Artificial Intelligence
Automated Driving Sensor Chip Industry Report, 2020
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New York, Jan. 28, 2021 (GLOBE NEWSWIRE) — Reportlinker.com announces the release of the report “Automated Driving Sensor Chip Industry Report, 2020” – https://www.reportlinker.com/p06011287/?utm_source=GNW
Vision sensor Chip: features with function integration and product diversification
Automotive vision sensor chips mainly cover CMOS image sensor (CIS) and image signal processor (ISP) chip. Currently CMOS chips are challenged by high expansion barrier, while the growth rate of CMOS demand is far higher than the expansion speed, especially under the background that automated driving ushers in rapid development in recent years, automotive camera demand skyrockets, pre-installed 960P and 1080P camera CMOS chips are in tight supply.
In terms of market pattern, although SONY, Samsung and other traditional mobile phone CIS vendors have successively launched several CMOS sensors for self-driving, ON Semiconductor still occupies a leading position in the market. It has more than 50 automotive ecological partners, involving businesses like optical lens, signal processors, I/O, Interface, SoC processors and software systems, etc.
In terms of image processing chip, independent ISP chips have strong performance but high cost, the main suppliers include Texas Instruments (TI), Moileye, Huawei HiSilicon, etc, among which TI outstands with the deepest accumulation of technology and the largest market share. In recent years, CIS suppliers like Aptina and OmniVision have also launched the latest CIS integration products with built-in ISP, which have low cost, small area and low power consumption, but is just capable of simple algorithms and is weak in processing power. Under the background of increased requirements for automotive intelligence, independent ISP chip in automotive camera is still the focus. With the development of artificial intelligence (AI) and automated driving, image processing and calculation are facing more and more challenges. The integration of vision sensor chips has become a trend. In addition to ISP chips, vision processors (VP) chips with AI capabilities are gradually added.
In May 2020, Sony unveiled two models of intelligent vision sensors with AI processing functionality– IMX500 and IMX50, which feature a stacked configuration consisting of a pixel chip (photosensitive function) and a logic chip (calculation and memory function). They are the world’s first CMOS image sensors to be equipped with AI image analysis and processing functionality on the logic chip.
In Jan. 2021, OmniVision released new sensor OAX8000, which uses a stacked-die architecture and integrates a neural processing unit (NPU) and ISP. OAX8000 ASIC samples are provided by BGA196 package now and already passed automotive AEC- Q100 2 certification.
Due to different application positions of vision camera in the car, it can be subdivided into surround view, front view, rear view, side view, drive monitoring, cockpit monitoring, etc. From the perspective of chip, there are also image sensor products dedicated to surround view, front view, rear view and driving monitoring. For example, OmniVision’s vehicle image sensor products include driver monitoring sensors (OV10652, OV2311, OV2312, OV2778, OV4690, etc), sensors for automated driving systems (OV10625, OV10640, OV10642, OV10650, OV10652, etc.), rear view and electronic mirror sensors (OV10626, OV10635, OV10640, OV10650, OV10652, etc), surround view sensors (OV10635, OV10640, OV10652, OV2312, OV2775, etc.?, 8-megapixel forward camera OX08A and OX08B, and DMS sensor OAX8000, etc.
Increase in usage and industrial M&As As the incremental application of image sensors in the next few years will be mainly in automotive market, leading players in the industry begin to deploy and a number of image sensor companies are acquired in 2020: Radar chip: 4D imaging radar enters mass-production and radar SoC solution arouses much concern.
Radar-used chips cover master chips (MCU, DSP, FPGA), radar chip (e.g., MMIC, ASIC) and other auxiliary ones (like PMI, ADC). The radar vendors are championing 77GHz and chip providers deliver new products, mainly 77GHz chips.
The 4D imaging radar market is already fiercely contested, and the players such as Huawei and Oculii have rolled out 4D imaging radar systems. In early 2021, Continental AG announced it would spawn the first 4D imaging radar – ARS540 within 2021, a solution based on chip cascade plus Xilinx FPGA.
