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AAEON Unveils a Cutting Edge SubCompact System for Versatile Applications

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AAEON, a pioneer in embedded computing solutions, has recently launched the GENESYSM-ADN6, an ultra-slim SubCompact System powered by Intel® Core™ Processor N-series CPUs. This new offering represents a significant advancement in mini PC technology, designed to meet the growing demands of smart retail, industrial automation, and edge gateway environments.

Compact Design Meets Powerful Performance

With dimensions of just 178mm x 134.1mm x 43mm, the GENESYSM-ADN6 is a remarkably compact solution ideal for space-constrained environments. Despite its small footprint, it delivers robust performance and connectivity options that make it suitable for a range of applications. The system features three LAN ports, equipped with Intel® Ethernet Controller I226, each supporting 2.5GbE speeds. This high-speed networking capability is crucial for applications requiring rapid data transfer and reliable connectivity.

Extensive Expansion Capabilities

The GENESYSM-ADN6 offers comprehensive expansion options to enhance its versatility. It includes slots for M.2 2230 E-Key and M.2 3052 B-Key, enabling the addition of Wi-Fi and 5G capabilities. For additional storage, users can utilize the mSATA slot. These expansion options allow for customized configurations to meet specific application needs.

Industrial-Grade Features for Robust Performance

Designed with industrial environments in mind, the GENESYSM-ADN6 supports a wide power input range of 9V to 36V and operates fanlessly, ensuring reliable performance even in demanding conditions. The system is equipped with two COM ports for RS-232/422/485 communication, plus an optional two additional RS-232 ports. This extensive I/O support is essential for integration with various industrial devices such as PLCs, robotic arms, and SCADA systems.

Enhanced Connectivity and Security

In addition to its networking and expansion features, the GENESYSM-ADN6 provides two USB 3.2 Gen 2 ports, an 8-bit GPIO, and SMBus/I2C interfaces. These features facilitate the integration of sensors, actuators, and other peripheral devices, enhancing the system’s flexibility. The inclusion of high-bandwidth SODIMM-based DDR5 memory ensures expedited data processing, while optional TPM 2.0 support adds an extra layer of security for sensitive information.

Versatile Applications

The GENESYSM-ADN6 is also well-suited for multimedia applications. It includes HDMI and VGA outputs for display, as well as line-in, line-out, and microphone functionality. AAEON notes that, similar to its single-board counterparts, the GENESYSM-ADN6 is an excellent choice for smart kiosks, point-of-sale (POS) systems, and digital signage.

Availability and Production

AAEON’s commitment to innovation is evident in the GENESYSM-ADN6, which is now in mass production. Interested customers can find detailed specifications and purchase options on the company’s eShop. This latest release continues AAEON’s tradition of providing versatile, market-ready solutions tailored to diverse industry needs.

For more information and to explore the GENESYSM-ADN6, visit AAEON’s product page today.

OMRON Automation Showcases Cutting-Edge SMT and Through-Hole Inspection Solutions at Productronica India 2024

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OMRON Automation recently highlighted its advanced capabilities in Surface Mount Technology (SMT) and Through-Hole Inspection solutions at Productronica India 2024. The exhibition featured a range of state-of-the-art technologies, including Automated X-ray Inspection (AXI), Automated Optical Inspection (AOI), and Solder Paste Inspection (SPI) systems.

Innovative Solutions: OMRON 3DCT AXI – X850

Among the standout displays was OMRON’s latest breakthrough: the 3DCT AXI – X850. This advanced system leverages sophisticated X-ray technology to provide thorough inspections of power semiconductors. By detecting defects such as voids, insufficient solder, and misalignments, the 3DCT AXI – X850 significantly enhances product reliability and consistency. This cutting-edge tool is designed to meet the evolving needs of the electronics industry, particularly as components become more complex.

Addressing Industry Trends

Sameer Gandhi, Managing Director of OMRON Automation India, emphasized the growing significance of semiconductors in the rapidly evolving electric vehicle (EV) market. “As the automotive industry shifts towards EVs, semiconductors are crucial in driving this transformation. They are integral to essential systems within EVs, including battery management, adaptive cruise control, and overall efficiency. The demand for faster charging, miniaturized products, and increased power output has moved from single-layer to multi-layer components. This shift requires precise inspection to ensure that each layer meets stringent quality standards, enhancing reliability and performance,” Gandhi explained.

