Ashok Leyland, a flagship company of the Hinduja Group and a leading commercial vehicle manufacturer in India, has entered into a strategic partnership with Nidec Motor Corporation, a global leader in electric motor drives and a subsidiary of Nidec Corporation. This collaboration will focus on developing advanced e-drive motors and systems tailored to the needs of India’s commercial vehicle sector, driving the evolution of electric mobility in the country.
The agreement was signed by Mr. Shenu Agarwal, Managing Director & CEO of Ashok Leyland, and Mr. Michael Briggs, President of Nidec Motion & Energy, in the presence of senior executives from both companies, including Dr. N. Saravanan (Chief Technology Officer, Ashok Leyland), Dr. Kanakasabapathi Subramanian (SVP Product Development, Ashok Leyland), Mr. Greg Gorman (Chief Growth Officer, Nidec Motion & Energy), and Mr. Girish D Kulkarni (Managing Director, Nidec Motion & Energy India).
Joint Centre of Excellence for Electric Drive Units (EDUs)
As part of the collaboration, Ashok Leyland and Nidec will establish a Centre of Excellence (CoE) for Electric Drive Units (EDUs). The CoE will focus on developing next-generation motor technologies, power electronics systems, and innovative gear-shifting mechanisms for electric vehicles. Both companies will engage in joint research and development, contributing to skills development, lab infrastructure, and the creation of differentiated motor technologies for Ashok Leyland and its subsidiary, Switch Mobility.
Future-Focused Electric Mobility Solutions
In addition to sourcing motors from Nidec for its current electric vehicle lineup, Ashok Leyland will collaborate with Nidec on R&D to design future electric solutions. The partnership aims to create e-drives optimized for the diverse terrains and operational demands of India’s commercial vehicle market. A key goal is to build a robust local supply chain for next-generation electric vehicles, ensuring long-term sustainability and innovation.
Leaders’ Perspectives on the Partnership
Mr. Shenu Agarwal, Managing Director & CEO of Ashok Leyland, expressed excitement about the partnership, stating, “Ashok Leyland is thrilled to collaborate with Nidec, a global leader in electric motor technology. Together, we will co-develop innovative e-drive motors designed specifically for the unique demands of India’s commercial vehicle market, advancing our capabilities in electric mobility. By leveraging our combined expertise, we aim to set new benchmarks and drive the future of sustainable commercial transportation in India.”
Mr. Michael Briggs, President of Nidec Motion & Energy, added, “Nidec is well-positioned in India and perfectly suited to accelerate the adoption of commercial EVs. Our motor technology and investment strategy align well with Ashok Leyland’s deep understanding of the commercial vehicle sector. This partnership ensures that customers will continue to receive the trusted Ashok Leyland product, now enhanced with the technology needed for greater efficiency and adaptation to the evolving global energy landscape.”
A Shared Vision for Sustainable Commercial Transportation
This partnership between Ashok Leyland and Nidec underscores their shared commitment to innovation, addressing the challenges of electric mobility in India, and shaping a sustainable future for commercial vehicles through cutting-edge technology. By working together, both companies aim to drive advancements in electric mobility and set new standards for the commercial vehicle industry.
Eurotech Technologies, a leading provider of connectivity and fiber optic solutions, has announced the release of a wide range of LC-SC fiber optic patch cords under its BestNet brand. These patch cords, featuring 9/125-micron fiber, are designed for high-speed and high-bandwidth data transmissions. They are ideal for applications in broadband systems, telecommunications, optical fiber communication systems, fiber access networks, Cable TV, and optical test equipment.
The LC-SC patch cords are housed in a Low-Smoke, Zero-Halogen (LSZH) flame-retardant jacket, ensuring minimal smoke emissions in case of fire. They feature LC-SC connectors, come in cable diameters of 0.9mm, 2.0mm, and 3.0mm, and offer low insertion loss and high return loss. These cords comply with IEC and TIA/EIA standards and are available in PC, UPC, and APC polish types. They are offered in multimode, simplex, duplex, and multi-fiber versions, with various customizable lengths to meet specific requirements.
