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Sony Semiconductor Solutions to Release X-ray CMOS Sensor with Industry’s Fastest(*1) Imaging and Low-Noise Performance for Inspection and Measurement Instrumentation

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5 months ago

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High-accuracy energy measurements and photon-level data acquisition on a single chip

ATSUGI, Japan, June 8, 2026 /PRNewswire/ — Sony Semiconductor Solutions Corporation (Sony) today announced the upcoming release, mass-production, and shipment of the IMX711 direct conversion charge-integrating X-ray CMOS image sensor.

The IMX711 is an X-ray image sensor for inspection and measurement instrumentation which directly detects X-rays and outputs signals proportional to their energy. The new sensor offers the industry’s fastest*1 maximum 26,100 fps high-speed imaging, achieved thanks to Sony’s proprietary circuit technology, suppressing charge saturation for accurate measurements. It also significantly reduces noise to enable improved signal detection precision in low-flux conditions, detecting differences in photon energy. It provides both high-accuracy measurements of integrated X-ray energy at a wide dynamic range and energy information acquisition at the photon level on a single sensor, a feat that has been difficult with conventional sensors. This unique feature will contribute to the advancement and diversification of X-ray inspection and measurement technologies, which are used in a wide variety of applications, from cutting-edge device inspection to scientific measurements.

*1     Among charge-integrating X-ray CMOS image sensors. According to Sony research (as of announcement on June 9, 2026)

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Model name

Mass-production shipment date

IMX711 3.73-type (27.88 mm × 52.85 mm HW), 
approximately 280,000 effective pixel*2 direct conversion charge-
integrating X-ray CMOS image sensor

First quarter of FY2026

*2    Based on the image sensor effective pixel specification method.

The IMX711 was developed with the collaboration between Sony Semiconductor Solutions Corporation and RIKEN. Based on a pixel structure invented by Dr. Takaki Hatsui of RIKEN, the two parties worked together on the technological development required to make it viable as a practical X-ray image sensor, including improving sensitivity and achieving high resistance to X-ray irradiation and high-voltage tolerance. Sony developed its circuit technology, manufacturing processes and packaging technology for mass production.

X-ray inspection and measurement are widely used in a variety of fields, including inspection of advanced devices such as batteries and semiconductors, and scientific measurement in materials development and life sciences research. As these methods become more sophisticated along with advances in data analysis technology including AI, X-ray sensors are also required to evolve to deliver more efficient and highly reliable data acquisition. However, with conventional sensors,*3 it has been challenging to improve measurement accuracy and meet the requirements of diversifying downstream analysis, due to the photon counting errors in high-flux conditions and the impact of noise under low-flux conditions.

The new sensor enables the industry’s fastest*1 maximum frame rate of 26,100 fps and low-noise performance of 34 e-rms*4 (random noise of approximately 34 electrons per pixel), thereby helping to resolve the above-mentioned technical challenges. It not only accurately detects signals across a wider dynamic range than conventional sensors, but also resolves photons of varying energy levels at high resolution while offering the advantage of a charge-integrating sensor to output both integrated X-ray energy data and photon energy data. The highly reliable data acquired by this product will not only improve the performance of X-ray inspection and measurement equipment, but also contribute to the development of new analysis methods using energy information, as described below.

*3    There are two types of conventional X-ray sensors: photon-counting and charge-integrating. With photon-counting sensors that process the X-ray signal based on thresholds, the measurement precision is high under low-flux conditions, but some photons may not be counted correctly as the signal becomes stronger. On the other hand, charge-integrating sensors output photon energy as a signal with integrated energy, but the impact of noise results in reduced measurement precision under low-flux conditions.
 

*4    An evaluation result. This result is calculated based on the average value of pixels in the sensor’s effective area in an environment where the sensor’s internal operating temperature is at or below 20 ℃. The functional guaranteed value is 60 e-rms.

Examples of Potential Applications

Improving precision and throughput in high-speed inspection of moving objects for battery and semiconductor applicationsElemental mapping for distinguishing photons of different energy levels and rendering two-dimensional distributionSimultaneous measurement of crystal structure analysis and element analysis using photon energy information and spatial information