Continental’s 4D imaging radar will be first available to BMW production cars; and SUV Ocean with 4D imaging radar, as an outcome of joint efforts between Magna and Fisker, made its debut in early 2021 and plans to be launched on the market at the end of 2022. Besides, there are also signs of Tesla to deploy 4D imaging radar (the 4D radar Phoenix offered by Arbe Robotics). In addition to 4D radar, startups prefer to develop radar SoC (radar-on-a-chip) products. Vayyar, with the already raised funds of $188 million has the automotive radar chips enabling 77-81GHz imaging and radar band, incorporating a total of 48 transceivers in a SoC system able to accommodate 2,000-plus virtual channels. Vayyar’s radar SoC contains an internal DSP as well, enabling real-time signal processing. Vayyar’s sensors are enhanced through the integrated powerful DSP and large internal memory to administer complex imaging algorithms and application without a need for external tackling capability. Vayyar’s radar SoC is able to output post-processing data and original 3D images or point-cloud formats.
In December 2020, Uhnder, a start-up in the development of radar-on-a-chip secured its C-round series funding of $45 million, with a plan to unveil its first automotive-grade 4D imaging radar – Voxel within 2021, containing chips and 4D imaging software algorithms. The successful financing will serve as a stimulus to the company’s ambitious production plan in 2021.
Lidar chip: SoC solution becomes the apple of vendors’ eyes, and hopefully FMCW solution is gaining ground
Despite a varied focus of vendors on chip technologies, LiDAR on chip grows a key trend as those are beneficial to automated driving such as high reliability coming of no mechanical motion mechanisms as well as conforming to vehicle requirements, miniature and being easy to integrate, among others. Moreover, the semiconductor process (like CMOS) truly brings a cut in vehicle lidar costs, from the tens of thousands of yuan to less than ten thousand yuan in readiness for massive use. In June 2020, Xilight Technology joined forces with Xidian University to develop dToF SPAD lidar sensor chip — XHS301 on which the core photosensitive element SPAD is integrated. The solution enables the miniature and cost reduction of LiDAR and is well placed for mass production with proprietary control technologies. In January 2021, Mobileye announced a partnership with Intel to develop silicon photonics lidar SoC system with which the lidar sensors are produced for availability onto Mobileye self-driving fleets in 2025. Such chip enjoys significant superiority in the lidar sector thanks to Intel’s professional silicon photonics workshops.
The lidar SoC developed by Mobileye and Intel employs FMCW (Frequency Modulated Continuous Wave) technology, featuring a high signal-to-noise ratio, low power consumption, irrelevance to both the distance away from objects (compared with the farther TOF lidar detects, the lower accuracy of detection will be) and the motion velocity of objects, but with the demerits including great difficulty, high costs and low yield. ToF-based pulse laser has long been dominant in the industry, and only about ten out of more than 100 lidar developers worldwide dedicate themselves to the development of FMCW lidars. It is over the recent years that FMCW technology is increasingly favored by ever more companies.
Being bullish about FMCW lidar, the optics giant Carl Zeiss AG invested and founded Bridger Photonics, an American lidar developer in November 2018 and made investments in August 2020 in Scantinel Photonics, a German FMCW lidar startup. About Reportlinker __________________________
The number of vehicle cameras for mainstream models will increase from 1.7 in 2018 to more than 3 in 2022 per vehicle, while the number for high-end models even be more than 10. For example, Leapmotor C11 unveiled a the end of 2020 carries 10 cameras, and NIO ET7, which will be launched in 2022, carries 11 8-megapixel high-definition cameras. Also, the first model of IM (Zhiji Auto) just released in early 2021 comes standard with 15 high-definition vision cameras, 5 radars and 12 ultrasonic radars.
SmartSens Technology acquired Allchip
Goodix acquired Dreamchip
TE Connectivity acquired First Sensor
AMS acquired Osram
Nuvoton acquired Semiconductor Business from Panasonic (including image sensor)
Jenoptik acquired Trioptics(test equipment for optical components and sensors)
Sony acquired Insightness(event-based vision sensor)
Lidar SoC solution is the dream of many a vendor. In August 2016, Massachusetts Institute of Technology (MIT) together with Defense Advanced Research Projects Agency (DARPA) offered such a solution like this: to encapsulate lidar sensors onto a single chip with a footprint just 0.5mm×6mm, for the commercialization of which MIT set up a company named Kyber Photonic in early 2020.
