Microelectronics world news

Tamil Nadu Unveils Groundbreaking Semiconductor and Advanced Electronics Policy at Global Investors Meet

ELE Times - Mon, 01/08/2024 - 13:47

In a strategic move to fortify its position in the electronics manufacturing sector, the government of Tamil Nadu is set to unveil the Semiconductor and Advanced Electronics Policy at the upcoming third edition of the Global Investors Meet, taking place from January 7 to January 8. This announcement follows similar initiatives in Odisha and Gujarat, signalling a concerted effort to propel the state’s electronics manufacturing value chain.

M K Stalin, the Chief Minister of Tamil Nadu, will officially launch the policy, which is meticulously designed to attract investments from companies specializing in sophisticated electronics design and cutting-edge manufacturing. The government has pledged to provide incentives and subsidies based on a predetermined percentage to entice prospective investors.

The Global Investors Meet, a prestigious event drawing attention from top economists and industry leaders, will be graced by luminaries such as Raghuram Rajan, former governor of the RBI; Arvind Subramanian, former Chief Economic Advisor; celebrated author Chris Miller; business tycoon Anand Mahindra; Mark Widmar, CEO of First Solar; and Jeff Magioncalda, CEO of Coursera, among others.

Industry experts assert that this policy is a critical necessity as Tamil Nadu aspires to enhance the entire value chain within the sector. The focus extends from generating crucial jobs in component manufacturing to semiconductor design and electronics manufacturing services (EMS).

Speaking exclusively to the media, an unnamed senior government official emphasized Tamil Nadu’s advantageous position in attracting semiconductor investments, citing the presence of global giants like KLA and Qualcomm. The forthcoming policy is anticipated to reinforce the state’s commitment to achieving excellence in electronics manufacturing while extending lucrative subsidies and incentives to firms choosing to invest in Tamil Nadu.

The official also highlighted the dichotomy in job offerings within the sector, stating that while EMS provides a larger number of jobs, the pay scale is comparatively lower. On the contrary, electronics design offers high-paying jobs for highly skilled individuals. Over the past years, Tamil Nadu has successfully courted major players, including Apple’s contract manufacturers Pegatron and Foxconn, Tata Electronics from India, and Taiwan’s Delta Electronics, solidifying its position as the preferred destination for global electronics investments.

As the government positions Tamil Nadu at the forefront of electronics manufacturing, the Semiconductor and Advanced Electronics Policy is poised to play a pivotal role in attracting top-tier talent and global investments, setting the stage for a transformative period in the state’s industrial landscape.

The post Tamil Nadu Unveils Groundbreaking Semiconductor and Advanced Electronics Policy at Global Investors Meet appeared first on ELE Times.

Top 10 Big Data Companies in India

ELE Times - Mon, 01/08/2024 - 13:18

In the era of digital transformation, India has emerged as a significant player in the global data analytics landscape. Several Indian companies have not only embraced the power of data but have also made substantial contributions to the field of analytics. Let’s take a closer look at 10 major players shaping the data analytics industry in India.

1. TATA Consultancy Services (TCS):

Established in 1968, TCS is a multinational IT services and consulting giant that has firmly positioned itself in the realm of data analytics. With a comprehensive suite of solutions ranging from predictive modelling to machine learning, TCS leverages its extensive domain expertise to provide organizations with invaluable data-driven insights, facilitating informed decision-making.

2. Infosys:

Since its inception in 1981, Infosys has been a global leader in consulting, technology, and outsourcing services. The company excels in delivering advanced analytics solutions, particularly in customer, supply chain, and risk analytics. Infosys combines industry knowledge with cutting-edge analytics techniques to deliver tangible business value to its clients.

3. Wipro:

With roots dating back to 1945, Wipro is a stalwart in the IT industry. The company offers a comprehensive range of data analytics services, covering everything from data management to predictive analytics and AI-driven insights. Wipro’s analytics solutions play a crucial role in enhancing operational efficiency, improving customer experiences, and fostering innovation across diverse industries.

4. Accenture:

A globally recognized professional services company, Accenture, through its Indian arm incorporated in 1991, has embraced information and technology to provide top-notch analytics solutions. From marketing analytics to risk analytics and supply chain analytics, Accenture’s expertise in analytics empowers clients to transform their businesses with data-driven strategies and operational excellence.