Designed for high-speed data applications, the LC-SC patch cords support 10-gigabit data transfer speeds and are suitable for both single-mode and multimode transmission applications. These cords provide reliable interconnectivity between active equipment and passive optical devices in high-bandwidth environments. The BestNet fiber optic patch cords are engineered to meet industry standards, helping customers future-proof their installations while reducing the total cost of ownership.
Anuj Jain, Managing Director of Eurotech Technologies, said: “The BestNet LC-SC fiber optic patch cords are rigorously inspected and tested to ensure compatibility and reliability for telecommunications and data center applications. They are designed to support fast, long-distance data transfer with minimal data loss.”
These high-performance patch cords are available now, offering an excellent solution for long-distance and low-loss data transmission needs.
Traco Power is renowned for its high-efficiency, compact, and dependable components, making it a popular choice in the electronics industry. The TMPW series of power supplies, now available through TME (Transfer Multisort Elektronik), is no exception, offering versatility and strong performance.
Importance of Power Supply Units (PSUs)
Power supply units (PSUs) play a crucial role in electronic devices by delivering the necessary voltage and current to different system components. They convert input voltage—typically from the mains—into the required output voltage, ensuring stable and reliable operation. Essential features of a good PSU include high efficiency, minimal interference, and protections against over-power, surges, and short circuits. Traco Power is a leader in providing such reliable solutions.
Key Features of the TMPW Series
The TMPW series from Traco Power is a well-regarded line of multi-purpose power supplies. These units are designed with an ultra-compact form factor, making them easy to integrate into device enclosures or electrical cabinets. They support a wide input voltage range, from 90 V to 305 V AC or 100 V to 430 V DC, and are available in multiple output voltage options, including 3.3 V, 5 V, 5.1 V, 12 V, 15 V, and 24 V. The series offers output current options from 210 mA to 4.167 A and power ratings ranging from 5 W to 50 W.
These power supplies are equipped with terminal blocks and JST connectors for easy connections. They also boast high efficiency levels, ranging from 73% to 89%, and include critical protection features like over-power (OPP), over-voltage (OVP), and short-circuit protection (SCP). Additionally, the units provide 4 kV isolation voltage and can operate in temperatures from -40°C to +70°C, ensuring durability and performance in various environments.
A Dependable Choice for Various Applications
The TMPW series exemplifies Traco Power’s dedication to delivering reliable, efficient, and versatile power solutions for a wide array of electronic applications. With their compact design, flexible voltage options, and robust protection features, these power supplies provide excellent performance and safety. Whether for industrial or commercial purposes, the TMPW series is a trusted option for powering electronic systems.
Faraday Technology Corporation, a key player in the semiconductor industry, is expanding its collaboration with Ansys to enhance its capabilities in developing advanced 2.5D/3D-IC designs, crucial for artificial intelligence (AI), IoT, and 5G applications. With Ansys’ support, Faraday will empower its customers to explore more innovative design options, driving the development of cutting-edge products.
As a leading provider of ASIC design services and IP solutions, Faraday assists customers with a variety of chip design projects. In response to the growing demand for multi-die designs, Faraday recently launched an advanced 2.5D/3D-IC packaging service aimed at improving product performance and reducing power consumption. This type of design requires advanced multiphysics analysis tools to ensure the signal integrity, structural integrity, and power distribution are reliable before fabrication, especially as chips become denser and more susceptible to electromagnetic (EM) issues.
By integrating RaptorX into its design flow, Faraday will improve precision and efficiency in its development process. The tool enables accurate EM modeling and analysis for advanced 3D-IC products, ensuring that data transfer meets the latest standards. This enhances the overall design fidelity, improves performance and reliability, and accelerates time-to-market.
