Annonce • Jul 08
indie Semiconductor, Inc. to Report Q2, 2026 Results on Aug 06, 2026 indie Semiconductor, Inc. announced that they will report Q2, 2026 results After-Market on Aug 06, 2026 Annonce • Jun 23
indie Semiconductor, Inc. Announces Management Changes, Effective June 29, 2026 indie Semiconductor, Inc. announced that Dr. Ichiro Aoki notified the Board of Directors of his intent to resign as a member of the Board and as President of the Company, effective June 29, 2026, as part of a phased retirement plan. Dr. Aoki's decision to step down from the Board and as President did not involve any disagreement with the Company on any matter relating to the Company's operations, policies or practices. As of the effective date, Dr. Aoki will continue to be employed by the Company, serving as a Technical Advisor. Dr. Aoki has been with indie since its inception and is renowned as one of the Company's co-founders, serving as indie's President, managing the execution of the Company's engineering plans. Dr. Aoki will transition to a more focused, limited role centered on technical expertise, while also offering advisory support to advance the Company's strategic product roadmap. The Board appointed Thomas Schiller as a Class III director, upon the recommendation of its Nominating and Corporate Governance Committee with such appointment effective as of June 29, 2026, to serve for an initial term expiring at the Company's 2027 Annual Meeting of Stockholders and until his respective successor is duly elected and qualified, or until his earlier death, resignation or removal. Mr. Schiller has served as a Strategic Advisor to the Company since November 2024. Prior to serving as a Strategic Advisor, Mr. Schiller served as the Company's Chief Financial Officer and Executive Vice President of Strategy from October 2019 to June 2024. Mr. Schiller was Vice President of Marketing at Marvell Semiconductor and previously was Vice President of Strategy and Corporate Development at Skyworks Solutions. Mr. Schiller earned a Master of Business Administration from the University of Southern California with a specialization in Entrepreneurship and Finance, and holds a Bachelor of Arts in Social Sciences with an emphasis in Economics and Political Science from the University of California, Irvine. In addition, Mr. Schiller completed executive education programs at the University of California, Los Angeles and the Massachusetts Institute of Technology. Annonce • Jun 12
Indie Semiconductor Launches Edge Ai Soc to Power Smarter Perception Systems for Automotive and Humanoids Indie Semiconductor announced the release of iND881, its next-generation edge artificial intelligence (AI) system-on-chip (SoC), incorporating an AI compute engine to power smart cameras for automotive and robotic applications. By coupling AI compute with indie’s market-leading low-latency multi-camera image signal processor (ISP), the iND881 offers designers an efficient solution for developing intelligent cameras. The iND881, engineered for low power and real-time responsiveness, delivers heterogeneous compute capabilities tailored for demanding edge perception tasks. Its architecture combines a Neural Processing Unit (NPU), a highly versatile Digital Signal Processor (DSP), and quad-core ARM Cortex-A53 CPU. The NPU accelerates AI workloads; the DSP handles classical signal processing tasks; and the CPU supports both an industry-standard high-level OS and legacy code-base applications. The iND881 is exceptionally beneficial for automotive systems, including advanced driver assistance features such as driver and occupant monitoring (DMS/OMS) and smart eMirrors with blind-spot detection. The iND881 also supports smart-camera deployments in robotics and broader physical AI automation applications, including autonomous mobile robots (AMRs), where advanced multi-modal perception is essential for accurate sensing and navigation. The device features a low-latency H.264 encoder for multi-channel video compression and streaming, paired with a high-dynamic-range ISP capable of handling multiple camera inputs with sub-1 ms processing latency. Together, these features enable rapid perception and decision-making in safety-critical systems across vehicles and robots (including humanoids). The device also supports other sensor modalities—including infrared (IR), thermal, time-of-flight (ToF), Radar, and LiDAR—providing robust perception in complex environments. Built on the proven iND880 platform, the iND881 includes a hardware security module (HSM) for cybersecurity and offers software reuse through a unified software development kit (SDK), simplifying development and accelerating time-to-market. The iND881 is a truly adaptable solution for edge AI applications where low power, flexible compute, and uncompromising safety are paramount. The iND881 can be combined with emotion3D’s production-validated DMS/OMS perception stack to form a single hardware-and-software solution. The platform can be deployed as a fully pre-integrated hardware–software package with the iND881, or used independently as a standalone perception software offering, providing greater flexibility to meet customer architectural requirements. This integrated approach helps significantly reduce third-party IP complexity and development risk through hardware co-design, with no hidden incompatibilities. By leveraging emotion3D’s proven history with Tier 1s and OEMs, customers gain a streamlined path to validation and accelerated time-to-market at an attractive price point. The iND881, which is ASIL-B compliant and automotive qualified, is sampling now and will be demonstrated in indie’s booth at AutoSens and InCabin USA 2026. Annonce • May 10
indie Semiconductor, Inc. Provides Revenue Guidance for the Second Quarter of 2026 indie Semiconductor, Inc. provided revenue guidance for the second quarter of 2026. For the quarter, the company expects revenue to be between $59 million and $65 million, or $62 million at the midpoint. Annonce • Apr 21
indie Semiconductor, Inc., Annual General Meeting, May 28, 2026 indie Semiconductor, Inc., Annual General Meeting, May 28, 2026. Annonce • Apr 10
