Neousys Technology, a leader in rugged embedded systems, announces the PCIe-AE304bp, a wide-temperature, fanless 4-port Automotive Ethernet PCI Express card designed to accelerate ADAS and autonomous driving validation. Purpose-built for modern vehicle network architectures, PCIe-AE304bp brings direct 100/1000BASE-T1 connectivity into x86-based platforms, eliminating external media converters and delivering a simpler, more reliable in-vehicle Ethernet integration solution.

Simplified Integration for Rugged Operation

PCIe-AE304bp integrates Automotive Ethernet directly into the host system through a standard PCIe form factor, removing the need for external RJ45-to-T1 media converters. This reduces system complexity, minimizes cabling, and eliminates additional connection points that are often vulnerable to vibration in automotive environments. The result is a more stable and deployment-ready test setup for both lab validation and in-vehicle applications.

Flexible 100/1000BASE-T1 Support

Based on Marvell 88Q2221 PHYs, PCIe-AE304bp supports software-configurable 100BASE-T1 and 1000BASE-T1 operation in compliance with IEEE 802.3bw and IEEE 802.3bp standards. Flexible master/slave configuration enables interoperability across a wide range of Automotive Ethernet endpoints, including LiDAR, radar, sensor fusion modules, and ECUs. This BASE-T1 implementation supports the ongoing transition toward Ethernet-centric vehicle architectures, enabling high-bandwidth data transmission, software updates, diagnostics, and scalable data logging across distributed in-vehicle networks.

Fanless Wide-Temperature Operation

Engineered for harsh automotive environments, PCIe-AE304bp features a fanless thermal design with a -25°C to 70°C operating temperature range, ensuring stable and deterministic performance in real-world deployment conditions. Its ruggedized architecture is designed to withstand continuous vibration, thermal cycling, and extended operational workloads, making it suitable for engineering development, system validation, and production test applications.

With a half-length, single-slot PCIe design and support for multi-card expansion, PCIe-AE304bp provides a scalable Automotive Ethernet platform for next-generation ADAS and autonomous driving test systems.

Learn more about PCIe-AE304bp 100/1000BASE-T1 Automotive Ethernet PCIe Card:
https://www.neousys-tech.com/en/product/product-lines/in-vehicle-computing/pcie-ae304bp

Neousys Technology, an industry-leading provider of rugged embedded systems, has launched Nuvo-9154GC, its latest edge AI platform featuring on-board GMSL2 automotive camera ports. Engineered for indoor/ outdoor AMRs in warehousing, logistics, and agriculture applications, this rugged x86 computer integrates four GMSL2 interfaces with an Intel® 14th/13th Gen platform and a 150W NVIDIA® Blackwell GPU, delivering a powerful solution for mobile and vehicle-based AI vision deployments.

Nuvo-9154GC features four GMSL2 ports, enabling direct connection to automotive-grade cameras. To simplify system integration, selected 2MP, 3MP, 5MP, and 8MP GMSL2 cameras are driver-ready under Linux, allowing developers to accelerate camera integration and reduce deployment complexity. Compared to conventional USB or GigE Vision solutions, GMSL2 provides long cable reach, high bandwidth, and enhanced EMI robustness, making it well-suited for mobile and vibration-prone environments.

For AI computing performance, the platform supports NVIDIA® RTX-series GPU cards up to 150W TDP, paired with an Intel® 14th/13th Gen Core™ processor and DDR5 memory. This architecture delivers sufficient compute density for multi-camera, high-resolution video ingestion and real-time AI inference, including object detection, sensor fusion, and vision-based perception workloads at the edge.

To meet vehicle deployment requirements, the platform supports 8V to 48V wide-range DC input with ignition power control, operates from -25°C to 60°C, and includes dual CAN 2.0 interfaces. IEEE 802.3at PoE+ is also supported to power cameras and peripherals directly through Ethernet.

"The Nuvo-9154GC is a computing platform purpose-built for diverse AMR applications, including warehouse logistics automation, autonomous delivery robots, and agricultural robots," said Morris Lee, Product Manager at Neousys Technology. "Inheriting Neousys' rugged DNA, the Nuvo-9154GC is engineered for deployment in vehicles and other high-vibration, space-constrained, and wide-temperature environments. It is an ideal solution for reliable image transmission and real-time GPU-based AI processing at the edge, enabling developers and system integrators to deploy scalable AI vision systems in demanding real-world environments."

