Новини світу мікро- та наноелектроніки

• New organization to deliver enhanced product development innovation and efficiency, time-to-market as well as customer focus by end market
• Company re-organized in two Product Groups, split in four Reportable Segments
• New application marketing focus by end market across all Regions to complement existing sales and marketing organization

 STMicroelectronics, a global semiconductor leader serving customers across the spectrum of electronics applications, is announcing today its new organization, effective February 5th, 2024.

“We are re-organizing our Product Groups to further accelerate our time-to-market and speed of product development innovation and efficiency. This will enable us to increase value extraction from our broad and unique product and technology portfolio. In addition, we are getting even closer to our customers with an application marketing organization by end market which will boost our ability to complement our product offering with complete system solutions” said Jean-Marc Chery, President and CEO of STMicroelectronics. “This is an important step in the development of our established strategy, in line with our value proposition to all stakeholders and with the business and financial ambitions we set back in 2022”.

Moving from three to two Product Groups to further enhance product development innovation and efficiency, and time-to-market

The two new Product Groups will be:

• Analog, Power & Discrete, MEMS and Sensors (APMS), led by Marco Cassis, ST President and member of the Executive Committee; and
• Microcontrollers, Digital ICs and RF products (MDRF), led by Remi El-Ouazzane, ST President and member of the Executive Committee.

The APMS Product Group will include all ST analog products, including Smart Power solutions for automotive; all ST Power & Discrete product lines including Silicon Carbide products; MEMS and Sensors.

APMS will include two Reportable Segments: Analog products, MEMS and Sensors (AM&S); Power and discrete products (P&D).

The MDRF Product Group will include all ST digital ICs and microcontrollers, including automotive microcontrollers; RF, ADAS, and Infotainment ICs. MDRF will include two Reportable Segments: Microcontrollers (MCU); Digital ICs and RF Products (D&RF).

Concurrent with this new organization Marco Monti, ST President of the former Automotive and Discrete Product Group, will leave the Company.

To complement the existing Sales and marketing organization, a new application marketing organization by end market will be implemented across all ST Regions. This will provide ST customers with end-to-end system solutions based on the Company’s product and technology portfolio.

The company is implementing an application marketing organization by end market across all ST Regions, as part of its Sales & Marketing organization led by Jerome Roux, ST President and member of the Executive Committee. The application marketing organization will cover the following four end markets:

• Automotive
• Industrial Power and Energy
• Industrial Automation, IoT and AI
• Personal Electronics, Communication Equipment and Computer Peripherals.

The current regional Sales & Marketing organization remains unchanged.

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Robots can visualize things in larger quantities, faster, more efficiently, and with much better accuracy. They don’t need breaks and never get bored. This is the age of Robot uprising, and bringing this facet closer to reality, the Indian robotics start-up ecosystem is getting dense and is building robots in every possible sector. 

We have listed the top 10 robotics startups in India that are solving some of the most critical, in-hand problems of society and industries through their unique robots and automation solutions

Genrobotics

Based out of Thiruvananthapuram, Genrobotics is on a mission to solve a very critical problem i.e. Manual Scavenging with their flagship robot – Bandicoot, which is the world’s first robotic scavenger. They have successfully sold more than 300+ robots that are reliable, safe, and affordable. Their robotic solution to manual scavenging – Bandicoot comes with important features such as – 

• Precise and surgical cleaning
• More grabbing area
• More reachability in every corner
• Compact design for portability

Ati Motors

Ati is a Bengaluru-based Industrial robotic start-up that is into developing electric autonomous robots for effective and convenient transport of cargo in warehouses and factories. Their highly distinctive robot Sherpa Tug can transport trolley payloads of up to 1000 kg. It comes with a swappable battery that takes around 2 hours to charge and works for around 8 hours, can be integrated with the factory management information system and warehouse management system. Ati has 18+ customers that are using its robots, with around 31 factory plants. Its Product portfolio includes- 

• Sherpa Tug
• Sherpa Lite
• Sherpa Pivot

Addverb

Addverb is a pioneer in developing robots that pick, sort, and store products. As of today, Addverb is helping more than 100 businesses leverage technology to automate factories and warehouses. Their in-house product line includes – 

• Mobile Robots – autonomous mobile robot, sorting robot, multi-carton picking robot, vertical sortation robot, rail-guided vehicle
• Automated Storage and Retrieval System (ASRS)– carton shuttle, mother-child shuttle, pallet shuttle, multi-level shuttle, crane asrs
• Person-to-Goods – pick-to-light, pick-by-voice
• Software – warehouse management system, warehouse execution system, warehouse control system, fleet management system 

SVAYA Robotics

Svaya Robotics is headquartered in Hyderabad and develops par technology industrial and collaborative robots. Its product line includes – SR-L3, SR-L6, SR-L10, SR-L12, and SR-L16 which are laden with salient features like advanced motor control, built-in force sensing, easy configuring and reconfiguring between applications, and built-in redundant safety. 

Svaya provides a full-stack technology platform that works around making human-robot interaction simple. Their focus on the Digital Twin approach helps to provide total visibility into robot workflows. Built-in sensing combined with machine vision and AI is a technology streak that enhances the usability, flexibility, and scalability of the robots even in unstructured environments. Svaya has also collaborated with DRDO to develop India’s first quadruped robot and exoskeleton. 

Niqo Robotics

Niqo Robotics is a leading Bengaluru-based agri-tech start-up that is bringing AI-powered robotics revolution in agriculture. They build robots that make spraying simpler and are a technology-leveraged substitute for the unsustainable blanket spraying technique used by most farmers in India. With NIQO RoboSpray’s selective spray technique through the implementation of real-time AI-assisted computer vision, the chemical usage drops by 60% and limits excessive spraying on the soil. As per reports, 500+ farmers in Maharashtra and Karnataka have adopted the technology so far. 

Gridbots Technologies

Gridbots is an Ahmedabad-based indigenous robot manufacturer that develops robots for use cases across industries. Their first-ever development was an underwater robot that could be used inside water tanks for cleaning. Gridbots’ product portfolio includes robots for sectors like – industrial automation, defence, robotic services, and machine vision. 

