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Swedish premium fastener manufacturer BUMAX has been selected to provide fasteners to be used in machines for ultrasonic metal welding. The client is Schunk Sonosystems, a global leading specialist in the field of ultrasonic metal welding.

German specialist machine maker Schunk Sonosystems has decided to use BUMAX DX 129 screws for all its ultrasonic welding flexure sonotrode products to further improve quality and reliability. The machines are mainly used in the automobile industry.

“Standard steel bolts simply cannot cope with the extreme pulling and bending forces of ultrasonic vibration, so we had to find a bolt that does,” said Stefan Mueller, Head of R&D at Schunk Sonosystems. “Of all the screws we tested, only BUMAX met all our needs. Not only are BUMAX consistent in how they perform and do not break, they last the lifetime of the sonotrode without problem, are not creating abrasion dust on the screw head and do not require rust protection.”

Schunk Sonosystems is a global leader in developing and building machines for ultrasonic metal welding – such as their industry-leading flexure sonotrode. Their machines include a sonotrode or welding tip that transfers vibrational energy to the workpiece. Up to two high-strength bolts are required to fix the sonotrode, which is subject to extreme levels of vibration due to the very high frequency used in ultrasonic welding.

Ultrasonic welding is a solid-state welding process that uses ultrasonic vibrations to weld pieces of metal together. The metals are welded together by heat generated by friction when applying high-frequency ultrasonic vibrational energy.

The BUMAX DX 129 (Duplex stainless steel) offers very high tensile strengths of min. 1,200 MPa and excellent fatigue resistance properties. It deals successfully with the with extreme forces during the ultrasonic welding process, such as 20,000 vibrations per second.

The high fatigue strength that BUMAX screws offer is crucial to their ability to withstand a high number of cycles without fracture. All BUMAX bolts are made with the highest quality European steel, and its advanced manufacturing processes result in the further enhancement of the material’s fatigue resistance properties.

Fatigue fracture often begins with a stress concentration such as inclusions, slags or surface defects. The high-quality raw materials BUMAX uses, together with the best metallurgical processes and good surface properties, guarantee excellent fatigue strength. BUMAX also uses rolled threads rather than cut threads, which further increases fatigue resistance.

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Extend measurement distance and wavelength range to improve the test environment for installation and maintenance

Anritsu Corporation introduces the Coherent OTDR*1 MW90010B to locate faults in submarine cables. MW90010B can evaluate up to 20,000 km and has an easily selectable wavelength that covers the full C-band*2. It is more portable with a 40% weight reduction for the same product size as the previous model. Anritsu helps customers to improve the quality of submarine cable communications and continues to support test solutions to meet market needs.

The volume of communications traffic is increasing due to the spread of 5G mobile and cloud services. In addition, the worldwide submarine cable network carries most data communications and is expected to expand with future technological innovations.

Nowadays, major IT vendors have not only invested in new installation projects, but are increasingly installing landing stations*3 and cables to directly synchronize their data centers at high speed and low latency. As a result, the submarine cable networks become more complex and quality assurance for their installation and maintenance also become more important. To meet this market demand, Anritsu is improving the test solution.

The Coherent OTDR MW90010B uses the coherent (optical heterodyne) detection method and has a built-in tunable wavelength light source. Its selectable wavelength feature facilitates the measurement of all cable lines from each landing station and helps assure the quality of submarine cables.

• Locate faults in submarine cables up to 20,000 km
  • Supports faulty detection up to 12,000 km with repeaters installed at 80 km or wider intervals.
  • Extends the detection distance up to 20,000km with the MW90010B-003 option.
• Wider wavelength range (1527.60 to 1567.13 nm, ITU-T grid 50GHz step)
  • Covers the full C-Band measurement.
  • Built-in tunable light source with ±0.05 nm wavelength accuracy.
• Reduced weight for better portability
  • Weighing less than 10kg and compact size for portability (40% weight saving for same size as the previous model).
  • Easy portability at landing station, submarine cable laying vessels and other maintenance sites.

*1 Coherent OTDR
The OTDR (Optical Time Domain Reflectometer) uses the coherent (optical heterodyne) detection method. Ideal for measuring the characteristics of optical fibers in submarine cables with optical repeater amplifiers.

*2 C-band
Abbreviation for Conventional-band; wavelength band with the lowest fiber loss. Used for Wavelength Division Multiplexing (WDM) used in submarine cables.

*3 Landing station
Dedicated facility for bringing submarine cables onto land and functioning as a relay point to the land network.

