In connected car news are MIPI Alliance, Repairify, Opus IVS, Molex, Micron, General Motors, Toyoda Gosei, Tohoku University, VI-grade, Pirelli, RIDEsense, onsemi & Synaptics.
In this Article
MIPI Alliance Honors Contribution and Leadership in 13th Annual Membership Awards
The MIPI Alliance announced the recipients of its 2025 Membership Awards at a ceremony held during Member Meeting #72 in Berlin, Germany. The annual awards recognize notable engineering achievements, specification development, and working group leadership within the international organization, which standardizes wired interface specifications for mobile, automotive, and IoT ecosystems. The selection process, managed by the Awards Recognition Committee and approved by the MIPI Alliance Board of Directors, honored four individuals across distinct categories reflecting their technical contributions to high-bandwidth data transfer and audio architectures.
Edo Cohen of Valens Semiconductor received the Lifetime Achievement Award, the highest honor from the alliance, commemorating 17 years of technical leadership. Cohen currently serves as vice chair of the Technical Steering Group, co-chair of the A-PHY Working Group, and chair of the newly established Physical AI Birds of a Feather Group. His contributions include driving enhancements for the MIPI A-PHY serializer-deserializer physical layer specification and structuring the MIPI A-PHY Compliance Program. The Working Group Leadership Award went to Aruni Nelson of Intel Corporation for her oversight as chair of the Audio Working Group, where she managed the publication of the MIPI SoundWire for I3S v1.0 interface and directed the development of forthcoming audio bus controller interface standards.
The remaining accolades recognized engineering service and institutional operations. Rod Hogan of Apple Inc. received the Distinguished Service Award for his technical expertise in analyzing and refining acoustic proposals within the Audio Working Group. The Special Achievement Award was granted to George Goodman, who retired from the MIPI Alliance in 2026, honoring his tenure as program manager across multiple technical tracks including the PHY Steering Group, Security, RFFE, and Display working groups. The underlying interface specifications developed by these contributors support high-speed data transmission pipelines required for next-generation automated driver assistance systems and intelligent edge platforms.
Repairify and Opus IVS Complete Automotive Diagnostics Business Combination
Repairify and Opus IVS finalized the transaction combining their automotive diagnostics businesses under a unified operating structure. The closing follows a review by the Department of Justice and builds upon an initial combination framework announced in January. The consolidated vehicle diagnostics entity targets technical operations across independent repair facilities, collision shops, automotive dealerships, and mobile service providers navigating high-bandwidth vehicle architectures and advanced driver assistance systems workflow complexities.
The integrated diagnostics business segment unites the asTech, Opus IVS, and BlueDriver product portfolios under a centralized executive structure. Brian Herron, formerly the chief executive officer of Opus IVS, assumes the role of CEO for the combined diagnostics division. Srisu Subrahmanyam maintains his position as CEO of Repairify, Inc., managing the distinct Repair360, Mobile Tech RX, and One Guard Inspections business units. The organizational alignment consolidates Repairify’s remote diagnostic validation pipelines and OEM-compatible scanning interfaces with Opus IVS’s physical hardware engineering assets, flash programming frameworks, and live master technician remote networks.
The joint platform encompasses a servicing footprint covering more than 65,000 global automotive repair facilities and dealerships. Product lines, software integration matrices, and customer support assignments are scheduled to maintain day-one continuity, transitioning toward unified engineering and product development cycles over time. The structural consolidation follows a historical period of patent and tortious interference litigation between the two developers, effectively ending independent market competition to establish a single vendor framework for high-volume vehicle pre- and post-repair scanning, module programming, and ADAS calibrations.
Molex Debuts HSAutoLink G Multi-Gigabit Ethernet Connector System
Molex announced the expansion of its automotive interconnect portfolio with the introduction of the HSAutoLink G Connector System. The component family delivers differential shielded and unshielded twisted-pair multi-gigabit automotive Ethernet performance up to 25Gbps. Designed to address the elevated bandwidth requirements of software-defined vehicles, the interconnect architecture supports data-heavy hardware deployments including advanced driver-assistance systems, radar, 4D LiDAR, centralized compute modules, and zonal networking layouts.