Main Features

High-accuracy measurements in a wide dynamic range thanks to the industry’s fastest,*1 low-noise imaging
This product achieves the industry’s fastest*1 maximum frame rate of 26,100 fps thanks to Sony’s proprietary circuit technology. Lowering the amount of accumulated charge per frame enables superior saturation characteristics compared to conventional sensors. At the same time, random noise, which is a technical challenge on charge-integrating sensors, has been reduced to 34 e-rms*4 so that even faint X-ray signals are not obscured by noise and can be reliably detected. This improves measurement precision under low-flux conditions, offering photon level detection. These features enable accurate measurement of integrated X-ray energy for all pixels across low- to high-flux conditions, supporting inspection and measurement with significant differences in brightness on a single sensor, contributing to improved device throughput and an expanded dynamic range.High energy resolution enabling inspection and measurement using photon energy
The new sensor uses the charge-integrating method, which makes it possible to acquire photon energy information without the need to set a threshold in advance. Furthermore, noise and signal variation are suppressed during reading to achieve high energy resolution for clear identification of differences in photon energy. Enabling acquisition of highly reliable data via high energy resolution will contribute to streamlining and improving precision in advanced inspection and measurement, which previously required several measurements in applications such as detecting differences in constituent elements at the element level and structural and material analysis to quantitatively evaluate minute state changes. It also enables post-processing under various conditions such as collecting the measurement data for all pixels, combining it with spatial information, and extracting specific energy data contributes to multifunctional inspection and measurement.

Related Link
IMX711 product page: https://www.sony-semicon.com/en/products/is/scientific/x-ray.html

Key Specifications

Model name

IMX711-AABY

Image size

Diagonal 59.8 mm (Type 3.73)
27.88 mm (H) × 52.85 mm (V)

Number of active pixels

384 (H) × 728 (V) – 16*5
Approx. 0.28 megapixels

Unit cell size

72.6 μm (H) × 72.6 μm (V)

Substrate material

Silicon

Sensor thickness

650 μm

Frame rate
(All-pixel readout)

26.1 k fps (Mode-A)
17.4 k fps (Mode-C Cont, HDR)

Noise

Typ 34 e-rms*6
Max 60 e-rms

Saturation count rate (12keV)

0.94 Mcps/pixel (Mode-A)

33 Mcps/pixel (Mode-C Cont)

600 Mcps/pixel (Mode-C HDR)

Output interface

SLVS-EC

Package

Chip Size Package (CSP) : 30.36 mm (H) x 69.74 mm (V)

*5    Black pixels

*6    Typical value, averaged from measured values of active pixels at Tj = 20℃.

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SOURCE Sony Electronics, Inc.

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In HelloNation, Jewelry Expert Mike Littlejohn Explains What to Expect From Jewelry Repair and Ring Resizing

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26 minutes ago

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October 30, 2026

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The article outlines how repair services and resizing work and what factors affect timing, cost, and results.

AUBURN, Ind., Oct. 30, 2026 /PRNewswire/ — Can damaged or ill-fitting jewelry be restored instead of replaced? That question is answered in a HelloNation article, featuring insights from Jewelry Expert Mike Littlejohn of Carbaugh Jewelers.

The HelloNation article explains that jewelry repair and ring resizing are practical ways to restore both the function and appearance of worn pieces. It notes that everyday issues such as broken chains, worn prongs, and loose clasps are common and can often be fixed successfully when addressed early.

According to the article, jewelry repair services cover a wide range of problems caused by regular wear. Fixing these issues promptly can help prevent more serious damage and extend the life of the piece. The article emphasizes that early attention often leads to better outcomes.

Ring resizing is another key service discussed. The ring resizing process involves adjusting the band so that the ring fits securely and comfortably again. Changes in finger size over time or due to temperature can make resizing necessary. The article explains that the goal is to maintain the original look while improving wearability.

Not all rings can be resized in the same way. The article describes how simple bands are easier to adjust, while more detailed designs may require careful handling. Rings with stones set along the band can limit how much resizing is possible. The article notes that understanding these factors helps set clear expectations before starting any work.

Metal type also plays an important role in both jewelry repair and resizing. The article explains that gold is commonly used and responds well to standard techniques. Platinum is denser and more durable, which can make it harder to adjust but also longer lasting. These differences can affect the time and complexity of the repair.

Stone settings require special attention during any jewelry repair services. The article notes that loose stones can often be secured, and missing stones may be replaced if a close match is available. Careful handling helps maintain both the safety and appearance of the piece.

Timing varies depending on the type of repair. The article explains that simple fixes may be completed quickly, while more detailed work takes additional time. The ring resizing process may also take longer if a significant size change is needed. Understanding the timeline helps manage expectations.

Cost is another factor addressed in the article. Jewelry repair cost depends on the level of work required, the condition of the item, and the materials involved. Basic repairs are usually more affordable, while complex work can increase the overall cost. Clear estimates help avoid surprises.

