Shaping the Future: Unveiling Breakthroughs in Electronics, IoT, and Semiconductors
The future of technology is being redefined by groundbreaking advancements in electronics, the Internet of Things (IoT), and semiconductor technology. As the backbone of modern devices, semiconductors are driving innovations in IoT, enabling seamless connectivity across an ever-expanding network of smart devices. From wearable technology to smart cities, these breakthroughs are enhancing efficiency, security, and automation, paving the way for more intelligent and responsive systems. By integrating cutting-edge electronics with IoT solutions, industries are poised to revolutionize how we interact with the world, making everyday tasks more intuitive and data-driven.
Highlighting the same, we have erudite notions from Sam Geha, Executive Vice President of IoT Compute & Wireless business, Connected Secure Systems division, Infineon Technologies; Sudhir Tangri, Vice President of Asia Pacific Sales; Sagar Gupta, Managing Director, Ekkaa Electronics; Tim Kravchunovsky, CEO and Founder of Decentralized Telecommunications Network, Chirp; Anshul Jain, Co-founder and CTO, Roadcast; Venkat Mattela, CEO & Founder, Ceremorphic.
Recent Innovations in Semiconductor Technology
According to Sam Geha, Decarbonization and digitalization are two defining challenges of our times. As a leader in power and Internet of Things (IoT) systems, Infineon is driving green and digital transformation to enable a net zero economy. In July, Infineon announced that it will provide customers with comprehensive Product Carbon Footprint (PCF) data, taking a pioneering role in the semiconductor industry. We are committed to provide PCF data for our entire product portfolio eventually starting with round about half of its portfolio already now.
Let me elaborate with a few examples. In the Power space, the key for the next essential step towards an energy-efficient world lies in the use of wide-bandgap (WBG) power electronics materials that allow for greater power efficiency, smaller size, lighter weight, lower overall cost – or all of these together. In the past year, notable accomplishments have been made, such as the introduction of a new generation of Silicon Carbide (SiC) MOSFETs, the unveiling of the world’s largest SiC fabrication facility, and the strategic acquisition of Gallium Nitride (GaN) Systems, which further enhanced Infineon’s GaN portfolio. These milestones showcased our dedication to innovation and sustainability, laying the foundation for a more environmentally friendly future.
When we talk of the IoT, Infineon is taking a lead with its broad portfolio of solutions that range from connectivity to sensors, microcontrollers (MCUs) to security. On the one hand, we are driving digitalization by enabling unique use cases with our Artificial Intelligence (AI) and wireless solutions, on the other, we support decarbonization with a focus on delivering products that are power efficient. In the past year, we have added to our portfolio the advantage of superior capabilities with the world’s best capacitive sensing solution, industry’s lowest power integrated Wi-Fi Bluetooth® combo, advanced embedded AI solutions, and built-in security across our connectivity and MCU products that help to elevate IoT designs.
Sudhir Tangri said, Keysight is a leader in High-Speed Digital (HSD) and Semiconductor test and validation. We have several innovative solutions in this space that are designed to help our customers advance their semiconductor technology for data centers, artificial intelligence, and terabit research. One of our key innovations is the Arbitrary waveform generator (M819xA/B series), which supports speeds of up to 160Gbaud for coherent transmission. Additionally, Keysight has introduced a PCI 6.0 capable protocol solution, which is essential for enabling high-performance computing workflows. The company has also recently launched the InfiniiMax 4 Series, a 52 GHz probing solution for next-generation post-silicon validation.
Venkat Mattela quoted, “At Ceremorphic, we recognize the importance of High-performance computing (HPC) in driving AI advancements and have focused on creating innovations that enhance both reliability and energy efficiency. These innovations are vital for developing a sustainable computing infrastructure, which is essential for the long-term scalability and environmental impact of HPC systems that enable the processing of vast amounts of data at high speeds, a necessity for AI applications requiring intensive computational power. By improving these critical metrics, we are not only advancing the capabilities of AI but also ensuring that these advancements are achieved in an eco-friendly and reliable manner.
