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Servotech Power Systems Ltd., a driving force in India’s electric vehicle (EV) charging sector, announced a strategic initiative to bolster the nation’s self-sufficiency in critical EV charger components. To achieve this goal, Servotech has secured a technical collaboration with a leading international company.

Servotech is constructing a cutting-edge manufacturing facility focused on the production of Power Modules, Control Circuits, and PLCs – essential elements at the core of EV chargers. This move marks a decisive shift away from reliance on imports and positions India as a key player in the global EV charger supply chain.

The new plant will have an initial annual production capacity of 24,000 power modules and will ramp up its production capacity to 2.4 lakh power modules annually in order to cater with the rapidly growing Indian EV market which will require around 6 lakh units annually. This scalable approach demonstrates Servotech’s ambition to capture a significant share of the expanding EV charging sector.

Commenting on this announcement Arun Handa, Chief Technical Officer, Servotech Power Systems Ltd. said “Our goal is to make Servotech a preferred supplier of EV Chargers as well as preferred OEM supplier of Power Modules for Indian EV Charger manufacturers. By establishing a robust domestic supply chain, we contribute to the overall growth of the EV ecosystem, making charging solutions more affordable and accessible to a wider public.”

Key Milestones and Benefits:
The new plant is expected to be fully operational by December 2024.
This initiative will directly contribute to:
o Reduced reliance on imported components.
o Creation of high-skilled jobs within India.
o Economic growth in the technology sector.
o Advancement of India’s EV charging capabilities.

Servotech Power Systems Ltd. stands committed to spearheading India’s transition to clean energy solutions. This strategic investment in indigenous manufacturing reinforces the company’s dedication to providing dependable, cost-effective, and readily available EV charging solutions throughout the nation.

The post Servotech Power Systems Advances India’s EV Charging Industry with In-house Components Manufacturing appeared first on ELE Times.

As a market specialist in hardware engineering, avionics design and development, telecom solutions, and services, automotive, and medical and healthcare, Alpha-Numero is a global brand operating in India, Canada, Germany, and the USA. Their top-notch deliverables in VLSI design, semiconductor testing, FPGA design, and embedded systems expertise are quality-assured. Team Alpha-Numero is well-renowned for providing high-quality services in SAP, IT software, BI & Analytics, and Mechanical Engineering & Design to a wide range of industries.

Mr. Sukanta Mitra, Co-Founder of Alpha-Numero Technology Solutions Inc.

Rashi Bajpai, Sub-Editor at ELE Times had an opportunity to interact with Mr. Sukanta Mitra, Co-Founder of Alpha-Numero Technology Solutions Inc. and the Founder of MetricsNumero – a specialized brand under the Alpha-Numero Group. The conversation highlights the organization’s core competencies and expertise in several booming technologies and industries. 

This is an excerpt from the interview. 

ELE Times: What services does Alpha-Numero provide to the Aerospace & Defence, Automotive, and Electronics Industries?

Mr Mitra: We specialise in providing comprehensive product design services for the Aerospace & Defence, Automotive, and Electronics Industries. In the domain of automotive, aerospace, and avionics, our focus lies in embedded hardware and software design. This encompasses a wide range of services, including ASIC design, chip design, FPGA design, board design, hardware design, and embedded software design. Simply put, our expertise covers the entire product design process, starting from specification development to chip or silicon creation, hardware and software design, and system-level integration. We also excel in design verification and validation, ensuring the quality and reliability of the final product.

For instance, in the avionics domain, we undertake critical design work for systems such as flight control systems and cockpit display systems in commercial aircraft. Our involvement spans from the initial chip or ASIC design to FPGA-level implementation. We collaborate not only with original equipment manufacturers (OEMs) like Boeing or Airbus but also with key Tier 1 companies in the aerospace sector, including Collins Aerospace, BAE Systems, and Honeywell. Moreover, our engagement extends to regulatory bodies such as the Federal Aviation Administration (FAA)– a crucial entity for certifying products for use in aircraft. This comprehensive approach underscores our commitment to delivering high-quality and certified solutions in the aerospace and automotive industries. Additionally, our commitment extends to regulatory compliance and certification processes. We engage with organisations like the Federal Aviation Administration (FAA), a crucial U.S. government agency responsible for certifying aviation products.

