White Papers

This paper describes the RedHawk Linux kernel feature that replicates kernel text and read-only data pages on Non-Uniform Memory Access (NUMA) nodes on RedHawk v6.3...

RedHawk Linux provides several kernel-level and user-level security features that together can provide powerful levels of security capable of hardening RedHawk systems to military-grade standards....

In this paper, you will get a full view of Concurrent Real Time’s solution for the embedded industry, the RedHawk Embedded Linux platform. You will...

The RedHawk Linux RTOS is designed specifically for a variety of applications that require time-critical or hard real-time environments. Its user-level commands are fully compatible...

This paper reports the throughput performance of the EXT4, XFS, BTRFS and REISER4 file systems on RedHawk Linux 7.2 running on an Intel Xeon server....

This Technology Brief introduces Concurrent Real-Time’s NightStar suite of development tools. These five tools enable RedHawk Linux users to quickly and easily debug, monitor, schedule,...

Increasingly, developers of real-time software have been exploring the use of graphics processing units (GPUs) with programming models such as CUDA to perform complex parallelizable...

An increasing number of commercial and military systems now contain one or more ‘black boxes’ — devices that take input signals, make the necessary calculations,...

This white paper describes a feature of RedHawk Linux that provides the ability to control NUMA node page placement of RAM disk data. Placing RAM...

PCI Express has a great increase in bandwidth over legacy PCI and the specifications imply that it is easy to expand into large I/O configurations....

Please read this white paper to learn about Concurrent Real-Time’s revolutionary Linux RTOS that safeguards deterministic application behavior while minimizing impact on system stability and...

There are many challenges to creating a real-time Linux distribution that provides guaranteed low process-dispatch latencies and minimal process run-time jitter. Concurrent Real Time’s RedHawk...

This paper is intended for those who wish to understand the real‐time performance of a security‐hardened RedHawk Linux system when it is under Denial‐of‐Service (DoS)...

This paper is for RedHawk Linux users who wish to run multiple copies of the RedHawk RTOS on a single server using Kernel Virtual Machine...

This paper discusses tuning techniques that will aid the user in taking full advantage of Concurrent’s RedHawk Linux real-time operating system. It is intended as...

This paper provides details for installing and running ROS 2 under the RedHawk™ Linux® real-time kernel and tools available for the NVIDIA® Jetson TX2 and...