1024 x 600 resolution, while the ACP-2106 provides a 10” screen with a higher resolution of 1280 x 800. Both models feature HDMI 1.4b ports, enabling dual-display setups, making them well-suited for applications such as smart kiosks. The displays also deliver excellent visibility, with the ACP-2076 offering 320 cd/m² brightness and the ACP-2106 reaching 300 cd/m², ensuring clear visuals in various lighting conditions.

Designed with industrial automation in mind, the ACP-2106 and ACP-2076 come equipped with a variety of advanced communication interfaces. These include dual LAN ports with 2.5GbE speeds, an 8-bit GPIO, and two DB-9 ports supporting RS-232/422/485 connectivity. For additional flexibility, users can add two more RS-232 interfaces via optional side-panel DB-9 ports. Furthermore, the devices offer broad expansion options, including an M.2 3052 B-Key slot with a Nano SIM card slot for 5G module support, and an M.2 2230 E-Key slot for Wi-Fi connectivity.

Built for durability, both models feature IP65-compliant aluminum front bezels, VESA and panel mounting options, and fanless designs, making them highly suitable for harsh industrial environments.

For detailed specifications and further information on the ACP-2106 and ACP-2076, visit www.aaeon.com or contact an AAEON representative via their dedicated contact form.

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