The system utilizes a compact interface engineered to fit within industry-standard USCAR footprints, functioning as a drop-in second-source replacement for existing USCAR 777-U-xxx-x-Z01 cavities to mitigate supply chain risks and minimize redesign expenses. To preserve signal integrity within dense electronic environments, the assembly incorporates controlled 100-Ohm differential impedance alongside specialized electromagnetic interference shielding backed by multiple uniform ground-contact points. Mechanical enhancements feature an anti-stubbing terminal design to prevent contact damage during assembly, supplemented by a reversible housing shroud to increase packaging and routing layout flexibility.
The component selection encompasses terminals, connectors, printed circuit board headers, and cable assemblies validated through environmental and mechanical simulations for deployment under high-vibration conditions. Molex positions the 25G Ethernet interconnect solution alongside its high-speed FAKRA-Mini variants and the MX-DaSH data-signal hybrid system to consolidate power, signal, and high-speed data aggregation within standardized automotive architectures. Product samples are available for early qualification and design-in validation testing.
Micron and General Motors Solidify Semiconductor Supply Chain via Strategic Long-Term Memory Agreement
Micron Technology and General Motors have executed a Strategic Customer Agreement to guarantee long-term volume supply of advanced memory and storage platforms for GM vehicle production lines. The multi-year supply commitment is architected to mitigate semiconductor volatility and establish architectural continuity across next-generation software-defined vehicle architectures and hardware roadmaps. The framework serves as one of 16 bilateral capacity reservation agreements disclosed during Micron’s fiscal third-quarter 2026 financial reporting cycle.
The contract secures dedicated allocations of Low-Power DRAM, NOR Flash, and Universal Flash Storage NAND devices optimized for deployment within high-bandwidth localized computing environments, artificial intelligence edge workloads, and advanced driver assistance systems. Technical implementation notes highlight deep engineering collaboration between the companies to execute system-level optimization and advanced component qualification. Production routing leverages Micron’s recently modernized 2 billion dollar fabrication facility in Manassas, Virginia, establishing a localized, onshore fabrication origin intended to match long-lifecycle industrial logistics with predictable capacity output.
Toyoda Gosei and Tohoku University Establish Joint Research Center for Advanced Automotive Materials
Toyoda Gosei Co., Ltd. and Tohoku University have established the Co-Creation Research Center for Functional Materials Contributing to Safety, Comfort and Decarbonization within the university’s Graduate School of Engineering. The collaborative initiative, which officially launched on July 1, 2026, is scheduled for a three-year operational duration through June 2029. The center is engineered to bridge industrial polymers expertise with advanced structural analysis to accelerate the development of next-generation rubber and plastic compounds targeted for 2030 and beyond.
The joint venture integrates Toyoda Gosei’s proprietary materials engineering knowledge with Tohoku University’s specialized data science, computational simulation, and microscopic measurement technologies. Analytical operations will leverage the university’s NanoTerasu 3GeV synchrotron radiation facility, enabling nanoscale visualization of molecular substances down to one millionth of a millimeter. The programmatic focus will utilize digital transformation and advanced material analysis to expedite product development cycles for high-added-value components that support automotive safety systems, cabin comfort, and environmental decarbonization targets.
The facility is located in the General Engineering Research Building at Tohoku University and is led by Operations Director Shigeaki Kurokawa, Deputy Chief of Toyoda Gosei’s Research and Development Headquarters, alongside Operations Support Director Professor Tomonaga Okabe from the Graduate School of Engineering. Beyond collaborative research and development, the center is structured to serve as an industrial exchange platform and to cultivate specialized engineering talent in advanced material science fields.
VI-grade Provisions Version 2026.2 Software Suite for Virtual Vehicle Development
Automotive simulation developer VI-grade announced the immediate availability of its 2026.2 software release, updating its core product portfolio to improve real-time fidelity, streamline engineering workflows, and enhance virtual vehicle development. The flagship software upgrade introduces targeted feature enhancements across the company’s modular ecosystem, including VI-CarRealTime, VI-DriveSim, VI-NVHSim, and VI-WorldSim. The software package has been deployed to the company’s digital distribution portal for registered engineering clients.