Additionally, Ceremorphic’s flagship AI chip, BioCompDiscoverX, set to enter production this year, is a testament to our commitment to pushing the boundaries of what AI can achieve in electronics. A first-of-its-kind platform, BioCompDiscoverX is set to transform drug development by substantially reducing costs, accelerating time-to-market, and enhancing efficacy, potentially saving the pharmaceutical industry billions of dollars.
The need for AI to reduce the problem size is paramount. AI-based supercomputing technologies can make the development process cost-effective and, at the same time, less time-consuming for developing a new drug.”
Sagar Gupta stated that EKKAA Electronics believes in constant innovation. It allows us to balance rapid progress with ecological considerations, ensuring a sustainable and efficient semiconductor industry. To begin with, with the proliferation of IoT devices, we’re focusing on smaller form factors, diverse connectivity options, and improved power efficiency to meet IoT demands. AI-driven applications require specialised hardware. We’re investing in AI accelerators, neuromorphic chips, and efficient neural network architectures to enhance AI performance. Besides, we are also exploring novel materials like 2D semiconductors, organic compounds, and quantum dots to improve device performance and energy efficiency.
Our R&D teams are designing innovative chip architectures that scale capacity through multi-component integration and direct-to-chip interfacing. Simultaneously, we’re adopting advanced packaging techniques such as 3D stacking, fan-out wafer-level packaging, and system-in-package solutions for better performance and miniaturisation. Alongside, it is crucial that our chips meet the hardware requirements for 5G networks. We’re optimizing designs for high data rates, low latency, and efficient power consumption.
After a lot of research, we have made it a priority to manufacture Personalized chip. We’re transitioning to in-house design to tailor chips for specific applications. We are also exploring cutting-edge fabrication methods like extreme ultraviolet lithography (EUV) and self-assembly techniques to improve manufacturing efficiency.
Leveraging IoT for Product Efficiency and Functionality
At Ceremorphic, we are focusing on the development of advanced semiconductor chips in collaboration with TSMC, utilizing their cutting-edge 3nm process node. This partnership leverages TSMC’s world-class manufacturing capabilities and our expertise in chip design to produce high-performance, energy-efficient semiconductors that meet the demands of next-generation applications.
Our manufacturing partners are pioneers in the adoption of IoT technologies across their business processes. By integrating IoT solutions, they enhance operational efficiency, improve real-time data analytics, and optimize supply chain management. This technological integration allows us to maintain a competitive edge in the fast-paced semiconductor industry, ensuring that our products are manufactured with the highest quality and precision, said Venkat Mattela.
Ekkaa Electronics embraces IoT as a catalyst for innovation. Our commitment to quality, sustainability, and user-centric design drives us to create products that enhance lives while minimizing environmental impact. We’re harnessing the power of the Internet of Things (IoT) to elevate our products’ efficiency and functionality. Our journey began with a vision—to create world-class electronics that seamlessly integrate into people’s lives.
Ekkaa’s commitment to IoT-driven solutions has led us to develop a range of smart appliances. From washing machines that optimize water usage based on load size to refrigerators that adjust cooling settings intelligently, our products enhance convenience while minimizing energy consumption.
Our LED TVs, are more than just screens, as it a hub of connectivity. This product is designed with the sole motive of conserving energy. These devices are absolutely at par with the international standard of conserving energy. Besides, we are constantly trying to come up with such innovative ideas, which will create a significant impact, as far as sustainability is concerned. We’ve incorporated thinner and lighter designs for a more immersive viewing experience. Additionally, our TVs are made with recycled materials, and we utilize energy-efficient technologies.
Apart from that, IoT enables us to monitor energy usage in real time. Our smart plugs and power strips automatically switch off devices when not in use, reducing standby power consumption. Additionally, Ekkaa’s solar-powered gadgets contribute to a greener environment.
We’ve embedded sensors in our appliances to detect wear and tear. By analyzing data, we predict maintenance needs—whether it’s replacing a filter or servicing a motor—before issues escalate. This proactive approach ensures uninterrupted functionality.
We understand that, in today’s time and age, security is paramount to our consumers. Our smart door locks, surveillance cameras, and motion sensors provide peace of mind. Users receive alerts on their smartphones, allowing them to monitor their homes remotely. Ekkaa’s commitment to data privacy ensures that user information remains confidential.