indie Semiconductor, Inc. to Report Q1, 2026 Results on May 07, 2026 indie Semiconductor, Inc. announced that they will report Q1, 2026 results After-Market on May 07, 2026 Annonce • Mar 23
Indie Semiconductor Expands Quantum Portfolio With First UV DFB Laser Source At 399 Nm Wavelength Indie Semiconductor has released its first Ultraviolet (UV) Visible Distributed Feedback (DFB) 399 nm single-frequency laser diode optimized for quantum computing systems based on cooled Ytterbium atoms. With the addition of this new device in the UV spectrum, indie is expanding on its previously announced LXM-U and narrow-linewidth visible DFB lasers, furthering capabilities and strengthening photonics portfolio, which is enabling advanced quantum technologies. Photonics division continues to gain momentum as part of strategic expansion into adjacent markets outside automotive, including quantum and humanoids, as demonstrated by increasing customer traction and expanding product portfolio. Photonics plays a foundational role in emerging quantum technologies primed to reshape multiple markets in the coming decade — from secure communications and advanced sensing to computing platforms that accelerate discovery and decision-making. Quantum computers based upon cold-atom and trapped-ion architectures require multiple lasers for cooling, trapping, pumping and entanglement operations. To advance these platforms, there is a need for compact, cost-effective semiconductor laser sources, which are tailored to specific atom or ion transitions, especially in the visible and UV spectral range. The ELA350028 is the Company’s first commercially available DFB semiconductor laser source in the UV spectral range with narrow-linewidth output at 398.9 nm, engineered to specifically address the Ytterbium transition for atom cooling, while delivering the stability, compactness, and scalability required for next-generation quantum systems. The device provides a single spatial mode (TEM00) and stable single-frequency output with optical power levels up to 30 mW in a TO-56 package. Higher output power levels of a few 100 mW could be realized with a DFB-MOPA architecture featuring a monolithically integrated amplifier section. Building on indie’s visible DFB architecture, the laser operates in a single longitudinal mode with sub-MHz linewidth, eliminating the need for external cavity gratings or frequency-doubling schemes traditionally used to reach this wavelength. The design also achieves high side-mode suppression and low-noise operation, key requirements for precision quantum experiments and scalable computing platforms. It offers inherent mode-hop-free performance across a wide current and temperature range. Indie Semiconductor is currently sampling ELA350028 with customers. Annonce • Feb 20
indie Semiconductor, Inc. Provides Revenue Guidance for the First Quarter of 2026 indie Semiconductor, Inc. provided revenue guidance for the first quarter of 2026. For the quarter, the company expects revenue to be between $52 million and $58 million, or $55 million at the midpoint. Annonce • Jan 23
indie Semiconductor, Inc. to Report Q4, 2025 Results on Feb 19, 2026 indie Semiconductor, Inc. announced that they will report Q4, 2025 results at 4:00 PM, US Eastern Standard Time on Feb 19, 2026 Annonce • Nov 07
Indie Semiconductor, Inc. Appoints Naixi Wu as Chief Financial Officer, Effective November 6, 2025 indie Semiconductor, Inc. announced that Naixi Wu has been promoted to Chief Financial Officer, effective November 6, 2025, responsible for leading accounting and finance operations, overseeing financial reporting, tax, global treasury, and internal control activities. Naixi has been with the company for the past four and a half years and has demonstrated exceptional leadership and execution skills within finance organization, especially during the past months, in a period where executed on multiple complex transactions. Ms. Wu has had an extensive career in finance with nearly 20 years of experience. Ms. Wu, 41, has served as the Company’s Chief Accounting Officer since April 2025, leading indie’s accounting and finance operations and overseeing financial reporting. She joined indie in May 2021 as Director, SEC Reporting and served in that position until November 2021 when she assumed the role of Vice President, Accounting from November 2021 to September 2023. From September 2023 to April 2025, she served as Senior Vice President, Accounting. Prior to joining indie, from September 2017 to May 2021, Ms. Wu held senior accounting roles with increasing responsibility at CalAmp Corp., a company specializing in asset tracking services for various markets. Prior to CalAmp Corp., Ms. Wu operated as Senior Manager of Financial Reporting at Westfield and Director of Financial Reporting at RealD. She began her career in PricewaterhouseCoopers LLP’s Assurance Practice, where she held a series of roles with increasing responsibility. Ms. Wu holds a Bachelor of Arts in business economics with an emphasis on accounting from the University of California, Santa Barbara. Annonce • Oct 15
indie's Narrow Linewidth Distributed Feedback Visible Lasers Empower Quantum-Enhanced Technologies indie has released a new Visible Distributed Feedback (DFB) gallium nitride-based (GaN) laser diode from its Photonics BU product line, enabling next-generation quantum, a wide range of automotive applications, including LiDAR and sensing, and Industrial Raman applications with ultra-stable, sub-MHz linewidths at wavelengths from the near-UV (375 nm) to green (535 nm). From laser sources to modulators and waveguides, photonics underpins emerging quantum technologies poised to reshape industries in the coming decade -- from secure communications (such as cryptography) and advanced sensing and computing platforms that accelerate discovery and decision-making across multiple markets. Unlike existing bulky external grating sources, indie's DFB devices offer mode-hop free performance over wide current and temperature range with an on-wafer spectral distribution of less than +- 1 nm, enabling high volume production without the need for traditional color binning. The ELA35 DFB lasers provide single spatial mode (TEMoo) output and are available in TO can and 14-pin butterfly packages with different fiber coupling options to enable photonic circuit integration for self-injection locking and future source miniaturization. Annonce • Oct 14