Read the full report: https://www.reportlinker.com/p06011287/?utm_source=GNW
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Artificial Intelligence
New Electric Mountain Bike Player Amflow Enters Market, unveiling its Revolutionary First Bike powered by DJI Avinox at Eurobike 2024
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Passionate Bikers and Tech Experts unite to combine a powerful and compact e-bike system into an ultra-light build, the Amflow PL
FRANKFURT, Germany, July 3, 2024 /PRNewswire/ — Amflow, the eMTB expert that builds e-bikes from heart to body, today marks its entry into the industry with the launch of the Amflow PL. Providing a significantly robust 850 W of peak power and weighing in at an industry leading level of ultra-light 19.2kg1, the Amflow PL provides riders with an unmatched combination of power, range, and performance, hidden in a sleek electric mountain bike appearance.
“As engineers with a passion for mountain biking, we have seen a lot of tech innovation that has never found its way into the eMTB scene,” said Peter Archer, Amflow Senior Product Specialist at Amflow. “We have married our tech expertise with our passion and today we’re introducing Amflow to the mountain biking community with our very first product, the Amflow PL. We believe this is a significant moment for the eMTB industry with innovative technology and ultra-light material combining to turn any terrain into a wonderland of possibilities for eMTB riders.”
Ultra-light Frame, Organic Design
The Amflow PL is a full-power eMTB with a stunningly lightweight body. The ultra-light carbon fibre frame weighs just 2.27kg1 and has been designed and expertly-crafted to deliver the ultimate ride, wherever the rider is headed.
Tackle Terrain with Confidence
At the heart of the Amflow PL is the DJI Avinox Drive System incorporating multiple cutting-edge technologies in both software and hardware design. The drive unit features a compound planetary gearset, providing industry-leading power-to-size ratio, with 105 Nm torque and peak power output of 850 W (nominal power output of 250 W) from a drive unit weighing just 2.52kg1.
The high-strength polymer gears inside the drive unit effectively suppress noise during high-speed gearbox operation. With multiple high-precision sensors built-in, combined with DJI’s advanced algorithms, it provides a strong and smooth assistance experience across a wide range of scenarios and conditions.
Preference Matching Assistance
In addition to traditional assistance modes, the DJI Avinox Drive System also features a specialized Auto mode, which adapts assistance in real-time based on road conditions and riding position1. Once enabled, Auto mode empowers users to tackle a wide variety of terrain types and gradients without having to switch modes.
For the most challenging trails, Boost mode can be activated to instantly receive 120 Nm of torque and 1000 W high-power assistance1, enabling steep inclines to be tackled with ease.
Furthermore, Amflow PL has Walk mode which features intelligent walk assistance for easy incline traversing, Auto Hold to prevent rollback on slopes, and Hill Start Assist for additional torque to get riders started on inclines. It also allows stationary gear-shifting for a smooth and intuitive experience.
Fast Charging, High-Capacity Battery Offers Extended Range
The Avinox system’s battery weighs just 2.87kg1 and boasts an ultra-high energy density, ensuring an uncompromised range.
For those wanting to get back out there as soon as possible, a compact and convenient 12A/508W GaN fast charger1 is capable of charging the battery from 0% to 75% in just 1.5 hours1.
When it comes to battery life; real-time monitoring, self-discharge, active voltage reduction, and abnormality alerts, all feed into the battery health management system to create a durable and reliable battery that still maintains at least 80% capacity after 500 charge-discharge cycles1.
Agile and Responsive with Cutting-edge Geometry
The Amflow PL’s all-around frame design features cutting-edge geometry, offering balanced performance that’s both lightweight and hyper-agile. This stable yet agile handling empowers riders to easily take on rugged trails and more technical rides.
For those looking to adapt the wheel size to their needs, the Amflow PL frame structure is compatible with both 27.5″ and 29″ rear wheels1. So, whether looking for a smoother ride with larger wheels or agility with smaller ones, a simple adjustment of the flip chip will allow for either size to be fitted without altering the frame’s geometric center of gravity.
Optimized Ride Efficiency
Featuring a four-bar linkage structure, the Amflow PL significantly reduces pedal kickback while greatly improving pedaling efficiency, ensuring that every pedal stroke counts.