Precision Inspection with AOI and SPI Technologies

OMRON’s showcase also included AOI systems designed to offer precise inspection for surface mount components. These systems are crucial for maintaining high-quality production standards. Additionally, the SPI technology demonstrated ensures optimal solder joint quality, which is essential for reliable electronics assembly.

Meeting the Demands of Automotive and Networking Industries

The automotive and networking equipment sectors benefit greatly from these advanced inspection solutions, which are crucial for meeting rigorous quality and safety standards. The rise of CASE (Connected, Autonomous, Shared, and Electric) technologies and the deployment of 5G networks are driving the need for high-accuracy inspection. Connected and Autonomous Vehicles rely on sophisticated sensors and cameras that demand precise calibration and inspection. Similarly, the production and maintenance of Electric Vehicles involve new technologies requiring specialized inspection methods. The rollout of 5G technology necessitates meticulous inspection of network equipment to ensure optimal performance and reliability.

OMRON’s Commitment to Innovation

“OMRON remains committed to providing manufacturers with the tools necessary for achieving operational excellence,” Sameer Gandhi noted. “By presenting our full suite of inspection technologies, we reaffirm our dedication to driving innovation and establishing new benchmarks in the semiconductor, automotive, and networking equipment manufacturing sectors. Our solutions contribute significantly to the advancement of digital goods production in India.”

Editor’s Notes: Key Features of OMRON’s Inspection Solutions

  • Comprehensive Inspection Coverage: OMRON offers a complete suite of inspection methods, including AOI for surface defects, SPI for solder paste deposition, and AXI for in-depth analysis of solder joints, including through-hole components.
  • Advanced 3D Inspection Technology: The company’s AOI and SPI systems incorporate advanced 3D imaging capabilities, providing enhanced defect detection accuracy.
  • High-Speed Inspection: Designed for high-volume production environments, OMRON systems deliver rapid inspection while maintaining high accuracy.
  • User-Friendly Interfaces: OMRON’s systems feature intuitive programming and easy-to-use interfaces, simplifying the setup and operation of inspection programs.

By showcasing these innovative solutions, OMRON Automation demonstrates its leadership in the field and its commitment to advancing manufacturing technologies across various industries.

Enhancing Production Efficiency with Comprehensive Production Line Visualization

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Production Line Visualization: An ideal manufacturing workshop integrates continuous monitoring of machines and processes, providing a clear, real-time overview of the entire production line. By transforming complex data into easy-to-understand visuals, businesses can make faster decisions and address issues proactively. With full operational visibility, companies can gain valuable insights, optimize workflows, and boost overall productivity.

Here are three key ways production line visualization can significantly enhance efficiency:

1. Efficient Remote AR Inspections

By leveraging video and augmented reality (AR) technology, inspections can be conducted more quickly and effectively, streamlining equipment evaluations and eliminating the need for manual paper forms. An AR map gives a comprehensive view of the entire workshop, while picture-in-picture mode offers specific details for selected areas. Clicking on a point in the live feed provides detailed information, allowing for an intuitive understanding of operations and enabling immediate response to issues, preventing downtime.

The entire inspection process is managed online, from scheduling to video-based inspections, with tasks automatically assigned to maintenance personnel. This ensures a seamless, proactive approach to monitoring, issue resolution, and quality assurance.

Hikvision Efficient Remote AR Inspection

2. Clear Video Tracing for Production Ramp-Up Analysis

When production line equipment malfunctions, operators often need video playback to diagnose the issue. However, unclear footage or difficulty locating the right video feed can delay troubleshooting. In fast-paced industries like electronics, where production capacity must scale quickly, video tracing is essential to analyze and optimize operations during ramp-up periods.

Specialized production cameras are invaluable in such situations. Designed for industrial environments, these compact cameras offer variable zoom and high frame rates, capturing fast-moving processes with clarity. They also provide slow-motion playback for detailed analysis, helping operators quickly identify issues. When integrated with systems like PLCs or barcode scanners, these cameras locate relevant video feeds efficiently, streamlining diagnostics and improving production performance.

Hikvision Clear Video Tracing For Production Ramp Up Analysis

3. Real-Time Video Monitoring with Instant Response

Real-time visibility across different areas of a production line is crucial. Rather than relying on relaying messages, which can lead to delays and errors, HDMI cameras connected to screens provide high-definition, low-latency live feeds. This allows workers to instantly assess conditions and make timely decisions.