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The Consumer Electronics Sector is currently undergoing a significant transformation, which has generated a great deal of excitement about the future of electronics. Around the world, dedicated research and development teams are focusing on improving the production, storage, and utilization of electrical resources. The sector’s progress in recent years indicates that this transformation is here to stay!

Various segments of the industry, including communications, wellness, energy efficiency, entertainment, education, multimedia, and others, are experiencing changes. At the forefront of this evolution is China, where the Electrical Equipment and Machinery Manufacturing market has reached a size of $14.5 billion, with over 2,000 players contributing to its growth. Consequently, it is understandable that some people believe all electronics are manufactured in China, especially considering that China accounts for 42% of U.S. electronic exports.

Therefore, increased competition, primarily driven by globalization, is expected to bring industry-wide shifts. This shift is influenced by factors such as more demanding customers, emerging technologies, disruptive innovations, regulatory instability, and a growing emphasis on creativity.

The Consumer Electronics Industry has undergone a radical change in many segments such as communication, wellness, energy efficiency and more. It has penetrated every aspect of human life from Smart TVs, Smart homes, and Smartphones, to Artificial Intelligence, Connected Cars and more.

According to the market, the Global Consumer Electronics market size is estimated to exceed USD 1063.39 Billion by 2030. Moreover, it will grow at a CAGR of 5.8% during the forecast period between 2023 to 2030. However, as per Industry’s annual growth rate, the market would be increased by 14.7%.

Technology continues to cross every door at a breakneck pace and the industry is constantly evolving.  Therefore, it is important to keep up with the latest developments to remain competitive. Here are some of the trends that are expected to shape the future of consumer electronics.

The existing power grid, which transports energy from power plants to homes and businesses, is evolving into a “smart” grid. This modernized system allows technology to connect with the network, extracting valuable insights from data. Consumers now have more alternatives in terms of power sources, leading to the need for the power delivery system to adapt. Power companies worldwide are incorporating innovative smart grid technologies into their networks, enabling better control over power sources, anticipating usage spikes, and detecting outages promptly.

Wearable technology has evolved significantly over the past two decades, with smart devices now equipped with sensors and connected to the Internet and the cloud. This trend is projected to continue growing, with smartwatches leading the way, particularly in the health, sports, and entertainment sectors. For example AR, VR, AR Glasses and more. Wearable devices have also shown the potential to save lives by detecting health issues and providing vital information to users and healthcare professionals. In the future, aggregated data from these devices may even aid in tracking and containing the spread of viruses.

Under the development of wireless technology, consumer electronics has witnessed a massive push towards new consumer technologies. With 3D Printing, 5G, Lifi and more have already established their footprints in the market, the new trends are on the way. 6G, 4D printing will be the new future of consumer electronics. These upcoming future trends will continue to grow particularly in healthcare, fashion, homemaking and electronic devices.

AI and machine learning are transforming various fields, including consumer electronics. These technologies enable engineers to automate low-value activities, improve modelling and simulation processes, and assist in decision-making by finding trends in data. AI is being integrated into both software and hardware modules within the electronics industry, allowing for intelligent supply chains, complex production tasks, and autonomous design and development. AI algorithms can enhance engineering activities and help engineers focus on higher-value tasks. Moreover, AI has already been stepping into Aerospace, Defence, Astronomy and more.

Robots are new humans and are used for enhancing safety and increasing productivity. Remotely operated tools, such as wireless underground cable cutters improve safety by minimizing human risk. Drones are also used to survey areas before human intervention, enhancing both safety and efficiency.

The future of consumer electronics is filled with exciting possibilities. With every passing year, the purchases of consumer electronics are increasing. Whereas, older populations have been an exuberantly challenging demographic for the consumer electronics industry. Therefore, many brands consistently keep up with new trends and make devices that will adapt the consumer behaviour and demands.

Ongoing innovations and advancements in various areas, including smart grid solutions, wearable technology, AI, robotics, and Tech trends are shaping the future of the industry.

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Fabless semiconductor company Kandou announced Regli, a PCIe 5.0 and Compute Express Link (CXL) 2.0 retimer for data center applications. Slated to sample in the coming months, the Regli KB9003 supports data transfer rates of up to 32 GT/s and offers 16 bidirectional lanes.

Kandou claims the Regli retimer extends system reach, improves signal integrity, and delivers ultra-low latency. The protocol-aware retimer is backward-compatible with PCIe 1.0 through 4.0 technology. It increases PCIe trace length between a root complex and its endpoints, maintaining signal integrity by dynamically compensating channel loss up to 36 dB using Kandou’s autonomous receiver equalization (ARxE).