Superior Suspension
The rear shock, co-tuned with FOX, offers a sensitive initial stroke response to effectively filter out minor vibrations. It also provides powerful end-stroke support to prevent bottom-outs during continuous high-speed impacts or steep descents, enabling riders to fully enjoy every off-road adventure.
Danny Tien, Asia Sales Manager at FOX said: “FOX has always been dedicated to pursuing better, which mirrors Amflow’s passion to create the ultimate riding experience. During our collaboration process, we were impressed by the enthusiasm and professionalism of the Amflow team. Whether as a business partner or an experienced bike user, we are excited to witness the birth of Amflow PL, an all-round electric mountain bike. The excellent handling experience brought by its ultra-lightweight and cutting-edge design cements our belief that the presence of Amflow will allow more cycling enthusiasts to enjoy the thrill of electric mountain biking.”
Control at Your Fingertips
At the core of the DJI Avinox system is a 2″ full-color OLED touchscreen control display which is integrated directly into the frame of the Amflow PL. Riders are presented with a wealth of information including real-time riding data, estimated range and the ability to adjust the setup with just a swipe.
Even greater control can be gained by Bluetooth-enabled Wireless Controllers that connect wirelessly to the control display. Mode switches can be made while riding.
When connected to the Avinox App riders have access to;
Customizable Parameters: Parameters of riding modes can be quickly customized to adjust power, torque and cadence, according to riding habits.Anti-theft Mode1: A password-protected anti-theft mode will sound an alarm and the app will send a notification, if unauthorized movement of the eMTB is detected.Remote Locating: The bike’s real-time location can easily be checked.Comprehensive Data Recording, Easy Metric Sharing
With the control display or the Avinox app, riders can review rich data like speeds, range, cadence, power, torque, gradient, altitude, calories burned, ride times, heart rate, and more. This data can also be easily synced with third-party apps such as Strava to share with friends and the eMTB community.
Thoroughly Tested for Optimum Reliability
Riders of the Amflow PL bike and users of the DJI Avinox Drive System components can be assured of the quality of the products as they have been certified by authoritative organizations such as TÜV SÜD, UL Solutions, and TÜV Rheinland1.
Additionally, Amflow has established a testing platform to conduct a wide variety of reliability tests for frame strength, waterproofing, and long-distance transportation under real-world riding conditions. This ensures product stability and safety in extreme environments, delivering comprehensive quality assurance.
Availability
Amflow products are estimated to be available by Q4 2024 through authorized dealers in Germany, the UK and Australia amongst others. This global service network provides customers with timely, efficient, and professional services, continuously safeguarding product quality.
For more information about Amflow and Amflow PL, please visit: https://www.amflowbikes.com/pl-carbon
About AmflowProudly born in 2023, Amflow is the creation of tech experts with a limitless passion for riding mountain bikes. The company strives to amaze with an unmatched combination of power, range, and performance, hidden in sleek electric mountain bike bodies. Amflow’s commitment to the e-bike industry is to make its e-mountain bikes the go-to for all e-bike riders looking to turn any terrain into a wonderland of possibilities.
About DJISince 2006, DJI has led the world with civilian drone innovations that have empowered individuals to take flight for the first time, visionaries to turn their imagination into reality, and professionals to transform their work entirely. Today, DJI serves to build a better world by continuously promoting human advancement. With a solution-oriented mindset and genuine curiosity, DJI has expanded its ambitions into areas such as cycling, renewable energy, agriculture, public safety, surveying and mapping, and infrastructure inspection. In every application, DJI products deliver experiences that add value to lives around the world in more profound ways than ever before.
For more information, visit our:Website: https://www.amflowbikes.comFacebook: https://www.facebook.com/amflowbikes/Instagram: https://www.instagram.com/amflowbikesSubscribe to our YouTube Channel: https://www.youtube.com/@amflowbikes
1 All data was tested in controlled conditions. Actual experience may vary. For more details, please refer to the product page on the official Amflow website.
