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Acconeer announces 5 automotive design wins to an estimated value of more than USD 4 million

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Acconeer’s A121 Pulsed Coherent Radar sensor has been designed into five additional car models from a leading Japanese automotive manufacturer, following the one announced in January this year. The design wins are for the use case access control, which allows touchless opening of the trunk of a car. The total forecasted value of the design wins is USD 4 million over a seven-year period starting in 2025. By "design win" Acconeer refers to that the company's radar sensor has been selected for use in a customer product, but it is not equivalent to that an order has been placed.

CEO Lars Lindell comments: “We are happy to see yet another design win with this manufacturer, and we take it as a confirmation that they are happy with our product. This design win together with other recently announed ones are indications that our solution is becoming a standard product with several OEMs, which puts us in a great position for even more design wins in the future.”

In total, Acconeer has now seen 6 launched car models and 26 design wins in the automotive industry. The total forecasted value of all announced design wins is USD 74 million in the period 2024-2032. A design win is counted when a formal nomination is received, or when forecasted sales can be done with high reliability.

Acconeer and Sandvik receive research grant of SEK 3.5 million for material classification

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Sweden's innovation agency Vinnova has decided to award Acconeer and Sandvik a grant totaling SEK 3.5 million, of which Acconeer's share is SEK 2.5 million, for research into automated material classification with radar. The project will begin in Q3 2024 and is planned to be completed in the second half of 2026.

In this project Sandvik and Acconeer will combine their strengths to develop a material classification system for rock crushing conveyor belt applications. The system will provide information on different types of materials and particle size distributions and identify deviations towards the requirements on the produced material.

CEO Lars Lindell comments: "Material classification is something we have been looking into for many years, and with this grant we get the opportunity to take our research one step further. The fact that we also get the chance to do it together with a large global player like Sandvik gives us the possibility to test our application in an advanced industrial environment."

From Vinnova's justification: "A well-written application with actors at the forefront. The automated material classification described is considered to have high potential with several different areas of application in addition to the rock crusher that is in focus. The project plan is assessed as realistic with a good division between the actors."

New car model using Acconeer radar sensor launched with an estimated value of USD 800 000

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Acconeer's A1 pulsed coherent radar sensor is used in a premium-brand car model from a Japanese high-volume car maker for the use case access control, which allows touchless opening of the trunk of a car. Acconeer estimates the total value of this model to USD 800 000 over seven years. The car model is released on the US market and sales to this customer are reflected in sales to Acconeer's distributors.

CEO Lars Lindell comments: “We are excited to see yet another car launch using our solution for access control, on a platform where we have seen several models already from different manufacturers. As we have stated before, we believe radar will replace capacitive sensors for access control and we are confident that Acconeer is way ahead of competitors for this use case.”

The automotive industry is an important business segment for Acconeer. Acconeer’s radar is the pioneer to replace existing capacitive solutions for access control and the company expects radars to completely replace existing solutions. Based on this, Acconeer expects their sales to the automotive industry to grow significantly over the coming years.

New car model using Acconeer radar sensor launched with an estimated value of USD 1,4 million

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Acconeer's A1 pulsed coherent radar sensor is used in a car model from a Japanese high-volume car maker for the use case access control, which allows touchless opening of the trunk of a car. Acconeer estimates the total value of this model to USD 1,4 million over seven years. The car model is released on the US market by a Japanese company among the global top ten car manufacturers. Sales to this customer are reflected in sales to Acconeer's distributors.

CEO Lars Lindell comments: “We are happy to see yet another car with our sensor rolling out on the streets, and this time with a new manufacturer. It is a confirmation that our technology is superior to other existing solutions, and we expect many more design wins and launches for this use case going forward.”

The automotive industry is an important business segment for Acconeer. Acconeer’s radar is the pioneer to replace existing capacitive solutions for access control and the company expects radars to completely replace existing solutions. Based on this, Acconeer expects their sales to the automotive industry to grow significantly over the coming years.

Bulletin from the annual general meeting of Acconeer AB on 23 April 2024

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Acconeer AB (the “Company”) held its annual general meeting on 23 April 2024. At the annual general meeting, the following resolutions were made.

The English text is an unofficial translation. In case of any discrepancies between the Swedish text and the English translation, the Swedish text shall prevail.

Adoption of the income statement and balance sheet
The annual general meeting resolved to adopt the board of directors’ proposal for the income statement and the balance sheet for the fiscal year of 2023.

Disposition of the Company’s profit or loss
The annual general meeting resolved, in accordance with the board of directors’ proposal, that no dividend is paid and that the Company’s funds available for distribution is carried forward.