indie Semiconductor, Inc. to Report Q3, 2025 Results on Nov 06, 2025 indie Semiconductor, Inc. announced that they will report Q3, 2025 results After-Market on Nov 06, 2025 Annonce • Aug 08
indie Semiconductor, Inc. Provides Earnings Guidance for the Third Quarter of 2025 indie Semiconductor, Inc. provided earnings guidance for the third quarter of 2025. For the third quarter of 2025, the company expects revenue between $52 million and $56 million, or $54 million at the midpoint. Annonce • Aug 07
indie Semiconductor, Inc. (NasdaqCM:INDI) signed a definitive agreement to acquire emotion3D GmbH for $30 million. indie Semiconductor, Inc. (NasdaqCM:INDI) signed a definitive agreement to acquire emotion3D GmbH for $30 million on August 7, 2025. indie will pay $20 million in cash at closing, in addition to an aggregate of up to $10 million performance based earnouts that will be payable if certain revenue targets are exceeded over a post-closing period ending in February 2027. The closing is subject to customary closing conditions, including regulatory clearance. It is expected to occur in the fourth quarter of 2025, and be immediately accretive. Annonce • Jul 15
indie's LXM-U Laser Powers Next-Gen Quantum Technologies with Ultra-Low Noise Performance indie is rapidly gaining industry adoption in its photonics portfolio, with indie's latest ultra-low noise LXM-U lasers enabling next-generation quantum applications by delivering frequency stability and integration flexibility. indie's Photonics Business Unit (BU) was established earlier this year, combining photonics team (formerly TeraXion) in Canada, with a portfolio of laser and optical components, and recently acquired EXALOS team in Switzerland, with a class-leading super luminescent diodes (SLED) portfolio with unique photonic integration capabilities. indie's Photonics BU is focused on automotive Advanced Driver Assistance Systems (ADAS) use cases, including LiDAR and newly emerging adjacent industrial markets. With its ultra-low-frequency noise, 10x lower than competing technologies, and narrow-linewidth, the laser delivers the precision and stability required for the most demanding quantum applications. Its long-term stability maintains a locked operation for days, enabling reliable transmission of cryptographic keys. A unique differentiator of the LXM-U laser is the ease to co-package it with other lasers and Photonic Integrated Chips (PICs). This allows to collaborate closely with customers on the design, using their proprietary technology with laser to manufacture light engines with optimized performance and cost efficiency. Annonce • Jul 11
indie Semiconductor, Inc. to Report Q2, 2025 Results on Aug 07, 2025 indie Semiconductor, Inc. announced that they will report Q2, 2025 results After-Market on Aug 07, 2025 Annonce • May 21
United Faith Auto-Engineering Co.,Ltd. (SZSE:301112) signed Framework agreement to acquire an unknown minority stake in Indie microelectronics (Wuxi) Co, Ltd. from 40 sellers. United Faith Auto-Engineering Co.,Ltd. (SZSE:301112) signed Framework agreement to acquire an unknown minority stake in Indie microelectronics (Wuxi) Co, Ltd. from 40 sellers including indie Semiconductor, Inc. (NasdaqCM:INDI), Jinjiang Keyu Shengda No. 2 Equity Investment Partnership Enterprise (Limited Partnership), Yangzhou Economic and Technological Development Zone Linxin Industrial Investment Fund Partnership Enterprise (Limited Partnership), Wuxi Linying Enterprise Management Consulting Partnership Enterprise (Limited Partnership) on May 20, 2025. The acquisition will be done through issuance of shares, convertible corporate bonds and payment of cash. The deal price is yet to be determined. The issuance price of the shares will be at CNY 20.40 per share. The convertible corporate bonds to be issued will have par value of CNY 100 per unit and the initial conversion price is CNY 20.40 per share. Other details of the bonds are to be determined. The shares to be issued will be subject to lockup period of 6 months to 36 months. Indie microelectronics had reported Total assets CNY 683.495 million, Owners’ equity of CNY 535.167 million, Operating revenue of CNY 584.147 million and Net profit of CNY -28.9912 million on December 31, 2024. This has been approved by UFAE’s 3rd directorate during its 25th meeting. The official proposal is still subject to approval by the counterparties. This is subject to state-owned assets supervisory procedures. This is subject to approval by UFAE’s shareholders. This is subject to approval by Shenzhen Stock Exchange. This is subject to deliberation by State Administration for Market Regulation. This is subject to all other approvals as may be required by the laws. Annonce • May 13
Indie Semiconductor, Inc. Provides Earnings Guidance for Second Quarter of 2025 indie Semiconductor, Inc. provided earnings guidance for second quarter of 2025. For the quarter, the company expects revenue between $50 and $53 million, or $51.5 million at the mid-point. Annonce • Apr 16
indie Semiconductor, Inc. to Report Q1, 2025 Results on May 12, 2025 indie Semiconductor, Inc. announced that they will report Q1, 2025 results at 4:00 PM, US Eastern Standard Time on May 12, 2025 Annonce • Apr 14
indie Semiconductor, Inc., Annual General Meeting, Jun 04, 2025 indie Semiconductor, Inc., Annual General Meeting, Jun 04, 2025. Annonce • Jan 24
indie Semiconductor, Inc. to Report Q4, 2024 Results on Feb 20, 2025 indie Semiconductor, Inc. announced that they will report Q4, 2024 results at 4:00 PM, US Eastern Standard Time on Feb 20, 2025 Annonce • Nov 26
