Systems
Concurrent Technologies provides a range of systems and system integration services ranging from development systems and demonstrators to fully qualified rugged deployable systems. These systems can be utilized for Mission Control, C5ISR, EW, Radar and other demanding military and industrial applications. Concurrent Technologies' systems can include various CPU, GPGPU, FPGA, Networking, Storage, and IO combinations in SWaP-C packages. We have been integrating VPX systems for more than 10 years and have built a high level of system architecture expertise. Contact us to find out how we can reduce your risk and allow you to focus on what matters most.
View Our SolutionsVPX
Based on key customer feedback, the original VPX specification evolved to include OpenVPX™ profiles for multi-vendor integrated environments. The OpenVPX framework defines the clear interoperability points necessary for integration between Module to Module and Module to Backplane and Chassis. The OpenVPX specification and profile list was updated again in 2019 following input from the SOSA Open group, and Concurrent Technologies is at the forefront in implementing compute intensive boards that are compliant to these new profiles. VPX products are widely deployed in military and aerospace environments and Concurrent Technologies supplies a range of single board computers, switches, storage, XMC carriers as well as development systems. Rugged variants are usually available based on a rigorous testing cycle to ensure reliability despite severe operating temperatures, shock, vibration, altitude and other environmental factors.
View Our SolutionsSOSA aligned VPX
Concurrent Technologies Inc. is a proud member of the Sensor Open Systems Architecture (SOSA™) consortium. SOSA is a COTS-based open standards initiative that provides reconfigurable, upgradable, and cost-effective embedded computing capabilities in deployed platforms. Many Concurrent Technologies’ Single Board Computers and Systems are developed in alignment with the SOSA Technical Standard.
View Our SolutionsAMC
AdvancedMC® (AMC) modules were originally defined as an open standard way to add hot swappable mezzanine modules to AdvancedTCA® blades, mainly for telecom related applications. Over time they have become more widely used to create MicroTCA® systems by plugging them directly into a backplane. The most common AMC format is the single module type which provides sufficient board space to create high performance, modular solutions. Double format modules are better suited for higher power and I/O intensive applications and, driven by an extension of the MicroTCA specification (MTCA.4), are now widely used for high-speed physics experimentation and control. Concurrent Technologies supports AMC modules with Ethernet, PCI Express and RapidIO® interconnects and can offer Fabric Interconnect Networking Software (FIN-S) to simplify the use of multiple modules in a system with low latency, high throughput connections.
View Our SolutionsVME
VME continues to be a well supported and widely installed bus architecture particularly in the defense market. we offer a choice of Intel® processor-based VME boards designed for long life-cycle applications. These high performance processor boards are complemented by a choice of switch fabric boards, XMC and PMC carriers, and mass storage modules.
View Our SolutionsCompactPCI
Our range of 6U CompactPCI ® products provides the user with a choice of high performance, highly integrated slot controllers and peripheral controllers. These boards use Intel® processor platforms for ease of programming and widespread availability over long life-cycles. 3U CompactPCI ® (CPCI) continues to be a popular architecture, particularly for transportation and defense applications. We offer a range of commercial and ruggedized processor boards based on high performance Intel® Core™ processors, or the lower power Intel® Atom™ processors. Complementary products include mass storage and XMC/PMC carriers. Many of the products are available in commercial and extended temperature variants. This popular family of single board computers is complemented by our range of switch fabric boards and XMC/PMC carriers. The CompactPCI standards are published by PICMG.
View Our SolutionsXMC
XMC modules are an ideal way to add functionality to modular, open standards based systems. These mezzanine modules are about the size of an iPhone® and are plugged into compatible slots on a host processor or carrier board to create the perfect mix of functionality for specific applications. XMC builds upon the success of the PMC standard by ensuring a common form factor but with higher bandwidth communications using PCI Express® interconnects. Concurrent Technologies offers a wide range of XMC modules that are suitable for commercial and rugged deployments.
View Our SolutionsSoftware
To speed up your application development, our products support many leading operating systems used in essential embedded applications. Board support packages are typically available for Linux®, Windows® and VxWorks®. Other operating systems are supported based on customer demand. A number of additional software packages are available to enhance security, speed up boot times, aid diagnostics or configuration and to simplify connectivity for high performance computer solutions. By leveraging our expertise in providing application enabling middleware around our products, we help you create better products and minimize your development time.
View Our SolutionsAccessories
We provide a diverse range of Accessories and Cables to help customers develop and deploy applications on our range of embedded boards. These include breakout cables for high-density connectors and storage modules, along with adapters and front panel I/O boards. We are able to provide both 26-way and 60-way cables.
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Solutions For Demanding Applications
Concurrent Technologies offers a comprehensive range of Commercial Off-The-Shelf (COTS) products based on open standards. These products are designed for embedded applications needing long life-cycles.