Sastra Robotics

Sastra is a Kochi-based start-up that is into building robotic arms used for testing electronic devices. Many product companies spend an average of 256 days on rigorous testing of equipment and devices, Sastra’s robotic arms have been able to pull that number down to just 15 days. Starting with a collaboration with Bosch for testing Bosch’s car stereos, they now have 20+ clients including Honeywell, HCL, and Tech Mahindra. Its services span across industries such as automotive, banking, aviation, medical, mobile phone, and consumer electronics. 

EyeROV 

EyeROV works in the marine robotic space and is headquartered in Kochi, Kerala. Its robots have successfully inspected 40+ underwater assets so far. Their Remotely Operated Vehicles (ROVs) provide inspection services in the areas of dams, oil and gas, shipping, bridges, ports etc. The robots are very effective for search and rescue operations, research organizations can use EyeROV’s bots for testing sensors as an underwater platform or for oceanographic studies, etc. 

Product Catalogue – 

• EyeROV TUNA
• EyeROV iBOAT ALPHA
• EyeROV NEOPIA UW-50
• EVAP – EyeROV Visualisation and Analytics Platform)

Miko

Miko builds AI-powered robots for kids intending to deliver interactive companionship. The bots are capable of identifying kid’s faces and sensing their mood and based on their human-like interactive quality, they engage with the kids through mindful games, songs, or teaching a subject. Miko has been in business since 2016 and launched Miko3 in 2018 which is being sold in around 140 countries worldwide. 

Mukunda Foods

Mukunda Foods started as a food service provider and gradually ventured into developing kitchen automation solutions. As a fact, most Indian food chains are yet to be automated, and Mukunda is solving this very problem. As of today, Mukunda offers 6 kitchen automation bots including Dosamatic, and has sold more than 3000 bots across 22+ countries. 

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HMS Networks has launched the Raspberry Pi adapter board, providing industrial device manufacturers with a simplified method to test and evaluate the Anybus CompactCom, a ready-made communication interface that connects devices to any industrial network. While previous adapter boards were designed for testing Anybus CompactCom modules with STM32 or NXP (formerly Freescale) microcontroller platforms, this new adapter board is specifically tailored for use with the Raspberry Pi.

• Compatibility with the widely popular Raspberry Pi.
• Easy installation and usage.
• Full compatibility with the free-to-download Anybus Host Application Example Code (HAEC).

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Today at CES in Las Vegas, Micron unveiled its 16 GB to 64 GB LPCAMM2, the first new mobile PC memory module form factor since the SODIMM in 1997.

With a new SoC announced today at CES, the company's BLE portfolio now offers 802.15.4 support for Thread and Matter.

submitted by /u/No-Percentage1653 [link] [comments]

At CES today, NXP announced its next generation 77 GHz radar system on chip designed to create a 360-degree network of “software defined” radar sensors for vehicles.

Introduction

In Power Tips #116, I talked about how to reduce the total harmonic distortion (THD) of a power factor correction (PFC). In this power tip, I will talk about another important criterion to evaluate PFC performance: the power factor, defined as the ratio of real power in watts to the apparent power, which is the product of the root mean square (RMS) current and RMS voltage in volt amperes, as shown in Equation 1:

The power factor indicates how efficiently energy is drawn from the AC source. With a poor power factor, a utility needs to generate more current than the electrical load actually needs, which causes elements such as breakers and transformers to overheat, in turn reducing their life span and increasing the cost of maintaining a public electrical infrastructure.

Ideally, the power factor should be 1; then the load appears as a resistor to the AC source. However, in the real world, electrical loads not only cause distortions in AC current waveforms, but also make the AC current either lead or lag with respect to the AC voltage, resulting in a poor power factor. For this reason, you can calculate the power factor by multiplying the distortion power factor by the displacement power factor:

where φ is the phase angle between the current and voltage and THD is the total harmonic distortion of current.

As the THD requirement gets lower, the power factor requirement gets higher. Table 1 lists the power factor requirements in the recently released Modular Hardware System-Common Redundant Power Supply (M-CRPS) base specification.

Output power	10% load	20% load	50% load	100% load
Power factor	>0.92	>0.96	>0.98	>0.99

Table 1 M-CRPS power factor requirements

Equation 2 shows that to improve the power factor, the first thing to do is to reduce the THD (which I discussed in Power Tips #116). However, a low THD does not necessarily mean that the power factor is high. If the PFC AC input current and AC input voltage are not in phase, even if the current is a perfect sine wave (low THD), the phase angle φ will result in a power factor less than 1.

The phase difference between the input current and input voltage is mainly caused by the electromagnetic interference (EMI) filter used in the PFC. Figure 1 shows a typical PFC circuit diagram that consists of three major parts: an EMI filter, a diode bridge rectifier, and a boost converter.

Figure 1 Circuit diagram of a typical PFC that consists of an EMI filter, diode bridge rectifier, and a boost converter. Source: Texas Instruments

In Figure 1, C1, C2, C3, and C4 are EMI X-capacitors. Inductors in the EMI filter do not change the phase of the PFC input current; therefore, it is possible to simplify Figure 1 into Figure 2, where C is now a combination of C1, C2, C3 and C4.

Figure 2 Simplified EMI filter where C is a combination of C1, C2, and C3. Source: Texas Instruments

The X-capacitor causes the AC input current to lead the AC voltage, as shown in Figure 3. The PFC inductor current is , the input voltage is , and the X-capacitor reactive current is . The total PFC input current is , which is also the current from where the power factor is measured. Although the PFC current control loop forces  to follow , the reactive current of leads  by 90 degrees, which causes  to lead . The result is a poor power factor.

This effect is amplified at a light load and high line, as  takes more weight in the total current. As a result, it is difficult for the power factor to meet a rigorous specification such as the M-CRPS specification.

Figure 3 X-capacitor  causes the AC current to lead the AC voltage. Source: Texas Instruments

Fortunately, with a digital controller, you can solve this problem through one of the following methods.