Other device features include multiple control interfaces, flexible clock modes, secure boot, and on-chip diagnostics. In addition to data centers and hyperscalers with heavy computational workloads, the Regli retimer is suitable for servers, workstations, desktops, 5G infrastructure equipment, and PCIe and CXL storage.

The Regli KB9003 retimer comes in an 8.9×22.8-mm, 354-pin BGA package. Samples of the KB9003 and evaluation kits will be available in Q3 2023. Contact sales@kandou.com to request a datasheet and pricing information.

Regli KB9003 product page

Kandou

Find more datasheets on products like this one at Datasheets.com, searchable by category, part #, description, manufacturer, and more.

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Soracom, a provider of managed IoT connectivity services, offers three new services that expand access to AI-driven insights for IoT deployments. The company’s Query, Relay, and Harvest Data Intelligence services work together or separately to analyze IoT device data on the fly or connect devices to the AI/ML capabilities available through leading hyperscale platforms.

Soracom Relay allows customers to use any existing RTSP/RTP-compatible camera to acquire and securely transmit audio and video data to Soracom’s Harvest Files for storage or to a cloud destination for computer vision and video analytics. Cloud support includes AWS S3 and Amazon Kinesis Video Streams.

The Query service lets customers use SQL queries from BI tools or CLI to mine IoT device data without setting up their own servers or storage. This managed data warehouse capability makes it easier to run complex analytical queries on large IoT datasets and feed the results to ML projects.

Enhancing Soracom’s existing serverless data storage and visualization capability, Harvest Data Intelligence applies generative AI to analyze time series data and identify trends, patterns, outliers, and abnormalities. It can also use the data provided to perform further analysis.

For example, a municipality can use Soracom Relay to monitor road traffic, while Harvest Data Intelligence analyzes the stored data. Soracom Query can then guide decisions on the best times to schedule road repairs or to predict how changes in traffic patterns will impact existing infrastructure.

Both Relay and Query services are available for technical preview to interested Soracom customers. Harvest Data Intelligence is now in public beta.

Soracom

Find more datasheets on products like this one at Datasheets.com, searchable by category, part #, description, manufacturer, and more.

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AresONE-M 800GE from Keysight performs Layer 1 through Layer 3 Ethernet testing at data center interconnect speeds from 10G to 800G. The test platform validates network equipment interoperability and bandwidth performance, supporting the transition to 400GE and 800GE networks. It also has the capability to test slower, legacy Ethernet speeds.

The AresONE-M 800GE offers up to 8 ports in a single 2U rack-mount chassis: 1x800G, 2x400G, 4x200G, and 8x100G. PAM4 and NRZ signaling support delivers 106.25-Gbps host electrical lane signaling with the ability to downshift to the electrical lane speeds of 53 Gbps and 25 Gbps for 400GE and 100GE speeds. AresONE-M 800GE also supports all required forward error correction types and an array of link tuning, stability, reliability, and performance measurement statistics.

An integrated physical layer DSP from Credo Technology enables fast data transfer with low latency to meet the requirements of hyperscalers, enterprises, 5G carriers, and service providers. The chip optimizes power consumption to reduce operational costs, minimize heat dissipation, and conform to energy-efficient standards for advanced networks.

Request a price quote using the link to the product page below.

AresONE-M 800GE product page

Keysight Technologies

Find more datasheets on products like this one at Datasheets.com, searchable by category, part #, description, manufacturer, and more.

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The Cadence Joules RTL Design Studio allows front-end engineers to accelerate and improve register transfer level (RTL) design and implementation. By providing access to the physical information needed for power, performance, area, and congestion (PPAC) debugging, the software allows users to achieve up to 5 times faster RTL convergence and up to 25% improved quality of results.

Joules RTL Design Studio builds on the existing Joules RTL Power Solution by adding visibility into RTL PPAC metrics. With its RTL debugging assistant, engineers can explore what-if scenarios and potential resolutions to minimize iterations and improve design outcomes. The software shares the same engines as the Innovus Implementation System, Genus Synthesis Solution, and Joules RTL Power Solution, allowing access to all analysis and design exploration features from a single GUI.

Integration with the company’s generative AI Cerebrus Intelligent Chip Explorer lets users explore design space scenarios, such as floorplan optimization and frequency-versus-voltage tradeoffs. The Joint Enterprise Data and AI (JedAI) platform allows trend and insight analysis across different versions of the RTL design or across previous project generations.

For more information about the Joules RTL Design Studio, as well as related products, use the link to the product page below.

