Ethernovia

Ethernovia is a semiconductor and networking platform company focused on what it calls "Physical AI Infrastructure" — the real-time, high-bandwidth, deterministic connectivity layer that lets intelligent machines perceive, decide and act in coordination. The company's technology is positioned as "the nervous system for intelligent machines," unifying perception, decision and action through Ethernet-based deterministic networks. Its product families include single pair Ethernet PHYs (T1) spanning 10Gbps to 1Gbps, deterministic packet processors, and scalable switches and integrated platforms. These building blocks are aimed at real-time sensor aggregation, deterministic AI compute fabrics, centralized and zonal vehicle architectures, and software-defined intelligent platforms. Ethernovia's core market is automotive autonomy, which it describes as the proving ground for a broader Physical AI future. Its platforms are marketed for robotic platforms, AI-accelerated compute platforms, autonomous vehicles, in-vehicle backbone and zone connectivity, aerospace and air mobility, autonomous mobile systems, advanced imaging systems, telematics connectivity and central gateways. The company also offers software-defined services that support over-the-air feature upgrades, dynamic bandwidth reallocation, secure service isolation, real-time telemetry and system monitoring, and partitioned safety domains — capabilities intended to let hardware support a flexible, software-defined future. Ethernovia has attracted world-class investors and announced a Series B round of over $90 million to scale its leading-edge autonomy and Physical AI networking chips. It has also announced an HSB-enabled networking board for NVIDIA Holoscan platforms, an Ethernet Sensor Bridge for NVIDIA Holoscan, and has been visible at events including CES in Las Vegas and an IEEE SA IP & Ethernet Technology Day in Toulouse. CEO Ramin Shirani has publicly framed the industry as "entering the era of Physical AI." The company is privately held and venture-backed.

Ethernovia is a privately held technology company that has built its business around Ethernet-based deterministic networking for intelligent machines. The company describes its technology as providing "the nervous system for intelligent machines," unifying perception, decision and action through Ethernet-based deterministic networks. Its stated mission is to deliver solutions for next generation intelligent machine networks, with a focus on Physical AI Infrastructure that empowers real-world intelligent systems. Ethernovia's product strategy centers on transforming Ethernet into a real-time intelligence fabric. Its Physical AI Platforms integrate high-performance Ethernet PHYs, deterministic switching and intelligent networking capabilities into a scalable foundation for real-time autonomous systems. The company argues that modern Physical AI systems require the seamless movement of massive sensor data streams, predictable latency under peak load, and tight synchronization between distributed compute elements and actuation systems. By ensuring that perception data flows efficiently to compute and that decisions propagate reliably to control, Ethernovia positions its platforms for safety-critical and performance-intensive environments with automotive-grade reliability, scalability and functional safety. The company's product line spans single pair Ethernet PHYs (T1) from 10Gbps to 1Gbps, deterministic packet processors, and scalable switches and packet processors. These are applied to real-time sensor aggregation, deterministic AI compute fabrics, centralized and zonal architectures, and software-defined intelligent platforms. Ethernovia identifies automotive autonomy as the proving ground for its technology while targeting a broader Physical AI future that includes robotic platforms, AI-accelerated compute platforms, autonomous vehicles, in-vehicle backbone and zone connectivity, aerospace and air mobility, autonomous mobile systems, advanced imaging systems, telematics connectivity and central gateways. Ethernovia has attracted world-class investors and announced a Series B round of over $90 million to scale its leading-edge autonomy and Physical AI networking chips. The company has also announced an HSB-enabled networking board for NVIDIA Holoscan platforms and an Ethernet Sensor Bridge for NVIDIA Holoscan, deepening its ties to the NVIDIA ecosystem for AI and robotics. Its CEO, Ramin Shirani, has publicly stated that the industry is "entering the era of Physical AI." Ethernovia has maintained a visible presence at industry events, including the Consumer Electronics Show (CES) in Las Vegas in January 2026, an IEEE SA IP & Ethernet Technology Day in Toulouse, and a NASDAQ billboard in Times Square, New York. The company also publishes technical media and blog content on topics such as why TCP/IP and ISO/OSI layering is essential for in-vehicle networks (IVNs), enabling resiliency in automotive networks for ASIL D systems, and multi-gig Ethernet as an enabler of next generation features.

• Ethernovia raises over $90 million Series B to scale leading-edge autonomy and Physical AI networking chips.

• Ethernovia announces an HSB-enabled networking board for NVIDIA Holoscan platforms.

• Ethernovia exhibits at the Consumer Electronics Show (CES) in Las Vegas.

• Ethernovia participates in the IEEE SA IP & Ethernet Technology Day in Toulouse.

• Ethernovia appears on a NASDAQ billboard in Times Square, New York.

Provider of Ethernet-based deterministic networking silicon and platforms positioned as the nervous system for Physical AI, autonomous vehicles, robotics and intelligent machines.

• Single Pair (T1) Ethernet PHYs

  Single pair Ethernet PHYs spanning 10Gbps to 1Gbps for real-time sensor aggregation and in-vehicle connectivity.

• Deterministic Packet Processors

  Packet processors delivering deterministic networking for Physical AI systems.

• Scalable Switches and Packet Processors

  Scalable switching and packet processing for centralized and zonal architectures.

• Physical AI Platforms

  Scalable foundations for real-time autonomous systems integrating high-performance Ethernet PHYs, deterministic switching and intelligent networking.

• Ethernet Sensor Bridge for NVIDIA Holoscan

  A product bridging Ethernet sensors into NVIDIA Holoscan platforms.

• Software Defined Services

  Programmable, scalable infrastructure supporting over-the-air feature upgrades, dynamic bandwidth reallocation, secure service isolation, real-time telemetry and partitioned safety domains.

1. 1Ethernovia - Next generation intelligent machine networksethernovia.com
2. 2Products - Ethernoviaethernovia.com
3. 3Physical AI Platforms - Ethernoviaethernovia.com
4. 4Software Defined Services - Ethernoviaethernovia.com
5. 5Ethernovia - Wikidatawikidata.org