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Autonomous Wireless Charging Keeps Robots Running
Logistics, delivery and inspection industries increasingly rely on mobile robotic fleets. These fleets have become large enough that their users are trying to find ways of recharging them that don’t rely on human operators.
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Solving Key Power Challenges for AI and Supercomputing
Power management challenges will be top of mind among the AI, supercomputing and cloud datacenter communities as we head into 2021. Where previously they were regarded as entirely distinct entities, recent history has shown us that when it comes to power and cooling, they have more in common than previously thought.
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Ultra-thin sensor for blood-oxygen monitoring fits tiny devices
ams has claimed the industry’s thinnest sensor designed for blood oxygen saturation (SpO2) measurement. The new blood-oxygen monitoring sensor enables OEMs of small consumer devices such as earbuds, smart watches, and wristbands to add the capability for remote monitoring.
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Earbuds Consumer Survey Identifies Key Takeaways for Manufacturers
ams, a leading worldwide supplier of high-performance sensor solutions, shared the results of its ‘Comfortable, Smart, High-performing Earbuds Survey’ conducted in Spring 2020 with 2000-plus consumers around the world on their audio earbud uses, habits and preferences.
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Sensor supplier AMS wins Great Wall business
ams technology, developed in cooperation with Germany's Ibeo Automotive Systems, a specialist for optical sensors that use lasers to produce 3D pictures of a car's environment, or lidar, will be a core component of a new generation of Great Wall Motor's vehicles.
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VCSEL LIDAR and Level 3 Autonomy
High-performer sensor supplier ams has announced that a LIDAR system from Ibeo Automotive Systems, ibeoNEXT, which uses ams Vertical Cavity Surface Emitting Laser (VCSEL) technology, will be used in Level 3 automated driving systems for vehicles built by Chinese OEM Great Wall Motor in 2022.
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Manufacturing advances solve free-form display design challenges
Orbotech FPD experts discuss leveraging new manufacturing inspection and testing advances that enable designers to include features, such as cameras and sensors, in free-form display designs.
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Embedded Executives: Patrick Wadden, Global VP, Automotive Business Development, Vicor
Decentralized power is a phenomenon that’s starting to hit the automotive sector. Is it better to have lower power levels in more places in the car, as opposed to one centralized place?
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How Increasing Power and Advanced Cooling Techniques Are Converging for AI, Supercomputing and Cloud Data Centers
Where previously these markets were regarded as distinct entities, recent history has shown us that when it comes to power and cooling, they have more in common than previously thought.
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On a roll: New manufacturing processes inspired by flex
Meny Gantz of Orbotech discusses how the market demand for highly innovative circuits has roll-to-roll (R2R) manufacturing emerging as a truly effective means for printing FPCs in high volumes, with minimum handling damage, with high yield, and at high speeds.
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Industry 4.0 Drives New Perspective on PCB Manufacturing
“PCB users and AI systems want to know everything they can about every PCB coming off the production line. New advanced traceability techniques associated with process control and visualization capabilities can tell them a lot."
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PCB factories embrace AI
The evolution of PCBs from large and antiquated “printed wiring boards” to today’s fine-line designs on high-density interconnect PCBs, IC substrates and more, has been matched by manufacturing processes that have evolved from manual assembly to highly automated production. As manufacturing technology further develops, processes become more complex and more sophisticated, including the ability to inspect and then shape defects that would once have resulted in scrapped panels. A significant opportunity is now emerging for the PCB manufacturing industry to capitalize on artificial intelligence (AI) and optimize production processes and, ultimately, the entire PCB manufacturing facility.
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Could 3D Printing Disrupt the Electronics Industry?
More companies and universities are integrating 3D printing with their electronic design. The non-traditional process was well-received as it moved from the aerospace to automotive to medical industries. Electronics could be next on the list to benefit from 3D printing, according to Ernst and Young. Today, many people say we will never 3D-print phones and other complex, multi-material products. However, with so many companies pushing to develop a magical all-encompassing printer, will we see electronics being manufactured with 3D printing?