Within the vehicle dynamics domain, VI-CarRealTime integrates a new thermal braking model designed to compute real-time brake temperature gradients and subsequent friction coefficient variations, alongside upgraded brake pedal force modeling to enhance Driver-in-the-Loop simulation realism. The module expands Functional Mock-up Unit compliance, optimization toolsets, suspension compliance kinematics, and actuator control interfaces. Simultaneously, the VI-DriveSim component introduces finite impulse response filters for real-time frequency fine-tuning, web-based engineering session reporting, simplified project management layouts, and closer structural integration with the company’s virtual environment engine.
The noise, vibration, and harshness toolkit, VI-NVHSim, introduces a Target Analyser environment to centralize signal recording comparison, validation parameters, and automated status reporting. It also integrates Audiokinetic Wwise Automotive for expanded sound design pipelines, adds extended Harman Halosonic support, and implements automated RPM autotracking and order validation tools. For environmental rendering, VI-WorldSim migrates its core engine architecture to Unreal Engine 5.7.4 to boost graphic rendering throughput, while deploying an upgraded Event Manager with complex scenario scripting conditions, higher-fidelity traffic behaviors, and full compatibility with the latest RoadRunner software release.
Pirelli Secures 24.99% Stake in RIDEsense to Advance Cyber Tyre Analytics
Pirelli has finalized an agreement to acquire a 24.99% equity stake in RIDEsense, an advanced mobility start-up spun out from the University of Naples Federico II and the MegaRide Group. The transaction includes specific intellectual property safeguards alongside a structured option allowing Pirelli to expand its holding up to 100% of the company’s share capital. The strategic partnership grants the tier-one tire manufacturer a license to deploy RIDEsense’s proprietary virtual sensor technology across its production lines to scale software intelligence inside connected automotive architectures.
The technical integration combines the physical, tire-embedded hardware of the Pirelli Cyber Tyre ecosystem with RIDEsense’s physics-based virtual sensor algorithms. These mathematical models execute within standard vehicle electronic control units to process real-time telemetry generated by existing onboard vehicle sensors. The dual physical-virtual sensory layer expands the software’s input capabilities to optimize active vehicle safety systems, improving aquaplaning detection parameters and opening new diagnostics pipelines for original equipment manufacturer chassis control units.
The consolidated computational architecture transmits real-time tire diagnostics directly into primary vehicle control modules, including anti-lock braking systems, electronic stability programs, and traction control logic. As the automotive ecosystem transitions toward highly automated driving levels, the enhanced platform is engineered to expand ADAS and autonomous driving system inputs. Beyond vehicle dynamics, Pirelli is leveraging the edge software in ongoing public infrastructure pilot programs to monitor road surface conditions and identify regional transit risks in real time.
onsemi Enters Definitive Agreement to Acquire Synaptics in 7 Billion Dollar All-Stock Transaction
Semiconductor manufacturer onsemi has executed a definitive agreement to acquire Synaptics Incorporated in an all-stock transaction representing a total enterprise value of approximately 7 billion dollars. The transaction structure utilizes a fixed exchange ratio of 1.350 shares of onsemi common stock for each share of Synaptics common stock, representing a 19% premium based on the 10-day volume-weighted average closing prices. The acquisition, which has received unanimous approval from the boards of directors of both entities, is scheduled to close in mid-2027 subject to regulatory approvals and Synaptics stockholder confirmation.
The strategic combination expands onsemi’s core competence in intelligent power and sensing by integrating Synaptics’ Edge AI compute, human-machine interface, and wireless connectivity solutions. By consolidating these complementary technology portfolios, onsemi aims to establish an end-to-end framework across the four structural pillars of Physical AI: power, sense, connected compute, and control. The integration is projected to increase onsemi’s total addressable market by 30 billion dollars, elevating its total target market valuation to 243 billion dollars by 2030 across automotive, industrial, and automated infrastructure verticals.
The transaction adds Synaptics’ Astra edge computing platform—which features specialized AI processors, neural processing units, and a multimodal wireless connectivity portfolio—directly into onsemi’s production ecosystem. Financially, the acquisition is structured to achieve 200 million dollars in annual cost synergies and is expected to be accretive to non-GAAP earnings per share within 18 months post-closing. Upon completion, Synaptics stockholders will maintain an approximate 12% pro forma ownership stake in the combined corporation on a fully diluted basis, with one member of the Synaptics board transitioning to the onsemi board of directors.