C.H. Chien, Vice President of R&D at Faraday, emphasized the importance of early-stage design accuracy: “Our extensive silicon IP allows customers to start their designs from a strong foundation, focusing on innovation and market differentiation. Since fabrication is costly with no room for error, keeping project costs low begins with accurate initial design. With RaptorX integrated into the process, we can offer an efficient workflow that includes design verification and signoff, plus access to top-tier testing and fabrication services, ensuring chip performance and longevity.”
John Lee, Vice President and General Manager of the Semiconductor, Electronics, and Optics Business Unit at Ansys, added: “Ansys’ multiphysics platforms help companies like Faraday address the critical challenges of 3D-IC development and accelerate their time-to-market. Our advanced tools allow for detailed modeling and analysis of electromagnetic phenomena, keeping customers at the forefront of advancements in 5G, AI, and IoT.”
This collaboration between Faraday and Ansys will support the development of more robust and reliable multi-die designs, allowing Faraday’s customers to confidently bring innovative products to the market faster.
Aerotech, a global leader in precision motion control and automation, has announced the expansion of its Automation1 XA4 PWM servo drive series. The XA4 series, designed to deliver high-performance at a competitive price point, now includes single-, dual-, and quad-axis configurations. These compact, economical drives offer an exceptional performance-to-price ratio while helping reduce overall system costs for machine builders.
Daniel Hong, Controls Product Manager at Aerotech, highlighted the benefits of the expanded series: “The new XA4 servo drive options make it easier for more machine builders to harness the power of precision. These compact and cost-effective drives save valuable panel space while offering high-value, high-performance solutions.”
Key Features of the XA4 Series Expansion:
Improved In-Position Jitter: The XA4 servo drives feature a 10 kHz servo loop update rate, ensuring improved in-position jitter and enhanced overall system performance.
Space-Saving Design: Available in AC and DC versions, the XA4 series is engineered to save space in control panels. The XA4-AC version reduces panel space by up to 72% compared to four XC4 panel mount drives, while the XA4-DC version saves up to 27% compared to four XC2 panel mount drives.
Versatile Configuration Options: The expanded XA4 series includes several new options to accommodate diverse needs, such as a 4-axis configuration, direct current power supply, standard I/O expansion, and high-density I/O expansion.
Seamless Integration and Compatibility: The XA4 servo drives are compatible with a wide range of applications, including ball screws, BM, BMS, and third-party motors. They support up to 340 VDC and 10/20 A peak current, providing flexibility and ease of integration.
I/O Expansion Board Options: Two new I/O expansion board options offer up to 32 digital inputs/outputs, 5V/GND pins, an auxiliary encoder, and sync ports, allowing for greater customization and control.
The expanded XA4 servo drive series offers machine builders a powerful, compact, and cost-effective solution for precise motion control, while saving space and reducing system costs.
Vishay Intertechnology has expanded its portfolio with the introduction of two new power inductors in the 1008 case size (2.5 mm by 2.0 mm by 1.2 mm): the IHLL-1008AB-1Z and the Automotive Grade IHLP-1008ABEZ-5A. These inductors deliver the same performance as their predecessors but with a 55% smaller footprint, while offering higher operating temperatures up to +165 °C, a broader range of inductance values, and lower DCR (direct current resistance).
Key Features
Inductance Range: The IHLL-1008AB-1Z offers inductance values between 0.33 µH to 4.7 µH and is designed with terminals plated on the bottom only, which minimizes the land pattern and allows for more compact board layouts. The IHLP-1008ABEZ-5A offers 0.15 µH to 2.2 µH and features terminals plated on both the bottom and sides, which provide additional mounting strength against mechanical shocks and simplify solder joint inspection. This AEC-Q200 qualified inductor is capable of operating at +165 °C, which is 10 °C higher than similar inductors on the market, while its typical DCR of 12.0 mΩ is 15% lower than competitors.