Method #1

Since  makes the total current lead the input voltage, if you can force the  to lag  by some degree, as shown in Figure 4, then the total current  will be in phase with the input voltage, improving the power factor.

Figure 4 Forcing  to lag so that the total current  will be in phase with the input voltage. Source: Texas Instruments

Since the current loop forces the inductor current to follow its reference, to let  to lag , the current reference needs to lag . For a PFC with traditional average current-mode control, the current reference is generated by Equation 3:

where A is the voltage-loop output, B equals 1/VAC_RMS2, and C is the sensed input voltage VAC(t).

To delay the current reference, an analog-to-digital converter (ADC) measures , the measurement results are stored in a circulate buffer. Then, instead of using the newest input voltage (VIN) data, Equation 3 uses previously stored VIN data to calculate the current reference for the present moment. The current reference will lag ; the current loop will then make  lag . This can compensate the leading x-capacitor  and improve the power factor.

The delay period needs dynamic adjustment based on the input voltage and output load. The lower the input voltage and the heavier the load, the shorter the delay needed. Otherwise  will be over delayed, making the power factor worse than if there was no delay at all. To solve this problem, use a look-up table to precisely and dynamically adjust the delay time based on the operating condition.

Method #2

Since a poor power factor is caused mainly by the EMI X-capacitor , if you calculate  for a given X-capacitor value and input voltage, then subtract  from the total ideal input current to form a new current reference for the PFC current loop, you will get a better total input current that is in phase with the input voltage and can achieve a good power factor.

To explain in detail, for a PFC with a unity power factor of 1,  is in phase with . Equation 4 expresses the input voltage:

where VAC is the VIN peak value and f is the VIN frequency. The ideal input current then needs to be totally in phase with the input voltage, expressed by Equation 5:

where IAC is the input current peak value.

Since the capacitor current is , see Equation 6:

Equation 7 comes from Figure 2:

Combining Equations 5, 6 and 7 results in Equation 8:

If you use Equation 8 as the current reference for the PFC current loop, you can fully compensate the EMI X-capacitor , achieving a unity power factor. In Figure 5, the blue curve is the waveform of the preferred input current, iAC(t), which is in phase with . The green curve is the capacitor current, iC(t), which leads  by 90 degrees. The dotted black curve is iAC(t) ‒ iC(t). The red curve is the rectified iAC(t) ‒ iC(t). In theory, if the PFC current loop uses this red curve as its reference, you can fully compensate the EMI X-capacitor  and increase the power factor.

Figure 5 New current reference with iAC(t) (blue), iC(t) (green), iAC(t) ‒ iC(t) (red),and rectified iAC(t) ‒ iC(t) (red). Source: Texas Instruments

To generate the current reference as shown in Equation 8, you’ll first need to calculate the EMI X-capacitor reactive current, iC(t). Using a digital controller, an ADC samples the input AC voltage, which the CPU then reads in the interrupt loop routine at a fixed rate. By calculating how many ADC samples are in two consecutive AC zero crossings, Equation 9 determines the frequency of the input AC voltage:

where fisr is the frequency of the interrupt loop and N is the total number of ADC samples in two consecutive AC zero crossings.

To get the cosine waveform cos(2πft), a software phase-locked loop generates an internal sine wave that is synchronized with the input voltage, making it possible to obtain the cosine waveform. Use Equation 6 to calculate iC(t), then subtract from Equation 7 to get the new current reference.

Reshaping the current reference at the AC zero crossing area

These two methods let lag in order to improve the power factor; however, they may cause extra current distortion at the AC zero crossing. See Figure 6. Because of the diode bridge rectifier used in the PFC power stage, diodes will block any reverse current. Referencing Figure 6, during T1 and T2, VAC(t) is in the positive half cycle, but the expected iL(t) (the dotted black line) is negative. This is not possible, however, because the diodes will block the negative current, so the actual iL(t) remains zero during this period. Similarly, during T3 and T4, vAC(t) becomes negative, but the expected iL(t) is still positive. iL(t) also will be blocked by the diodes, and remains at zero.

Correspondingly, the current reference needs to be at zero during these two periods; otherwise the integrator in the control loop will build up. When the two periods are over and current starts to conduct, control loop generates a PWM duty cycle bigger than required, causing current spikes. The red curve in Figure 6 shows what the actual iL(t) would be with a diode bridge, and the red curve should be used as the current reference for the PFC current loop.

Figure 6 Final current reference curve where the red curve shows what the actual iL(t) would be with a diode bridge and should be used as the current reference for the PFC current loop. Source: Texas Instruments

Optimizing power factor

A poor power factor is mainly caused by the X-capacitor used in the PFC EMI filter, but it is possible to compensate for the effect of X-capacitor reactive current by delaying the inductor current. Now that you can use one of the two methods to delay the inductor current, you can combine them with guidance in Power Tips #116 to meet both a high-power factor and a low THD requirement.

Bosheng Sun is a systems, applications and firmware engineer at Texas Instruments.

Related Content

• Power tips #116: How to reduce THD of a PFC
• Power Tips #123: Using a double-boost converter to extends the power range of high-conversion-ratio designs
• Power Tips #122: Overview of a planar transformer used in a 1-kW high-density LLC power module
• Power Tips #121: Improving phase-shifted full-bridge efficiency using an active snubber

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Deposition equipment maker Aixtron SE of Herzogenrath, Germany has received a supplier award from onsemi of Scottsdale, AZ, USA. With its new G10-SiC chemical vapor deposition (CVD) and customer service on-site, Aixtron is supporting the production ramp-up of onsemi’s facility in Bucheon, South Korea, which was achieved in record time. With a production capacity of more than 1 million 200mm SiC wafers per year, the facility is one of the world’s largest silicon carbide (SiC) fabs. At the inaugural event of the new S5 production line, Aixtron was among the suppliers receiving this award...

A new system-on-chip (SoC) demonstrated at CES 2024 in Las Vegas claims to run multi-modal large language models (LLMs) at a fraction of the power-per-inference of leading GPU solutions. Ambarella is targeting this SoC to bring generative AI to edge endpoint devices and on-premise hardware in video security analysis, robotics, and a multitude of industrial applications.