Similarly in the automotive domain, our services extend across the entire product design spectrum. We focus on components such as steering control systems and brake control systems. We also specialise in embedded software and hardware design, development, and the verification and validation processes for multiple OEMs. Likewise, when it comes to consumer electronics, our collaboration extends to chip design and semiconductor solutions. We also collaborate with leading companies such as Intel and AMD in the semiconductor and VLSI domains. So, overall, Alpha-Numero’s expertise lies in end-to-end design services, ranging from initial specifications to the development of embedded hardware and software for a diverse range of products in these industries.

ELE Times: What in your view is the role of cybersecurity in the Defence and Aerospace sector?

Mr Mitra: Cybersecurity’s role in the defence and aerospace sector is immensely crucial. Globally, there is a concerning trend where hackers breach systems and demand ransom for the compromised data. A similar incident occurred a few months ago, where a prominent company collaborating with the US military and defence had its entire system hacked, which resulted in heavy financial losses. Another example of a cyberattack in the public domain is Johnson Control, where a ransomware attack compromised highly sensitive data. The attackers also demanded a substantial amount of money, potentially in the millions or billions. Such attacks have become increasingly frequent, which highlights the need for organisations, especially those involved in defence and aerospace, to have robust cybersecurity measures in place. Neglecting cybersecurity could render any system vulnerable, as demonstrated by these instances. Moreover, without proper cybersecurity measures, there’s a risk that advanced technologies, including cloud-based systems, could be exploited. Also, with advancing technology, the risk of unauthorised external control, especially in aviation, could endanger the lives of hundreds on board. This vulnerability poses a severe threat, as external entities might potentially gain control over vital systems such as aircraft, putting the lives of hundreds of people at risk. Thus, it is imperative to embrace cybersecurity to prevent such scenarios.

Considering these challenges, Alpha-Numero is actively contributing to cybersecurity in the defence and aerospace sectors. We are assembling a team comprising industry veterans, cybersecurity experts, and promising newcomers. Our team-building approach involves recruiting experienced individuals from the industry and under them, we provide our workforce with comprehensive training in cybersecurity. collaboration with technology training providers, particularly focusing on defence-related aspects in both the US and India. In this process, we collaborate with multiple companies specialising in technology training, aligning with both defence sectors in the US and non-defense industries in India.

We expect to have a fully functional team within the next two quarters. However, it’s important to note that the cybersecurity services and related activities will not be directly managed by Alpha-Numero. Instead, these responsibilities will be overseen by MetricsNumero – another entity within our organisation.

ELE Times: Brief us on your work in Asset Tracking, Smart Mining, and Smart Building, in the IoT segment, technology implications, and application areas.

Mr Mitra: Alpha-Numero has ventured into the expansive domain of IoT, specifically focusing on Asset Tracking, Smart Mining, and Smart Building solutions. Our initial foray includes executing programs in the southern part of India, particularly in mines. We are designing these smart mining solutions to track the movement and activities of labourers within the mines. The system not only monitors their movements but also captures additional parameters to ensure their safety and well-being. This program has been designed to enhance the overall operational efficiency and safety measures within the mining industry.

Asset Tracking is another area of focus for us. We are in the early stages of developing sensor-based solutions for tracking assets. This aligns with our expertise in product design services, which has traditionally been centred around the avionics and automotive industries. The foray into sensor-based IoT solutions for asset tracking represents a strategic expansion for Alpha-Numero.

However, our foray into sensor-based IoT solutions, particularly in asset tracking, is still in its early stages. The implementation of IoT in these domains requires careful consideration of technological implications and the unique requirements of each application area, and thus, we are proceeding cautiously. Alpha-Numero primarily specialises in product design services for avionics and automotive industries. The exploration of sensor-based IoT solutions for asset tracking and industries such as mining represents a gradual expansion of our capabilities within these domains. As we delve deeper into sensor-based solutions, we anticipate further advancements and broader applications in the domains of asset tracking and beyond.

ELE Times: What kind of solutions does Alpha-Numero provide in the Medical and Healthcare field?

Mr Mitra: Alpha-Numero specialises in providing solutions within the medical and healthcare field, particularly in collaboration with major US OEMs. The focus lies in establishing an R&D centre in India to work closely with these giants on various fronts. Alpha-Numero is actively involved in providing solutions in the medical and healthcare sector, particularly focusing on stringent processes. We create medical devices such as stents and catheters, adhering to the rigorous regulatory standards set by organisations like the FDA.