Learn more about Nuvo-9154GC GMSL2 NVIDIA® RTX GPU-Accelerated Edge AI PC
https://www.neousys-tech.com/en/product/product-lines/edge-ai-gpu-computing/nuvo-9154gc

Taipei, Taiwan – July 14, 2026 – Neousys Technology, a leading provider of rugged embedded computers, today announces that its Jemii-150 series has successfully validated and flashed the newly released NVIDIA® JetPack 7.2 via the NVIDIA SDK Manager. This immediate compatibility ensures that edge AI developers can instantly utilize the latest software capabilities into production.

Unlike conventional proprietary Jetson carriers that require extensive, time-consuming BSP (Board Support Package) porting efforts whenever a new JetPack version arrives, the Jemii-150 series is engineered with a 100% BSP-Matched design based on the official Orin Nano Developer Kit. This unique architecture ensures that developers can instantly access NVIDIA’s latest AI software stack, security patches, and features as soon as they are released. Furthermore, it maintains full backward compatibility across all released JetPack versions, granting development teams the ultimate flexibility to configure and maintain the exact environment required for their specific projects.

Beyond its software agility, the Jemii-150 series breaks new ground by adopting the standard Mini-ITX form factor (170mm × 170mm). This strategic hardware design bridges the gap between commercial flexibility and industrial reliability, allowing system integrators to seamlessly deploy NVIDIA® Jetson Orin™ NX or Orin Nano modules into the vast, existing Mini-ITX ecosystem.

"For developers and system integrators building advanced AI applications, staying synchronized with NVIDIA's fast-evolving software ecosystem has historically been a major bottleneck," said Morris Lee, Product Manager at Neousys Technology. "With the Jemii-150 series running JetPack 7.2 right out of the gate, we are giving our customers the best of both worlds: the immediate software convenience of an official developer kit, and the rugged, standardized hardware stability required for mass industrial deployment."

The Jemii-150 series is ideal for bandwidth-intensive, multi-sensor AI workloads, including Intelligent Video Analytics (IVA), roadside traffic monitoring infrastructure, and Autonomous Mobile Robots (AMR).

Learn more about Jemii-150 Jemii-150 Mini-ITX Jetson Orin Nano Platform

Taipei, Taiwan-– August 4, Neousys Technology, a leading provider of rugged embedded systems, today announced the launch of RGS-9805GC, a rugged 19-inch 3U HPC server designed for Sense–Think–Act workloads in Physical AI applications that demand data center performance outside air-conditioned server rooms. Built for autonomous vehicles, robotics, and in-vehicle HD map collection, the ultra-compact 3U platform delivers data center-class AI performance at the edge by combining up to 160-core AMD EPYC™ 9005 processing, dual-GPU acceleration, rugged vehicle-ready design, and extensive PCIe Gen5 expansion.

Data Center-Class Compute for Physical AI Workloads

Featuring AMD EPYC™ 9005 “Turin” processors with up to 160 cores / 320 threads, and support for dual NVIDIA RTX PRO™ 6000 MAX-Q GPUs, RGS-9805GC delivers the compute density required for demanding AI inference, sensor fusion, and real-time decision-making workloads.

Rugged Design for Harsh Mobile Environments

With a partitioned enclosure and sealed thermal tunnel design, RGS-9805GC operates reliably in field environments from -25°C to 60°C. It incorporates reinforced GPU mounting and damping structures to achieve MIL-STD-810H shock and vibration resistance, enabling deployment in autonomous trucks and mobile robots. A wide 9V–32V DC input with ignition control further simplifies integration into vehicle-based platforms.

High-Bandwidth PCIe Gen5 Expansion for Multi-Sensor Systems

To support high-throughput multi-sensor workloads, RGS-9805GC provides extensive I/O scalability, including two PCIe x16 @ Gen5 16-lane slots for dual FHFL GPUs, and five additional PCIe x16 @ Gen5 slots (four 16-lane, one 8-lane) for high-bandwidth CoaXPress, GMSL2, 10GbE, and USB3 frame grabber cards.

Compact 3U 388mm-Depth Design for Space-Constrained Applications

Despite its high computing and expansion capability, RGS-9805GC is housed in a compact 19-inch 3U chassis with only 388mm depth, enabling deployment in space-constrained cabinets, vehicles, and mobile platforms where traditional HPC servers cannot fit.

RGS-9805GC brings data center-class AI computing beyond traditional server rooms, empowering system integrators to deploy Physical AI applications in vehicles, robotics, and other harsh edge environments without compromising performance.

Learn more about RGS-9805GC Rugged HPC AI Server:
https://www.neousys-tech.com/en/product/product-lines/rugged-industrial-hpc-server/rgs-9805gc