5. Mu Sigma:

Mu Sigma stands out as a leading analytics and decision sciences company, focusing on solving intricate business problems through data-driven insights. Their end-to-end analytics services encompass data engineering, predictive modelling, and AI-driven decision support. Mu Sigma’s unique approach blends analytics, technology, and domain expertise to deliver actionable insights.

6. Fractal Analytics:

Specializing in AI-powered analytics and decision science solutions, Fractal Analytics is a prominent player in the industry. Their services include customer analytics, pricing analytics, and risk analytics. By leveraging advanced analytics algorithms and machine learning techniques, Fractal Analytics delivers personalized recommendations, fostering growth for organizations.

7. Genpact:

Genpact, a globally recognized professional services firm, offers analytics solutions to drive digital transformation and business outcomes. Their analytics capabilities span areas such as finance and accounting, supply chain, and customer experience. Genpact’s tailored analytics solutions empower businesses to make data-driven decisions and achieve operational excellence.

8. EXL Service:

Founded in 1999, EXL Service is a leading provider of analytics, operations management, and automation solutions. Their expertise in data modelling, text analytics, and machine learning enables businesses to unlock the value of data. EXL Service’s analytics offerings focus on improving efficiency, optimizing processes, and enhancing customer experiences.

9. Indglobal Digital Pvt Ltd:

In the digital age, an online presence is crucial for business success. Indglobal, once a pioneer in IT and software consultation and services, has evolved into a leader with a vast client base and numerous renowned brands. Its strengths lie in cutting-edge technology, cost-effective services, and adaptability to change.

10. Kanerika:

Kanerika Inc. stands as a versatile data-driven solutions provider, offering services in Business Intelligence, Data Science, Data Analytics, and AI. Specializing in industries such as Logistics Spend Management, Healthcare, Education, Pharma, and Manufacturing, Kanerika provides end-to-end services from concept to implementation.


India’s journey in the data analytics domain has been nothing short of remarkable. These ten companies exemplify the nation’s prowess in harnessing data for transformative purposes. As the digital landscape continues to evolve, these players are at the forefront, shaping the future of data analytics not only in India but on the global stage. Keep an eye on these trailblazers as they continue to push the boundaries of what’s possible in the world of data-driven insights.

The post Top 10 Big Data Companies in India appeared first on ELE Times.

Top 10 Aerospace Companies in India

ELE Times - Mon, 01/08/2024 - 12:01

India’s aerospace industry is a quickly expanding sector that substantially impacts the nation’s economy. The aerospace industry is a broad field that incorporates aeronautics and astronautics into operation,  design, research, maintenance, manufacture, etc. at a location. It has a variety of commercial, industrial, and military-related applications. Because this industry includes both the public and private sectors, it has been able to advance both domestically and internationally. The demand for aerospace goods and services is on the rise, and several government programs and regulations have been put in place to support the expansion of the aerospace industry. The role of aerospace industries includes developing missiles, Airbus, spacecraft,  helicopters, and other aircraft. India has now achieved a level of self-reliance and self-sufficiency in the sphere of defence thanks to the efforts of both the public and private sectors. The expanding demand for aeroplanes and other aerospace systems is one of the key growth drivers for the Indian aerospace sector. The increased emphasis on research and development (R&D) is a further growth factor for the Indian aerospace sector.  Numerous R&D initiatives in the aerospace industry have been developed as a result of the government’s ambitious goals for raising the proportion of R&D in the GDP of the nation. In the upcoming years, these projects, intended to increase the industry’s creativity and competitiveness,  would spur substantial growth. 

  • Aroon Aviation Services Pvt. Ltd. 

In 1986, Aroon Aviation Services Pvt Ltd was established.  The business offers avionics services. The organisation provides ground handling, transportation, facilities management, and airport services for airports, airlines,  trains, malls, hotels, hospitals, resorts, academic institutions,  industries, and corporate buildings. One of India’s top ten aerospace firms is Aroon  Aviation. Their mission is to build an innovative team of driven professionals who are recognised for their achievements in the corporate, railroad, and aviation industries. They have employees who have been trained and nurtured who operate in airports all throughout India providing services ranging from general airport monitoring to various Ground Handling services and airport services. For the staff, quality and satisfied customers are our ingrained values, supported by solid honesty. 

