Concurrent Real-Time

High-performance I/O just got a whole lot more accessible. SignalHawk I/O brings advanced PCIe simulation, test, and data acquisition cards to standard Linux environments—giving engineers the tools they need to handle complex signal processing, aerospace testing, and automotive simulation without a full real-time OS. With over 30 supported PCIe cards, SignalHawk I/O delivers: ? Multi-function I/O – Analog, digital, and specialized signal support ? High-precision data acquisition – Up to 64 channels, 24-bit ADCs ? Aerospace & motion testing – Synchro, resolver, and LVDT/RVDT simulation ? FPGA-based flexibility – Software-defined hardware that adapts as requirements evolve ? Automotive simulation – Engine modeling, SENT protocol, PWM, and more Linux drivers are now bundled at no additional cost, making it easier to integrate hard real-time I/O performance into existing workflows. Dive into the details ???? https://bit.ly/43Bl7jC

GE Transportation, a Wabtec company, is advancing locomotive testing with real-time HIL simulation. Their Pennsylvania SimLab allows engineers to refine control algorithms, optimize fuel efficiency, and test locomotive performance—all before a train hits the tracks. With iHawk?, RedHawk? Linux, and NightStar? tools, GE simulates mile-by-mile rail conditions, injects faults safely, and ensures system reliability. This results in lower costs, faster development, and safer operations across global rail networks. Dive into the full story: https://bit.ly/410Baoc

Automotive engineers are under pressure to develop, test, and validate vehicle systems faster than ever—without compromising safety or performance. Real-time simulation is the key to making that possible. With VI-grade’s AutoHawk, powered by RedHawk? Linux, teams can: ? Run hardware-in-the-loop (HIL) tests for steering, braking, and powertrain systems ? Validate ADAS and autonomous systems in a controlled, real-time environment ? Perform thousands of simulations in hours to refine designs early ? Reduce development costs and risks by detecting issues before physical prototyping From driving simulators to full vehicle validation, AutoHawk provides a flexible, high-performance platform that meets the demands of modern automotive testing. Learn all about it: https://bit.ly/41J6Vm4

In industries like aerospace, defense, and automotive, even a microsecond of latency can mean the difference between success and failure. Engineers working with hardware-in-the-loop testing, mission-critical simulations, and high-speed data acquisition need an operating system that delivers precise, repeatable, and deterministic performance—every time. That’s where RedHawk Linux comes in. Built on a fully preemptible kernel, it ensures hard real-time response times under 15 microseconds, optimized multi-core processing, and advanced debugging tools—all while maintaining full compatibility with standard Linux environments. Whether it’s testing next-generation aircraft, running complex simulations, or ensuring safety in autonomous systems, RedHawk keeps real-time applications running with absolute precision. When timing is non-negotiable, the right OS makes all the difference.

Ghost Robotics is pushing the limits of legged autonomy, delivering semi-autonomous robots built for rugged defense and security operations. At Tyndall Air Force Base, their VISION 60? Q-UGV? robotic dog enhances perimeter security, requiring precise, uninterrupted motion control. With RedHawk? Linux, they gained hard real-time performance and low-latency processing, ensuring fluid, reliable movement in the field. Real-time determinism allows Ghost Robotics’ systems to adapt, react, and operate with confidence in high-stakes environments. ??: https://bit.ly/3OCNbuh

?? Real-time applications demand precision, adaptability, and guaranteed performance. SignalHawk I/O is built for the job. With ultra-low latency processing, high-resolution A/D & D/A conversion (up to 24-bit), and FPGA-based reconfigurable architecture, it delivers the flexibility and accuracy engineers need for mission-critical simulation and control systems. ???? Seamless integration with RedHawk Linux, RHEL, and Ubuntu ???? Industry-specific solutions for LVDT/RVDT testing, powertrain simulation, and precision signal processing ???? Guaranteed real-time performance for applications where every microsecond matters Every project has unique requirements—contact our experts to find the right SignalHawk I/O solution for your application:?https://bit.ly/4bOcEM1

??Robert Combier and John Ranj will be at NVIDIA #GTC25 on March 17-21 in San Jose, CA. Connect with them there to talk real-time simulation, HIL testing, and mission-critical computing! ?? https://lnkd.in/g_baWc9

Naval Undersea Warfare Center?is advancing next-generation torpedo technology with high-fidelity real-time simulation—enhancing speed, stealth, and engagement while reducing costly in-water testing. With iHawk?, RedHawk? Linux, and NightStar? tools, their synthetic environment enables faster deployment, lower costs, and more effective weapon systems. Swipe through to see how NUWC is driving innovation in naval defense. Read the full case study: https://bit.ly/41uujF8

AeroHawk is redefining defense system simulation and testing with real-time precision, scalable configurations, and cost-effective training. Built on RedHawk? Linux, it delivers guaranteed low-latency performance, ensuring mission-critical operations run with absolute reliability. ?? See it in action: https://bit.ly/3CA4s4K

Carnegie Mellon University is pushing the boundaries of robot-assisted retinal surgery, developing a handheld robotic arm to assist surgeons with extreme precision. Using RedHawk? real-time software and Jetson Nano, the team achieved synchronized motor control, real-time vision processing, and near-zero latency adjustments—ensuring steadier, safer, and more precise procedures. Take a look:?https://bit.ly/3DjV1Xz