According to the Santa Clara, California-based chip developer, its N1 series SoCs are up to 3x more power-efficient per generated token than GPUs and standalone AI accelerators. Ambarella will initially offer optimized generative AI processing capabilities on its mid to high-end SoCs for on-device performance under 5W. It’ll also release a server-grade SoC under 50 W in its N1 series.

Generative AI will be a step function for computer vision processing that brings context and scene understanding to a variety of devices such as security installations and autonomous robots. Source: Ambarella

Ambarella claims that its SoC architecture is natively suited to process video and AI simultaneously at very low power. So, unlike a standalone AI accelerator, they carry out highly efficient processing of multi-modal LLMs while still performing all system functions. Examples of the on-device LLM and multi-modal processing enabled by these SoCs include smart contextual searches of security footage, robots that can be controlled with natural language commands, and different AI helpers that can perform anything from code generation to text and image generation.

Les Kohn, CTO and co-founder of Ambarella, says that generative AI networks are enabling new functions across applications that were just not possible before. “All edge devices are about to get a lot smarter with chips enabling multi-modal LLM processing in a very attractive power/price envelope.”

Alexander Harrowell, principal analyst for advanced computing at Omdia, agrees with the above notion and sees virtually every edge application getting enhanced by generative AI in the next 18 months. “When moving generative AI workloads to the edge, the game becomes all about performance per watt and integration with the rest of the edge ecosystem, not just raw throughput,” he added.

The AI chips are supported by the company’s Cooper Developer Platform, where Ambarella has pre-ported and optimized popular LLMs. That includes Llama-2 as well as the Large Language and Video Assistant (LLava) model running on N1 SoCs for multi-modal vision analysis of up to 32 camera sources. These pre-trained and fine-tuned models will be available for chip developers to download from the Cooper Model Garden.

Ambarella also claims that its N1 SoCs are highly suitable for application-specific LLMs, which are typically fine-tuned on the edge for each scenario. That’s unlike the classical server approach of using bigger and more power-hungry LLMs to cater to every use case.

With these features, Ambarella is confident that its chips can help OEMs quickly deploy generative AI into any power-sensitive application ranging from an on-premise AI box to a delivery robot. The company will demonstrate its SoC solutions for AI applications at CES in Las Vegas on 9-12 January 2024.

Related Content

• Getting a Grasp on AI at the Edge
• How to Make Generative AI Greener
• Putting AI into the Edge Is a No-Brainer; Here’s Why
• How generative AI puts the magic back in hardware design
• Edge AI accelerators are just sand without future-ready software

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In a significant leap forward in the realm of high-performance storage solutions, Team Group Inc. has introduced its latest innovation, the T-FORCE GE PRO PCIe 5.0 SSD. Positioned at the forefront of storage technology, this cutting-edge product exemplifies the brand’s unwavering commitment to excellence in product research and development.

Designed to revolutionize the gaming and performance-driven user experience, the T-FORCE GE PRO harnesses the power of the PCIe Gen 5 x4 interface and the NVMe 2.0 standard, delivering unparalleled storage speeds. With a focus on meeting the demands of gamers and users seeking peak performance from their storage devices, this next-generation SSD brings several key features to the forefront.

Key Features:

• SSD Core: InnoGrit’s 12nm IG5666 controller
• Controller Features: Multi-core and energy-efficient
• NAND Flash Type: High-performance 2,400MT/s NAND flash
• NAND Flash Capabilities: Supports DRAM and SLC (Single-level cell flash) caching
• SSD Read Speeds: Impressive up to 14,000MB/s

Beyond raw performance, the T-FORCE GE PRO PCIe 5.0 SSD incorporates smart thermal regulation technology, ensuring optimal performance and longevity. This technology automatically adjusts performance based on internal temperature sensors. Additionally, the inclusion of 4K LDPC technology guarantees impeccable data transfer accuracy, enhancing the SSD’s reliability and stability. Team Group’s patented S.M.A.R.T. monitoring software allows users to easily monitor the health of their SSD, ensuring peace of mind and prolonged usage.

Recognizing the pivotal role of cooling in maintaining peak SSD performance, Team Group has developed a range of cooling solutions tailored to the demands of Gen 5 SSDs. Options include advanced graphene heat sinks, copper tube aluminium fin SSD air coolers, and even all-in-one liquid coolers exclusively designed for SSDs. These cooling solutions ensure that the T-FORCE GE PRO PCIe 5.0 SSD remains at optimal temperatures, enabling users to enjoy sustained high-speed performance without compromise.

The world will have its first glimpse of the T-FORCE GE PRO PCIe 5.0 SSD during CES 2024 at ASUS’ new product showcase. Pre-orders are set to open on February 9, 2024, with availability on Amazon and Newegg in North America and Amazon Japan.

Team Group’s latest innovation marks a significant stride in redefining the landscape of high-performance storage, promising a transformative experience for gamers and performance enthusiasts alike.

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A robot is a programmable machine capable of carrying out tasks autonomously or semi-autonomously. They are a combination of sensors, actuators, controllers, and mechanical structures that enable them to interact with their environment. Robotics is a multidisciplinary field that involves the designing, development, operation, and use of robots.  

Top 10 Robotics Companies in India 

We have curated a list of top companies working in the robotics and automation sector in India. 

DiFACTO Robotics

Difacto Robotics and Automation is among the leading robot solution providers in the manufacturing sector. Headquartered in Bengaluru, they serve diverse fields with their competitive automation services. Their products and services serve the following fields- automotive, metal forming, transportation, energy, electronics, white goods, yellow goods, and consumer goods. 

