Videos

Learn about real-time computing hardware performance with GPUs vs CPU VS FPGAs to download the full white paper https://concurrent-rt.com/white-paper/white-paper-ai-in-the-loop/
AI in Control Loops GPUs vs FPGAs Explained
In this testimonial, Alice Ferreri, Research and Development Engineer in Optoelectronics and Laser R&D at Rebel Dynamics, shares her experience attending the Concurrent Real-Time Summit. She highlights the value of direct access to Concurrent Real-Time engineers, as well as the hands-on workshops that provide deeper insight into real-time systems, simulation, and deterministic computing. The Real-Time Summit brings together engineers and industry professionals to collaborate, exchange ideas, and explore technologies used in mission-critical applications across aerospace, defense, and advanced research.
Alice Ferreri (Rebel Dynamics) on the Real-Time Summit Experience
In this video, Bill Kahn, Vice President of US and EU Sales at Concurrent Real-Time, shares his perspective on working with customers across industries that depend on real-time performance. With over 40 years of experience at Concurrent Real-Time, Bill has supported organizations in aerospace, defense, simulation, and industrial markets—helping them solve complex challenges where timing, reliability, and deterministic behavior are critical. From technical support to sales leadership, his experience provides a unique view into how customer needs and real-time technologies have evolved over time.
Bill Kahn on Supporting Customers in Real-Time Systems | Concurrent RT
The inaugural Real-Time Summit 2026 brought together engineers, technical leaders, and industry experts to explore the future of deterministic computing, real-time simulation, and mission-critical systems. Hosted by Concurrent Real-Time in Fort Lauderdale, the summit featured hands-on workshops, product roadmap discussions, technical deep dives, and open conversations between customers and the engineers who build the systems and software that power real-time environments. In this recap video, attendees including simulation engineers, embedded software leaders, and R&D teams share their experiences from the event and discuss how deterministic Linux, FPGA integration, and advanced simulation technologies are shaping the next generation of real-time systems. Topics highlighted during the summit included: • Deterministic Linux performance and real-time computing • FPGA-enabled simulation environments • Advanced debugging and development workflows • Real-time systems for aerospace and defense applications • Engineering collaboration between customers and product teams The Real-Time Summit is designed to foster technical collaboration and provide a forum for engineers to exchange ideas, discuss real-world challenges, and help guide the future direction of Concurrent Real-Time technologies.
Real-Time Summit 2026 Highlights | Customer & Engineer Perspectives on Deterministic Linux
In this customer testimonial, Donald MacKellar, Engineering Technical Leader for Controls Simulation at Wabtec, shares his experience attending the Concurrent Real-Time Summit. The Real-Time Summit brings together engineers, developers, and industry leaders to discuss real-time computing, simulation technologies, and the challenges of building systems that require deterministic performance. Events like this give customers and partners the opportunity to exchange ideas, explore emerging technologies, and collaborate directly with the Concurrent Real-Time engineering team. #Concurrent Real-Time #Real-Time Summit #Wabtec
Donald MacKellar (Wabtec) on the Real-Time Summit | Customer Testimonial
Justin Smith, President and General Manager of Concurrent Real-Time, shares his thoughts on the company, its engineering teams, and the technologies that power mission-critical real-time systems. Concurrent Real-Time delivers high-performance real-time Linux solutions used across aerospace, defense, simulation, and financial services. #Concurrent Real-Time #engineering culture
Justin Smith on the Team Behind Concurrent Real-Time
In this short from Inside the Logic, one of our FPGA engineers shares practical career advice for students, new grads, or anyone looking to get started in the world of real-time computing and hardware design. www.concurrent-rt.com #FPGAEngineer
Thinking about a career in embedded or real-time systems? Start here.
In this short from Inside the Logic, our engineers explain why FPGAs are uniquely suited for AI workloads that require speed, low latency, and real-time decision-making—especially in edge computing, defense, and industrial applications. www.concurrent-rt.com
What Makes FPGAs the Ideal Hardware for AI?
What does an FPGA engineer actually do? In this episode of Inside the Logic, we sit down with members of our engineering team to explore the day-to-day reality of working in real-time systems—from solving complex timing problems to collaborating with simulation and systems teams. Whether you're an aspiring embedded engineer, a hiring manager, or just curious about what happens behind the scenes in mission-critical industries, this episode offers a candid look into the tools, challenges, and mindset of modern FPGA developers. visit www.concurrent-rt.com
A Day in the Life: Meet the FPGA Engineer | Inside the Logic Ep. 5
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