Joules RTL Design Studio product page

Cadence Design Systems 

Find more datasheets on products like this one at Datasheets.com, searchable by category, part #, description, manufacturer, and more.

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Arduino has launched the Nano ESP32 development board powered by Espressif’s ESP32-S3 Wi-Fi and Bluetooth capable 32-bit microcontroller. The tiny 3.3-V development board supports both Micropython and Arduino programming languages. It also features plug-and-play debugging with the Arduino IDE 2, eliminating the need for external hardware or third-party software.

The wireless capabilities of the Nano ESP32 are implemented with a u-blox NORA-W106, a radio module that embeds the ESP32-S3 MCU, as well as an antenna. Operating at 2.4-GHz, it supports Wi-Fi 4 802.11b/g/n and Bluetooth 5 with output power (EIRP) of up to 10 dBm. The microprocessor for the ESP32-S3 inside the NORA-W106 module is a dual-core 32-bit Xtensa LX7 running at up to 240 MHz. On-chip memory comprises 512 kB of SRAM and 384 kB of ROM.

According to Arduino, the Nano ESP32 brings plug-and-play IoT deployments to advanced enterprise use cases and hobbyist engineers. The Nano ESP32 18×45-mm development board is available to order today in the Arduino online store, with prices starting at $18.

Nano ESP32 product page

Arduino

Find more datasheets on products like this one at Datasheets.com, searchable by category, part #, description, manufacturer, and more.

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The worldwide automotive wires market is expected to be worth US$ 4.82 billion in 2022 and US$ 4.93 billion in 2023. The global automotive market’s demand is increasing due to increased sales of vehicles such as passenger automobiles and commercial vehicles. According to Future Market Insights, the automotive wires market will grow at a CAGR of 6.03% between 2023 and 2033, totalling roughly US$ 8.86 billion by 2033.

The volume of manual labour involved in the manufacture of automobile wire has been reduced. Current and future application requirements include the addition of small electronic components, processing parameter monitoring, extensive process documentation needs, wage increase, and so on. Because of electrification and driverless cars, wiring harnesses have been integrated into safety-critical systems.

The provision of visible, repeatable, and intelligible procedures is critical to meeting greater quality and safety criteria; given that, wire harness production is now automated to the greatest extent feasible, with 90% of the labour still done by hand.

The ISO has designed strict automotive wire, which contains aluminium conductors, to reduce numerous wiring issues in terms of standards and sizes. New ISO standards define the performance, size, properties, and testing processes for aluminium wires used in automobiles.

As the need for fuel-efficient and lightweight automobiles grows, so will sales in the aluminium wires industry. Wires have low specific gravity and minimise total wiring costs; because of these advantages, their use in the automobile industry is likely to grow in the future years.

Aluminum’s low conductivity compared to copper has previously limited its usage, as wires used in engine compartments are subjected to high vibrations. Manufacturers are creating high-strength aluminium alloys with greater strength than copper for usage in engine compartments.

FMI believes that the creation of attractive prospects for OEMs and automotive component makers by providing a favourable environment for sales of aluminium automotive wires will continue to stimulate sales of automotive wires.

The emerging trend of autonomous and ‘connected’ vehicles is expected to have a direct influence on automotive wire sales. The development of technological features for the comfort, safety, and communication of drivers is a key contributor to demand for automotive wires, and this trend is likely to continue during the projection period.

The term ‘connected cars’ refers to the use of onboard mobile network interfaces that allow vehicles to exchange information about operations, location, maintenance requirements, road conditions, and other data as these connections support the car and mobile device’s internet usage, and some models of cars manufactured in recent years have SIM cards embedded.

• North America is considered one of the most lucrative markets for the automotive wires market with a market share of 28.9%, whereas the United States is estimated to account for 17.4% of the market share.
• Demand for automotive wires is projected to surge at a 4.98% CAGR, with Germany emerging as a lucrative pocket over the forecast period. Germany is recognized in the world for its outstanding automotive industry and superior automotive engineering, which makes it a leading automotive wires market in Europe.
• China is said to hold a market share of 8.78% in this region. Increasing production of autonomous vehicles in China, demand for automotive wires is expected to surge at a steady pace over the assessment period. China is expected to account for a dominant share in the East Asia automotive wires market as per FMI.

Some of the important developments of the key players in the market are:

• In May 2023,Rabat – Lear Corporation, an American automotive seating and electrical systems manufacturer, announced its plans for converting its Tangier plant into a Connection Systems facility. The movement of such is expected to generate around 150 new job opportunities while further focusing on Lear’s manufacturing footprint in Morocco.