DiFacto provides customized robotics solutions per customers’ requirements. Their product portfolio includes the following – 

• Smart Loader
• Smart Robo Loader – DUO
• Servo Track
• Smart Conveyors
• Linear Gantry
• Mobile Machine Tender 

Novus Hi-Tech

 

 

Novus Hi-Tech is a well-known company providing advanced automation solutions for varied industries like – automotive, paints and chemical, construction and farm equipment, solar, food and beverage, consumer electronics, cell and battery, e-commerce, 3PL, retail, express delivery, construction and mining, and oil and gas. Novus’ product catalogue includes- 

• Autonomous Mobile Robots
• Autonomous Battery Operated Pallet Truck
• Video Telematics for Fleet operations
• ADAS for OEMs

Gridbots Robotics

Working aggressively in Robotics – AI and machine vision, Gridbots is a major player in developing ultra-high performance systems that are effectively utilized in industries for dimension measurement, sorting applications, grading applications, etc. Their product catalogue segment is as follows-

• Automation – Self-driving Robots, Robotic Manipulators, Fully Integrated Robotic Systems
• Defence – Minehawks, Zeus, Humming Bird, Humming Bird Climber, Brute, Hawk, Katana, Sentinel, Bat
• Robotics Services – Stinger Pipeline Robot, Magnetic crawlers, Inspection Robot, Boiler Tubes Inspection Robot, Pipe Climber robot, Fir Fighter Robot
• Machine Vision – Glass Inspection Systems, Vision-based measurement, Fully Integrated Vision System

Systemantics Robotics

Systemantics have developed ASYSTR Collaborative Robots for automation that are flexible, affordable, and safe for business demands. They are among the first Cobots to be indigenously designed and manufactured in India. The 6-axis robotics arm- Cobots family comes in three payload options – ASYSTR 10C (Payload – 10kg), ASYSTR 3C (Payload – 3 kg), and ASYSTR 5C (Payload – 5 kg). Systemantics enables services in automation in sectors like- automotive, industrial, e-commerce & retail, academic & research, pharmaceutical, electronics, and food and beverage. 

Invento Robotics

Invento has developed a Robotic avatar- MITRA for senior living facilities, with purposeful AI-powered conversations (video calls, news, jokes, cognitive games, etc.). 

MITRA’s features include fall prevention and detection, monitoring and alerts, curated videos, health and wellness, conversations, exercise tracking, cognitive games, and family connections. Invento works with cutting-edge technologies like AI computer vision, deep learning models, speech synthesis, laser-guided navigation, etc. Accenture and Wipro are among its key partners. 

ASIMOV Robotics

ASIMOV is among the best in providing engineering solutions in robotic simulation and control, machine vision, virtual reality, and autonomous navigation. The primary areas it caters to are- medical, space, defence, sports, hospitality, space, banking, and retail, with a special focus on medical and healthcare. 

The Product catalogue includes – 

• Karmi Bot 
• Sevabot
• Chhaya
• Sayabot

Wipro PARI Robotics

Innovation leader in automation and robotics technology, Wipro PARI designs state-of-the-art equipment. PARI works on competitive technologies including- Precision handling position, assembly and joining, measurement and testing, machine vision and sensors, flexible manufacturing, large interlinked system software, etc. Their turnkey solutions include- automated welding, machining, and assembly, automated warehouses and In-plant logistics, and automated car parking systems with over 2000+ installations. 

Sastra Robotics 

Sastra makes rigorous testing that is beyond human capabilities possible. They develop robotic solutions for human-like automated functional testing of physical devices. Sastra caters to industries like – automotive, banking and fintech, mobile, aviation, and medical. 

The product portfolio includes –

• Quaco Pro – complete test systems 
• Tacbot – portable test system
• Dimenzio Mini – Environment chamber testing
• Quaco Standard – standard speed testing
• Tafin – gyro sensor testing 
• Dimenzio MG – table-top high-speed testing
• Quaco Pro S
• Dimenzio BG
• Dimenzio Helium

H-Bots Robotics 

H-Bots specializes in developing world-class robotics solutions for industries like manufacturing, healthcare, logistics, etc. They are known for developing affordable state-of-the-art robotics solutions. Their Health Robot works miracles in serving the healthcare industry with its advanced functionalities. It helps doctors in their clinical workflow and improves patient experience. Their Warwick Robot is specially designed for research and development purposes with advanced cyber-security and real-time information features.  

Unbox Robotics

Unbox Robotics is a major supply chain robotics technology company working in robotics-based distribution technology. It caters to small to large e-commerce, retail, and logistics companies. Its UnboxSort bot serves multiple purposes including Parcel sortation and order consolidation. The bot specializes in scanning, sorting, and dispatching packages through a compact vertical sorting robotic solution.  

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Efficient Power Conversion Corp (EPC) of El Segundo, CA, USA — which makes enhancement-mode gallium nitride on silicon (eGaN) power field-effect transistors (FETs) and integrated circuits for power management applications — has introduced three evaluation boards (EPC9179, EPC9181 and EPC9180) featuring pulse current laser drivers of 75A, 125A and 231A, showcasing the firm’s AEC-Q101-qualified GaN FETs. These FETs (EPC2252, EPC2204A and EPC2218A) are 30% smaller and more cost-effective than their predecessors. Designed for both long- and short-range automotive light detection & ranging (LiDAR) systems, these boards expedite solution evaluation with varied input and output options...

Data analytics certainly has been the game-changer in the field of corporate planning. Optimizing enterprise performance is dependent upon the science of deriving insights from data for decision-making. It’s more important than ever to find economical and effective ways to handle, use, and convert the massive volumes of data that businesses are gathering into insights that can be used.

This article sheds light on ten powerhouse companies in India that stand at the forefront of the data analytics revolution.

1. Accenture: Shaping Transparent and Trustworthy Data

Formerly Andersen Consulting, Accenture is a Dublin-based IT services and consulting giant. Established in 1989, it boasts a global presence with more than 100 innovation hubs. Accenture’s analytical services focus on ensuring transparent, accessible, and trustworthy data. From data transformation to industrialized solutions, Accenture is a leader in harnessing the power of data.

2. Convergytics: Real-time Optimization for Competitive Edge

Founded in 2013, Convergytics Solutions in Bengaluru is a data-driven processing and analytics startup. Specializing in lifetime value modelling and real-time optimization, Convergytics assists companies in increasing customer satisfaction, marketing ROI, and innovation.