IoT allows us to personalize settings. Ekkaa’s products play well with other smart devices. Whether it’s integrating with voice assistants like Alexa or syncing with fitness trackers, our ecosystem ensures a cohesive user experience.
Anshul Jain said that at Roadcast, we’re all about making logistics smarter and smoother with IoT. We’ve integrated AI-powered sensors and GPS technology into our solutions to provide real-time tracking and data analytics for supply chains. Imagine knowing exactly where your shipment is at any moment—no more guessing games. Our IoT devices collect data on everything from vehicle locations to fuel consumption, allowing fleet managers to optimize routes, cut down on idle times, and manage resources more effectively. The recent fuel sensor launches helping businesses save a substantial amount of fuel waste. Real-time insights help our clients make informed decisions quickly, reduce costs, and improve overall efficiency. It’s like having a logistics command center right in your pocket, turning complex data into actionable strategies. Plus, with predictive maintenance features, we help prevent issues before they become problems, ensuring smooth operations and minimal downtime. So, whether it’s enhancing fleet planning or boosting driver and vehicle safety, IoT is at the heart of our mission to revolutionize the logistics landscape.
Tim Kravchunovsky explained that Chirp is at the forefront of leveraging IoT to enhance both efficiency and functionality across a wide range of applications. Our radio-agnostic Blackbird gateways support a broad array of IoT devices, ensuring seamless connectivity across diverse protocols such as LoRa, LoRaWAN, BLE, Zigbee, and more. This flexibility allows us to build an inclusive and truly global IoT ecosystem, integrated with blockchain technology, to provide solutions that transcend traditional limitations. This approach significantly improves efficiency in various industries, including smart cities, logistics, agriculture, and environmental monitoring. Our global network, soon to be expanded by our satellite constellation, ensures that these IoT solutions can operate even in the most remote and underserved areas, making IoT truly global and effective.
Sudhir Tangri remarked that at Keysight, we offer a range of comprehensive testing solutions for IoT. From our IoT device measurement tools, through to our advanced simulation technology, which enables customers to test and verify the connection and performance of multiple IoT devices within a network. Several measurements that we do on IoT devices includes battery drain analysis, IoT security analysis, as well as RF measurements for transmitter and receivers. Most often, IoT is being connected by terrestrial networks but there are use cases for connecting IoT via Non Terrestrial Networks (NTN), and we also have the measurement solutions in place to support this.
Sam Geha said that one of the ways in which we are already leveraging IoT to enhance efficiency is the deployment of robots in our fab facility. As both a leading supplier of robotic components and an advanced user of robots in our own fabs, we at Infineon have carved out a unique position on the market. Cobots take automation in cleanrooms to a new level. In the production of micrometer-thin chips at Infineon in Villach, Austria, 17 sensitive lightweight robots work safely together with humans to ensure greater efficiency and safety when fabricating the precious and highly fragile wafers.
We are also exploring the possibility of using autonomous AI application for chip development that would optimize the development effort and allow designers to achieve higher performance, lower power consumption and smaller chip area with less manual effort.
Advancements in Robotics and Integration
Chirp is proud to support cutting-edge advancements in robotics through partnerships like the one with XMAQUINA. XMAQUINA has revolutionized the robotics industry with its Robo Café, a fully automated café where robots manage all operations, from taking orders to serving customers. Chirp provides the essential connectivity that enables these robots to function efficiently and reliably. By utilizing our decentralized network, XMAQUINA’s robotic platform can operate seamlessly, ensuring real-time data transmission and control, which is crucial for the smooth operation of these sophisticated machines. This collaboration not only showcases the capabilities of Chirp’s network but also marks a significant step forward in the integration of IoT with robotics, paving the way for more innovative applications.
Ekkaa has fully embraced AI to enhance product quality and security. Our manufacturing processes now benefit from AI’s precision and efficiency, ensuring that our LED TVs meet global standards. We are committed to deliver superior picture quality, LED TVs and offering energy efficient, enhanced and improved quality LED TVs. Our vision extends beyond LED TVs, over the next three years, we aim to become an innovative ‘World Class’ Consumer Electronics System Design and Manufacturing (ESDM) Enterprise.