Robust Construction: Both inductors use a powdered iron body that fully encapsulates the windings, eliminating air gaps and providing magnetic shielding to protect against crosstalk. The soft saturation curve ensures stability across the full range of temperatures and current ratings.
Flat Wire Coil Design: The inductors’ flat wire coils directly form the leads, removing the need for a lead frame. This, combined with precision laser stripping and electrode plating, enhances solderability and ensures long-term reliability by withstanding repeated thermal cycles.
Applications
The IHLP-1008ABEZ-5A is ideal for automotive applications, including infotainment, navigation, braking systems, ADAS, LiDAR, sensors, and engine control units. On the other hand, the IHLL-1008AB-1Z is intended for use in CPUs, SSD modules, industrial automation systems, consumer healthcare devices, and telecom equipment, among other fields. Both inductors are designed for DC/DC converters, noise suppression, and filtering applications.
Durability and Compliance
Packaged in a 100% lead-free, shielded composite construction, both inductors feature high resistance to thermal shock, moisture, and mechanical shock, while handling high transient current spikes without saturation. They are also RoHS-compliant, halogen-free, and meet Vishay Green standards.
Device Specifications
Series
IHLL-1008AB-1Z
IHLP-1008ABEZ-5A
Inductance (μH)
0.33 to 4.7
0.15 to 2.2
DCR typ. (mΩ)
14.0 to 160.0
12.0 to 70.0
DCR max. (mΩ)
19.0 to 190.0
15.0 to 84.0
Heat rating current (A)
1.8 to 6.0
2.6 to 6.5
Saturation current (A)
1.8 to 7.3
2.8 to 8.5
Temperature range (°C)
-55 to +125
-55 to +165
AEC-Q200 Qualified
No
Yes
Availability
Samples and production quantities of the IHLL-1008AB-1Z and IHLP-1008ABEZ-5A series are available now, with lead times of 10 weeks.
Würth Elektronik, a leading provider of electronic and electromechanical components, will have its own stand at VertiFarm, the first trade fair dedicated to vertical farming and new food technologies. At this event, Würth Elektronik will demonstrate how its products and expertise are driving innovations in plant and algae production.
Alexander Gerfer, CTO at Würth Elektronik eiSos, emphasized the importance of improving agricultural efficiency, stating, “With a growing global population, climate change, and increasing transportation costs, we must make crop production more efficient, eco-friendly, and consumer-centric. Vertical farming is a crucial and necessary supplement to traditional agriculture.”
Innovative Solutions on Display
Würth Elektronik has been actively supporting indoor vertical farming and algae cultivation through research and collaborations with startups. At booth 2.B02, the company will showcase how it enhances vertical farming projects with plant-optimized lighting, using specialized horticulture LEDs and modern sensor and communication technology. “At VertiFarm, we will present what is already achievable today, through concepts we have helped develop and components we can supply immediately from stock in large quantities,” said Gerfer.
Tailored Plant Cultivation
Johann Waldherr, Business Development Manager for Electronic Power & Lighting Solutions at Würth Elektronik eiSos, highlighted the benefits of indoor cultivation, explaining that the controlled environment allows for precise optimization of plant growth. “With plant-specific lighting, we can influence, maximize, and standardize the development of key ingredients,” he said. Waldherr will further explore this topic in his presentation titled “Sustainable Lighting Concepts for Indoor Cannabis Farming in Repurposed Agricultural Spaces”, on October 10 at 10:45 a.m. on the VertiFarm Stage in Hall 2.
Event Details
VertiFarm: October 8-10, 2024, at the Dortmund Exhibition Center
Ashgabat is gearing up to host the 29th edition of the Oil and Gas of Turkmenistan Conference and EXPO (OGT 2024), scheduled to take place from October 23 to 25, 2024. This significant event will serve as a vital platform for discussing the investment opportunities within Turkmenistan’s energy sector, particularly focusing on expanding the export of the country’s natural gas to international markets. The conference will also highlight progress on key projects like the Afghan section of the TAPI gas pipeline and new phases of development at the “Galkynysh” gas field.
