Our high-performance compute blades are characterised by their compute power and density achieved by embedding the most contemporary processors, including Scalable Intel®Xeon® datacentre processors.
Blades equipped with Xeon processors come from the same family of processors used in the most contemporary datacentres and are selected for their long-service life, extended availability and capacity to perform sensor processing, AI and complex general processing tasks. AdvancedTCA and 6U OpenVPX blades have two Xeon devices embedded per blade for even greater performance.
SINGLE BOARD COMPUTERS
Our single board computers (SBCs) include versatile mezzanine sites for custom I/O processing and off-board processing.
Each processing node is equipped with the best compute power from their respective device generation and are fully interoperable with similar form-factor, OSA and fabric building blocks for low-risk processing subsystem pre-integration.
Our GPGPU embedded processing accelerators are powered by NVIDIA or AMD devices that are picked for their long service life support and suitability for embedded processing applications. Each GPU processor is mounted on a rugged mezzanine for upgradability.
Other solutions feature embedded Intel and Xilinx FPGAs that bring additional on-board co-processing. Each accelerator is equipped with optimal compute power from their respective device generation and are fully interoperable with similar form-factor, OSA and fabric building blocks for low-risk processing subsystem pre-integration.
Our switch fabric modules provide full service switching through hardware accelerating ASICs from leading device makers including Mellanox or may be software defined for upgradability. These high bandwidth switches include system management capabilities including full compliance with VITA 46.11.
All of our switch fabric modules are interoperable with similar form-factor, OSA and fabric building blocks for low-risk processing, subsystem pre-integration.
Our mezzanines are available with fibre optic or electrical outputs and enable a high-degree of signal processing options and high data rates. Mezzanine electrical interfaces may be software defined for even more versatility and signal inspection/processing options.
These mezzanines are interoperable with similar fabric building blocks that have a compatible mezzanine site for low-risk processing, subsystem pre-integration.
Our embedded processing accessories include a variety of customizable rear transition modules and highly versatile mezzanine carrier cards. Certain configurations have system management functionality including VITA 46.11 complaint options that bring holistic system management to the entire processing subsystem.
These accessories are interoperable with similar form-factor, OSA and fabric building blocks for low-risk processing subsystem, pre-integration.
CHASSIS & SUBSYSTEM PRE-INTEGRATION
Mercury’s broad ecosystem of compute building blocks enable SWaP-efficient solutions to be quickly configured within a low-risk environment. Our off-the-the-shelf chassis facilitate rapid development work and prototyping to support concurrent engineering initiatives.
Configured processing subsystems may optionally include BuiltSECURE technologies that provide proven systems security engineering, cyber resiliency and trust. This built-in, holistic approach to security may be made private and customisable or turnkey.
For deployment in extremely harsh environments, Mercury’s MOTS+ technologies provide the highest levels of protection.
PLUG IN STORAGE
Our solutions are designed, coded and manufactured in secure, domestic facilities, using trusted devices from managed supply chains for the highest level of system integrity.
Deploy the fastest, most secure and reliable solid state storage in your space, air, ground and naval processing application.
Our low-latency, high-throughput pluggable storage arrays enables your application to go anywhere and scale and shift missions faster.