3. Tata Consultancy Services (TCS): Cognitive-Powered Solutions

TCS, established in 1968 and based in Mumbai, stands tall as an IT services, consulting, and data analytics company. With a Location Independent Agile delivery model, TCS provides services ranging from data management to visualization and offers generic and customized Big Data analytics solutions.

4. Phygital Insights: Bridging Growth and Innovation

A fast-growing player in Bangalore, Phygital Insights provides digital services and analytics solutions for businesses aiming to leverage data for growth and innovation. From data engineering to healthcare analytics, Phygital Insights covers a spectrum of services tailored to diverse business needs.

5. Capgemini India Pvt Ltd: Mastering Data with AI

Established in 1967, Capgemini is a multinational data analytics company that enhances customer experience, industry intelligence, and enterprise management. Through its Perform AI platform, Capgemini transforms data using artificial intelligence and promotes sustainability in data-powered organizations.

6. Gramener: Crafting Data Stories with a Design-Centric Approach

Founded in 2010, Gramener takes a unique design-centric approach to data science. Positioned as a “data storyteller,” Gramener solves complex business problems with its low-code analytics platform. Augmenting human intelligence, Gramener focuses on interactive visualization and insight generation services.

7. ITC Infotech: Future-Ready Solutions for Diverse Industries

Established in 2000, ITC Infotech is a technology services and solutions provider with a global presence. Offering end-to-end automation solutions and industry-specific models, ITC Infotech caters to diverse sectors, including consumer goods, healthcare, and banking.

8. Concentrix India: Redefining Consumer Experiences

Since its inception in 2006, Concentrix India has been at the forefront of data designing, consulting, and transformation. With services spanning digital transformation, marketing solutions, and experience design, Concentrix India reimagines consumer experiences.

9. Tredence: Bridging Gaps Between Insights and Value Realization

Founded in 2013, Tredence is a data science company providing actionable insights in marketing, sales, and operations. With a focus on AI-powered data sciences, Tredence envisions new possibilities for businesses across diverse industries.

10. Latentview Analytics: Engineering-First Analytics Approach

Latentview Analytics, based in New Jersey with Indian operations in Chennai and Mumbai, follows an engineering-first approach to analytics. Providing solutions to retail, consumer goods, and finance-related industries, Latentview Analytics leverages big data, machine learning, and AI technologies.

Conclusion 

These ten businesses serve as shining examples of innovation and change when navigating India’s data analytics scene. From open data practices to AI-driven solutions, every organization makes a distinct contribution to the future driven by data. The development of data analytics not only tackles the business problems of today but also sets a path for predicting and navigating the unknowns of the future. With insights from the complex realm of data analytics, these companies are both makers and builders of the future of business in this fast-paced era.

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News highlights:

• The industry’s first single-chip radar sensor designed for satellite architectures can increase vehicle sensing ranges beyond 200 meters and enable more accurate advanced driver assistance systems (ADAS) decision-making.

• New driver chips support safe and efficient control of power flow in battery management or other powertrain systems with functional safety compliance and built-in diagnostics to reduce development time.

DALLAS (Jan. 9, 2024) – Texas Instruments (TI) (Nasdaq: TXN) today introduced new semiconductors designed to improve automotive safety and intelligence. The AWR2544 77GHz millimeter-wave radar sensor chip is the industry’s first for satellite radar architectures, enabling higher levels of autonomy by improving sensor fusion and decision-making in ADAS. TI’s new software-programmable driver chips, the DRV3946-Q1 integrated contactor driver and DRV3901-Q1 integrated squib driver for pyro fuses, offer built-in diagnostics and support functional safety for battery management and powertrain systems. TI is demonstrating these new products at the 2024 Consumer Electronics Show (CES).

For more information, see TI.com/AWR2544, TI.com/DRV3946-Q1 and TI.com/DRV3901-Q1.

“Semiconductor innovations like the ones we’re showcasing this year at CES are helping automotive systems continue to evolve and contribute to a safer driver experience,” said Fern Yoon, director of Automotive Systems at Texas Instruments. “From more advanced driver assistance systems to smarter electric vehicle powertrain systems, TI is working alongside automakers to reimagine how reliable and intelligent technology can enable safer vehicles.”

Increase radar performance for smarter ADAS decision-making

Many automakers are adding more sensors around the car to improve vehicle safety and autonomy. TI’s AWR2544 single-chip radar sensor is the industry’s first designed for satellite architectures. In satellite architectures, radar sensors output semi-processed data to a central processor for ADAS decision-making using sensor fusion algorithms, taking advantage of the 360-degree sensor coverage to achieve higher levels of vehicle safety.

The AWR2544 single-chip radar sensor is also the industry’s first with launch-on-package (LOP) technology. LOP technology helps reduce the size of the sensor by as much as 30% by mounting a 3D waveguide antenna on the opposite side of the printed circuit board. LOP technology also enables sensor ranges to extend beyond 200m with a single chip. In satellite architectures, these features enable automakers to increase ADAS intelligence for higher vehicle autonomy levels to make smarter decisions from farther away. The AWR2544 is the latest in TI’s radar sensor portfolio, which supports a wide range of ADAS applications and architectures with sensors developed for corner, front, imaging, side and rear radar systems.

To learn more about the benefits of the AWR2544 and satellite architectures, read the technical article, “Are you ready for the emerging automotive radar satellite architecture?”

Make electric powertrain systems smarter with integrated functionality and safety

Supporting the trend toward software-defined vehicles is challenging designers to develop smarter, more advanced battery management systems (BMS). Two new highly integrated, software-programmable driver chips from TI address requirements for safer and more efficient control of high-voltage disconnect circuits in a BMS or other powertrain system. Both drivers are International Organization for Standardization (ISO) 26262 functional safety-compliant and offer built-in diagnostics and protection to reduce automotive engineers’ development time.

For BMS and other powertrain systems, the DRV3946-Q1 is the industry’s first fully integrated contactor driver. It includes a peak-and-hold current controller that helps automakers increase system power efficiency. The device also implements safety diagnostics to monitor the condition of the contactor.