Key Focus Areas of OGT 2024
The event will offer comprehensive discussions on major energy projects in Turkmenistan, with particular attention on the modernization of oil refineries, development of chemical gas utilization initiatives, and attracting foreign investment in offshore Caspian Sea blocks. A critical aspect of the conference will be the role of Turkmen natural gas in the global market, as the country aims to strengthen its position as a major energy exporter.
The discussions will also delve into the energy transition, focusing on innovative technologies, best practices in the oil and gas industry, and environmental sustainability. Reducing methane and carbon dioxide emissions will be a significant theme, as Turkmenistan seeks to align its energy projects with global climate goals.
OGT 2024: The Key of Success in Turkmenistan's Energy Sector 4
Major Sponsors and Partners
This year’s OGT is supported by a number of leading international companies and organizations. Sponsors include CLS, Çalik Enerji, ADNOC, CNPC, ENOC, Yug-Neftegaz, Hyundai Engineering, ENI, and Schlumberger. The event’s knowledge partner, S&P Global Platts, will contribute its expertise, while the Society of Petroleum Engineers (SPE) will lead the technical sessions.
Record Attendance Expected
OGT 2024 is expecting a large number of attendees, particularly from the United Arab Emirates (UAE), as part of growing energy partnerships between the two nations. Last year, during the Turkmen Energy Investment Forum in Dubai, UAE Minister of State HE Ahmed Ali Al Sayegh emphasized the UAE’s interest in expanding its energy cooperation with Turkmenistan. Leading UAE companies like ADNOC, Dragon Oil, and Masdar are expected to play an active role in the upcoming conference.
Distinguished Speakers and Moderators
The OGT 2024 lineup features a range of renowned speakers from across the global energy industry. Key figures include Hou Qijun, President of CNPC; Daniel Yergin, Vice Chairman of S&P Global; Ariel Flores, BP’s Executive Vice President of Exploration and Production; Dario Liguti, Director of the Sustainable Energy Division of the United Nations Economic Commission for Europe; and Manfredi Caltagirone, Head of the International Methane Emissions Observatory.
Panel discussions will be moderated by experts such as Matthew J. Sagers, Vice President of Research and Analysis at MGMT, and Joseph Murphy, Editor of Natural Gas World. Notable specialists from S&P Global Platts, including Philipp Vorobyov and Eric Eiberg, will also guide the discussions.
OGT 2024 Agenda: A Focus on Energy and Sustainability
The agenda of the conference will center around Turkmenistan’s pivotal role in the global energy landscape. Key topics include strengthening the country’s energy infrastructure, fostering international cooperation, and analyzing current trends in the gas and petrochemical markets. Additionally, discussions will cover the utilization of methane in industrial applications and financing for clean energy projects.
As noted by Maksat Babayev, State Minister and Chairman of SC “Turkmengas,” during OGT 2023, natural gas remains a critical component of the global energy transition, helping reduce carbon emissions by replacing coal in power generation. Experts from S&P Global Platts estimate that Turkmenistan’s export of 30 billion cubic meters of gas to China is equivalent to displacing 60 million tons of coal, contributing significantly to climate improvement in the region.
Galkynysh Gas Field: A Strategic Asset
One of the most anticipated sessions at OGT 2024 will focus on the further development of the Galkynysh gas field, the largest onshore gas field in the world. Together with its neighboring Yashlar and Garakel fields, Galkynysh holds an estimated 27.4 trillion cubic meters of gas reserves. These resources represent vast opportunities for foreign investors, particularly following a recent framework agreement between Turkmengas and Hyundai Engineering Co., Ltd. to design and build new gas processing facilities at the site.
Key Investment Opportunities
Investors attending OGT 2024 will have the chance to explore several promising opportunities in Turkmenistan’s energy sector. In addition to the Galkynysh development, key topics of discussion will include the export potential of Turkmen natural gas, the progress of the TAPI gas pipeline, and plans to increase gas swap supplies to Azerbaijan.