  • BAE Systems India Services Pvt. Ltd. 

One of the leading providers of cutting-edge defence and security systems is BAE Systems India Services Pvt Ld. Major  British producers of avionics, missiles, aeroplanes, and other aerospace and defence equipment is BAE Systems. It was created in 1999 by the union of Marconi Electronic Systems, originally a  division of General Electric Company PLC, and British Aerospace  PLC (BAe). British Aircraft Corporation, Hawker Siddeley Aviation,  and two other companies merged to form BAe in 1977. The offices are located in London. Fighter aircraft are developed and produced by BAE Systems in collaboration with some European and American aerospace firms. Versions of its vertical/ short-takeoff-and-landing (V/STOL) Harrier jet fighter are also produced with Boeing Company. The British Royal  Air Force and several other countries have received its Hawk jet trainers. They create, engineer, produce, and support products and systems in collaboration with clients and regional partners to provide military capabilities, safeguard public safety,  defend citizens, and maintain the integrity of vital infrastructure and information. 

  • Airnetz Aviation Ltd.

In the year 2008, Airnetz Aviation Pvt Ltd was established.  The firm has its headquarters in India’s Navi Mumbai. With new distribution channels and service offerings, Airnetz.com has given the global business and leisure aviation industry a new dimension. It provides clients with a first-rate experience. The business has access to several airports and a fleet of aircraft.  One of India’s top ten aerospace firms is Airnetz Aviation. Travel information, planning, and transaction services are offered online and offline by Airnetz Aviation Pvt. Ltd. Through independent air carriers, it provides private jet, helicopter, and turboprop charter services. 

  • BrahMos Aerospace Pvt. Ltd. 

It is one of India’s top ten aerospace firms. In 1998,  BrahMos Aerospace Pvt Ltd was established. As an outcome, on February 12, 1998, in Moscow, Dr A P J Abdul  Kalam and N V Mikhailov signed an intergovernmental agreement. It opened the door for BrahMos Aerospace, a joint venture between Russia’s NPO Mashinostroyenia (NPOM) and  India’s Defence Research and Development Organisation  (DRDO). The partnership’s goal was to design, develop, produce,  and sell BRAHMOS, the only supersonic cruise missile system in the world. The name of the company is a combination of the  Russian Moskva and the Indian Brahmaputra rivers. The firm is based in India’s capital city of New Delhi. Supersonic cruise missiles are created, developed, produced, and sold in India by the firm. The first BRAHMOS launch went off without a hitch on  June 12, 2001. The missile was tested at the Interim Test Range off the coast of Chandipur, Orissa, using a land-based launcher. 

  • Bharat Dynamics Ltd. 

Bharat Dynamics Ltd was established in 1970. It was established by India’s Ministry of Defence. It is based in  Hyderabad, Telangana, India. BDL was founded in 1970 as a  production centre for guided missile systems, with a pool of engineers recruited from Indian Ordnance Factories, DRDO, and the aerospace sectors. It began by developing the French  SS11B1, a first-generation anti-tank-guided missile. This product was the result of a licence arrangement between the  Government of India and Aerospatiale. BDL operates three manufacturing plants in Hyderabad, Bhanur, and Visakhapatnam. Two new plants are being built in Telangana and  Amravati, Maharashtra. For the Indian armed forces, the corporation manufactures guided weapon systems and missiles,  including the Akash surface-to-air missile, the Astra air-to-air missile, anti-tank guided missiles, and submarine torpedoes,  among others. To create “next-generation unmanned systems,” Bharat Dynamics and NewSpace Research and  Technologies signed a Memorandum of Understanding. 

  • Electronics Corporation of India Pvt. Ltd. 

On April 11, 1967, Electronics Corporation of India Ltd. was founded. The Department of Atomic Energy (India) is home to the Government of India Enterprise known as  Electronics Corporation of India Limited (ECIL). Dr. A. S. Rao founded it in Hyderabad to build a strong domestic electronics industry. Additionally, ECIL is well-known in the local communications, networking, electronic security, and e-governance industries, among others. The current product line of  ECIL consists of the following items: Electronic warfare systems and their derivatives; Thermal batteries and specific components for missile projects; Precision servo components such as gyros; and Missile support control and command systems.  The corporation focuses on three technological lines, namely computers, control systems, and communications while creating, developing, manufacturing, and selling its various products.