Discharge from liability
The annual general meeting resolved to grant discharge from liability to all persons who have had the position of board member or CEO in the Company during 2023.

Election on the board of directors and auditor, and determination of fees
The annual general meeting resolved to re-elect Lars-Erik Wernersson, Git Sturesjö Adolfsson and Thomas Rex as members of the board, and to elect Henric Stråth as a new board member. Thomas Rex was re-elected as chairman of the board of directors.

The annual general meeting resolved that the fees to the board of directors, for the period until the next annual meeting, shall be paid out with a total of fourteen (14) price base amounts (Sw. prisbasbelopp), of which five (5) price base amounts to the chairman and three (3) price base amounts to each of the other members elected by the annual general meeting who are not employed by the Company.

The annual general meeting resolved to re-elect the registered audit company KPMG AB as the Company’s auditor until the end of the next annual general meeting. Fees to the auditor shall be paid according to approved invoice.

Directed issue of warrants and approval of transfer of warrants
The annual general meeting resolved, in accordance with the board of directors’ proposal, on the warrant-based incentive program Warrant Program 2024/2028 by (A) issuance of warrants of series 2024/2028 to the Company’s wholly-owned subsidiary and (B) approval of the transfer of warrants 2024/2028 from the subsidiary to individuals who are or will be employed by the Company (individuals employed for a fixed time period are excluded) including the CEO (“Employees”).

No more than 500,000 warrants shall be issued to the subsidiary with the right and obligation for the subsidiary to later transfer the warrants to the Employees. The warrants shall be transferred by the subsidiary on 22 November 2024, or on the later date decided by the board of directors, the transfer shall be made at market value at the respective transfer dates and warrants shall be allotted in accordance with the principles set forth in the board of directors’ proposal. Subscription of shares under the warrants may take place during the period from 15 February 2028 until 30 April 2028. The premium per share shall be transferred to the free share premium reserve (Sw. fria överkursfonden). The subscription price per share shall correspond to 150 per cent of the volume-weighted average price according to Nasdaq First North Growth Market’s official curriculum list for shares in the Company during the period of ten (10) trading days ending on 15 November 2024, however, the subscription price per share shall never be less than the quota value of the share. The maximum dilution effect of the program is approximately 1.84 per cent.

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For more detailed information regarding the content of the resolutions, please refer to the press release published on 12 March 2024 and the complete notice of the annual general meeting. The notice of the annual general meeting and complete proposals regarding the resolutions of the annual general meeting are available on the Company’s website, www.acconeer.com.

Acconeer joins STMicroelectronics Partner Program to accelerate customer time-to-market

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Acconeer AB, world leader in ultra-low power radars, announces that it has joined the STMicroelectronics Partner Program to make its Pulsed Coherent Radar sensors accessible to ST’s customers. Their participation enables customers of both companies to benefit from state-of-the-art, high-quality components for innovative and extremely reliable radar-based applications.

To shorten development time and effort, Acconeer offers their customers evaluation kits and radar modules ready for integration in mass volume products. By combining ST’s microcontrollers with Acconeer’s 60 GHz radar sensors we can provide high performance, low power modules perfect for battery powered IoT devices.

"By becoming part of the ST Partner Program, we are in an even better position to deliver cutting-edge solutions to our joint customers. We have used ST MCUs for several of our radar modules, and this strategic collaboration will enable even better support to our joint customers,” says Lars Lindell, CEO, Acconeer.

“Acconeer’s knowledge of the ST portfolio and key expertise can help customers meet design challenges and shorten development time,” said Alessandro Maloberti, Partner Ecosystem Director, STMicroelectronics. “ST’s review and vetting of ST Authorized Partners has enabled us to build a strong ecosystem of qualified and skilled partners who can enhance customers’ developments with advanced technologies and multiple services to accelerate the design of their projects and solutions.”

STMicroelectronics, a global semiconductor leader serving customers across the spectrum of electronics applications created the ST Partner Program to speed customer development efforts by identifying and highlighting to them companies with complementary products and services. Moreover, the program’s certification process assures that all partners are periodically vetted for quality and competence. For more information, please visit www.st.com/partners.

Acconeer announces automotive design win with an estimated value of USD 30 million, for the first time including next generation radar sensor – A2

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For the first time, Acconeer’s upcoming next generation A2 Pulsed Coherent Radar sensor has been selected for in-cabin monitoring in a car. In addition, Acconeer’s A1 radar sensor has been selected for the use case access control – which allows touchless opening of the trunk of a car – in the same car model, by a European premium car manufacturer. The total estimated value of the design win is around USD 30 million over a seven-year period starting in 2026. By "design win" Acconeer refers to that the company's radar sensor has been selected for use in a customer product, but it is not equivalent to that an order has been placed.

