Mercury Systems, Inc.
Mercury Systems is pioneering a next generation defense electronics business model. We are the leading provider of secure and safety-critical processing subsystem solutions.
- 800-872-0040
978-256-1300 - support@mrcy.com
- 50 Minuteman Road
Andover, MA 01810
United States of America
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Product
Low-Noise Amplifiers
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Broadband, narrowband, high-frequency, our extensive portfolio of LNAs is ready to tackle the toughest requirements. Don’t see exactly what you need? We have a vast library of pre-engineered building blocks ready to support any custom design.
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Product
Network Switches
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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.
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Product
Switch Matrices
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Mercury System’s family of rugged, custom-designed switch matrices are available in rigid PCB construction, module-based packages, or rack-mount solutions. Each switch matrix is a highly integrated, SWaP-optimized assembly consisting of an assortment of switches, filters, amplifiers, attenuators, limiters, and drivers. The result is high speed channel selection, high isolation, high linearity, and low insertion loss.
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Product
Millimeter-Wave Amplifiers
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When your application requires operating at Ka-band and above, trust Mercury Systems’ millimeter wave amplifiers to perform. With standard designs up to 65GHz and custom products available, Mercury is ready to support your high frequency requirement.
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Product
High-Performance Computers
EnsembleSeries™
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Our high-performance compute blades are characterized by their compute power and density achieved by embedding the most contemporary processors, including Scalable Intel® Xeon® datacenter processors.
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Product
Fullband Coaxial Noise Sources
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Our line of full-band noise sources are specially designed for easy integration into microwave systems. They feature rugged construction with excellent long-term stability. In addition to the RF output choices, there are also different packages available to meet a wide range of mechanical constraints. Typical applications include jamming, radar alignment, SNR testing and general lab use.
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Product
6U OpenVPX PMC/XMC rear transition module.
EnsembleSeries™ RTM60P
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*High-density connector and breakout cable to access to RS-232/RS-422 serial and 10/100/1000BASE-T Ethernet interfaces*Four 9-pin serial interfaces and four RJ45 Ethernet interfaces via the breakout cable*Standard VITA 57 FMC connectors that map to the PMC and XMC user I/O connections from the HCD6220 or HCD6410
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Product
6U OpenVPX Ethernet I/O rear transition module.
EnsembleSeries™ RTM60S
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*DualRS-232 interfaces and dual 10/100/1000BASE-T Ethernet interfaces*Additional 10/100BASE-T Ethernet interface to support the remote system management capabilities of the SFM6100 and SMM6100 modules*Brings user I/O from the backplane connectors to industry-standard interfaces, when integrated with the SFM6100, SMM6100, or SWM6100 modules
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Product
Chassis & Subsystem Pre-integration
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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.
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Product
OpenVPX Ethernet I/O rear transition module.
EnsembleSeries™ RTM30P
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*Companion Rear Transition Module for 3U OpenVPX Xeon® D-series process payloads (LDS3506)*Field Replacement Unit capability
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Product
Digital Instantaneous Frequency Measurement Receivers
DIFM
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Mercury Systems offers a range of standard high-performance broadband Digital Instantaneous Frequency Measurement (DIFM) receivers and Digital Frequency Discrimination (DFD), which act as functional building blocks in many military electronic warfare systems. Examples include electronic counter measures (ECM) systems, electronic surveillance measures (ESM) systems and radar warning receivers (RWR).
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Product
Mezzanines
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Our mezzanines are available with fiber 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.
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Product
High-Power Pulsed Amplifiers
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High power pulsed amplifiers are capable of providing over 1KW of peak power above 10GHz. These SWaP-optimized, high-reliability products have been designed to withstand the toughest environments. For custom requirements, Mercury leverages its proven building-block design approach to rapidly deliver a solid-state power amplifier (SSPA) for your application.
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Product
High-Power CW Amplifiers
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Our family of solid-state power amplifiers (SSPAs) utilizes proprietary technology and a proven building block approach that enables rapid customization to specific requirements. The world-class design team understands the tradeoffs between GaAs versus GaN and FET versus MMIC to quickly achieve the right design for the right problem. Whether you need a connectorized compact GaN SSPA or an integrated SSPA assembly, we have the technical know-how to deliver on-time and on-budget.
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Product
Trusted & Secure Servers
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A part of the EnterpriseSeries™ product line, Mercury’s RES Trust servers employ U.S. designed and manufactured motherboards with embedded Intel® processors and composable BuiltSECURE™ framework to deliver trusted performance for the most security-imperative mission critical applications. RES Trust servers can be configured with a variety of nation-state-level security features. System security features enable customer Foreign Military Sales (FMS) or Direct Commercial Sales (DCS) program success.
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Mercury
Mercury Systems is the leader in making trusted, secure mission-critical technologies profoundly more accessible to aerospace and defense.