In January 2023, Mouser Electronics, Inc., the authorized global distributor of the newest semiconductors and electronic components, announced a new distribution agreement with Yazaki North America, i.e., considered a leading manufacturer of connectors, wire harnesses, meters, and many other products that are of high-quality were used for automotive purposes.

The post The global market for automotive wires market is also increasing due to the upliftment of electric and fuel-efficient vehicles and is expected to reach 8.86 Bn by 2033 | Future Market Insights appeared first on ELE Times.

Bootcamp-style educational program fosters a new generation of quantum computing experts and innovations

SoftServe, an IT consulting company offering software development and digital services, in partnership with the National Quantum Computing Hub (NQCH) and the Infocomm Media Development Authority (IMDA) announced the successful launch of Singapore’s inaugural Quantum Bootcamp, a transformative educational program for students pursuing careers in quantum computing.

Wen Huang, SoftServe APAC’s Chief Technology Officer, speaks at the closing ceremony of Singapore’s inaugural Quantum Bootcamp

The Quantum Bootcamp is an intensive eight-week program – the first of its kind in Asia – offering university graduates a comprehensive curriculum with academic instruction, practical applications, and hands-on experiences with real-world use cases and guidance from industry experts. This initiative signifies SoftServe’s commitment to fostering technological advancements and empowering the next generation of quantum computing talent. Additionally, the bootcamp provided exclusive networking opportunities with renowned multinational companies, including NVIDIA, IBM, and AWS.

“We are proud to work with our dedicated partners in cultivating Singapore’s talent in the quantum computing space,” said Wen Huang, SoftServe APAC’s Chief Technology Officer. “SoftServe’s commitment towards innovation, engineering excellence, and talent development is in line with the Quantum Bootcamp’s objectives. We look forward to driving more initiatives like this, playing our part in positioning Singapore as a global innovation destination.”

The program culminated with presentations demonstrating how quantum computing can transform traditional approaches and unlock new business opportunities, offering regional industries a look into the future of operational efficiency, cost optimization, and strategic decision-making capabilities.

“Quantum technologies are here to stay, and the field is moving very fast,” said José Ignacio Latorre, Lead Principal Investigator for the NQCH and Director of the Centre for Quantum Technologies. “The students have done well to dive into the field and complete the program. We look forward to seeing where and how they will bring their training to the next level in the quantum ecosystem.”

The Quantum Bootcamp awarded three winners in the following categories: best overall project, best technical contribution, and most valuable to the industry. Winning entries were selected based on a comprehensive evaluation of quality including research and development attributes such as demonstration of a functional proof of concept (PoC) based on the curriculum, presentation of innovative solutions and more importantly highlighting the significance of quantum solution when addressing these industry cases.

“IMDA is excited to support the first bootcamp and initial steps toward shaping a new era of quantum computing intelligence and innovations,” said Koh Wee-Sain, Acting Cluster Director, Engineering, Biztech Group, IMDA. “This entire program has already shown us a myriad of possibilities to leverage this technology across several sectors and predicaments. We’re eager to see this bootcamp bring those possibilities to life.”

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The Saera Electric Auto Ltd’s prowess in the clean mobility segment of the country got explicitly depicted as the leading electric vehicle manufacturer showcased its advanced high-powered EVs during the 19th International Franchise & Retail Show at Pragati Maidan, New Delhi on 15-16 July 2023. The event was a grandeur exhibiting the unique products of over 500 franchisors, amidst the presence of more than 50,000 verified buyers from Asia-Pacific, and over 100 cities of India.

During the 2-day massive expo, Saera showcased its advanced electric auto, high-speed electric cargo vehicle, electric Golf cart and high-performance Moped scooter. The vehicles are designed to ensure laid-back comfort for passengers with cushioned seats and more headroom space. The electric cargo vehicles have suitable space for carrying loads of large and small-scale businesses. Saera’s electric Golf Cart comes in a monocoque frame, along with bucket seats for maximum comfort, a maintenance-free AC diving system, and cabin lights. The cabin is designed with a luxurious and spacious interior, and the overall construction of the vehicle is undeniably solid and substantial.

“Our endeavor has always been to popularize advanced EVs with user-friendly features like comfortable seating, stylish and spacious drivers’ cabin, and reliable and robust structure. The wide-spread traction we received at the 19th International Franchise & Retail Show is the testament of our market-trust and reliability among the Indian customers. I am optimistic that the electric vehicles we have exhibited during the expo will become the most trusted choice for the riders soon after its launch,” stated Director of Saera Electric Auto Limited Nitin Kapoor.

