Rugged Edge Servers

Latest COTS server-class technologies packaged in compact, field-proven form factors to accelerate defense, aerospace and edge applications

Built for Every Inhospitable Corner of the Globe

Mercury’s rugged edge servers bring cutting-edge Silicon Valley technology to every inhospitable corner of the globe by densely packing the latest server-class components and innovative technologies in field-proven form factors certified for defense, aerospace and edge use.

INFOGRAPHIC

RUGGED EDGE SERVERS

Mercury's rugged edge servers tackle
the most challenging workloads in the
most remote environments.

RUGGED EDGE SERVER PRODUCTS

Rack Servers

Rack Servers

Compact, rugged and power-efficient 1U-4U rackmount servers that tackle mission-critical workloads…

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Modular Blade Servers

Modular Blade Servers

Purpose-built high-density rugged servers with configuration flexibility to deliver precise…

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Compact and Small Servers

Compact and Small Servers

Lightweight, mobile rugged servers that accelerate mission-critical applications anywhere

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Ensure Mission Resiliency

Our BuiltSECURE rugged servers safeguard against current and emerging threats for multi-domain operations: cryptography, secure boot and advanced physical protection

The Box That Checks All The Boxes

Mercury's rugged edge servers accelerate artificial intelligence (AI), cybersecurity, signals intelligence (SIGINT) and C4ISR tactical edge computing workloads. Whether on land and sea, in the air or space, our field-proven edge servers are engineered to bring the latest silicon valley technology to every inhospitable corner of the globe.

Designed to meet computing, reliability, platform and security requirements found on the tactical edge, Mercury's rugged edge servers ensure mission success.

Operate and Fit Anywhere

Our lightweight and compact form factors are certified to multiple military and industrial environmental specifications to ensure uptime and availability in any environment. Advanced thermal and mechanical design features deliver superior resilience to g-force, altitude, dust, corrosion, sand, humidity, salt, fog and temperature extremes.

Innovative shock pins and memory/ PCIe retention and vibration dampeners prevent intermittent lockups or system failure. A specially designed dust cover offers additional protection against the elements. Flexible AC/DC power and mobile carry case options allow you to compute on the move and keep systems within your line of sight.

CAPTURE, STORE AND PROTECT YOUR DATA

Accelerate Decision-Making and Reduce Storage Bottlenecks with HDC-U.2 & HDS8R NVMe Blades

Growing data loads and expanding neural networks require more storage at the edge. Our rugged edge servers maximize SAS, SATA or NVME storage capacity with multiple hot-swappable 2.5”, 3.5” and EDSFF drives so you can process and analyze data as it comes in without exhausting resources. Read/write switches prevent accidental rewrite and FIPS 140-2, NIAP-certified secure storage options protect critical data. Plus, our servers are optimized to increase efficiency and lower latency for software-defined storage (SDS) or converged architectures.

Quiet for Stealth Operations

Higher performance shouldn’t mean louder IT. Mercury’s rugged edge servers are tested and certified to minimize airborne and structural-borne noise. Our patented baffles optimize airflow to the most-necessary components, reducing server noise while ensuring maximum performance in heated or enclosed environments. A system control module allows remote control of server acoustics.

Save Time and Ensure High Availability

When the mission is critical, shutdown is not an option. Our front-access BIOS battery simplifies maintenance and enables replacement without system shutdown. Hot-swappable modules, drives and dual redundant power supplies let servers remain operational during upgrades and transport. We work closely with customers to ensure each server or server stack maximizes efficiency, minimizes latency and builds in the redundancy you need so you can do more in the field with greater peace of mind.

Designed, Built, and Tested in Certified U.S. Facilities

Mercury’s rugged edge servers are designed and manufactured in AS5553-compliant, AS9100D- and ISO9001-certified U.S. facilities. Server designs and confidential information are safeguarded against potential cyberattacks through Mercury’s DFARS 252.204-7012- and NIST SP 800-171A-compliant IT infrastructure. To guarantee performance, each server undergoes our in-house multi-step electrical, mechanical and environmental quality checks and tests including a 24-hour burn-in test.

DISCOVER MORE

Case Study: Navy CDS, Simultaneously and Securely Processing Classified Data at Sea

Discover how the U.S. Navy utilizes Mercury's scalable and configurable HD modular blade servers to...

White Paper: Real-Time Defense Systems Response Will Require PCIe 5.0

PCIe 5.0 protocol benefits a new generation of rugged, deployable application platforms with...

Case Study: Navy CPS, Secure at Sea Removing Foreign Technology

Mercury’s RES HD servers provide the U.S. Navy with a secure, cost-effective, high-performing...

This is not a drill: Preparing for a severe cyber storm

Designing post-quantum cryptography (PQC) is much more than just implementing an algorithm. You need...

Article: Optimizing the Edge Through Distributed Disaggregation

Disaggregating processing is now enabling low-latency, network-attached everything at the edge with...

White Paper: Enabling big data processing and AI-powered everything, everywhere

Learn how Mercury and Intel collaborate to scale and deploy composable data center capabilities...

Webinar: Using NVIDIA-Based Distributed Processing to Speed Mission-Critical AI at the Edge

For the first time in the market, there is an optimized network-attached rugged distributed GPU...

Vodcast: Enabling the Army to get higher performance and SWaP optimization in a smaller footprint

Live from the International Armored Vehicle Show in Austin, Texas, discover how Mercury is enabling...

Contact us to see how we can solve your mission-critical challenges

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