indie Semiconductor Announces Automotive System Basis Safety IC Solution with Leading European Tier 1, Independently Certified to the Highest Functional Safety Rating indie Semiconductor has launched a system basis safety integrated chip (IC) solution for vehicle powertrain applications. Developed in close partnership with a leading European Tier 1 automotive system integrator, the IC provides critical safety monitor and supervision functionality for mission-critical powertrain operation. The solution has been independently certified by SGS-TUV Saar as ASIL-D (Automotive Safety Integrity Level D), the highest safety level defined in ISO 26262, the international standard for functional safety in road vehicles. This demanding level of ASIL-D functional safety has been achieved through a combination of rigorous development processes together with multiple dedicated on-chip failure detection and integrity measures, including high-accuracy voltage monitoring, logic function error monitoring, and a window watchdog, to help ensure a safe IC response in the event of a failure. The milestone achievement of ASIL-D safety certification further cements indie's position as an automotive market leader across the key megatrends of driver safety and automotive, in-cabin user experience and electrification, unlocking additional high-value design-win opportunities across a global OEM and Tier 1 customer base. First production deployments of indie's system basis safety IC are expected during the second half of 2025. Annonce • Oct 10
indie Semiconductor, Inc. to Report Q3, 2024 Results on Nov 07, 2024 indie Semiconductor, Inc. announced that they will report Q3, 2024 results After-Market on Nov 07, 2024 Annonce • Aug 21
indie Semiconductor Extends In-Cabin User Experience Portfolio with Addition of Qi2 MPP-Compliant Wireless Charging Solution indie Semiconductor has announced iND87204, its next-generation, highly-integrated automotive wireless charging system-on-chip (SoC). Fully compliant with the Wireless Power Consortium's (WPC) Qi 2.0 technical standard, iND87204 also extends support to the new Magnetic Power Profile (MPP) feature - branded "Qi2" by the WPC - bringing an improved charging experience by magnetically aligning devices with inductive charger coils for more energy efficient, reliable and convenient charging. The SoC integrates multiple Arm®? Cortex®? processors for application and WPC stack processing, and all of the key in-vehicle serial interfaces, power management, DC-DC conversion, signal conditioning, WPC inverter drivers, power FETs and peripheral drivers to enable a fully Qi2-compliant wireless charging solution delivering up to 15 watts of power. With the growing ubiquity of wireless charging capability within portable devices such as smartphones, tablets and laptops, drivers and passengers now expect the convenience of wireless device charging in their vehicles on the move. Building upon the success of first-generation wireless charging solution iND87200, the iND87204 delivers on this vision, featuring the industry's highest component integration for a Qi2 MPP-compliant SoC design, while simultaneously reducing the implementation footprint and external bill-of-materials by up to 50% relative to existing solutions. iND87204 is sampling with lead customers now and will be production released in the fourth quarter of 2024, fully qualified to AEC-Q100 Grade 2. Annonce • Aug 09
Indie Semiconductor, Inc. Provides Earnings Guidance for the Third Quarter of 2024 indie Semiconductor, Inc. provided earnings guidance for the third quarter of 2024. For the quarter, The company expects revenue to increase within the range of zero to 5%, or 2.5% at the midpoint. Annonce • Jul 10
indie Semiconductor, Inc. to Report Q2, 2024 Results on Aug 08, 2024 indie Semiconductor, Inc. announced that they will report Q2, 2024 results at 4:00 PM, US Eastern Standard Time on Aug 08, 2024 Annonce • Jul 02
Indie Semiconductor Announces Appointment of Mark Tyndall as Executive Vice President of Corporate Development and Investor Relations indie Semiconductor, Inc. announced the appointment of Mark Tyndall as Executive Vice President responsible for Corporate Development and Investor Relations. Mr. Tyndall brings a wealth of semiconductor industry experience to indie from senior leadership roles at Dialog Semiconductor, MIPS Technologies, and Infineon Technologies, and most recently, as a founding semiconductor partner of Alexa Capital. At Dialog Semiconductor, he was SVP of Corporate Development, where he played a key role in driving the company's growth over a period of 14 years. He executed multiple acquisitions, including a key technology licensing deal with Apple, drove capital financing transactions, and was instrumental in negotiating the sale of Dialog to Renesas Electronics for $6 billion in 2022. Mr. Tyndall's responsibilities will include directing M&A activities, identifying and establishing strategic business partnerships and expanding indie’s relationships with the financial community. Annonce • Jun 28
indie Semiconductor, Inc. Introduces Computer Vision Processor Family indie Semiconductor, Inc. announced the addition of a highly innovative iND880xx product line to its fast-growing vision processor portfolio, developed to address the demanding specifications of Advanced Driver Assistance Systems (ADAS) and driver viewing use cases, such as Surround View systems and Electronic Mirrors. This latest family of processors further enhances indie’s comprehensive suite of sensing solutions for computer vision, LiDAR, radar, and ultrasound, and underpins indie’s leadership as the only automotive company to offer a dynamic portfolio spanning all edge-sensing modalities. Vision-based sensing has rapidly become a critical sensor modality for ADAS, driven by government regulation, new car acceptance programs (NCAP), and improved consumer awareness of vehicle safety. Key safety applications enabled by vision sensing include automated emergency braking (AEB), lane keep assist (LKA), blind spot detection (BSD), driver and occupant monitoring (DMS/OMS), smart back-up, and vulnerable road user (VRU) protection. In fact, the need for improved VRU protection - which aims to safeguard pedestrians in particular - was recently bolstered by the U.S. Department of Transportation’s National Highway Traffic Safety Administration (NHTSA) AEB regulation FMV127. This progressive regulation includes testing