Saera has partnered with EMaaS (Electric Mobility as a Service) and CaaS (Charging/Energy as a Service) company ETO Motors for a contract manufacturing agreement, expanding micro-assembly strategy and developing battery solutions for vehicle brands. Currently, ETO Motors EVs are being   manufactured at Saera Electric Plant in Bawal, Haryana.

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Enabling Businesses with Comprehensive Visibility into OpenAI Usage, Cost, and Performance Metrics for Improved Performance and User Experiences

• Track OpenAI calls and collect metrics in real time
• Track prompts and responses and get billed only for the volume of data collected
• Users can signup for Site24x7 trial

ManageEngine, the enterprise IT management division of Zoho Corporation, today announced that it has newly added OpenAI observability as a native capability to Site24x7, its comprehensive cloud-based observability platform. The offering enables application owners to monitor the utilization of different OpenAI models seamlessly while tracking real-time performance and cost metrics — all within a unified view. This powerful capability empowers businesses to leverage the potential of emerging AI technologies, such as OpenAI’s ChatGPT, to drive innovation and achieve their strategic objectives while being cost-conscious.

As organizations increasingly embrace OpenAI’s latest generative AI model and explore the potential of ChatGPT across multiple teams, gaining a comprehensive understanding of user interactions with GPT-powered applications becomes crucial. This understanding enables the identification of valuable opportunities to optimize models and enhance user experiences. Additionally, closely monitoring API usage and token consumption becomes essential to managing costs and enhancing overall application performance.

“As the demand for OpenAI’s GPT-4 model continues to soar, companies are compelled to reimagine and revamp their existing service landscapes to enhance the user experience,” said Srinivasa Raghavan, director of product management for Site24x7. “Observability emerges as a transformative force, empowering companies to get the most out of GPT. Our commitment to enabling organizations using GPT APIs is reflected in our efforts to provide effortless setup, cost and performance monitoring. We aim to ensure that efficiency and effectiveness remain at the forefront of our AI-driven IT operations management solution.”

The Site24x7 OpenAI Observability module automatically tracks and analyzes various metrics related to OpenAI usage, such as token usage, latency and errors. It is easy to integrate in applications that use OpenAI modules and leverage the platform’s built-in alerting system to take quick actions on malfunctions.

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Fidelity Investments India has been recognized as a ‘Great Place to Innovate’ by global management consulting and strategy advisory firm Zinnov during the prestigious Zinnov Awards 2023. The awards, which is in its 14th edition this year, is focused exclusively on global capability centers (GCCs) and the impact they are creating. Fidelity leaders received the award at a grand ceremony in Bangalore.

The Zinnov Awards recognizes and celebrates global visionaries and change-makers. The ‘Great Place to Innovate’ award recognizes companies that are focused on value creation from India and have made concerted efforts across five key areas: Organization Charter, Culture, Internal Programs & Processes, External Linkages, and Innovation Metrics. Fidelity Investments India was recognized for its strong culture of innovation that is encouraged and promoted across the organization through focused programs, initiatives, processes, platforms, and systems. As a GCC that provides solutions to the enterprise across technology, operations, analytics, research, and data science, Fidelity Investments India serves as a hub for innovation through its talented workforce. The firm has a central innovation charter that enables teams and individuals to integrate innovative thinking and a creative problem-solving mindset in everything they do.

Commenting on the recognition, Vijai Kishan, Head of Personal Investing, India and India Regional Chair, Fidelity Investments India, said, “We are delighted to be recognized by Zinnov as a Great Place to innovate. This award reflects our strong culture of innovation, continuous learning, and commitment to making a difference, and our consistent passion to incorporate innovative thinking in everything we do. We dedicate this award to our employees, who have been ambassadors of our entrepreneurial ecosystem. We have several specialized programs such as Eureka! – our internal innovation gig economy, FCAT – the Fidelity Center for Applied Technology, Fidelity Labs, and more that empower and enable our employees to innovate and excel by bringing their best ideas and solutions to life. Our rich legacy of patents at Fidelity Investments India is a testament to this.”

In a congratulatory note, Nitika Goel, Chief Marketing Officer, Zinnov, said, “By fostering an innovation-first mindset, GCCs not only drive value for their parent organizations but also contribute to the advancement of the ecosystem. Creating a pervasive innovation culture and driving a charter of innovation with profound impact to the organization and outcomes is no mean feat. Zinnov’s Great Place to innovate award, is one of the most fiercely contested categories, as it spotlights GCCs fostering innovation and have become role models for cultivating a culture of continuous growth and learning. We congratulate Fidelity Investments India on this well-deserved victory.”