Enhanced with AR, these live feeds display essential data such as production metrics, safety information, and equipment status. This allows operators to quickly oversee operations and respond to issues. For example, in the case of an unexpected production halt, operators can receive immediate alerts on the AR display, enabling them to swiftly identify and resolve problems on-site.

Discover Hikvision’s Production Line Visualization Solution

Hikvision combines AR technology, specialized cameras, and centralized management software to enhance production line visibility and management. This approach improves situational awareness and operational efficiency, creating a safer and more productive manufacturing environment.

Hikvision offers a range of specialized cameras tailored to various production needs. High-frame-rate cameras capture fast-moving processes, while vibration-resistant cameras deliver stable footage for overhead cranes. Macro cameras with auto-focus lenses provide close-up details, and covert cameras fit into tight spaces. Additionally, explosion-proof cameras ensure safety in hazardous environments, and air-cooled or water-cooled cameras withstand extreme temperatures.

These solutions cater to the diverse challenges of modern production lines, helping businesses achieve greater efficiency and safety.

Visit for more products: Click Here

The Future of Electric Motors in the EV Market

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The EV market is expanding, but growth has slowed significantly in Europe and the US in the first half of 2024. A crucial step to reigniting growth is releasing more affordable models. While battery costs are often the primary focus, other components, such as electric motors, also offer significant opportunities for cost reduction.

IDTechEx’s latest report, “Electric Motors for Electric Vehicles 2025-2035: Technologies, Materials, Markets, and Forecasts,” explores the current landscape of electric motor technologies and materials, projecting future trends and demands over the next decade. According to the report, over 160 million electric motors will be required by the EV market in 2035, with 30% of the automotive market expected to adopt rare earth-free technologies.

Improving Motor Efficiency to Reduce Battery Costs

One way to reduce overall EV costs is through more efficient motors. Higher motor efficiency translates into more range for the same battery capacity, ultimately lowering battery costs. For instance, improving motor efficiency from 93% to 96% could reduce the energy required for a 75kWh vehicle by 2.9%, leading to approximately $200 savings in battery costs, assuming a battery price of $100/kWh.

Materials vs. Manufacturing Costs in Electric Motors

Materials vs Manufacturing Costs in the Motor
The Future of Electric Motors in the EV Market 4

In 2023, permanent magnet (PM) motors accounted for 85% of the market for battery electric and plug-in hybrid cars. These motors use rare earth materials, which, although only a small part of the motor, can represent up to a third of the motor’s material costs. The price of rare earth elements like neodymium has fluctuated significantly, making the cost of these motors unpredictable.

Magnet-free motors, such as wound rotor synchronous motors (WRSM), offer an alternative by replacing permanent magnets with copper windings, reducing material costs. However, they come with higher manufacturing costs and lower efficiency, making them viable only when rare earth prices are high.

Another option is rare earth-free magnets, like ferrites or AlNiCo, which are cheaper but sacrifice performance. To compensate, larger motors may be required, making these options more suitable for low-performance vehicles, such as small city cars. The decision to switch away from rare earth magnets may also be driven by environmental concerns and supply chain security.

IDTechEx’s Predictions and Market Outlook

Despite these challenges, IDTechEx forecasts that by 2035, magnet-free motor technologies will occupy 30% of the automotive motor market, up from just 9% in 2023. As rare earth supply chain issues and price volatility continue to raise concerns, magnet-free technologies are expected to improve and become more attractive alternatives.

While the cost of the motor is not the primary driver of an EV’s overall cost, it plays a critical role. Innovation in motor technology is expected to continue, offering potential for further cost reductions.

Could Axial Flux Motors Be a Game Changer?

Axial flux motors could play a crucial role in the future of cost reduction due to their high power and torque density. They require less material per kW of power, which could lead to significant cost savings. However, these motors are not yet mass-produced at the scale required for the automotive market. Although they have the potential to be simpler to manufacture than traditional radial flux motors, they must first overcome established industry standards and find the right partnerships.

IDTechEx predicts growth in the axial flux motor market, but it will take time for these motors to achieve the scale typically seen in automotive technologies.