TI’s DRV3901-Q1 fully integrated squib driver enables an intelligent pyro fuse disconnect system by using built-in circuitry to monitor the pyro fuse and provide diagnostic information to the system microcontroller. This gives hybrid electric vehicle (HEV) and EV BMS designers flexibility to use a pyro fuse instead of traditional melting fuse systems while minimizing design complexity.

To learn more about simplifying BMS and power distribution designs, read the technical article, “How squib and contactor drivers help improve safety and efficiency in HEV/EV battery disconnect systems.”

Enabling a safer, smarter and more sustainable future at CES 2024

TI is showcasing automotive innovations for smarter, safer vehicles, including the AWR2544, DRV3901-Q1 and DRV3946-Q1. Demonstrations will show system-level innovations for ADAS and BMS designs as well as other TI technologies across zone architectures, EV charging, energy storage and more.

• Thursday, Jan. 11 at 11 a.m. MST: TI General Manager of Grid Infrastructure Henrik Mannesson will participate in the CES 2024 panel, “Growth of the EV Marketplace: Innovations and Investments.” He will discuss how semiconductor innovation and engineering breakthroughs are accelerating the ability to manage energy from EVs to the grid through bidirectional charging and vehicle-to-grid systems.
• From Tuesday, Jan. 9 – Friday, Jan. 12: Visit TI in the Las Vegas Convention Center North Hall, Meeting Room No. N116, and see com/CES for more information.

Available today on TI.com

• Preproduction quantities of the AWR2544, DRV3901-Q1 and DRV3946-Q1 and evaluation modules are available for purchase now on TI.com.
• Multiple payment and shipping options are available.

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Intelligent power and sensing technology firm onsemi of Scottsdale, AZ, USA has announced the availability of nine new EliteSiC power integrated modules (PIMs) enabling bidirectional charging capabilities for DC ultra-fast electric vehicle (EV) chargers and energy storage systems (ESS)...

Today at CES 2024, Infineon Technologies AG  and Aurora Labs unveiled a new set of AI-based solutions to improve the long-term reliability and safety of critical automotive components, including steering, braking and airbags. The companies have teamed to offer solutions that implement Aurora Labs’ award-winning Line-of-Code Intelligence (LOCI) AI technology on Infineon’s 32-bit TriCore AURIX TC4x family of microcontrollers (MCUs) to enable automotive manufacturers to offer safer, more reliable vehicles and enhance performance over the lifetime of a vehicle.

“For car manufacturers, this new jointly offered solution promises a safer driving experience by using AI-driven automated processes throughout the software lifecycle of a vehicle. The solution supports real-time monitoring and response to software failures at the MCU- and ECU-level according to WP29 requirements. By protecting applications and over the air (OTA) updates, the joint solution helps prevent malicious attacks and hardware safety failure,” said Zohar Fox, CEO and Co-founder of Aurora Labs. “We have partnered with Infineon to ensure an improved driver experience based on predictive safety maintenance using AI capability. Our solution streamlines OEM software development at lines-of-code and hardware peripheral resolution to enable them to develop safer systems in accordance with ASIL-D.”

“As a leader in automotive semiconductors, we are very happy to team up with Aurora Labs to bring a new level of safety to predictive maintenance applications for vehicles,” said Thomas Schneid, Senior Director Software, Partner and Ecosystem Management of Infineon. “With the combination of Infineon’s proven AURIX MCUs, along with Aurora Labs’ software to prevent silent data corruption and software misbehavior in chipsets, our new solution gives car manufacturers and drivers an extended level of safety confidence for critical automotive applications such as steering, braking and airbags.”

The new solution leverages Infineon’s proven AURIX TC4x family of MCUs with real-time safety and security performance. The MCUs are designed for next-generation eMobility, advanced driver assistance (ADAS), automotive E/E architectures and affordable artificial intelligence (AI) applications. Aurora Labs’ AI- and ML-based features are implemented in the AURIX TC4x PPU (Parallel Processing Unit), a purpose-built AI accelerator, and do not share any resources with the OEM applications running on the CPU.

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The aerospace and military sector in the United States contributes significantly to the country’s economy. US-based aerospace and defence companies create and produce goods utilised by the military, as well as commercial aircraft, government organisations, space exploration and research projects, and several other industries. They create aeroplanes, missiles, space vehicles, satellites, communication systems, engines, and other technological and engineering marvels. Carbon fibres, composite materials, titanium alloys, and specialised coatings are also developed and manufactured by the sector. Manufacturers in the industry supply necessary services like aircraft maintenance and repair, avionics systems, and other equipment. The sector also manufactures spare components for existing aircraft, which are required to keep current fleets running. Furthermore, the sector provides sophisticated training and educational services to assist students in entering the profession. They play critical roles in the development and deployment of innovative technologies for defence and homeland security applications. These corporations frequently collaborate with the US government and its agencies to keep the country secure from possible threats or assaults.

1. RTX Corp

Based in the US, Raytheon Technologies is a company specialising in the design, development, and integration of cutting-edge technological systems, goods, and services for the aerospace and military industries. Raytheon Company and United Technologies Corporation combined in 2020 to become it. The company is headquartered in Waltham, Massachusetts, and has offices all around the world. Its goods and services include aerospace systems, air traffic management, cybersecurity solutions, electronic warfare, intelligence systems, and missile defence. Their portfolio includes advanced radar systems, accurate guiding and navigation systems, communications networks, innovative materials and coatings, and a host of other items and services.

2. The Boeing Corp

As the largest aerospace corporation in the world, Boeing produces commercial jetliners, commercial aircraft, defence, space, and security technologies, as well as aftermarket support services. The corporation supplies airlines and government clients in the United States and its allies in over 150 countries, and it is the largest manufacturing exporter in America. A wide range of electronic and defence systems, weaponry, launch systems, sophisticated information and communication systems, commercial and military aeroplanes, satellites, performance-based logistics, and training are among the customised services and products offered by Boeing. 