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Ascendion, a leading provider of digital engineering services, is proud to announce the grand opening of its newest office in Monterrey, Mexico. This strategic move marks a significant milestone for Ascendion as it expands its footprint into one of Mexico’s most vibrant technology and business hubs.

• Will add more than 200 jobs in Mexico in the next six months, and estimates more than 1,500 jobs over the next three years.
• The estimated total economic impact for Mexico over three years will be at least $100 million.
• Mexico will become a global hub for Generative AI skills. 100% of software engineers in Mexico will become certified in AI deployment
• Secretary of Economy of Nuevo Leon Ivan Rivas Rodriguez, welcomes Ascendion to Mexico. “We extend a warm welcome to Ascendion as they make their mark in Mexico. Together with Ascendion, Nuevo León is carving its path as a technology and innovation hub, not just in Mexico but also in the world.”

Over the next three years, Ascendion plans to create over 1,500 new jobs in Mexico, contributing at least $100 million to the country’s flourishing economy. The company plans on making Mexico a major delivery hub for Generative AI engineering solutions, and 100% of software engineers in Mexico will become certified in AI deployment.

Ascendion’s commitment to Mexico is evident in its choice to establish their LATAM headquarters in Monterrey, a city known for its forward-thinking environment and as a magnet for global companies such as Tesla, Unilever, Siemens, Amazon, and many more.

As part of the opening ceremony, Ascendion was honored to have the enthusiastic support of prominent leaders in Nuevo Leon, including the Honorable Ivan Rivas Rodriguez, Secretary of Economy of the Government of the State of Nuevo Leon, and the Honorable Emmanuel Loo, Deputy Secretary of Economic Development of the State of Nuevo Leon.

“We extend a warm welcome to Ascendion as they expand in Mexico,” said Secretary Ivan Rivas. “Nuevo Leon, with its thriving economy, educational institutions, remarkable startups, and the presence of renowned companies, is well on its way to becoming a global economic powerhouse. Together with Ascendion, Nuevo León is carving its path as a technology and innovation hub, not just in Mexico but also in the world.”

Ravi Arcot, Vice President and Country Manager of Mexico, shared his excitement about Ascendion’s new venture. “Monterrey truly embodies the concept of a ‘city for the future’. The strong education system, extraordinary talent quality, exceptional transportation network, vibrant economy, cultural alignment, and rich history make it the perfect location for our new headquarters in Mexico,” stated Arcot. “Many of our clients are seeking engineering services from Mexico, and we are already delivering outstanding results from Monterrey.”

With a workforce of over 6,000 dedicated professionals, Ascendion is a pioneer in software innovation solutions. The company has consistently achieved above-market growth rates and recently announced plans to double its workforce in India to over 2,000 employees.

Ascendion’s expansion in Mexico signifies an investment in delivering cutting-edge software engineering solutions to current and future clients. The company’s commitment to driving global innovation in Mexico is further cemented by its newest hub in Monterrey, a city poised to shape the technological landscape of tomorrow.

Karthik Krishnamurthy, CEO at Ascendion, emphasized the company’s dedication to its clients and the future of software engineering. “We stand on the threshold of the next phase of the digital revolution where software, data, and Generative AI solutions have never been more crucial,” stated Krishnamurthy. “We have been operating in Mexico for some time now. Our newest office in Monterrey will quickly become our largest software engineering hub outside of India with a strong focus on applied AI. We are thrilled about our newest office in Mexico and eagerly anticipate continuing our growth and partnership in the years to come.”

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Reference Design Packs Multiple Rad-Hard Core Power Rails in Ultra-Compact Footprint, Delivering Turnkey Efficiency and Precision

Renesas Electronics Corporation, a premier supplier of advanced semiconductor solutions, today announced a complete space-ready reference design for the AMD Versal adaptive system-on-chip (SoC) XQRVC1902. Developed in collaboration with AMD, the ISLVERSALDEMO2Z reference design integrates key radiation-hardened components for power management, including four new and recently released products in an ultra-compact design. These Intersil-brand ICs are specifically designed to support a wide range of power rails for next-generation space avionics systems that demand tight voltage tolerances, high current, and efficient power conversion while withstanding the harsh environment of space.