We are working on washing machines, multimedia speakers, True Wireless Stereo (TWS) earbuds, and smartwatches—all infused with our commitment to quality and innovation. As we continue to innovate, Ekkaa Electronics remains at the forefront of India’s electronics manufacturing landscape, driven by a passion for excellence and a vision for a brighter, smarter future remarked Sagar Gupta.
Strategies for Sustainability in Electronics Production
Sudhir Tangri articulated that while there are measures of sustainability in our own products as per Scope 2 and Scope 3 of GHG protocol, we are also associated with several industry alliances and standard bolides such as NextG Alliance (Green G WG), IEEE, NGMN, ETSI, ITU. 3GPP and most recently the O-RAN Alliance.
We also help with measurements of industry efforts when it comes to including energy saving decision making functions in Radio Intelligent Controllers. In addition, we also help to determine the energy profile of ML based algorithms that dynamically allocate resources (Radio, Computing,) to match the workload. Keysight offers one consistent framework for EE/ES assessment and evaluation.
Ekkaa Electronics strives to create products that enrich lives while minimizing their environmental footprint. Our journey toward sustainability is ongoing, and we’re committed to making a positive impact on our planet. Having said that, I’m proud to share our commitment to sustainability across our product lifecycle, and the strategies we’ve implemented.
Ekkaa prioritizes eco-friendly design. We carefully choose materials with low environmental impact, favoring recyclable plastics, lead-free components, and energy-efficient displays. Our R&D teams explore alternatives like bioplastics and sustainable alloys.
Our production facilities adhere to stringent energy efficiency standards. We optimize processes, minimize waste, and invest in renewable energy sources. LED TV assembly lines are designed for minimal energy consumption. Along with that, we encourage repair-ability and upgradability. Our LED TVs are modular, allowing users to replace faulty components easily. We provide long-term software support, ensuring older models remain functional.
We promote circularity by collecting used electronics for refurbishment or recycling. Ekkaa’s take-back programs encourage responsible disposal. Components from retired TVs find new life in other products. Simultaneously, we actively participate in e-waste management. We collaborate with certified recycling partners to handle end-of-life products. Our goal is to minimize e-waste and prevent hazardous materials from entering landfills.
All Ekkaa LED TVs meet or exceed Energy Star requirements. We focus on energy-efficient backlighting, standby power reduction, and intelligent power management features.
Venkat Mattela bolded that the company’s main theme is ‘Sustainable Computing Infrastructure’. We are committed to minimizing our environmental impact while delivering high-performance semiconductor solutions.
We develop semiconductor chips with advanced energy-efficient architectures, reducing power consumption without compromising performance. We are also developing the entire ecosystem—chip, blade, and system—to support a carbon-neutral world, while also designing chips from the ground up, with energy efficiency as the key metric.
Infineon is strongly committed to decarbonization and digitalization. Therefore, we recently announced that we are providing PCF data to our customers. With this we are taking a pioneering role in the semiconductor industry and are creating transparency for our customers. The PCF is a metric that quantifies the greenhouse gas emissions associated with an individual product, allowing the comparison of different products’ climate impact.
Moreover, Infineon’s products make a major contribution to the global energy transition and thus to a net-zero society. They are used in solar and wind power plants, electric cars and increase energy efficiency in numerous applications, including AI data centers. Over their lifetime, the company’s chips overall save 34 times the amount of carbon dioxide (CO2) emitted during their production.
Breaking the carbon footprint down to the product level is another major milestone in Infineon’s sustainability journey. Infineon has already pledged to achieve carbon neutrality by 2030 for direct and indirect emissions (scope 1 and 2). Last year, the company additionally committed to setting a science-based target encompassing supply chain emissions (scope 3) as well.
Addressing Energy Efficiency Challenges in Devices
Sudhir Tangri asserted that, “ We are deeply entrenched with semiconductor vendors working on computing, communication and digital processing to provide energy measurements with our power analyzer. We measure and report power consumption for our customers advanced, sleep and hibernate modes of operation through EE and ES assessment and KPI matrix. Similarly, for cloud and network functions working on elastic resource allocations as well as Network Energy Saving (NES), we also report Energy Efficiency KPIs vs Traffic Load to determine an Energy Efficiency Matrix. IoT devices consume lower power, and the development is around passive IoT devices which are zero energy devices operating with ambient power to harvest and store energy. Keysight can provide Source Measure Unit (SMU) and Current Meter with precision measurement of current as low as 100nA for low power IoT devices.”