  • Bharat Electronics Ltd. 

Bharat Electronics Ltd was established in 1954 in  Bangalore, Karnataka, India. It provides a diverse product line that includes avionics radars, missile systems, electronic voting machines, C41 systems, and so on. BEL is one of nine  PSUs under India’s Ministry of Defence. BEL (Bharat Electronics  Limited) and Israel Aerospace Industries (IAI) entered into a  Memorandum of Agreement (MoA) to create a joint venture aimed at providing long-term product support services to India’s defence forces through a single point of contact. The new joint company will provide life cycle maintenance for the country’s  MRSAM (Medium Range Surface to Air Missile) air defence systems. 

  • Hindustan Aeronautics Ltd. 

It is a well-known aerospace firm in India. On December 23, 1940, in Bangalore, together with the government of Mysore, a visionary by the name of Shri Walchand Hirachand established the business, which at the time went by the name Hindustan Aeroplanes Company. The company’s primary objective was to manufacture aeroplanes in India. The firm had a Rs. 4 crore approved capital. In March 1941, the Government of India purchased an interest in the business, taking ownership of a third of its paid-up capital. The Company was taken over by the Government of India in 1942. 

On January 3rd, 2016, the foundation for a new integrated plant that will produce domestic Light Utility Helicopters (LUH) was laid in Tumakuru, a city adjacent to Bengaluru. The Light Combat Aircraft (LCA) MK 1A, Light Combat Helicopter (LCH), Light Utility Helicopter (LUH), Basic Turboprop Trainer (HTT) 40, and Indian Multi-Role Helicopter (IMRH) are the main ongoing indigenous development programmes. It has also been decided to design and develop the HTFE-25 and HTSE-1200 engines. 

  • Boeing India Pvt. Ltd. 

The corporate headquarters of Boeing India Pvt Ltd are in New Delhi, India where it was established in the year 2003. The business provides servicing for commercial, military, and security aircraft. In Bengaluru, the business has a Research and Technology Centre. One of the top aerospace firms in India is this one. Boeing’s activities in India are headquartered in Delhi and include field service offices in Mumbai, Hindan, Rajali, and New Delhi in addition to a Boeing India Engineering & Technology Centre (BIETC) that is quickly expanding in Bengaluru and Chennai. Boeing is actively participating in the “Make-In-India” project, which it views as a tremendous potential and a key component of its long-term business plan in India. Boeing is dedicated to generating lasting value in the Indian aerospace industry and is focused on providing value to Indian clients through cutting-edge technology. To ensure outstanding operational capability and readiness for Boeing aircraft like the P-8I, and C-17, and Head of State, Boeing is collaborating with the Indian Air Force and Indian Navy. The P-8 and C-17 have a proven track record of successfully supporting the missions for which they have been deployed, and the troops are pleased with their operational readiness.

  • Lockheed Martin India Pvt. Ltd.

One of India’s biggest aerospace firms is Lockheed Martin India Pvt Ltd. It belongs to the Lockheed Martin Corporation as a subsidiary. The business was established in 2007 and has its headquarters in New Delhi, India. The business is involved in the creation, production, integration, and maintenance of high-tech systems, goods, and services. Aeronautics, Missiles and Fire Control, Rotary & Mission Systems, and Space Systems make up the company’s four business segments.

Additionally, India is regarded by Boeing, Airbus, and other top OEMs as a strategically important foreign market with a large demand for aircraft, cheap labour prices, and technical expertise. Manufacturers from all over the world are collaborating with Indian suppliers and small and medium companies to satisfy the demands of Tier 1 suppliers and create an ecosystem for the aerospace sector in the nation. Global businesses’  active involvement is anticipated to significantly accelerate India’s aerospace industry’s expansion. India has a  competitive advantage over other nations due to the low cost of component manufacture. The nation offers the aerospace sector tremendous expansion potential due to its low labour costs, availability of resources, and supportive governmental laws. The industry encourages international firms to invest in and optimise the manufacturing process and is supported by the government’s “Make in India” policy.