To explore more about the IDTechEx report, “Electric Motors for Electric Vehicles 2025-2035: Technologies, Materials, Markets, and Forecasts,” visit www.IDTechEx.com/Motors, where downloadable sample pages are available.

Mouser Electronics to Participate as Gold Sponsor at Bengaluru Space Expo 2024

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Mouser Electronics, Inc., a leading distributor specializing in New Product Introductions (NPI), is excited to announce its participation as a Gold Sponsor at the Bengaluru Space Expo 2024. The event, set to take place from September 18 to 20, 2024, at the Bangalore International Exhibition Centre, will see Mouser engaging with space enthusiasts at Booth #93 throughout the expo.

“As a leader in New Product Introductions (NPI), Mouser’s involvement at Bengaluru Space Expo 2024 highlights our commitment to supporting India’s space sector,” said Daphne Tien, Mouser’s Vice President of APAC Marketing & Business Development. “With key figures from industry, academia, and government agencies present, we aim to reinforce our role as a trusted distributor for space technology.”

The Bengaluru Space Expo (BSX) 2024, now in its 8th edition, brings together industry experts, engineers, and researchers to explore advancements, share research, and address challenges in the space sector. The event is being organized with key partners like the Indian Space Research Organization (ISRO), IN-SPACe, and NewSpace India Limited (NSIL).

At Mouser’s booth, attendees will have the opportunity to interact with representatives, explore the Mouser.com website, and learn more about their services, tools, and extensive library of technical resources. The company will also highlight its wide range of electronic components and semiconductors, with millions of parts in stock, ready to ship.

Mouser’s presence at the expo will underscore its role in driving innovation in India’s space technology and connecting with industry leaders.

For more details on Mouser’s participation, visit: Mouser at Bengaluru Space Expo.

Mouser Electronics is a global authorized distributor, offering an unmatched selection of the latest semiconductors and electronic components. Customers benefit from 100% certified, traceable products from trusted manufacturers. To support engineers, Mouser’s website features a comprehensive library of technical resources, including data sheets, reference designs, application notes, and engineering tools.

Stay up-to-date with the latest products and technology news by subscribing to Mouser’s customizable e-newsletter, tailored to meet the unique needs of engineers.

Sign up today at Mouser Subscriber.

ST Launches ST Edge AI Suite to Simplify AI Development at the Intelligent Edge

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ST Launches: STMicroelectronics has introduced the ST Edge AI Suite, a comprehensive collection of free software tools, use cases, and documentation aimed at making AI at the Intelligent Edge more accessible to developers of all experience levels. The Intelligent Edge refers to smart devices like IoT, industrial, automotive, and personal electronics that now incorporate Edge AI capabilities, enhancing sensor data processing and enabling real-time decision-making directly on devices.

The ST Edge AI Suite unifies ST’s wide range of solutions, helping developers see how different tools interrelate. Machine learning varies from simple decision trees on sensors to complex neural networks on processors, and developers increasingly need features like model libraries, board farms for remote performance testing, and quantization solutions for optimization. The key question developers often face is: where do they start?

Practical Example: Smart Tire Pressure Monitoring

For instance, a developer creating a smart tire pressure monitoring system for a vehicle may not want to rely on numerous costly sensors. By exploring ST Edge AI Suite’s case studies, the developer can see how Panasonic solved a similar problem using ST solutions. With this knowledge, they can download STM32Cube.AI and start developing with an STM32F3 microcontroller, already proven in real-world applications.

This simple example underscores a critical challenge. A recent Memfault report states that the average IoT product has over half a million lines of code. Developing AI at the edge involves much more than basic coding, requiring careful planning, model selection, optimization, and integration. The ST Edge AI Suite is designed to guide developers through these challenges, getting them on the right path quickly.

Edge AI Suite: A Centralized Resource for Developers

The ST Edge AI Suite is a centralized hub for all ST tools related to AI at the edge, from data logging to model optimization and code conversion. Popular tools like NanoEdge AI Studio, STM32Cube.AI, X-LINUX-AI, MEMS Studio, and the Edge AI Developer Cloud are all accessible in one place. By consolidating these resources, even developers with limited experience can find a clear starting point, reducing the barrier to entry.

For more advanced users, ST offers Edge AI Core, a command-line interface that allows developers to automate the evaluation, optimization, and compilation of AI models for microcontrollers, microprocessors, and sensors. This flexibility ensures that while ST offers specialized tools for different products and applications, there is a cohesive foundation that ties everything together, allowing developers to transfer their skills across projects.