Preventive care is also important. The article encourages regular checks for loose parts or signs of wear so that issues can be handled early. This reduces the need for more extensive repairs and helps maintain the condition of the jewelry over time.

In some cases, repair may not be the best option. The article explains that severe damage or delicate designs can limit what can be safely restored. Alternative solutions, such as redesigning the piece, may be considered when repair is not practical. The article highlights the importance of understanding these limits.

In the end, the article emphasizes that jewelry repair and ring resizing remain valuable options for maintaining meaningful items. By understanding jewelry repair services, the ring resizing process, jewelry repair cost, and how metal type affects the work, individuals can make informed decisions and extend the life of their jewelry.

Can Jewelry Be Repaired or Resized, and What Should You Expect? Features insights from Mike Littlejohn, Jewelry Expert of Auburn, Indiana, in HelloNation.

About HelloNation

HelloNation is America’s Good News Network, a premier media platform built on the idea that good news travels faster when real people tell real stories. Through its community-focused digital publications and innovative “edvertising” approach, HelloNation delivers expert-driven, good-news content that informs, inspires, and spotlights the leaders making a meaningful impact in their communities.

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SOURCE HelloNation

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INSEAD establishes Thrive Lab with US$3 million funding from Google.org and Google DeepMind

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26 minutes ago

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October 30, 2026

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Launched at INSEAD AI Forum Asia, the new Lab is set to advance global academic research on the impact of AI on human connectivity, meaning and wellbeing in work and life

FONTAINEBLEAU, France and SINGAPORE and SAN FRANCISCO, Oct. 30, 2026 /PRNewswire/ — INSEAD, The Business School for the World, today announced it has received US$3 million in funding from Google.org and Google DeepMind. The funding will support the Research Lab for Human and Organisational Thriving (INSEAD Thrive Lab), aimed at accelerating global research on how people and organisations can flourish in an era of continuous technological transformation.

Artificial intelligence is emerging as the most consequential technology that profoundly shapes how people learn, work, live and interact with one another. While it presents near limitless possibilities, we need to give careful attention to the potential risks. How can we strengthen our human, social and psychological capital amid relentless technological change? And how must our ecosystems of learning – spanning educational, community, and professional spheres – evolve to build this capital? These are the central questions that the INSEAD Thrive Lab will focus on.

“We want to understand how people can expand their capabilities, build economically viable and psychologically meaningful working lives, and cultivate strong relationships with others in the age of artificial intelligence. Through rigorous, multidisciplinary research, INSEAD Thrive Lab aims to have real-world impact and generate actionable insights into what enables people and organisations not just to adapt to a rapidly changing world, but to thrive in it,” said Winnie Jiang, Academic Director of INSEAD Thrive Lab and Associate Professor of Organisational Behaviour at INSEAD.

Housed under INSEAD’s Human and Machine Intelligence Institute (HUMII) – a cross-disciplinary research institute that counts the 2025 Nobel Laureate in Economics Philippe Aghion and 2025 Oskar Morgenstern Medallist Phanish Puranam as part of its core academic team – INSEAD Thrive Lab will focus on three interconnected domains: Learning, Working and Relating.

“The success of artificial intelligence won’t be measured solely by efficiency or productivity gains, but by whether it empowers people to live more fulfilling lives. Navigating this rapid transformation requires thoughtful research and an unwavering commitment to human well-being. We are proud to support the launch of INSEAD Thrive Lab, which will explore some of the most pressing questions shaping the future of work and help people adapt, stay resilient, and thrive alongside AI,” said Sepi Hejazi Moghadam, Head of Foundations of Science, Google.org.

“We are incredibly grateful for the generous fund from Google.org and Google DeepMind. At HUMII, our goal is to conduct research on all branches of artificial intelligence for the ultimate purpose of expanding human capacities and human agency. The Lab’s work will be core to HUMII and to our society,” says Lily Fang, Academic Director of HUMII and Dean of Research and Innovation at INSEAD.

Click here to view video about the INSEAD Thrive Lab

INSEAD Thrive Lab will build on the school’s mission to develop responsible leaders who transform organisations and society, serving as a global hub for research, dialogue and innovation around the human dimension of progress. To this end, it will train emerging scholars working on the theme of human meaning and human flourishing through its PhD research award and postdoctoral fellowship and bring the wider research community together at its annual global conference. Research-to-practice partnerships with organisations, schools and governments, as well as a series of workshops, talks and dialogues are designed to translate insights into practice, and ultimately, help people flourish.