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SensorTile.box PRO, a new story about a professional board and how we can all be IoT heroes

ELE Times - Mon, 01/08/2024 - 11:25

Author: STMicroelectronics

The SensorTile.box PRO redefines what it means to use professional tools destined for the Internet of Things by making the technology accessible to more than just embedded systems engineers. That’s why ST brought this new development tool to numerous academic events, fairs, and contests. As we look back at the reception the SensorTile.box PRO received in 2023, we wanted to use the blog to share the stories that took place behind the scenes and the transformations we witnessed as people who never thought of themselves as IoT engineers suddenly started to create applications, use sensors, and send data to the cloud by leveraging its processing and connectivity capabilities.

The story told by the new SensorTile.box PRO

Denise Sanfilippo, Application Development EngineerDenise Sanfilippo, Application Development Engineer

Lisa Trollo, MEMS Sensors ecosystem and digital marketing manager Lisa Trollo, MEMS Sensors ecosystem and digital marketing manager

Michele Ferraina, Software Application EngineerMichele Ferraina, Software Application Engineer

A path to IoT for newcomers

One of the first times we publicly introduced a SensorTile.box PRO was at the “Big Hack”, an event held at the Apple Developer Academy in Naples, Italy, on July 2, 2023. ST gave samples to four teams who had 24 hours to develop an application. Interestingly, these were macOS and iOS software developers, not traditional IoT engineers. Hence, they had far more limited experience with low-power sensor boards. However, the entry and expert modes of the SensorTile.box PRO made the board powerful while remaining accessible to ensure the creation of exciting applications. The winner designed Wakey, an application for people suffering from somnambulism, to provide valuable help for the well-being of users and to help avoid potential injuries.

The upgraded modes of the SensorTile.box PRO

Just like the SensorTile.box announced in 2019, the SensorTile.box PRO includes three modes: Entry (Mode 1), Expert (Mode 2), and Pro (Mode 3). However, the newly released model brings more features. For instance, Mode 1 now includes new machine-learning applications, such as human activity recognition, an in-vehicle baby alarm, or free-fall detection, among others available on GitHub. The SensorTile.box PRO also features a new user interface mechanism called QTouch. It uses the Qvar technology, which connects two electrodes to measure quasi-electrostatic potential variations. In this instance, the probes can detect a swiping motion and use it as a user interaction.

The realization that IoT has become more accessible

Michele holding the SensorTile.box PROMichele holding the SensorTile.box PRO

The team behind Wakey at the Apple Developer Academy relied on the Expert mode to build their application. On the SensorTile.box PRO, Mode 2 now includes new power optimizations that only wake up the sensors in use and enable users to tweak data extraction and processing to ensure accuracy while keeping the power draw to a minimum. Thanks to the new features in Mode 2, developers at the Apple event could focus on writing their applications instead of learning how IoT systems work. Because they could just rely on the intelligence driving the SensorTile.box PRO in Expert mode, the contestants only focused on capturing and processing data as the board managed the rest.
The message sent to all in the industry by ST Overtures to Arduino and Zephyr

Another impactful event took place in October at the Department of Mechanical Engineering at Politecnico di Milano, where Lisa Trollo, responsible for MEMS Sensors Ecosystem and Marketing Communication at ST, walked the students through a presentation on MEMS in the context of sustainability. The event was also held in collaboration with Arduino as the SensorTile.box PRO is fully compatible with the platform. It’s another testament to ST’s desire to make the SensorTile.box PRO accessible to all. That’s why we are also working on supporting Zephyr and will update this blog post when it happens.

Prelude to a new way of building IoT products

Consequently, as the SensorTile.box PRO redefines what “PRO” means in the context of IoT, we saw a new sort of interaction at events like Maker Faire Rome 2023 last October. Attendees would experience the board and start asking questions about the workings of an accelerometer and how it could help solve their challenges. Put simply, by significantly lowering the barrier to entry, we saw new companies exploring IoT in ways they never had thought possible before. Additionally, once these teams finish their proof of concepts, we can refer them to the ST Partner Program, where they can find designers, implementers, and manufacturers to help them bring their ideas to a commercial reality.

Approaching IoT from a low-power machine-learning angle

Politecnico di Milano also saw Denise Sanfilippo, an application development engineer, show a demo running on the SensorTile.box PRO. It used the LSM6DSV16X in an embedded sensor fusion low-power application and Qvar to control a joystick and virtual button in a gaming setting. It was thus a unique opportunity to show why ST chose this specific bill of materials for the new SensorTile platform.

