Panasonic announced their CES presence. There will be also a major press conference event but I doubt they will announce anything Lumix related. Here is the official press text:

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Panasonic Holdings Corporation Co., Ltd. will exhibit at CES 2026, held from January 6 to 9, 2026, in Las Vegas, Nevada, U.S.A., under the theme “The Future We Make.” The Panasonic Group is committed to achieving “an ideal society with affluence both in matter and mind,” where both material and spiritual richness coexist. As part of this commitment, the Group will present its latest AI-driven innovations and demonstrate its commitment to B2B solutions that contribute to building a sustainable future.

At the core of the exhibit are AI infrastructure solutions that demonstrate how to achieve high performance, reliability and lower energy consumption in power-intensive data centers. The presentation will feature space-saving, highly secure energy storage systems that improve power management efficiency; capacitors and multi-layer circuit board materials that enable stable operation and high-speed communication under high temperature and current; energy-efficient technologies including liquid cooling pumps and compressors that protect servers from thermal stress; and high-precision semiconductor manufacturing equipment for the mid-process stages of energy-efficient AI semiconductors, which are becoming increasingly high-integration, high-speed, and high-capacity. These solutions demonstrate the Panasonic Group’s extensive technological expertise in AI infrastructure.

The Group will also present examples of B2B solutions in non-manufacturing sectors such as logistics and services, utilizing AI that support resilient supply chains and enhance people’s safety and comfort daily life.

• Dates: Tuesday, January 6 – Friday, January 9, 2026
• Venue: Las Vegas Convention Center (LVCC), Central Hall Booth #16605
• Booth size: 1,412 square meters

The exhibit will highlight data center solutions designed to address the exponential growth in generative AI demand, featuring:

The Panasonic Group offers a distributed power system featuring “safety-designed” and “high-power” units that can be installed within server racks. Designed to support 24/7/365 data center operations, this system provides backup power during outages and incorporates peak shaving functionality*¹ to supplement power during peak demand periods. As power demands are expected to rise with further GPU advancements, the Group delivers power solutions that contribute to stable data center operations and improved operational efficiency.

*1 Peak shaving function: A mechanism that stores electricity during off-peak hours and uses it during peak demand periods to enhance data center energy efficiency.

As devices and materials supporting the evolution of next-generation data centers, including generative AI servers, the Group offers products such as conductive polymer electrolytic capacitors and multi-layer circuit board materials. These include the Conductive Polymer Aluminum Electrolytic Capacitor (SP-Cap™), Conductive Polymer Tantalum Solid Capacitor (POSCAP™), and Conductive Polymer Hybrid Aluminum Electrolytic Capacitors, which suppress power circuit noise. Their compact size, high capacitance, high reliability, and ultra-low ESR (Equivalent Series Resistance) contribute to stable AI server operation. In addition, the Multi-layer Circuit Board Material MEGTRON™ supports high frequencies, achieving both industry-leading low transmission loss characteristics and high heat resistance. These products meet the demand for faster, higher-capacity information and communication infrastructure equipment driven by increasing data traffic. Both product lines support data center evolution as optimal solutions for power supply and substrate design in high-load environments characterized by high currents and elevated temperatures.

The Group has developed high-performance liquid cooling pumps and cooling compressors for AI-enabled data centers. The pump, designed for CDU*² integration, achieves approximately 75% higher flow rate in a compact housing comparable to conventional models while offering extended lifespan and reduced maintenance requirements. Furthermore, a high-efficiency compressor utilizing refrigeration technology enhances cooling performance and energy efficiency. The synergy of these technologies provides a core cooling solution supporting stable operation in next-generation data centers.

*2 CDU: Coolant Distribution Unit

To address the challenge of reducing data center power consumption amid advances in generative AI, the Group deploys equipment solutions enabling the miniaturization and wide integration of advanced semiconductors, including AI chips. Leveraging manufacturing expertise cultivated over many years as an electronics manufacturer, the Group develops innovative equipment for the “middle-end process” that bridges semiconductor front-end and back-end operations. The lineup of the latest equipment achieves industry-leading quality and precision, contributing to the evolution of semiconductor manufacturing.

Leveraging security monitoring experience in factory networks, building systems, and energy management systems, the Panasonic Group delivers high-level security while maintaining the availability demanded by critical infrastructure such as data centers. The Group’s proprietary advanced anomaly detection technology and SOC (Security Operations Center) with extensive experience provide comprehensive support, from risk analysis and attack detection to incident response assistance.

This exhibit area will showcase efficient and sustainable solutions enabled by AI technology, featuring:

Blue Yonder, Panasonic Group’s AI-driven supply chain innovator, presents an interactive 3D journey that illustrates the future of warehouse automation. Visitors can explore technologies such as camera vision, robotics, RFID*³, and sensors across key stages—from yard entry with automated gate control and real-time truck tracking to dock arrival and inventory verification. Inside the warehouse, advanced automation optimizes workflows for both workers and managers, delivering greater efficiency, accuracy, and operational resilience.