As core voltages decrease and currents increase for FPGAs and ASICs, it has become more difficult to meet the stringent power requirements of these devices to ensure that they operate error-free. This is especially critical in space missions where power availability is limited, and systems are exposed to extreme temperatures and radiation for an extended period of time.

To address these challenges, Renesas has collaborated with AMD to develop a complete power management solution for the AMD Versal platform. The Versal Adaptive SoC is an industry-leading space-grade compute platform that delivers full radiation tolerance, accelerated AI inference, and high-bandwidth signal processing performance. The ISLVERSALDEMO2Z generates each of the power rails utilized by the Versal platform, including a low 0.80V core voltage supply that can source up to 140 A (amps) of current.

“As the number of satellite and spacecraft launches continues to accelerate rapidly, high-performance computing platforms such as the Versal Adaptive SoC are becoming more prevalent, necessitating new power solutions,” said Chris Stephens, Vice President, and General Manager of the HiRel Business Division at Renesas. “Our new reference design has been meticulously engineered to meet the rigorous demands of operations in space while integrating all of the essential components into a very small footprint. It is an ideal turnkey solution for Versal Adaptive SoC power management.”

“Power management for high-performance digital platforms like our AMD XQRVC1902 Versal space-grade adaptive SoCs cannot be taken for granted, particularly when they are used in the harsh environment of space,” said Minal Sawant, senior director, Aerospace & Defense Vertical Market, AMD. “The combination of our radiation-tolerant Versal space-grade SoC and Renesas ISLVERSALDEMO2Z power solution provides our customers with the precision, efficiency, and dependability that are paramount for the successful execution of space missions.”

Renesas’ new reference design comes with an array of power management devices that have been tested and verified to withstand exposure to high levels of radiation. These include Pulse Width Modulation (PWM) controllers, GaN FET half-bridge drivers, point-of-load (POL) regulators, power and enable switches, and power sequencers. The devices come in small-footprint packages, so the core power rail components take up just 104 square centimeters of board area, approximately equivalent to two business cards.

Additionally, the ISLVERSALDEMO2Z comes with all of the design files that customers need for rapid integration into their systems, including schematics, bill-of-materials and PCB Gerber files.

Key Features of the Newly Released Products

ISL73847SEH Rad-Hard Dual Output PWM Controller

• Synchronous buck controller
• Single- or Dual-phase
• 5V to 19V input voltage range
• Output voltage as low as VREF: 0.6V+/- 0.67% (temperature, radiation and life)
• Differential remote sensing of output voltage
• Radiation tolerant, LDR (0.01 rad (Si)/s): 75krad (Si)
• Operating range: -55 °Cto +125 °C

ISL73041SEH and ISL71441M: World’s First Dedicated Gan FET Half-Bridge Drivers for Space Applications

• Interfaces with ISL73847SEH synchronous buck controller
• Programmable gate drive, 4.5V to 5.5V
• Bi-directional communications with ISL73847SEH for start-up synchronization and fault detection.
• Highly matched, fast propagation delays between high- and low-side drivers
• Wide VDD input voltage range, up to 13.2V
• Best-in-class Single Event Effects (SEE) performance
• Available in ceramic (ISL73041SEH)or plastic packaging (ISL71441M)
• Operating range: -55 °Cto +125 °C

ISL73007SEH Rad-Hard POL Regulator

• 3V to 18V input voltage range
• Internal or external loop compensation
• 1% reference voltage over temperature and radiation
• Efficiency ≥90% from 1A to 3A
• Industry’s smallest footprint in 14 lead ceramic dual flatpack package
• Radiation tolerant, LDR (0.01rad (Si)/s): 75krad (Si)
• Operating range: -55 °Cto +125 °C

The reference design along with the new products will be demonstrated at the Renesas booth (# 112/113) at the upcoming IEEE Nuclear & Space Radiation Effects Conference (NSREC), July 24-28, in Kansas City, Missouri.

The Renesas Intersil brand has a long history in the space industry spanning more than six decades, beginning with the founding of Radiation Inc. in 1950. Since then, virtually every satellite, shuttle launch, and deep-space exploration mission has included Intersil-branded products. Renesas leverages this experience to deliver efficient, thermally optimized and highly reliable SMD, MIL-STD-883, and MIL-PRF 38535 Class-V/Q Intersil-branded products for the defense, high-reliability (Hi-Rel), and rad-hard space markets. Renesas Intersil-brand rad-hard ICs support subsystems for mission-critical applications in data communications transfer, power supplies, and power conditioning, general protection circuitry, and telemetry, tracking, and control (TT&C).

Availability

All products are available today and the reference design is available upon request in limited quantities.

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