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PHYTEC enjoys reduction in time and cost with Nano Dimension DragonFly 2020 3D printer
In November 2016, Nano Dimension Technologies delivered a beta DragonFly 2020 to its third customer: PHYTEC, a German microprocessor solutions provider. The deal came about as PHYTEC tackled an increasing demand for prototypes from its customer base. PHYTEC needed a solution which could reduce development time, while maintaining the quality of its products and service. It decided to take on Nano Dimension’s flagship 3D printing technology, and today is publishing the results.
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Power supply management in quantum computers
In 2016, the first quantum computers were able to be programmed from a high level user interface to run arbitrary quantum algorithms. The design architectures were small in scale, with just a handful of qubits each. Some of the big players like IBM, Google, Microsoft, as well as several start-ups have an ultimate goal to create a larger scale device of commercial viability sometime in the near future.
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Lights-out digital manufacturing delivers first 3D printed electronics
Additive electronics provider Nano Dimension Ltd. has unveiled its new DragonFly Lights-Out Digital Manufacturing (LDM) printing technology, which the company presents as the industry’s only comprehensive additive manufacturing platform for round-the-clock 3D printing of electronic circuitry. The initial deployment took place at the Munich premises of sensor and defense electronics provider Hensoldt.
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Nano Dimension introduced low-volume, continuous additive manufacturing system for electronics production
Additively manufacturing functional circuits round-the-clock with little or no operator intervention is possible with the new DragonFly LDM precision additive manufacturing system from Nano Dimension. This 3D printer will build electronic components such as multilayer Printed Circuit Boards (PCBs), antennas, sensors and so on, round-the-clock, enabling Nano Dimension to shift from developing prototyping printers to systems that handle one-off prototypes as well as low-volume manufacturing of printed electronics.
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INTERVIEW: Nano Dimension CEO Amit Dror on the launch of the 24 hour DragonFly LDM 3D printer
Designed for 24 hour electronics production, the DragonFly LDM (standing for Lights-Out Digital Manufacturing) is a new 3D printer and DragonFly Pro upgrade from Israeli 3D printed electronics company Nano Dimension. Hinted at in a corporate update earlier this month, the machine was launched today through the company’s global sales channel and requires minimal operator intervention, representing a significant advance for 3D printed electronics.
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48 Volts DC is the new 12 Volts DC.
Could it also be the new 120 Volts AC? ...whenever I talk about Direct Current vs Alternating current I come away singed and shocked by the comments, like my last one, where even fans noted, "This is about the most wrong article I've seen you write, Lloyd." But to this day, I do not understand why we have a system where every single light bulb now has to have a little transformer and rectifier to feed it DC, and almost everything we plug into the wall now has a transformer brick on it. Our domestic world now pretty much runs on DC.
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Summer School for Buyers: HDI & Auto Design
Today’s automotive industry is changing at an incredibly fast pace, moving from combustion engine-based designs with human drivers to driverless, electronics-based systems. This automotive transformation presents some clear electronic design challenges in the inevitable shift toward the design and production of semi- and fully autonomous vehicles.
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The evolution of industry 4.0, through the eyes of the PCB manufacturer
Industry 4.0—known to some as the Industrial Internet of Things (IIoT) or smart factory—promises to transform the manufacturing and production infrastructure in profound ways. Its name derives from its potential to usher in the fourth industrial revolution—a bold objective when one considers the magnitude of the revolutions in steam power, assembly-line production, and computer automation that preceded it.
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Shared Data Migration Mitigates Supply Chain Cost of Electronics Counterfeiting
Electronics counterfeiting is gaining attention as evidenced by the recent IEEE International Symposium on Hardware Oriented Security and Trust chaired by Professor Mark Tehranipoor. More than 250 industry and academic leaders attended the conference to address the growing threat that counterfeit devices are posing to the security of the electronics supply chain. Inadvertent use of recycled, refurbished, or re-marked components can result in significant business risk for a manufacturer’s customers, resulting in unwanted returns and damage to their brand value.
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Enable Supply Chain Security Through an Authentication Data Network
Electronics counterfeiting is gaining attention as evidenced by the recent IEEE International Symposium on Hardware Oriented Security & Trust (HOST). More than 250 industry and academic leaders attended the conference to address the growing threat that counterfeit devices are posing to the security of the electronics supply chain. Inadvertent use of recycled, refurbished, or re-marked components can result in significant business risk for a manufacturer's customers, resulting in unwanted returns and damage to their brand value.