*3 Radio Frequency Identification

Hussmann, a Panasonic Group business unit specializing in refrigeration and food retail solutions worldwide, has introduced new merchandisers designed to support energy efficiency and operational flexibility. These units utilize natural R-290*⁴ refrigerant and offer configurable options to meet diverse retail requirements. Mobile island units enable adaptable store layouts and effective product presentation, while AI-driven IoT-based solutions provide real-time equipment management, predictive maintenance, and help reduce refrigerant leaks. Additionally, electronic shelf labels with clear displays and extended battery life contribute to improved operational efficiency and accurate pricing.

*4 Natural Refrigerant R-290: A naturally derived refrigerant primarily composed of propane, featuring an extremely low Global Warming Potential (GWP) that contributes to reduced environmental impact.

CPS (Cyber-Physical System) 2.0 is a cross-industry technology solution that integrates advanced technologies such as Generative AI, IoT, and sensors to digitally reconstruct physical environments, enabling visualization, standardization, and optimization. These insights are then fed back into the real world to create new value—including improved efficiency, productivity, and quality. Built on Panasonic’s manufacturing expertise and knowledge accumulated across diverse on-site operations, this digital solution is applicable to a wide range of fields, from manufacturing to non-manufacturing industries. By integrating various data—such as video, facility data, equipment information, design data, operator attributes, planning data, and operational records—CPS 2.0 identifies causal relationships across entire workflows and applies optimal standardization and optimization measures to upstream processes. This defines CPS 2.0 as a feedforward-style CPS that enables fundamental, root-cause-driven problem solving.

Using proprietary AI-powered data analysis with facial expression recognition technology, the Panasonic Group is able to estimate brain age in real time based on four distinct facial expressions. The Brain Healthcare Quotient (BHQ), an internationally recognized indicator of the state of brain health, can now be estimated in approximately one minute—without the need for conventional MRI scans. By enabling regular BHQ measurements to monitor the state of brain health and encouraging proactive lifestyle adjustments, the Group presents a next-generation healthcare solution that delivers a transformative health experience designed to extend healthy life expectancy for people of all ages, from working adults to seniors.

To help reduce the need for long-term care, it is essential to understand the health and living conditions of seniors. Using collected data on individual risk factors and expert insights, AI generates personalized intervention plans to mitigate these risks. Additionally, by leveraging personality traits and local community resources (such as gathering spaces), the Panasonic Group uses AI-driven conversational engagement to encourage positive behavioral change. This approach aims to foster a more inclusive society that reduces the number of seniors requiring care and lessens the burden on professional caregivers. It also seeks to enhance seniors’ autonomy by improving health literacy around preventive care and strengthening intergenerational connections between active seniors and younger people, ultimately advancing the well-being of the senior population.

*5 Research and development theme promoted under Japan’s Cabinet Office Strategic Innovation Promotion Program (SIP) Phase 3 “Building an Inclusive Community Platform” project.

Users wear the “Rhythm Monitor” device while sleeping to track changes in low-temperature and high-temperature phases linked to the female menstrual cycle, along with sleep patterns. By inputting weight, activity levels, and daily physical and mental discomforts, the dedicated app provides health condition predictions and supportive advice. Users can also consult healthcare professionals regarding health matters. Additionally, automatically generated personal health reports for each menstrual cycle help establish the habit of objectively reviewing physical and mental states and trends. As a next-generation healthcare solution enhancing user well-being, the service launched in Japan in October 2025.

The Panasonic Group will showcase cutting-edge technology in the fields of renewable energy, recycling, and waste reduction. Featured technologies include:

Combining an integrated glass structure with proprietary inkjet printing and laser processing technologies, the Group achieves both flexible design and high durability. This enables the introduction of renewable energy through building-integrated photovoltaics (BIPV) to buildings’ windows, walls, balconies, and other surfaces previously unrelated to power generation. Capable of meeting diverse design needs—from simple transparent patterns that harmonize with spaces to decorative motifs that enhance architectural design and interiors—these cells are anticipated as a next-generation energy solution well-suited for urban buildings and residences.

Centered around a “Disassembly CPS (Cyber-Physical System)” that visualizes product disassembly ease, the system simulates and optimizes disassembly actions and required time using 3D CAD. The resulting data informs new product design and automated disassembly robots, contributing to efficient part reuse and remanufacturing. Furthermore, precise disassembly enables high-purity separation of materials such as plastics and metals, allowing the production of high-quality recycled materials and advancing the recycling process. By incorporating design principles that enhance maintainability, the Group aims to achieve both longer product lifespans and resource recovery. The Panasonic Group is building a next-generation recycling infrastructure for a circular society, targeting practical implementation by fiscal year 2028.

Please visit https://news.panasonic.com/global/presskits/ces2026 for all Panasonic CES 2026 news announcements and photos.