requirements for pedestrian AEB (PAEB), including low-light and nighttime testing, placing stringent requirements on vision processor performance. The iND880xx video processor system-on-chip (SoC) family sets new benchmarks in image signal processing (ISP) performance and functionality for both viewing and sensing applications. Balancing the competing needs of low light sensor performance (luminance) and the ability to differentiate colors (chrominance) for high-performance perception (for example, to accurately differentiate red and amber traffic lights) has been an ongoing challenge for legacy vision processors. High latency initialization and pipeline processing has also limited legacy ADAS camera system real-time safety capabilities. The iND880xx family addresses these unique challenges through the product’s proprietary ISP pipeline ability to support concurrent, low-latency processing of four independent sensor inputs, delivering a combined maximum throughput of 1400 megapixels per second. Additionally, proprietary ISP features include a 24-bit processing pipeline that enables high dynamic range (HDR) processing up to 144dB, with dedicated support for the broadest range of sensor color filter arrays (CFAs), including RGGB, RCCB, RYYCy, and RGB-IR, facilitating the highest performance environmental perception even in low light conditions. Further, the ISP supports eWarp®, indie’s proprietary high-performance geometric processing, to dewarp image distortion from a wide field of view lens. These class-leading ISP capabilities allow automakers the scalability to deploy multiple instances of the iND880xx into various high-performance viewing and ADAS sensing use cases across their entire vehicle portfolio. The iND880xx family is sampling with select lead customers and will be in serial production deployment in 2025. The iND880xx solution will be showcased at the upcoming AutoSens Europe 2024 in Barcelona, Spain, October 8-10. Annonce • Jun 05
Indie Semiconductor Reportedly Explores Options Including Sale indie Semiconductor, Inc. (NasdaqCM:INDI) has been exploring strategic options including a sale, people with knowledge of the matter said. The automotive technology company has been working with an adviser as it fields interest from prospective buyers, according to the people, who asked not to be identified discussing confidential information. Indie Semiconductor could attract interest from industry players and possibly private equity firms, they said. Shares in Indie Semiconductor rose as much as 16% on June 3, 2024 for their biggest intraday gain in more than six months. The stock was up 8% to $7.20 at 2:01 p.m. in New York, giving the company a market value of about $1.36 billion. There’s no certainty the deliberations will lead to a transaction, and Indie Semiconductor could opt to remain independent, the people said. A representative for Indie Semiconductor didn’t immediately respond to requests for comment. Annonce • May 11
indie Semiconductor, Inc. Provides Earnings Guidance for the Second Quarter of 2024 indie Semiconductor, Inc. provided earnings guidance for the second quarter of 2024. For the second quarter of 2024, the company expects indie’s revenue to be flat to up 5% sequentially, more than offsetting the current market softness stemming from the still ongoing industry-wide inventory rebalancing. Annonce • Apr 23
indie Semiconductor, Inc. Launches Advanced Smart Connectivity Solutions for In-Cabin Applications indie Semiconductor, Inc. introduced a family of new high-performance video converters and retimers to enable in-cabin connectivity applications, including audio and video transport and device interfacing. These new capabilities expand indie’s innovative lineup of in-cabin solutions, empowering global Tier 1 system integrators to deliver best-in-class in-vehicle experience to automakers. Effective interpretation and presentation of high-bandwidth data is essential for multi-screen, multi-zone applications, including in-cabin audio-video entertainment, camera, radar and other sensor-information for parking and safety features, and more. indie’s new family of system-on-chip (SoC) converters support the diverse interfaces these applications necessitate, including DisplayPort, USB, HDMI and LVDS, while the retimer products feature receive equalization to maximize signal quality and transmission distance. indie’s smart connectivity solutions are set to ramp in 2025. Annonce • Apr 21
indie Semiconductor, Inc., Annual General Meeting, Jun 13, 2024 indie Semiconductor, Inc., Annual General Meeting, Jun 13, 2024. Annonce • Apr 12
indie Semiconductor, Inc. to Report Q1, 2024 Results on May 09, 2024 indie Semiconductor, Inc. announced that they will report Q1, 2024 results After-Market on May 09, 2024 Annonce • Jan 23
Indie Semiconductor, Inc. Announces Board Changes indie Semiconductor, Inc. announced the promotion of a few outstanding senior executives within the organization. These individuals have demonstrated exceptional leadership, business acumen and automotive industry relationships, and have already made significant contributions to the success of indie in relatively short order. In their new roles, these key management team members will help drive indie’s market outperformance and realize the Company’s vision of creating an Autotech powerhouse. Peter Gulden appointed Executive Vice President of Radar Systems and Software. Dr. Gulden was formerly Senior Vice President of indie’s Radar Systems and Software business unit and Managing Director of Symeo, an indie Semiconductor company. He joined indie in January 2022, via the acquisition of Analog Device’s Radar Systems Group where Dr. Gulden was the Engineering Director for automotive and industrial radar systems. Previously, Dr. Gulden was Chief Technology Officer for Symeo, a leader in radar sensor technology for automotive and industrial markets. He started his career at Siemens, where he led the research and product development for radar and LiDAR systems. Dr. Gulden earned his Master’s in Electrical and Computer Engineering from Purdue University and earned his Doctorate in Engineering and Electronics