Since 2016, Concurrent Real-Time has partnered with NVIDIA to offer products specially designed to support NVIDIA®’s Jetson TX2, TX2i, AGX Xavier and Nano in real-time applications. Concurrent Real-Time is pleased to announce that we now support the NVIDIA® Jetson Orin™.
Jetson AGX Orin
The Jetson AGX Orin is a high-performance, power-efficient module. With a developer kit, you can build advanced applications that take advantage of top-of-the-line computing ability to have the edge in manufacturing, logistics, agriculture and more. We have worked hard to ensure our custom solutions work seamlessly with Jetson AGX Orin to enable you to build faster and more easily.
Concurrent Real-Time is an HBK Company
The NVIDIA® Jetson Nano™ is a powerful computer in a small form-factor that makes modern AI accessible to everyone. With support for CUDA, CPU shielding, and many more features, our industry-leading RedHawk Linux RTOS brings the power of hard real-time to the Jetson Nano™. This makes it well-suited for running deep neural networks commonly used in AI applications. And with our support and training services, we can bring you up to speed to deploy fast.
Jetson AGX Xavier
The NVIDIA® Jetson AGX Xavier™ is an ARM64-based AI system-on-a-module powered by NVIDIA’s Volta GPU technology with Tensor cores. The AGX Xavier offers high performance in a small, power-efficient form factor that’s ideal for intelligent edge devices like robots, drones, smart cameras, and portable medical devices. Along with RedHawk Linux RTOS, Concurrent Real-Time’s NightStar provides the ability to debug, analyze, and tune latency-sensitive embedded applications with minimal intrusion.
Jetson TX1 and TX2
The NVIDIA® Jetson TX1 and Jetson TX2 are fast, power-efficient modules designed for embedded systems that require advanced parallel computing. We have supported hard real-time through RedHawk Linux on the Jetson TX1 since 2016 and the Jetson TX2 since 2017. The Jetson TX1 is capable of delivering high performance for AI applications, making it suitable for tasks such as image and speech recognition, navigation, and other machine learning tasks in embedded systems. The TX2 provides higher computational performance compared to the TX1. It is suitable for more complex AI tasks and can handle a wider range of applications. These platforms are widely used in various industries, including robotics, autonomous vehicles, and industrial applications, where real-time AI processing is essential.
|RedHawk Linux Release||NVIDIA L4T||Jetpack||Kernel.org Release||Ubuntu Version||Release Date|
|7.3.2||TX1: R28.2; TX2: R28.2.1||3.2.1||4.4.38-rt49||–||7/13/2018|
|7.5||PX2: 22.214.171.124bL||DriveInstall 126.96.36.199bL||4.9.38.rt25||16.04||2/25/2019|
|8||Drive AGX Xavier: 188.8.131.52||SDKManager 184.108.40.20638||4.14.102-rt53||18.04||3/23/2020|
|8.4.5||Orin: R35.2.1||SDKManager 1.9.1-10844||5.10.104-rt63||20.04||3/31/2023|