Secondly, we are exploring opportunities in the development of iOS and Android applications for advanced medical devices. For instance, we are actively involved in creating modern medical devices, such as contactless pacemakers. These advanced devices eliminate the need for physical attachment to the body and can be monitored remotely. The monitoring involves the use of electric signals to assess both the patient’s health and the functionality of the device. This involves the development of IOS and Android-based applications for remote monitoring of patients’ health and device functionality. Updates and upgrades to software are also part of our service offerings in this domain.

We are also in the process of establishing an R&D team that will collaborate with leading companies in the medical and healthcare sector to provide engineering and software services. Moreover, to meet the regulatory requirements of the FDA, we are identifying engineers within its team for specialised training. What’s more, we have initiated basic training and plans to progress to more advanced levels to ensure FDA compliance. However, the FDA-related aspects will be handled by our group company, MetricsNumero.

ELE Times: Help us understand your expertise in semiconductor testing, embedded systems and VLSI design.

Mr Mitra: Alpha-Numero specialises in the core competencies of semiconductor testing, embedded systems, and VLSI (Very Large-Scale Integration) design. The avionics industry has witnessed a shift from ASIC (Application-Specific Integrated Circuit) design due to its high cost and potential risks. Instead, the industry has embraced FPGA (Field Programmable Gate Array) design. Our expertise extends not only to FPGA design but also to system-level design, verification, and validation.

We also have contributed to multiple Boeing programs since our inception, besides demonstrating a strong track record of success. Furthermore, our focus on VLSI verification, validation, and semiconductor expertise is fundamental to our core capabilities. In addition, we collaborate with larger industry players that lack similar expertise in VLSI, Verilog, and the semiconductor domain. Through such collaborative efforts, we aim to work with these companies, and leverage their proficiency to provide our services to their customers with specific needs in the semiconductor domain. This collaborative approach serves as a mutually beneficial arrangement, besides creating a win-win situation for all parties involved.

The post Alpha-Numero’s Global Reach in Delivering End-to-End Enterprise Solutions appeared first on ELE Times.

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Teledyne e2v HiRel Electronics of Milpitas, CA, USA (part of the Teledyne Defense Electronics Group that provides solutions, sub-systems and components to the space, transportation, defense and industrial markets) has announced the availability of the TDLNA2050SEP radiation-tolerant S-band low-noise amplifier (LNA), suitable for demanding high-reliability, space and radar applications where low noise figure, minimal power consumption and small package footprint are critical to mission success. Developed on a 90nm enhancement-mode pseudomorphic high-electron-mobility transistor (pHEMT) process, the new LNA is available in an 8-pin dual-flat no-lead (DFN) 2mm x 2mm x 0.75mm plastic surface-mount package, and is qualified per MIL‑PRF‑38534 Class K...

Analog Devices, Inc. and the BMW Group has announced an early adoption of E²B, ADI’s 10BASE-T1S Ethernet to the Edge bus technology within the automotive industry. Automotive Ethernet connectivity is a key enabler of new, zonal architectures in automotive design and supports automotive megatrends such as software-defined vehicles. The BMW Group will be a leading original equipment manufacturer (OEM) to implement the technology, leveraging ADI’s E²B for their ambient lighting system design in the vehicles of the BMW Group in the future.  

Since 2018, ADI has been working closely with the BMW Group on a new concept to simplify bringing Ethernet to the Edge. At the same time, the IEEE802.3cg Group was defining a new 10Mbps Ethernet standard called 10BASE-T1S, with ADI and the BMW Group among other companies both actively involved. Using ADI’s 10BASE-T1S E²B technology to remove microcontrollers and move software from edge nodes to central processing units, the BMW Group enables an all-hardware edge node while reducing software development and qualification tasks.  

“While working alongside ADI on 10BASE-T1S E²B, we joined efforts on a number of key considerations, from simplifying implementation, to cost analysis and design support. The relationship with ADI has enabled us to move more quickly to market with a solution of a zonal architecture for software-defined vehicles,” the BMW Group stated. 

“We continue to deeply engage with the BMW Group to understand their next-generation needs and bring further optimized products to aid next-generation architectures, as well as bring continued cooperation on standardization,” said Yasmine King, Vice President, Automotive Cabin Experience at ADI. “10BASE-T1S E²B is a great new addition to our automotive connectivity and networking portfolio, innovated to drive success across different use cases, with the flexibility and scalability to support zonal, domain and hybrid architectures.”  