Communication Technology from The University of Siegen, Germany. Abhay Rai appointed Chief Product Officer. Mr. Rai previously held the position of Executive Vice President and General Manager of indie’s Vision business unit and has been a leader in expanding indie’s sensing portfolio through accelerated internal development, complemented with inorganic growth. Prior to joining indie in January 2021, Mr. Rai was the Global Vice President of Product Marketing for Visteon, responsible for new product development, introduction, and expansion into the automotive electronics and electrification market. Mr. Rai has previously held senior product marketing and commercial positions at automotive sensor leaders Sony and Aptina. Mr. Rai earned his Master of Science in Electrical Engineering from Colorado State University, and an Executive MBA from UC Berkeley Haas School of Business. Michael Wittmann appointed Chief Operating Officer Mr. Wittmann previously held the position of Senior Vice President and General Manager of indie’s Power business unit, responsible for business execution, product definition and portfolio planning. Prior to joining indie in March 2021, he was with Intel, serving in a variety of senior and General Manager roles in wireless connectivity. Before Intel, Mr. Wittmann held senior marketing and business development positions with Infineon technologies, including Director of Automotive Power Modules at International Rectifier. Mr. Wittmann received a Diploma in Electrical Engineering from RWTH Aachen University, Germany. Annonce • Jan 19
indie Semiconductor, Inc. to Report Q4, 2023 Results on Feb 22, 2024 indie Semiconductor, Inc. announced that they will report Q4, 2023 results at 5:00 PM, US Eastern Standard Time on Feb 22, 2024 Annonce • Nov 12
indie Semiconductor, Inc. Provides Revenue Guidance for the Fourth Quarter and Full Year of 2023 indie Semiconductor, Inc. provided revenue guidance for the fourth quarter and full year of 2023. For the fourth quarter of this year, The company expects accelerating revenue growth to the $70 million -$75 million range. The company reiterates the plan to more than double revenue in 2023. Annonce • Oct 25
indie Semiconductor Launches Breakthrough Computer Vision Processor indie Semiconductor has expanded its automotive camera video processor portfolio with the commercial release of iND87540, a highly integrated system-on-chip (SoC) that enables viewing and sensing capability at the vehicle’s edge. As government regulators, new car safety assessors and consumers demand higher performance driver and road user safety features, automakers are increasingly seeking camera-based Advanced Driver Assistance System (ADAS) solutions that enable volume scalability, across their vehicle classes. This demands a ‘distributed intelligence’ architectural approach to vision sensing, and high levels of integration coupled with low power consumption to meet the needs of mass market deployments. indie’s iND87540 was developed to address these challenging design requirements. iND87540 is also a preferred solution by end customers as a pre-processor for powerful central compute and provides real-time image processing for optimal detection performance. Integrating real-time, on-chip image signal processing (ISP), digital signal processing (DSP) and customized hardware, the iND87540 enables viewing and sensing capabilities within the stringent power, latency and compact form factor needed for scalable vision architectures. The SoC provides computer vision processing that can run a range of algorithms, enabling ADAS functions including pedestrian detection, object detection, blind spot detection, cross traffic alerts as well as driver and occupant monitoring (DMS/OMS). indie complements this class-leading SoC hardware with value-add proprietary high-performance embedded algorithms such as auto calibration (AutoCAL®) and dirty lens detection. According to S&P Global, shipments of automotive electronic control units (ECUs) incorporating vision-based processing are expected to grow from 232 million units in 2022, to nearly 400 million units by 2027. The iND87540 has been developed to ISO 26262 ASIL-B requirements, is AEC-Q100 Grade 2 qualified and hosts the AutoSAR software stack. The SoC is available now for vehicle integration and is currently in advanced development with select Tier 1 customers. Annonce • Sep 19
indie Semiconductor, Inc. (NasdaqCM:INDI) acquired EXALOS AG. indie Semiconductor, Inc. (NasdaqCM:INDI) acquired EXALOS AG on September 18, 2023.indie Semiconductor, Inc. (NasdaqCM:INDI) completed the acquisition of EXALOS AG on September 18, 2023. Annonce • Aug 29
indie Semiconductor Extends Radar Leadership with World's First 240 GHz Silicon Transceiver indie Semiconductor has launched the world’s first commercial fully integrated 240 GHz radar front-end (RFE) silicon transceiver. This device builds upon the success of indie’s previously released 120 GHz solution, expanding the Company’s portfolio of short-range, high precision and high resolution terahertz frequency radar solutions. As a complement to the well deployed use of 76 GHz to 81 GHz radar for long range automotive sensing, recent safety initiatives such as European New Car Assessment Program (Euro NCAP) are driving the use of 120 GHz terahertz frequency radar for in-cabin driver and occupant monitoring due to its higher resolution. The higher frequency-enabled superior precision of 240 GHz radar is being leveraged for new and rapidly emerging vehicle dynamics and monitoring applications, including assessment and control of air spring-based suspension settings, real time road surface quality and hazard assessment to dynamically adapt ride quality, and even fine grade monitoring of gas tank levels. In addition to the growing automotive market opportunity, the resolution and bandwidth benefits of 240 GHz radar are also applicable to industrial sensing applications including material thickness measurement and analysis, end of line product quality, tank level monitoring (now accelerated through recent EU regulation), surface inspection and security scanners. indie’s 240 GHz solution can readily address these industrial terahertz frequency applications, which Mordor Intelligence estimates will be a $1.8 billion electronics opportunity by 2028. The TRA240091 is a cascadable radar front-end with an operating bandwidth of up to 45 GHz at 240 GHz. These unique features enable extremely high-resolution which is ideal for applications within the license free 244 – 246 GHz ISM band and beyond. Annonce • Jul 14