At Ceremorphic, we tackle the challenges of energy efficiency in our semiconductor and IoT devices by addressing it at multiple hierarchies. We deploy comprehensive system-level techniques to optimize power consumption across various layers. At the device level, we design energy-efficient semiconductor chips, while at the logic level, we implement advanced algorithms to minimize power usage and at the firmware level, we fine-tune software to ensure optimal energy performance. This approach allows us to create high-performance, energy-efficient solutions.
Sagar Gupta mentioned that Ekkaa Electronics remains committed to sustainable, energy-efficient solutions, driving innovation while minimizing our environmental impact. One of our strategies is to integrate intelligent power management systems into our devices. By dynamically adjusting voltage levels and clock frequencies, we optimize energy consumption without compromising performance.
Our R&D teams focus on selecting energy-efficient components, from low-power microcontrollers to power-efficient sensors, we prioritize minimizing idle power and leakage currents. We also explore novel materials like carbon nanotubes (CNTs) and graphene for semiconductors. These materials offer better electron mobility, reducing energy losses during data processing. For IoT devices, we emphasize on edge computing. By processing data locally, we reduce the need for energy-intensive cloud communication and our IoT chips are designed for efficient local analytics.
On one hand Ekkaa collaborates with software developers to create energy-aware algorithms, whether it’s optimizing sensor sampling rates or minimizing data transmissions, to ensure efficient code execution, and on the other Ekkaa’s chips are engineered to withstand temperature variations, ensuring stable performance without excessive energy consumption.
Sam Geha disclosed that innovative semiconductors based on WBG materials like SiC and GaN are the key to conscious and efficient use of energy in fostering decarbonization. WBG semiconductors made of SiC and GaN differ significantly from conventional semiconductors as they allow for greater power efficiency, smaller size, lighter weight, and lower overall cost. Infineon offers the broadest product and technology portfolio including silicon, SiC- and GaN-based devices. As the leading power supplier with more than two decades of heritage in SiC and GaN technology development, Infineon caters to the need for smarter, more efficient energy generation, transmission, and consumption. These solutions can be integrated for instance in vehicle-to-everything (V2X) charging systems.
In addition, we are dedicated to building a strong low power portfolio to maximize energy optimization across IoT devices. Our capacitive touch sensing solutions, CAPSENSETM, have replaced more than four billion mechanical buttons and offer industry leading low power operation, with an average current consumption of 22 μA. Our Connectivity portfolio features the industry’s lowest power integrated Wi-Fi Bluetooth® combo solution and low-power Bluetooth solutions for power optimization across IoT devices.
Apart from that, Edge AI also contributes largely to a more energy-efficient approach. In contrast to cloud-based AI models, data is stored and algorithms are executed on the edge device. Therefore, less energy is consumed than for transmission and processing in the cloud and no cloud resources are required. Edge AI powered deep sleep mode lets IoT devices recognize certain events and trigger corresponding actions. The device fully wakes up to perform the required task and then returns to sleep mode, saving energy. And Edge AI can also optimize and continuously adjust energy requirements by analysing actual consumption in real time. Infineon’s end-to-end solutions enable our customers to deploy Edge AI models in a smooth and easy way.
Tim Kravchunovsky quoted, “Sustainability is a core focus for Chirp, particularly in the design and operation of our Blackbird gateways. These gateways are engineered to be both energy-efficient and environmentally friendly, consuming an average of just 5W of power, which minimizes their environmental footprint. Additionally, the Blackbird’s modular design allows for easy upgrades without needing to replace the entire gateway, reducing electronic waste. This future-proof design aligns with our commitment to sustainability, ensuring that our technology remains adaptable to emerging innovations while maintaining a minimal environmental impact.”
