Valeo and Anritsu have expanded virtual connectivity testing for vehicles. Their combined digital twin environment adds eCall scenarios to simulated cellular networks and virtual electronic control units.
VIAVI introduces programmable navigation hardware combining inertial sensors and AI. Its INS-NV platform integrates NVIDIA processing, GNSS reception and interfaces for external aiding sensors, allowing developers to evaluate alternative navigation methods.
Variscite and SecEdge now support firmware TPM on embedded modules. SEC-TPM runs in a protected environment on supported NXP i.MX processors, allowing security functions without a separate TPM chip.
Automotive developers report substantial effort spent integrating foundational software systems. A QNX-commissioned survey of 1,100 developers finds that integration absorbs an average 35% of their reported working time.
TASKING has unified development tools for NXP automotive microcontroller software. The S32K5 environment combines compilation, debugging and verification, with AUTOSAR driver support and safety-related tool qualification.
Volkswagen has selected NXP microcontrollers for its future zonal architecture. The S32K5 family will underpin controllers connecting local vehicle functions with central computers, with the first application planned for 2027.
ByteSnap finds AI increasing verification demands across UK electronics teams. Its survey of 281 professionals also identifies persistent hardware and firmware integration problems, despite reported efficiency gains.
Innodisk has packaged four cameras for embedded vision system development. The GMSL2 starter kit includes fixed-focus modules, a capture card, one-metre FAKRA cables, and driver source code for a supported NVIDIA platform.
Synaptics has introduced three processors combining embedded control and AI. The Astra SR200 family pairs Arm Cortex-M85 and Cortex-M52 cores with Coral neural acceleration and integrated memory for multimodal processing at the edge.
Renesas has introduced two faster industrial microcontrollers with embedded MRAM. The RX74M and RX74N use 22 nm manufacturing, operate at up to 600 MHz, and add security features; RX74M also integrates dedicated EtherCAT and TSN-capable Ethernet hardware.