The announcement was made during the INSEAD AI Forum Asia, held at the INSEAD Asia Campus in Singapore. The event serves as a platform for dialogue between researchers, business leaders, policymakers and the public with the goal of advancing the beneficial and responsible use of artificial intelligence to benefit business and society. Part of the global INSEAD AI Forum series, the Asia edition comes after Europe and America, with the next edition taking place in UAE from 27 to 28 January 2027.

To learn more about INSEAD Thrive Lab, participate in the programme, or support the

school’s ongoing mission, visit INSEAD Thrive Lab or follow #INSEADAI.

Media contact: news@insead.edu

###

About INSEAD, The Business School for the World 

As one of the world’s leading and largest graduate business schools, INSEAD brings together people, cultures and ideas to develop responsible leaders who transform business and society. Our research, teaching and partnerships reflect this global perspective and cultural diversity. Our global perspective and unparalleled cultural diversity are reflected in our research, teaching, partnerships; as well as in our alumni network of over 73,000 members representing 176 nationalities across 183 countries.

With locations in Europe (France), Asia (Singapore), the Middle East (Abu Dhabi), and North America (San Francisco), INSEAD’s business education and research spans four regions. Our 162 renowned Faculty members from 40 countries inspire more than 1,700 degree participants annually in our Master in Management, MBA, Global Executive MBA, Specialised Master’s degrees (Executive Master in Finance and Executive Master in Change) and PhD programmes. In addition, more than 21,000 executives participate in INSEAD Executive Education programmes each year.

INSEAD continues to conduct cutting-edge research and innovate across all our programmes. We provide business leaders with the knowledge and awareness to operate anywhere. Our core values drive academic excellence and serve the global community as The Business School for the World.

For more information, visit www.insead.edu. 

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SOURCE INSEAD

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nbkc bank Announces Agreement to Assume Consumer BaaS Programs of LSBX, a Division of Lincoln Savings Bank

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26 minutes ago

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October 30, 2026

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Transaction to Boost nbkc’s Banking as a Service Business and Deposit Base

KANSAS CITY, Mo., Oct. 30, 2026 /PRNewswire/ — nbkc bank today announced that it filed an application with the FDIC to assume the consumer-focused Banking as a Service (BaaS) portfolio maintained by LSBX, Lincoln Savings Bank’s BaaS division, which would increase the scale of its BaaS business and overall deposit base.

The transaction is anticipated to close in early 2027 subject to regulatory approval. Terms were not disclosed. It follows a September announcement that Lincoln Savings Bank parent Lincoln Bancorp, Reinbeck, Iowa, will merge with and into Equity Bancshares, Inc., headquartered in Wichita, Kan.

“This transaction is a natural fit for nbkc and is a great opportunity to continue growing our BaaS business,” said Michael Bartkoski, president and CEO of nbkc bank. “It allows us to further strengthen our deposit base and build upon an established program with significant momentum.” Bartkoski said he expects the LSBX offering to be merged into nbkc’s BaaS business and to go to market under the nbkc brand.

“We believe nbkc is an excellent successor and home for our LSBX customers,” said Sean Willett, CEO of Lincoln Savings Bank. “nbkc has built an exceptional Banking as a Service capability, and they are well known for effectively combining technology and a human touch. We believe in that approach and are confident it will serve our customers very well.”

Through BaaS offerings, banks provide nonbank fintech companies, which do not have banking charters, the opportunity to provide banking products such as deposits, checking, debit cards and personal loans to their customers. Fintech companies’ clients interact with the fintech company’s app on the front end, and their accounts are opened with the partner bank, typically on a private label basis. Fintech companies gain the ability to offer banking products, and banks offering BaaS gain access to those companies’ retail customers.

nbkc bank has developed meaningful scale in its BaaS business, with approximately 13 BaaS relationships with fintech companies, approximately 3.6 million BaaS customers and 30 dedicated BaaS employees.

“Our investment in our BaaS offering enables us to take on a transaction of this scale with confidence in our ability to provide a seamless, excellent customer experience,” Bartkoski said.

About nbkc bank

Having celebrated 25 years in 2024, nbkc bank is a Kansas City-based community bank with a nationwide online presence. Known for pairing intuitive technology with personal support, nbkc delivers digital solutions for mortgage, consumer, and business banking, plus Banking as a Service (BaaS) for companies nationwide. The bank also founded Fountain City Fintech®, an accelerator for growing fintech startups. nbkc remains committed to leading the industry toward simpler, more transparent banking. Member FDIC. Equal Housing Lender.

Media Contact
Melissa.Beltrame@nbkc.com

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SOURCE nbkc bank

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