Ensuring Customer Satisfaction and Feedback Integration
Anshul Jain mentioned that customer satisfaction is our top priority at Roadcast, and we take feedback seriously! We’ve set up a multi-channel feedback system where clients can share their experiences and suggestions directly with our team. Our product development cycle is agile and responsive, meaning we can quickly incorporate this feedback into our updates. Regular check-ins with clients help us understand their evolving needs and make sure our solutions are always on point. We also run pilot programs and beta tests to gather real-world insights before a full launch. By staying connected with our customers and being open to their suggestions, we ensure our products are not just functional but truly valuable. It’s all about building relationships and continuously improving to meet—and exceed—the expectations of those we serve.
Our semiconductors undergo stringent quality assurance processes, adhering to industry-standard protocols. We perform extensive testing and validation to ensure our products meet the highest performance and reliability standards. Chips are qualified with industry-standard protocols used in the industry, according to Venkat Mattela.
Ekkaa Electronics thrives on a customer-centric ethos. By integrating feedback seamlessly into our development process, we create products that not only meet expectations but exceed them, fostering lasting relationships with our valued users.
We recognize that customer insights are invaluable. To gather feedback effectively, we employ tools and platforms that centralize data from various sources. Surveys, social media interactions, customer support channels—all contribute to a comprehensive understanding of our users’ needs and preferences. By systematically organizing this feedback, we create a rich repository that informs our decisions at every stage of development.
Ekkaa’s product development is a dynamic, iterative process. We actively listen to our customers, incorporating their suggestions and addressing pain points. Whether it’s refining features, enhancing usability, or optimizing performance, our design decisions are guided by real-world experiences shared by our user community. This collaborative approach ensures that our products resonate with their intended audience.
Our commitment doesn’t end with product launch. We view customer feedback as an ongoing dialogue. Post-launch, we monitor reviews, engage with social media discussions, and analyze user behavior. If unforeseen issues arise or if enhancements are suggested, we swiftly adapt. This agility allows us to fine-tune our offerings, maintain customer satisfaction, and stay ahead in a competitive market.
At Chirp, customer satisfaction is paramount, and we have robust processes in place to ensure that user feedback directly influences our product development. We engage with our community through various channels, including social media, direct support, and user forums, to gather insights and address concerns. Our product development cycle is iterative, meaning that user feedback is continuously integrated into subsequent versions of our products and services. This approach not only helps us refine our offerings but also ensures that our solutions meet the evolving needs of our customers, keeping them at the heart of everything we do.
Preparing for the Next Big Breakthrough in Semiconductors
Venkat Mattela claimed that the next big breakthrough in the semiconductor industry will be achieving unprecedented energy efficiency, particularly in high-performance data centres. These facilities currently consume vast amounts of energy, representing a significant percentage of global energy production. The future of sustainable computing infrastructure hinges on developing ultra-low energy solutions without compromising performance.
Our company was founded with the primary goal of providing ultra-low energy supercomputing chips and systems that deliver the highest reliability. By focusing on sustainability and energy efficiency, we aim to revolutionize the way datacentres operate, enabling them to handle increasing workloads while minimizing their environmental impact.
Sam Geha bolded the following points:
Firstly, AI will continue to be a growing trend in our industry. It is a key technology of our age and will be crucial for many devices in the future and contribute largely to decarbonization and digitalization. Edge AI will be more widespread across all industries as more efficient, lightweight, and specialized AI/ML models will be developed that will run effectively on edge devices. It will play a critical role in the development of autonomous systems such as autonomous driving and robots.
As a sub-set, the interaction between Edge AI and cloud-based AI will further expand the possibilities of AI. Infineon’s solutions cater to both AI systems. We power AI because as a leader in power semiconductors we provide latest technologies that enable AI data centers to improve their energy balance. And with our Edge AI solutions, we enable AI for our customers by building intelligence into a range of applications across automotive, industrial and IoT.
Then, Electrification is anticipated to remain a crucial trend in the technology sector, significantly impacting the automotive semiconductor market dynamics. The shift towards software-defined vehicles (SDVs) is already underway. Consequently, contemporary vehicles are being outfitted with advanced hardware, including sensor arrays, computing systems, and communication technologies. The rising consumer demand for sophisticated features and functionalities, along with the broad adoption of Over-The-Air (OTA) updates, is leading to an increase in semiconductor content in each vehicle.