The conference will also focus on improving technical expertise in the oil and gas industry. Topics like energy-efficient technologies, specialized workforce training, and enhancing technical education in Turkmenistan will be addressed to ensure the country’s energy sector remains competitive and innovative.
Promoting Foreign Investment and Collaboration
The primary aim of the OGT 2024 conference is to attract foreign investment into Turkmenistan’s oil and gas projects while fostering scientific research and strengthening international partnerships. The event will also feature an EXPO, showcasing the latest achievements in both Turkmenistan’s and the global oil and gas industry. Senior management from various national oil companies and ministries will participate in meetings designed to facilitate new partnerships and collaborations.
Record Participation Expected
With more than 200 delegates from over 30 countries already registered, OGT 2024 is expected to be one of the most attended editions of the conference to date. Interested parties can still register until October 13, with full visa support offered to all registered delegates.
What is the main focus of OGT 2024? OGT 2024 will focus on Turkmenistan’s natural gas export potential, investment opportunities in the oil and gas sector, and developments in key projects like the Galkynysh gas field and TAPI gas pipeline.
Which companies are sponsoring OGT 2024? Major sponsors include CLS, Çalik Enerji, ADNOC, CNPC, ENOC, Yug-Neftegaz, Hyundai Engineering, ENI, and Schlumberger.
What role does natural gas play in the energy transition? Natural gas is seen as a cleaner alternative to coal in power generation, helping to reduce carbon emissions. Turkmenistan’s gas exports to China have significantly cut coal usage in the region.
Who are the key speakers at OGT 2024? Prominent speakers include Hou Qijun (President of CNPC), Daniel Yergin (Vice Chairman of S&P Global), Ariel Flores (BP), and Dario Liguti (UN Economic Commission for Europe).
How can I register for OGT 2024? Registration is open until October 13, 2024, and delegates can receive full visa support by visiting the official event website: https://ogt-turkmenistan.com/en.
Netskope Threat Labs has published its latest research, focusing on cyber threats delivered through cloud applications commonly used in the insurance sector. The report highlights that GitHub has become the most frequently abused cloud platform for delivering malware in this industry. The study also tracks a continued rise in the use of cloud apps within insurance companies and identifies the leading malware families targeting this sector.
Key Findings: Cloud App Usage in Insurance
The report reveals that employees in the insurance industry regularly engage with an average of 24 different cloud apps each month. Of these, Microsoft tools—including OneDrive, Teams, SharePoint, and Copilot—are the most popular, covering functionalities such as storage, email, and messaging. In fact, Microsoft apps dominate the top six most-used cloud applications in this sector, highlighting their critical role in day-to-day operations.
Cloud Apps Exploited for Malware Delivery
The study points out that GitHub, OneDrive, and SharePoint are the top three cloud platforms exploited for malware downloads in the insurance industry. Among these, GitHub leads, with nearly double the number of malware downloads compared to other industries. This finding underscores GitHub’s increasing misuse by cybercriminals.
Top Malware Families Targeting Insurance Companies
The top five malware and ransomware families observed targeting insurance companies over the past 12 months include:
Backdoor.Zusy (also known as TinyBanker)
Downloader.BanLoad
Infostealer.AgentTesla
Trojan.Grandoreiro
Phishing.PhishingX
Expert Insights on GitHub’s Role in Cyber Attacks
Paolo Passeri, Cyber Intelligence Principal at Netskope, commented on the findings: “GitHub’s growing exploitation as a cloud app for malware in the insurance sector is significant. Threat actors are increasingly using GitHub for supply chain attacks by creating malicious projects or packages, often mimicking legitimate content through typosquatting. In some cases, they even compromise legitimate projects, posing severe risks, especially if a fintech package is infected with malware. This method allows attackers to target multiple organizations simultaneously, maximizing their impact with minimal effort.”