indie Semiconductor, Inc. to Report Q2, 2023 Results on Aug 10, 2023 indie Semiconductor, Inc. announced that they will report Q2, 2023 results After-Market on Aug 10, 2023 Annonce • Jun 30
indie Semiconductor Launches Unparalleled Automotive Wireless Charging Solution indie Semiconductor launched an integrated automotive wireless power charging system-on-chip (SoC) that offers the industry’s higher level of integration. The iND87200 simplifies and accelerates the development of cost-effective WPC ‘Qi’-based in-cabin portable device charging designs. In-cabin charging has become a necessity for drivers and passengers who use their smartphone to provide navigation, music, voice connections and other services on-the-move. The emerging Qi 2.0 standard featuring the Magnetic Power Profile (MPP) is particularly relevant to automotive designs, offering faster, more reliable charging by automatically aligning smartphones with an inductive charging coil, maintaining the device in position irrespective of vehicle motion. The iND87200 dual-core design combines an Arm® Cortex® M4F processor with 2MB of embedded Flash and 256kB of SRAM with a dedicated Arm Cortex M0 processor for the WPC stack. This approach frees SoC compute resources to execute user-specific software without timing and interrupt constraints related to the WPC stack. Further, indie’s wireless charging solution integrates all of the necessary power management, DC-DC converter, signal conditioning, WPC inverter drivers, and power FETs as well as LED and fan drivers. A wide range of serial interfaces such as CAN 2.0B, LIN, I2C, and UARTs provide multiple connectivity options to the vehicle and other peripherals. Fully qualified to AEC-Q100 Grade 2, the iND87200 is production released and sampling to customers. In addition to the SoC, indie is also offering advanced application-oriented reference designs to further accelerate the customer development and deployment process. Annonce • May 20
indie Semiconductor Announces Retirement of Steven Machuga as Chief Operating Officer On May 18 2023, Mr. Steven Machuga notified indie Semiconductor, Inc. of his decision to retire as Chief Operating Officer (COO) of the Company. He will continue to serve as COO until June 30, 2023, the last day of the Company’s current fiscal quarter. Mr. Machuga’s decision to retire was not due to any disagreement with the Company on any matters relating to the Company’s operations, policies or practices. The Company plans to retain Mr. Machuga as an advisor following his tenure as an employee. Annonce • May 06
indie Semiconductor, Inc., Annual General Meeting, Jun 21, 2023 indie Semiconductor, Inc., Annual General Meeting, Jun 21, 2023, at 13:00 Pacific Standard Time. Agenda: To elect three Class II directors for terms expiring at the 2026 Annual Meeting of Stockholders and until their respective successors are elected and qualified; to ratify the appointment of KPMG LLP as our independent registered public accounting firm for the fiscal year ending December 31, 2023; To approve an amendment to company's Amended and Restated Certificate of Incorporation to increase the number of authorized shares of Class A common stock; and to consider other matters. Annonce • Feb 11
indie Semiconductor, Inc. (NasdaqCM:INDI) entered into definitive agreement to acquire GEO Semiconductor Inc. for $275 million. indie Semiconductor, Inc. (NasdaqCM:INDI) entered into definitive agreement to acquire GEO Semiconductor Inc. for $275 million on February 9, 2023. indie will pay $180 million in the aggregate to GEO equity and debt holders at closing, comprised of $90 million in cash plus approximately 12 million indie Class A common shares, based on a 20-day VWAP. In addition, if certain performance targets are exceeded over an 18-month post-closing period, there is an opportunity for such holders to earn up to $90 million more in equity, collared between $8.50 and $11.50 per INDI Class A common share. The transaction has been approved by the boards of directors of both indie and GEO. indie expects the acquisition to be accretive to 2023 non-GAAP earnings per share. The transaction is subject to customary closing conditions and expected to close in the first quarter of 2023. Keith Flaum and Adrienne Ellman of Hogan Lovells US LLP acted as legal advisor to indie Semiconductor, Inc. (NasdaqCM:INDI). Dorsey & Whitney LLP acted as legal advisor to GEO Semiconductor Inc. Annonce • Jan 19
indie Semiconductor, Inc. to Report Q4, 2022 Results on Feb 16, 2023 indie Semiconductor, Inc. announced that they will report Q4, 2022 results After-Market on Feb 16, 2023 Annonce • Dec 20
Indie Launches Automotive Controller for Exterior Lighting Applications indie Semiconductor has announced its first system-on-chip (SoC) for external automotive lighting. The new iND83080 is a highly integrated LED matrix controller that simplifies the design and reduces the cost of advanced, high-definition exterior lighting applications where individual LEDs are turned on and off to deliver pixel-level control.LEDs are becoming the predominant lighting technology in automotive applications due to their inherent power efficiency, high light intensity, increased lifetime and ruggedness, design flexibility and lower overall costs. Vehicle OEMs are increasingly deploying front lighting and turn signal implementations based on matrix-based LED designs that allow individual LEDs to be controlled independently. For front headlights, this enables highly controllable and precise illumination, and in combination with beam-forming creates an adaptive driving beam (ADB) that can accurately illuminate the path ahead, while minimizing the light that causes dangerous glare for oncoming drivers. Adaptive