A Unified Vision for AI at the Edge

The ST Edge AI Suite also includes tools like High Speed Datalog, which enables the capture and visualization of sensor data. Additionally, a Python SDK is available for manipulating this data, highlighting ST’s commitment to helping developers start their AI journey on the right footing. The goal is not to replace external AI tools but to simplify AI development at the edge by making it more accessible and understandable.

Some of the tools featured on Edge AI Suite
ST Launches ST Edge AI Suite to Simplify AI Development at the Intelligent Edge 6

Moreover, the suite showcases Authorized ST Partners that provide additional services and technologies. For example, ID3 Technologies offers facial recognition software, and 221e delivers AI-powered sensor modules based on STM32. This demonstrates that ST Edge AI Suite is more than just a collection of tools—it reflects a community of partners and developers working together to make AI at the edge a reality.

To learn more, visit: ST Blog – Edge AI Suite.

Flexible Tactile Sensors with 3D Micro Strain Gauges Developed by Peking University

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3D Micro Strain Gauges: Researchers from Peking University have made significant strides in the development of flexible, modular tactile sensors that adhere to the skin, capable of detecting biomechanical signals from various body parts. Their findings were published in Science Advances, showcasing sensors that enable high-density pressure mapping, wireless monitoring of biomechanical signals, and independent measurement of temperature, normal force, and shear force.

Han Mengdi, the study’s corresponding author, explained that the sensors utilize 3D micro strain gauges to expand the capabilities of tactile sensors and electronic skins. By converting traditional planar strain gauges into 3D structures, which are compatible with lithographic processes, the researchers have increased the spatial density of tactile sensing, allowing for more complex sensing modalities.

Flexible Tactile Sensors with 3D Micro Strain Gauges Developed by Peking University
Credit: Peking University

The 3D micro strain gauges use thin film stress and demonstrate excellent consistency and stability. Their manufacturing process is fully compatible with microfabrication techniques and integrates smoothly with microelectronics, ensuring scalability and efficiency in production.

Ph.D. student Chen Xu, a co-first author of the study, highlighted that the performance of these sensors can be easily customized. By modifying the shape of the 3D microstructures, adjusting the thickness of the thin films, and fine-tuning the encapsulating polymer, the team can tailor the sensors to specific applications.

Each sensor includes four 3D micro strain gauges arranged orthogonally, enabling precise measurement of normal and shear forces. These gauges, along with a temperature sensing module, allow for accurate detection of external forces’ magnitude and direction. Additionally, an anti-crosstalk circuit was designed to map spatiotemporal forces at the skin interface, ensuring clear signal readings.

This new technology holds promise across multiple fields, including robotics, biomedicine, and consumer electronics. The 3D micro strain gauges’ compatibility with both microelectronics and macroelectronics makes them a key development in improving the functionality of flexible tactile sensors and electronic skins. The researchers see vast potential for this technology in advancing sensing solutions across industries.

More information: Chen Xu et al, Three-dimensional micro strain gauges as flexible, modular tactile sensors for versatile integration with micro- and macroelectronics, Science Advances (2024). DOI: 10.1126/sciadv.adp6094

Journal information: Science Advances

NEC Corporation Develops AI Technology to Support Internet Fact-Checking

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NEC Corporation is working on a new AI-based technology aimed at analyzing the trustworthiness of information on the Internet. This development is part of a project sponsored by Japan’s Ministry of Internal Affairs and Communications to create technologies that address false and misleading online content.

The technology will be tested by organizations like the Japan Fact-check Center and various media outlets, including broadcasters, from August 2024 to March 2025, with the goal of increasing its reliability.

Technology Overview

With the rise of misleading information online, there is a growing need for effective countermeasures. Fact-checking organizations and media companies often face significant labor demands in verifying the accuracy of information. NEC is addressing this issue by using AI and Large Language Models (LLM) to assist in fact-checking processes.

How the Technology Works

This AI technology analyzes multiple forms of data—text, images, video, and audio—to assess whether content is false or misleading. It first detects whether images or other data have been manipulated, then converts all types of data into text. Using LLMs designed for misinformation analysis, the AI evaluates the accuracy of the information, verifies the reliability of the sources, and checks for inconsistencies between the data types (such as contradictions between text and video).