3. General Dynamic Corp

Leading aerospace and defence corporation General Dynamics offers a wide range of commercial and military equipment in addition to land and sea systems, mission systems, and commercial and military aircraft. Business aviation, combat vehicles, surface ships, submarines, armaments and munitions, information technology, intelligence and security, and space systems are among the specialisations of General Dynamics’ divisions.

4. Northrop Grumman Corp

One of the top suppliers of systems, services, and solutions for space, military, and security applications is Northrop Grumman. They are also working on developing hypersonic weaponry, cyber-security solutions, and sophisticated air and missile defence systems. Northrop Grumman was established in 1939 and is a company that specialises in the engineering, development, production, and integration of cutting-edge technological systems, goods, and services. Manned and unmanned aircraft, cybersecurity, missile defence, ground systems, intelligence, surveillance, command and control, space components, and other defence-related services are all part of Northrop Grumman’s portfolio.

5. Airbus

A European collaboration called Airbus Industrie was established in 1970 to meet the need for high-capacity, short- to medium-range jetliners. As one of the top two producers of commercial aircraft in the world today, it regularly dominates the jetliner industry in terms of orders, deliveries, and yearly income. The company’s main line of work is designing and building commercial aeroplanes. Additionally, the corporation includes distinct departments for helicopters, military, and space as well as commerce. In 2019, Airbus ranked first in the world for both helicopter production and aircraft production.

6. Lockheed Martin Corp

With a focus on producing military aircraft, satellites, and other defence technologies, Lockheed Martin is yet another significant participant in the US aerospace and defence sector. The F-16 Fighting Falcon, F-35 Lightning II, C-5 Galaxy, and Trident II D5 submarine-launched ballistic missiles are some of the company’s well-known products. Furthermore, they are engaged in the advancement of many defence technologies, such as radar, sonar, intelligence, surveillance, and reconnaissance systems.

7. GE Aviation

The origins of GE Aviation date back to 1917, more than a century ago. The federal government issued the business with a challenge to develop a turbosupercharger for piston-driven aircraft engines, which it accepted that year. Throughout World War II, GE was making turbosuperchargers for aeroplane engines. The business is credited for creating the first jet engine and the first high bypass turbofan jet engine in history, both of which are now commonplace in both military and commercial aircraft.

8. Textron

Textron Inc. is a global player in the aerospace, defence, industrial, and financial sectors. Textron Aviation, Bell, Textron Systems, Textron eAviation, and Finance are its operating segments. Business jets, turboprop and piston engine aircraft, military trainers, and defence aircraft are all produced, sold, and serviced by the Textron Aviation division. It also provides maintenance, inspection, and repair services in addition to selling commercial components. Its Bell division provides tiltrotor aircraft, military and commercial helicopters, and associated services and replacement parts. Textron Systems provides real military air-to-air and air-to-ship training, electronic systems and solutions, sophisticated marine crafts, piston aircraft engines, unmanned aircraft systems, armaments and related components, and armoured and specialist vehicles. The company’s headquarters are in Providence, Rhode Island, where it was established in 1923.

9. Honeywell International Inc.

Honeywell has a big, broad product range, even though most people may only be familiar with the brand from space heaters, home air purifiers and thermostats for HVAC systems. Since its establishment in 1906, the corporation has undergone constant change. Aerospace, safety and productivity solutions, performance materials, and other related fields are the areas of expertise for the American multinational corporation Honeywell International. The firm wants to facilitate more fuel efficiency, improved operations, safer, on-time flights, and ultimately happier travellers.

10. L3Harris Technologies

The firm, which was founded in 2019, unites eighteen heritage businesses that all share a dedication to innovation and quality. They provide a broad range of services and products, such as navigation and timing, night vision imaging, communications systems, intelligence, surveillance and reconnaissance, and space exploration, that are intended to give clients creative answers to their intricate problems.

 

All things considered, the USA’s aerospace and defence sector remains a crucial component of the country’s economy. It provides billions of dollars to the country’s GDP, thousands of well-paying employment, and significantly to national security. It is obvious that in 2023, the industry will remain more significant to the US economy and security. The sector stands to gain from the growing need for aircraft that are safer and more efficient, as well as from its capacity to create cutting-edge defence systems for military applications. Artificial intelligence, big data analytics, 5G connectivity, and autonomous systems will transform the A&D sector. In general, it is anticipated that the US A&D sector will continue to play a significant role in the country’s economy and job market in 2023.

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Launched during CES 2024, the new OP03050 LCOS panel displays high-resolution content for a truly immersive experience for consumer and B2B applications

OMNIVISION, a leading global developer of semiconductor solutions, including advanced digital imaging, analog, and touch & display technology, today announced the new OP03050, a low-power, small form factor liquid crystal on silicon (LCOS) panel that integrates the LCOS array, driving circuit, framebuffer and interface in a single chip. The OP03050 provides a high-resolution, immersive experience for real-time video conferencing and streaming when used in augmented reality (AR), extended reality (XR) and mixed reality (MR) glasses and head-mounted displays.

“Smart eyewear is the next mobile phone accessory consumers want, especially as they become more fashionable, smaller and lightweight,” said Devang Patel, marketing director for the IoT and emerging segment, OMNIVISION. “The high pixel pitch of the OP03050 results in better image quality and a more immersive viewing experience for the user. In fact, while the consumer market is a driving force behind the growing demand for smart glasses, the more immersive experience makes them useful for B2B applications as well, such as in the medical, engineering and aerospace fields.”

The OP03050 LCOS panel has a 3.0-micron pixel pitch; it features 1560×1200 display resolution at 120 Hz with low-latency. It comes in a 0.23-inch optical format in a small FPCA package and supports a 4-channel MIPI-DSI interface. Samples are available now, and the OP03050 will be in mass production in 2H 2024. For more information, contact your OMNIVISION sales representative: www.ovt.com/contact-sales.

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Giant magnetoresistance (GMR) technology offers key advantages for a range of automotive applications. Learn how it works, how it compares to alternative approaches, and the types of GMR sensor solutions available.