Indeed, from sensors like the LIS2DU12 accelerometer and the the LPS22DF pressure sensor to the STM32U585AI microcontroller as well as the BlueNRG355AC Bluetooth LE 5.2 SoC and the ST25DV04K NFC tag, all contribute to a low power consumption. Moreover, the sensors offer performance compatible with applications featuring machine learning at the edge, and the arrival of the NFC tag opens the way for new communication vectors and user interactions.

Inside the SensorTile.box PRO Inside the SensorTile.box PRO

Read the full article at https://blog.st.com/sensortilebox-pro/

The post SensorTile.box PRO, a new story about a professional board and how we can all be IoT heroes appeared first on ELE Times.

Building a 3D Digital Clock with Arduino

Open Electronics - Mon, 01/08/2024 - 10:33

    Project to create a digital clock consisting of 24 3D-printed analog clocks. The clock displays the time in digital format and shows animations between each hour. The clock is composed of 3D-printed parts, 25 Arduino Nano boards, and 48 stepper motors, and each dial uses a custom-designed PCB created with Eagle. The clock […]

The post Building a 3D Digital Clock with Arduino appeared first on Open Electronics. The author is Boris Landoni

Partitioning to optimize AI inference for multi-core platforms

EDN Network - Mon, 01/08/2024 - 09:22

Not so long ago, artificial intelligence (AI) inference at the edge was a novelty easily supported by a single neural processing unit (NPU) IP accelerator embedded in the edge device. Expectations have accelerated rapidly since then. Now we want embedded AI inference to handle multiple cameras, complex scene segmentation, voice recognition with intelligent noise suppression, fusion between multiple sensors, and now very large and complex generative AI models.

Such applications can deliver acceptable throughput for edge products only when run on multi-core AI processors. NPU IP accelerators are already available to meet this need, extending to eight or more parallel cores and able to handle multiple inference tasks in parallel. But how should you partition expected AI inference workloads for your product to take maximum advantage of all that horsepower?

Figure 1 Multi-core AI processors can deliver acceptable throughput for edge applications like scene segmentation. Source: Ceva

Paths to exploit parallelism for AI inference

As in any parallelism problem, we start with a defined set of resources for our AI inference objective: some number of available accelerators with local L1 cache, shared L2 cache and a DDR interface, each with defined buffer sizes. The task is then to map the network graphs required by the application to that structure, optimizing total throughput and resource utilization.

One obvious strategy is in processing large input images which must be split into multiple tiles—partitioning by input map where each engine is allocated a tile. Here, multiple engines search the input map in parallel, looking for the same feature. Conversely you can partition by output map—the same tile is fed into multiple engines in parallel, and you use the same model but different weights to detect different features in the input image at the same time.

Parallelism within a neural net is commonly seen in subgraphs, as in the example below (Figure 2). Resource allocation will typically optimize breadth wise then depth wise, each time optimizing to the current step. Obviously that approach won’t necessarily find a global optimum on one pass, so the algorithm must allow for backtracking to explore improvements. In this example, three engines can deliver >230% of the performance that would be possible if only one engine were available.

Figure 2 Subgraphs highlight parallelism within a neural net. Source: Ceva

While some AI inference models or subgraphs may exhibit significant parallelism as in the graph above, others may display long threads of operations, which may not seem very parallelizable. However, they can still be pipelined, which can be beneficial when considering streaming operations through the network.

One example is layer-by-layer processing in a deep neural network (DNN). Simply organizing layer operations per image to minimize context switches per engine can boost throughput, while allowing the following pipeline operations to switch in later but still sooner than in purely sequential processing. Another good example is provided by transformer-based generative AI networks where alternation between attention and normalization steps allows for sequential recognition tasks to be pipelined.

Batch partitioning is another method, providing support for the same AI inference model running on multiple engines, each fed by a separate sensor. This might support multiple image sensors for a surveillance device. And finally, you can partition by having different engines run different models. This strategy is useful especially in sematic segmentation, say for autonomous driving where some engines might detect lane markings. Others might handle free (drivable) space segmentation, and some others might detect objects (pedestrians and other cars).

Architecture planning

There are plenty of options to optimize throughput and utilization but how do you decide how best to tune for your AI inference application needs? This architecture planning step must necessarily come before model compile and optimization. Here you want to explore tradeoffs between partitioning strategies.