Passeri further noted that as GitHub becomes more widely used by both legitimate users and cybercriminals, it may soon surpass traditional cloud platforms like Microsoft OneDrive as the most targeted by attackers, potentially impacting other industries as well.
Security Recommendations for the Insurance Sector
In response to these trends, Netskope Threat Labs recommends that insurance organizations review their security measures to ensure robust protection against these emerging threats. Key recommendations include:
Inspect all HTTP and HTTPS traffic, including web and cloud downloads, to prevent malware infiltration.
Thoroughly inspect high-risk file types, like executables and archives, using both static and dynamic analysis before allowing downloads.
Block downloads and uploads from non-essential apps to minimize the risk of malware and data exposure.
Deploy an Intrusion Prevention System (IPS) to detect and block malicious traffic, such as command and control communications associated with malware.
Use Remote Browser Isolation (RBI) technology to provide extra protection when accessing higher-risk websites, particularly newly registered or observed domains.
STMicroelectronics, a global leader in semiconductors, and Qualcomm Technologies International Ltd, a subsidiary of Qualcomm Incorporated, have announced a new strategic partnership focused on advancing the next generation of industrial and consumer IoT solutions enhanced by edge AI. This collaboration combines Qualcomm Technologies’ advanced AI-powered wireless connectivity technologies, beginning with a Wi-Fi/Bluetooth/Thread combo system-on-a-chip (SoC), with STMicroelectronics’ market-leading STM32 microcontroller (MCU) ecosystem. The partnership aims to deliver seamless connectivity and software integration to facilitate the rapid adoption of IoT solutions through ST’s global distribution network.
Remi El-Ouazzane, President of Microcontrollers, Digital ICs, and RF Products Group at STMicroelectronics, highlighted the importance of wireless connectivity for the widespread deployment of edge AI in various industries. He said, “Our strategic collaboration with Qualcomm Technologies on wireless connectivity, starting with the Wi-Fi/BT/Thread combo SoC, complements our existing Bluetooth Low Energy, Zigbee, Thread, and sub-GHz product portfolio. We aim to bring Qualcomm’s wireless technologies to our STM32 customers, offering significant value to over 100,000 STM32 developers worldwide.”
Rahul Patel, Group General Manager of Connectivity, Broadband, and Networking Business Unit at Qualcomm Technologies, emphasized the company’s leadership in advancing wireless IoT technologies. He said, “Our collaboration with STMicroelectronics combines Qualcomm’s top-tier connectivity solutions with ST’s STM32 MCU ecosystem, accelerating the development of feature-rich IoT applications. This partnership supports seamless integration and enhanced performance for developers and end-users alike.”
Expanding IoT Capabilities with Enhanced Connectivity
STMicroelectronics plans to introduce self-contained modules that integrate Qualcomm Technologies’ Wi-Fi/Bluetooth/Thread combo SoC with STM32 microcontrollers. These modules will offer optimized wireless connectivity, fully integrated into ST’s existing software platform, reducing development time and speeding up time-to-market. The first products from this collaboration are expected to be available to OEMs in Q1 2025, with wider availability soon after. This partnership marks the beginning of a broader roadmap, including future Wi-Fi/Bluetooth/Thread combo SoC products and an extension into cellular connectivity for industrial IoT applications.
Andrew Zignani, Senior Research Director at ABI Research, commented, “With the number of connected consumer, commercial, and industrial devices expected to exceed 80 billion by 2028, high-performance wireless connectivity paired with diverse microcontroller solutions will be essential for the next wave of IoT innovation. This collaboration between STMicroelectronics and Qualcomm Technologies is a powerful combination, simplifying and accelerating IoT development for companies in this dynamic market.”
This strategic partnership between STMicroelectronics and Qualcomm Technologies aims to create an efficient and scalable path for developers to bring innovative IoT solutions to market, powered by robust wireless connectivity and advanced microcontroller technology.