Infineon’s strong expertise in Automotive combined with our superior capabilities in Wireless and Security technologies including Bluetooth, Wi-Fi, Ultra-Wideband (UWB), and Near Field Communication (NFC) will help to meet this growing demand for semiconductors in vehicles. We already support applications like in-car Infotainment, Telematics and Car access, and are working with our customers to enable potential use cases like wireless battery management systems (wBMS) and tire pressure monitoring systems (TPMS).
Sudhir Tangri believes that the next breakthrough in semiconductor is Chiplets. It’s a new method of constructing System-on-Chips (SoC) with advance UCIe interface and CXL protocol for optimized performance based on use case. Chiplets allow for an open ecosystem of modular components that can be recycled and personalized AI implementation which includes both training and inference. Chiplets are expected to decrease the semiconductor cost necessary to perform same tasks by up to 45%. Therefore, Chiplet technology represents a major advancement in the semiconductor industry. Keysight’s EDA Chiplet PHY Designer is the first tool in the industry designed to assist Chiplet designers in modeling and analyzing the signal integrity from one die to another.
Sagar Gupta said that Ekkaa Electronics remains agile, embracing innovations that redefine the industry. Our commitment to “Make in India” drives us to create world-class products that benefit both our customers and the global market. Ekkaa closely monitors advancements like IBM and Samsung’s breakthrough in vertical transistor design. This architecture scales beyond traditional nanosheets, potentially reducing energy usage by 85% compared to conventional fin field-effect transistors (finFETs). We’re exploring how this innovation can enhance our products’ efficiency and performance. Like, IBM’s 2 nm chip technology is another game-changer. It promises 45% higher performance or 75% lower energy consumption than today’s 7 nm chips. Ekkaa aims to leverage this technology to create cutting-edge devices that balance power and efficiency.
Chiplets—small, specialized chips—are gaining prominence. They extend Moore’s Law by allowing flexible integration of components. MIT Technology Review recognizes chiplets as a breakthrough technology. Ekkaa is exploring modular designs to enhance scalability and customization.
Impact of IoT Solutions on Customers and Industries
Anshul Jain asserted that one standout example collaboration with government institutions like Pune waste management and our work for Delhi police.
The Pune Municipal Corporation (PMC) has a fleet of over 1,000 waste management vehicles, including garbage trucks, compactors, tippers, and mini-tippers. These vehicles are used to collect, transport, and dispose of garbage from all over the city. We helped them streamline operations and manage their fleet. Besides this, we have also helped the Rajasthan government manage a fleet of over 2,000 waste management vehicles, including garbage trucks, compactors, tippers, and mini-tippers. These vehicles are used to collect, transport, and dispose of garbage from all over the state. We helped them streamline operations and manage their fleet.
One of our standout collaborations has been with Delhi Police. The Delhi Police’s total patrolling fleet size in India is 1,60,000 + Vehicles. We have integrated the platform with the Police Force’s current crime intelligence platform to provide them with more reliable, extensive data received from the patrolling fleet. This data would help in better management of the fleet & more efficient deployment of patrolling officers across cities.
We have also worked with Rakshak Ambulance fleet management & Handling the real time movement & order management for them. We helped them monitor and ensure that all ambulances are adhering to the designated pickup and drop timings as well as whether ambulance reaches their designated Parking Spot after dropping their patient within the ETA prescribed.
Our work for NDMC/ EDMC included digitizing waste management system ensured that all the halt points & FCTS points are covered as per the schedule provided to the drivers and dumped to the landfill sites. Ensuring better visibility and connectivity using smartphones. Real-time tracking of Vehicles enabled the better supervision with multiple software features
Similarly for UDAAN we were able to create a system which automates several work-flows for them. The following parameters are captured & reported to Udaan’s team on a daily basis – 1). Reporting time calculation 2). Delivery time calculation 3). Delay calculation 4). Vendor invoicing.
Besides this, for our investor, Jubilant FoodWorks, we are optimising a fleet of more than 6000 riders for Dominoes. These projects highlight how our technology can transform logistics and supply chain management, driving efficiency and enhancing overall performance.