Additionally, the system generates detailed reports similar to those produced by human fact-checkers, helping to streamline their operations. Users can customize the technology by deleting unreliable information or adding updates as needed.

Evaluation and Future Applications

The Japan Fact-check Center and media organizations will evaluate the technology’s effectiveness, with the goal of preparing it for practical use by FY2025-2026.

This development is part of NEC’s “BluStellar” value-delivery model, which focuses on using advanced technologies to help solve societal and business challenges through digital transformation.

For more information, visit the Japan Fact-check Center here.

Altium Introduces Requirements & Systems Portal to Altium 365 Cloud Platform

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Altium, a global leader in electronics design systems, has introduced the Requirements & Systems Portal into its Altium 365 cloud platform, aimed at enhancing collaboration in electronics design. This new feature ensures that functional requirements are visible and accessible throughout the design process, from concept to manufacturing, ultimately improving product cost, quality, and risk management.

This launch follows Altium’s acquisition of Valispace, a systems and requirements engineering tool that integrates system design with a data-driven, AI-powered approach.

AltiumRequirementsNP

In the traditional electronics design process, PCB design engineers often work separately from system requirements, leading to disconnected workflows and rework. The Requirements & Systems Portal bridges this gap by allowing teams to write, manage, and verify requirements within the Altium 365 ecosystem. With access to the same real-time information, electrical engineers, managers, systems architects, and stakeholders can collaborate more effectively, ensuring they are all working with up-to-date specifications.

This new addition to Altium 365 extends the platform’s end-to-end capabilities, supporting Altium’s vision of connecting everyone involved in electronics development.

“The Requirements & Systems Portal accelerates innovation and shortens time to market,” said Ananth Avva, VP and GM of Cloud Platform at Altium. “By incorporating system-level thinking into the electronics design process, engineers can ensure requirements are met across various applications, empowering them to succeed in a competitive landscape.”

For more details visit the Altium website: Click Here

Renesas Electronics Showcases Cutting-Edge Solutions at electronica India 2024

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Renesas Showcases Technologies and Innovative India Centric Solutions at electronica India 2024

Renesas Electronics Corporation (TSE: 6723), a leading provider of advanced semiconductor solutions, is highlighting its innovative technologies tailored for the Indian market at electronica India 2024, taking place at the India Exposition Mart Limited (IEML) from September 11-13. As a principal partner of the event, Renesas is showcasing its offerings in Expo Hall 11, Booth 05 (H11.J05), featuring a variety of solutions for industrial, automotive, and consumer applications.

Key highlights include:

  • Edge-AI solutions for robotics, face recognition, and real-time motor failure detection.
  • India-centric cluster solutions, including connected cluster solutions for 2-wheelers, Android-based solutions for EV clusters, and cost-efficient e-bike clusters.
  • Metering solutions for India, including single-phase and three-phase electricity meters and water meter solutions.
  • Turnkey solutions aimed at accelerating time-to-market, such as motor control, building automation, voice, and HMI solutions.
  • Optimized power solutions using Renesas’ broad portfolio of power management ICs and discrete devices, including gallium nitride (GaN) technology.
  • Wireless connectivity solutions integrating WiFi, Bluetooth, and NFC with Renesas’ MCUs and MPUs.
  • Altium Designer software and Altium 365, a cloud platform that connects design, supply, and manufacturing processes seamlessly.

“electronica India 2024 provides Renesas with a unique platform to showcase our India-specific solutions,” said Malini Narayanamoorthi, Country Head of India at Renesas. “From edge-AI to metering technologies, our solutions reflect our commitment to addressing local demands while advancing global innovation. With our enhanced engineering team and plans for further expansion, we are excited to engage with industry leaders and explore opportunities for collaboration.”

During the event, Renesas CEO Hidetoshi Shibata delivered a keynote at SEMICON India, held alongside electronica India. Renesas’ senior leaders are also participating in various sessions, including a keynote by Vivek Bhan, Senior Vice President and General Manager of High-Performance Computing, at the e-Mobility Conference, followed by a panel discussion moderated by Malini Narayanamoorthi. Srikanth Nagarajan, Senior Director, Head of India Sales and Marketing, will join a panel discussion at the e-Future Conference.

For more information about Renesas Electronics: Click Here

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