headlights are available on select vehicles in Europe and Japan, and earlier this year, the National Highway and Traffic Safety Administration (NHTSA) announced a ruling that permits automakers to add ADB for U.S. vehicles.Delivering pixel-level LED management requires LED matrix control semiconductors. The iND83080 matrix controller SoC is specifically designed to provide pixel-level control for ADB, dynamic turn signal and dynamic positioning lighting applications. indie’s differentiated SoC features modes that reduce data bus traffic to the lighting control unit by automatically generating on-chip pulse width modulation control (“Smart Mode”), as well as allowing the device to support two pre-programmable modes (“Standalone Mode”) without need for external control. On-chip integration of a high-accuracy, high-speed clock further simplifies system design, enables multi-chip synchronization and removes the need for external clock generation, thereby reducing component count. The iND83080 is sampling now, qualified for AEC-Q100 Grade 1, with evaluation kits available that combine the device with all necessary components to speed the rapid development and testing of advanced lighting prototypes. Annonce • Dec 04
indie Semiconductor, Inc. Appoints Raja Bal as the Chief Accounting Officer On December 1, 2022, the Board of Directors (the “Board”) of indie Semiconductor, Inc. appointed Raja Bal (“Mr. Bal”) as the Chief Accounting Officer, effective immediately. In this role, Mr. Bal leads the company’s accounting and finance operations, and works closely with the Chief Financial Officer to oversee financial reporting, tax, global treasury and internal control activities. Prior to joining indie in January 2020 where Mr. Bal has served as Senior Vice President - Finance and Controller, Mr. Bal served as Operating Partner and Chief Financial Officer for True North Venture Partners and its wholly-owned portfolio companies between 2017 and 2019 and as Vice President and Chief Financial Officer for GT Advanced Technologies between 2014 and 2017. Prior to this, Mr. Bal served as Corporate Controller and Treasurer for Skyworks Solutions, where he held finance roles with increasing responsibility. He previously held finance positions with Lucent Technologies and Ernst & Young. Mr. Bal holds a CPA accounting designation, a Master of Management Analytics from Queen’s University’s Smith School of Business, and a Bachelor of Commerce degree from the University of Ottawa's Telfer School of Management. Annonce • Nov 11
indie Semiconductor, Inc. Provides Revenue Guidance for the Fourth Quarter of 2022 Specifically, for the fourth quarter of 2022, indie Semiconductor, Inc. anticipate sales growth to an approximately $132 million annualized revenue run-rate. Annonce • Oct 18
indie Semiconductor, Inc. to Report Q3, 2022 Results on Nov 10, 2022 indie Semiconductor, Inc. announced that they will report Q3, 2022 results After-Market on Nov 10, 2022 Annonce • Aug 13
indie Semiconductor, Inc. Provides Earnings Guidance for the Third Quarter of 2022 indie Semiconductor, Inc. provided earnings guidance for the third quarter of 2022. For the third quarter of 2022, the company anticipates top-line growth on the order of 140% to 150% year-over-year to an approximately $120 million annualized revenue run-rate at the midpoint with non-GAAP gross margin expansion into the 50% range. Annonce • Jul 16
indie Semiconductor, Inc. to Report Q2, 2022 Results on Aug 11, 2022 indie Semiconductor, Inc. announced that they will report Q2, 2022 results at 4:00 PM, US Eastern Standard Time on Aug 11, 2022 Annonce • Jul 06
indie Semiconductor Launches Automotive Most Integrated USB-PD Programmable Controller indie Semiconductor has launched a dual-channel USB Power Delivery (PD) IC that reduces component count, simplifies designs and enhances reliability of in-cabin vehicle charging systems for portable devices. Combining power conversion and control and supporting any configuration of USB Type A and Type C ports, the iND87300 is the automotive industry’s most integrated USB-PD firmware programmable controller. OEMs are focused on enhancing the in-cabin experience allowing drivers and passengers to safely connect and fast charge personal devices inside the vehicle. Automotive USB-based power delivery is rapidly evolving to support higher power charging requirements of products such as tablets and laptops with an increasing number of ports throughout the cabin. The iND87300 has been designed to meet these challenging system requirements through an ultra-small form factor with minimal components. Further, the iND87300 supports field upgradability to future proof device interoperability and user experience utilizing indie’s firmware tools and global support. The controller brings together, in a single, ultra-compact 8.8mm x 10mm QFN package, a buck-boost converter, Arm® Cortex® M0 core processor, 64kB Flash and 16kB SRAM memory, a 12-bit housekeeping Analog to Digital Converter (ADC) and a variety of system interfaces including UART, I2C and LIN. A USB-PD PHY and firmware stack supports USB-C channel configuration and PD port control, while the on-board 32-bit MCU allows vendor-specific configurations as well as field upgrades and over-the-air (OTA) updates that ensure future compatibility with new and emerging charging profiles and USB-PD protocols. Enabling system efficiency above 95%, this device can deliver up to 60W of output power per channel, a programmable output voltage between 3.3V and 21V and supports maximum currents up to 5A. Dedicated LED illumination drivers and general purpose I/O round up the feature list. The iND87300 is sampling now, qualified for AEC-Q100 Grade 1 and is fully compliant with USB BC1.2 and USB PD2.0/3.0 standards as well as a number of proprietary charging modes. It supports both charging downstream port (CDP) and dedicated charging port (DCP) in addition to Apple and Samsung charging schemes. Direct connection to the vehicle power supply is made possible by the ability to withstand a 40V load dump from the vehicle battery and 24V tolerant pins that protect against shorts to VBAT and GND. 