Sam Geha mentioned that in an era where global resources are dwindling and increased migration to cities is causing dense urbanization, Infineon is at the helm of innovation and sustainability. We enable seamless mobility and convenience with solutions for Mobility sharing, Smart infrastructures, Mobile payment, and address Smart energy usage, Power efficiency and Recycling to combat limited resources.
The idea of a circular economy is ingrained in Infineon’s operations and product development in many ways. The company is guided by the 6R concept – Reduce, Reliability, Repair, Reuse, Refurbish, and Recycle – guiding everything from waste management to product design. This approach not only minimises resource consumption and hazardous waste but also drives the creation of sustainable products. Infineon’s OPTIGATM Authenticate product family, for instance, plays a vital role in verifying the authenticity of spare parts and original products, thereby fostering a reliable and sustainable economic model.
Innovation has always been at the heart of Infineon‘s business, and with our broad IoT portfolio, we empower our customers to build unique, power efficient use cases to drive digitalization and decarbonisation. One example is the recent innovation in Smart Health devices. More recently, our customer, Eko Health, developed a smart stethoscope that utilizes our AIROCTM Bluetooth MCU to detect heart disease, heart failure, or provide other cardiac and respiratory insights, that can be shared over the computer or mobile device to allow doctors to review the patient’s symptoms in real-time. Innovative use cases such as these are dramatically changing the way we interact with devices. Another example, with Infineon’s low-power products, like the PSOCTM 4000T MCU, we enable the optimization of energy efficiency across a wide spectrum of applications including wearable, hearable, and smart connected IoT devices. To put this into perspective, for the 140 million households in the US alone, with the PSOCTM 4000T, we can save up to 370 megawatts in energy which is enough to reduce 318,200 lb of carbon emission.
Incorporating AI in Electronics and Semiconductor Products
Sudhir Tangri said that one of the major requirements in modern technology is testing through automation. There are several parameters to test, and automation is essential to shorten test time. We also leverage AI augmented automation to help automate repetitive tasks with guardrails when it comes to security, governance and privacy control to avoid any issues related to training data used, potential vulnerabilities, and any proprietary algorithms. We’re also evaluating the use of generative AI as a starting point for circuit designs. We believe that the way we championed measurement science, we will be able to take lead in AI based product improvements.
At Ceremorphic, we are developing infrastructure for Artificial Intelligence. By leveraging advanced semiconductor technologies, we design AI processors that deliver exceptional computational power while minimizing energy consumption.
Future Plans and Upcoming Projects in Electronics, IoT, and Semiconductors
At Infineon, we believe in serving our customers’ needs. Over two decades, Infineon has built a strong understanding of what our partners need to deliver highly intelligent connected and secured products for today and tomorrow. We have as a part of the customer journey, several scoring criteria that helps us evaluate customer feedback; ease-of-use and integration for our evaluation kits say for instance.
Take another example; having understood the challenge many of our customers face in their development journey, we now provide the enablement needed to get their design started quickly, with a focus on providing product longevity for a better user experience. ModusToolbox™ Software is a comprehensive suite of development tools and embedded run-time assets that provide a flexible and efficient development environment. It provides specific tools and capabilities that support a seamless transition from the initial getting started setup, through the edit-compile-debug cycle of prototyping, and finally the retargeting of the embedded application to final hardware.
In the long run, our aim is to offer our customers a seamless experience of devices and technologies, both hardware and software, with minimal active support from Sales.
“We are developing infrastructure for the next generation of AI computing, addressing unprecedented performance requirements. Our focus is on creating systems that deliver high performance while maintaining low power consumption, even when operating at peak performance. At Ceremorphic, our sole emphasis is on energy efficiency, ensuring that our AI computing solutions are both powerful and environmentally sustainable” quoted Venkat Mattela.
In conclusion, the convergence of advancements in electronics, IoT, and semiconductor technology is not just shaping the future; it is redefining the very fabric of our connected world. As these innovations continue to evolve, they promise to unlock new possibilities across industries, from healthcare and manufacturing to smart cities and beyond. The synergy between cutting-edge electronics and IoT, powered by sophisticated semiconductor designs, is setting the stage for a future where technology is more integrated, efficient, and responsive than ever before. Embracing these breakthroughs will be crucial for driving progress, enhancing quality of life, and ensuring a smarter, more connected tomorrow.
