Kyocera to Unveil Next-Gen Sensing And Optical Innovations at CES 2026
Kyocera is preparing to take centre stage at CES 2026 with a portfolio that reflects its growing influence across advanced mobility, sensing technologies, and next-generation data transmission. As the global race toward intelligent transport systems and AI-driven infrastructure accelerates, the company’s showcase offers a timely look at where optical, wireless and sensor innovations are heading.
At booth 6501 in the Vehicle Tech and Advanced Mobility Zone, Kyocera will exhibit jointly with Kyocera AVX Components Corporation, Kyocera International, Inc., and Kyocera Document Solutions Inc. The collective presence underscores the Group’s strategy of aligning optical communications, precision sensing, smart imaging and interactive systems into a unified mobility vision.
Underwater Wireless Optical Communication
Kyocera’s Underwater Wireless Optical Communication is emerging as one of the most promising developments in marine ICT. Built to minimise optical attenuation below the surface, the system enables rapid, high-capacity data transfer for deep-water operations.
This capability supports Autonomous Underwater Vehicles and other subsea inspection tools by ensuring stable, real-time transmission of high-definition video and sensor data. The practical benefits include better-quality marine surveys, improved accuracy in offshore structural inspections, and reduced latency for science-led ocean research.
Visitors to CES will see a demonstration of Kyocera’s 5Gbps transmission capacity, a performance that positions UWOC as a foundation technology for future underwater IoT networks. Several research institutes globally have been pushing for higher-speed subsea links, particularly for renewable energy monitoring, offshore robotics and environmental observation, making this innovation timely.
Triple-Lens AI Depth-Sensing Camera
Kyocera’s triple-lens AI-equipped depth camera is designed to capture close-range measurements with a level of detail that conventional two-lens systems struggle to match. The system measures objects as small as 0.30mm, while accurately capturing metals, translucent materials and flexible linear items.
The implications for factory automation are significant. Manufacturers are increasingly adopting near-field imaging to improve quality assurance for wiring, small components and intricate assemblies. In clinical settings, improved identification of anatomy and medical tools offers another advantage, especially in environments experiencing staffing shortages.
At CES, visitors can directly compare Kyocera’s recognition accuracy with more traditional solutions, highlighting how AI-powered optical systems are advancing industrial and medical imaging.
High-Resolution mmWave Sensor
Kyocera’s high-resolution millimetre-wave sensor brings 4D sensing capability to the mobility and monitoring space. The system detects minute vibrations and interprets velocity, distance, and spatial orientation relative to its target.
Using proprietary substrate technology and algorithmic processing, the sensor provides clear object detection in environments where visibility or privacy constraints limit optical systems. This offers potential in autonomous driving support, healthcare monitoring, and structural surveillance for civil infrastructure.
With global automotive suppliers aiming for greater redundancy in sensors, and with civil engineers increasingly adopting vibration data for asset health monitoring, mmWave systems are becoming essential to next-generation autonomy and inspection.
OPTINITY And Optical Data Transmission
Kyocera’s OPTINITY module represents a step forward in data centre efficiency, enabling the optical transfer of PCIe signals that were previously confined to short-range electrical pathways within servers. By integrating optical and electrical technologies, the module doubles bandwidth while offering improved energy efficiency and reduced spatial requirements.
The rise of generative AI and autonomous driving workloads has placed intense pressure on server infrastructure. Optical pathways reduce heat, latency and density challenges, enabling a smoother transition to the next wave of high-performance computing. OPTINITY supports these requirements by offering a fast, scalable means of handling expanding data demands.
Kyocera notes that OPTINITY resulted from a NEDO-backed development project, which reflects Japan’s broader national strategy of strengthening semiconductor and optoelectronic competitiveness.
Phased Array Antenna Module
Developed by Kyocera International, the Phased Array Antenna Module uses multi-beam technology to monitor multiple directions and frequencies simultaneously. Designed for security and surveillance, the module addresses use cases including critical infrastructure protection, national defence applications, and drone detection.
To ensure precise beam steering and reliable performance, Kyocera employs multi-reflector OTA testing based on Rohde & Schwarz CATR technology. As threats become more complex and unmanned aerial systems proliferate, phased array systems are being prioritised across the security sector for faster threat identification.
Cotopat Real-Time Caption Display System
Kyocera Document Solutions will introduce Cotopat to US audiences for the first time. The interactive caption system uses real-time speech recognition to display text, diagrams and videos, smoothing communication in multilingual and accessibility-focused environments.
Since its 2023 launch in Japan, Cotopat has been deployed at municipal service counters, reception desks and customer-facing workplaces. Its ability to reduce conversational barriers aligns with a growing push toward inclusivity in public services and corporate communications.
A Broader View Of Mobility Technologies
Kyocera’s showcase arrives at a time when the global mobility sector is undergoing a transition toward data-centric operations. High-speed communications, AI sensing and optical processing are becoming core components of autonomous driving, intelligent fleet systems and resilient infrastructure.
Across Europe, North America and parts of Asia, governments are scaling up investments in advanced sensing for roads, ports and energy assets. International standards bodies are also examining how optical networking may enhance subsea data systems for offshore industries.
Kyocera’s integration of marine ICT, precision imaging, mmWave sensing and high-bandwidth optical modules demonstrates a long-term approach to addressing these global trends.
Building Momentum Ahead Of CES 2026
With CES attracting innovators from automotive, robotics, data infrastructure and defence, Kyocera’s multifaceted display aligns well with the event’s increasing emphasis on intelligent mobility and AI-driven systems.
Visitors will gain insight into the company’s strategy of combining optoelectronics, sensors and advanced imaging to support emerging use cases across industrial automation, marine robotics, autonomous driving and accessibility technologies.