For example, a subgraph with parallelism followed by a thread of operations might sometimes be best served simply by pipelining rather than a combination of parallelism and pipelining. Best options in each case will depend on the graph, buffer sizes, and latencies in context switching. Here, support for experimentation is critical to determining optimal implementations.

Rami Drucker is machine learning software architect at Ceva.

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The post Partitioning to optimize AI inference for multi-core platforms appeared first on EDN.

ISRO’s Aditya-L1 Reaches Destination, successfully placed in a halo orbit around L1 point

ELE Times - Mon, 01/08/2024 - 08:06

India’s maiden solar mission Aditya-L1 successfully reached its destination and was placed in a halo orbit around the L1 point on January 6, 2024.

The Indian Space Research Organisation (ISRO) launched the solar mission on September 2, 2023. The L1 point is located roughly 1.5 million km from Earth and will enable the spacecraft to view the sun continuously.

ISRO Chairman S Somnath told reporters that the halo orbit insertion process was done as intended. “Today’s event was to place the Aditya-L1 in the precise halo orbit. The spacecraft was moving towards the halo orbit but we had to make some corrections to put it in the right place. If we do not do the correction today there could have been a possibility that it could escape from this point (L-1 point). But we would not have allowed that to happen as there are some contingencies in place, but I am only telling mathematically it can escape.”

“So that has been very precisely done [placing the spacecraft in the halo orbit]. What we have achieved today is exact placement based on our measurement and very correct prediction of the velocity requirement. Right now, in our calculation the spacecraft is in the right place,” he added.

The post ISRO’s Aditya-L1 Reaches Destination, successfully placed in a halo orbit around L1 point appeared first on ELE Times.

A Simple Procedure for Creating Any Resistance Using Standard Resistors

AAC - Sun, 01/07/2024 - 20:00
Have you ever needed an unusual, non-standard resistance value for the project you are building? This article will provide you with a simple series of steps to build the resistance you need from a collection of resistors.

Latching relay question

Reddit:Electronics - Sun, 01/07/2024 - 16:05

Hi all, I'm new here. I'd appreciate your help with the following.

I have a latching relay module (the Adafruit one if it matters - 3V). It's meant to be used with their Feather MCU but it can also be used standalone (which is what I'm doing).

That relay has two separate trigger inputs for SET and RESET. I have a timer board with a single OUT wire that can automatically trigger a relay, an LED etc. after a set amount of time.

My question is, is it possible to trigger the relay on & off somehow (without an MCU) by having that single trigger voltage (e.g. 1 wire) alternate between the SET and RESET separate pins of the relay?

So effectively, pulse -> SET, pulse -> RESET, pulse -> SET, pulse -> RESET etc.

I hope I've explained this property. Any questions, let me know. Thank you.

submitted by /u/ThinkMuffin
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Makita Radio DMR102

Reddit:Electronics - Sat, 01/06/2024 - 19:21
Makita Radio DMR102

Can somebody help me with this part? What is it called? Is it a transistor? On the right contact 12V arrive at it, but all the other ones are 0V. It's hard to read but I think it says YL4686 SA7BRLXD. Can't find anything by googling it.

submitted by /u/Olli_Ohh
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Weekly discussion, complaint, and rant thread

Reddit:Electronics - Sat, 01/06/2024 - 18:00

Open to anything, including discussions, complaints, and rants.

Sub rules do not apply, so don't bother reporting incivility, off-topic, or spam.

Reddit-wide rules do apply.

To see the newest posts, sort the comments by "new" (instead of "best" or "top").

submitted by /u/AutoModerator
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Unsoldering a power jack leads to non Stop mistakes

Reddit:Electronics - Sat, 01/06/2024 - 09:57
Unsoldering a power jack leads to non Stop mistakes

Tried to unsolder a power jack (simple task) soldered new one not properly, tried to fix it and now screwed up. Going to try and clean the copper off and see what I can do.

submitted by /u/irontamoor
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Using the Load-Pull Technique in RF Power Amplifier Design

AAC - Sat, 01/06/2024 - 02:00
The output power and efficiency of a power amplifier (PA) are highly dependent on its load terminations. Learn how to characterize a PA's performance by analyzing load lines and estimating the load-pull contours of constant output power.


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