For in-cabin monitoring three interior detection use cases are implemented; child presence detection, seatbelt reminder and theft alarm.

CEO Lars Lindell comments: “To have our coming A2 sensor selected for use in cars already, based on the good performance of our prototype, is a huge milestone for us as a company as well as it being the largest design win in the company’s history. In addition, we have previously won several design wins with the same manufacturer, and to get this design win on a new car platform is a strong proof of that they are happy with the performance of our products and with our collaboration.”

In total, Acconeer has now seen four launched car models and 15 design wins with five different manufacturers in the automotive industry. The total forecasted value of all announced design wins is USD 70 million in the period 2024-2032. A design win is counted when a formal nomination is received, or when forecasted sales can be done with high reliability.

Acconeer receives order from European IoT provider worth USD100,000

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The order relates to Acconeer’s Pulsed Coherent Radar sensors A121 and A111 for mass production. The customer is a leading IoT solutions provider serving its customers highly accurate end-to-end remote tank monitoring solutions.

CEO Lars Lindell comments: “This customer has created a highly accurate, battery powered remote tank level monitoring solution. We are excited to see their volume production ramp up and look forward to following their progress in the large global tank monitoring market.”

In addition to publicly announced orders, Acconeer continuously receives orders of smaller amounts which are not publicly announced as they are not considered to affect the share price.

Acconeer receives order from BEYD worth USD180,000

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The order relates to Acconeer’s A111 and A121 Pulsed Coherent Radar sensor for customers’ mass production. BEYD is Acconeer's Chinese distributor and remains an important sales channel for the company.

CEO Lars Lindell comments: “We are happy to receive a large order from BEYD showing that the interest and demand for our products in China is still high.”

In addition to publicly announced orders, Acconeer continuously receives orders of smaller amounts which are not publicly announced as they are not considered to affect the share price.

SparkFun Electronics Merges Acconeer’s XM125 Module and the Qwiic Connect System to Support Rapid Prototyping with Pulsed Coherent Radar Technology

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The new development board from SparkFun Electronics utilizes the XM125 Module from Acconeer, enabling wider adoption of powerful 60GHz Radar Technology for a variety of unique use cases.

SparkFun Electronics introduces the SparkFun Pulsed Coherent Radar Sensor – Acconeer XM125 (Qwiic), opening up a world of possibilities for those looking to easily utilize a complex and powerful technology. This cutting-edge sensor brings 60 GHz radar technology to your projects, surpassing traditional ultrasonic and infrared sensors, and boasts an impressive range of up to 20 meters. The board comes equipped with multiple Qwiic Connectors, allowing seamless I2C-based prototyping with the rest of SparkFun’s Qwiic Connect System, no soldering necessary!

“We are thrilled to bring this new Pulsed Coherent Radar Sensor – Acconeer XM125 (Qwiic) board into our catalog,” says Kirk Benell, CTO of Sparkfun Electronics. “Merging Acconeer’s 60GHz Pulsed Coherent Radar Sensor with Qwiic opens up numerous interesting presence sensing and velocity detection applications in challenging environments. Equipping the development board with Qwiic Connectors allows for rapid prototyping with our extensive library of compatible products.”

“We’re excited to be part of Sparkfun Qwiic to make our radar sensor more accessible for Sparkfun engineering community and encouraging innovation,” says Magnus Gerward, Director Business Development, Acconeer

Key features and benefits include:

  • Low Power Consumption: Despite its power, the sensor consumes remarkably low power, making it ideal for battery-powered applications where efficiency is paramount.
  • Pulsed Coherent Radar Technology: The XM125 utilizes pulsed coherent radar technology to differentiate between stationary objects and moving targets, enabling precise presence sensing and velocity detection.
  • Comprehensive Connectivity: The XM125, equipped with two Qwiic Connectors, a USB Type-C connector, ESD protection diodes, and a CH340C USB-to-serial converter, ensures seamless connectivity.
  • User-Friendly Design: Featuring reset and boot buttons, Qwiic compatibility, and 0.1in.-spaced pins, the sensor offers ease of use and flexibility in integrating your system.
  • Visualization Tool: Acconeer's Python-based Acconeer Exploration Tool provides real-time data collection and visualization, facilitating sensor configuration and optimization for your specific application needs.

More information