In-cabin experience continues to be a critical focus for automakers, with driver and passenger expectations becoming more refined. This is especially true of the ambient lighting within the vehicle.  

However, many of today’s lighting solutions are complex to implement, use legacy technologies, and are difficult to scale and update as the number of supported LEDs increases. By leveraging the 10BASE-T1S with E²B technology, OEMs can provide a rich customer experience while also synchronizing lighting with other applications in the vehicle. Fully enabling a software-defined lighting system provides improved flexibility, ease of upgrade, and ease of use. 

“This approach to edge connectivity is so sought-after that the automotive industry inside the Open Alliance (opensig.org) is now aiming to standardize a similar solution. ADI, along with the BMW Group and other companies, are actively working with the industry to create an Open Standard implementation,” said Yasmine King.  

The post ADI and the BMW Group Join Forces to Provide Industry-Leading 10Mb Ethernet for Automotive, Enabling Software-Defined Vehicles appeared first on ELE Times.

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The Government of India has been focused on developing the country’s semiconductor ecosystem and catalysing India’s rapidly expanding electronics manufacturing industry. These efforts will enable innovation and India’s emergence as a global hub for electronics manufacturing and design. The Inventors Challenge contest is an effort towards strengthening the Government of India’s mission to create a talent pool in the semiconductor domain.

Since 2022, the All India Council for Technical Education (AICTE), the Ministry of Education in India, Arm Education and STMicroelectronics have been organizing an annual contest in support of the government’s goal to expand and enrich India’s rapidly growing electronics manufacturing and innovation ecosystem.

In this year’s contest, ‘The Inventors Challenge 2024,’ we continue with the mission to grow the semiconductor talent pool and help nurture innovation across faculty and students.

The competition is open to all faculty and students at engineering Institutes pursuing undergraduate and postgraduate courses in India. This is a team event. Each team should have one faculty and up to four students. The idea should be based on Sustainability, Mobility and Artificial Intelligence

The Inventors Challenge has reiterated our belief on the importance of the industry-academia knowledge sharing. The initiative was well received and the feedback from participants has further strengthened our belief to continue such interactions, leading to the launch “The Inventors Challenge -2024” Prof. T.G. Sitharam, Chairman, AICTE

More details can be found on https://community.arm.com/the-inventors-challenge-2024/

Manoj Kumar, Director of Innovation at STMicroelectronics India said: “ST aims to inspire developers to become skilled by integrating agile learning and providing inclusive, hands-on mentoring. The Inventors Challenge builds and reinforces our dedication to nurture and empower the next generation with the entrepreneurial spirit that’s propelling our nation forward. With the help of AICTE and Arm, we’re proud to support the engineering community and look forward to another year of hosting one of the industry’s most sought-after training competitions.”

“At Arm we believe in the power of technology to build a better world for everyone. Higher a education institutions have a pivotal role to play in enabling technology innovation in the semiconductor ecosystem, and we work closely with academic, industry and government partners to drive technological advancements that will have a positive impact. Following the success of The Inventors Challenge in the past years, we look forward to seeing how this year’s entries will help to progress toward the United Nations Global Goals.” Guru Ganesan, President, Arm India.

The post All India Council for Technical Education(AICTE) joins hands with Arm Education and STMicroelectronics to organise the 3rd edition of the contest “The Inventors Challenge -2024” appeared first on ELE Times.

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the speed controller on my centrifuge went out with a bang. it’s not a part i can replace from the manufacture. any ideas how i can make a new one or find a similar circuit to swap in its place? any help is appreciated. thanks! submitted by /u/getfkdup [link] [comments]

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In this article, we compare the scope of factory and user calibration for vector network analyzers (VNAs). We then learn about the types of errors that calibration techniques can't correct.

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We talked with Flux’s co-founders about their new partnership—announced today—with online electronic parts ecosystem firm Ultra Librarian.

Phlux Technology (which was spun out of the UK’s Sheffield University in December 2022) has won a six-figure (GBP)-value export contract and is now shipping production quantities of its 1550nm indium gallium arsenide (InGaAs) avalanche photodiode (APD) infrared sensors...