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Artificial Intelligence
Cell Impact adds sealing as a new part of production process
![cell-impact-adds-sealing-as-a-new-part-of-production-process](https://roboticulized.com/wp-content/uploads/2024/07/150983-cell-impact-adds-sealing-as-a-new-part-of-production-process.png)
KARLSKOGA, Sweden, July 3, 2024 /PRNewswire/ — Cell Impact continues to develop its production process to better meet customer demand. The latest addition to the company’s production process is the opportunity to seal bipolar flow plates through dispersion.
Sealing is a critical part of the assembly of bipolar flow plates for fuel cells and electrolyzers.
“Together with our customers, we have evaluated various sealing processes over the past years with the ambition of adding this process to our production. Now, we are taking further steps to offer our customers a complete bipolar plate, ready to be assembled directly into their fuel cell and electrolysis stacks,” says Marcus Nilsson, Sales and Program Manager at Cell Impact.
Dispensing is one of the most popular sealing solutions used in the industry today.
“Dispensing offers both high precision and process flexibility and is thus suitable for our customers’ prototype and serial production products,” concludes Marcus Nilsson.
About Cell Impact
Cell Impact AB (publ) is a global supplier of advanced flow plates to fuel cell and electrolyzer manufacturers. The company has developed and patented a unique method for high velocity forming, Cell Impact Forming™ which is significantly more scalable and cost-efficient compared to conventional forming methods. Cell Impact Forming is an environmentally friendly forming technology that consumes no water and very little electrical power.
The Cell Impact share is listed on Nasdaq First North Growth Market and FNCA Sweden AB is the company’s Certified Advisor (CA).
For more information, please contact:
Daniel VallinCEO and IR contact, Cell Impact AB (publ)+46730686620 or [email protected]
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Artificial Intelligence
Flytxt included in the 2024 Gartner® Magic Quadrant™ for AI in CSP Customer and Business Operations
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DUBAI, UAE and MUMBAI, India, July 3, 2024 /PRNewswire/ — Flytxt, a leading provider of AI SaaS solutions that maximise Customer Lifetime Value (CLTV) for subscription businesses, announced its inclusion as a niche player in the Gartner Magic Quadrant for AI for CSP Customer and Business Operations report.
Flytxt believes that inclusion in the report reflects their expertise in providing market-proven CLTV maximisation solutions for CSPs leveraging their specialised AI, which is developed and refined over 12 years, and trained with trillions of data points from the Industry. The rapidly deployable AI SaaS solutions help CSPs optimise decisions and actions across customer engagement contexts, such as in marketing, customer care or product management, to drive better business outcomes.
“We’re delighted to be included in the Gartner Magic Quadrant for AI in CSPs Customer and Business Operations report. We chose a productised approach to delivering AI solutions, driven by our vision that an AI that continuously learns from different customer engagement contexts and markets delivers vastly improved accuracy and faster ROI to clients” said, Dr. Vinod Vasudevan, CEO of Flytxt.
“Our AI solutions empower CSPs to gain deeper insights into product usage and customer behaviour throughout their lifecycle, helping them optimise opportunities to maximise customer and product lifetime value. They can review and refine existing product catalogs, launch new products and offers, predict future actions or needs of customers, improve digital adoption and retention, and enhance marketing and care efficiency, all leading to tangible business outcomes” he added.
The efficiently-trained and ready-to-deploy AI for CX solutions from Flytxt offers superior accuracy, efficiency, user trust, and faster time to value compared to generic or custom AI solutions. Today, more than 75 CSP’s leverage Flytxt’s solutions to improve their customer experience journeys and maximise customer lifetime value.
For more information about Flytxt and its CLTV maximization solutions, please visit www.flytxt.com.
Gartner, Magic Quadrant for AI in CSP Customer and Business Operations, By Pulkit Pandey, Amresh Nandan, Peter Liu, 4 June 2024.
GARTNER is a registered trademark and service mark of Gartner, Inc. and/or its affiliates in the U.S. and internationally, and MAGIC QUADRANT is a registered trademark of Gartner, Inc. and/or its affiliates and are used herein with permission. All rights reserved.
Gartner does not endorse any vendor, product or service depicted in its research publications, and does not advise technology users to select only those vendors with the highest ratings or other designation. Gartner research publications consist of the opinions of Gartner’s research organization and should not be construed as statements of fact. Gartner disclaims all warranties, expressed or implied, with respect to this research, including any warranties of merchantability or fitness for a particular purpose.
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