Hughes HL1120W
A compact LEO satellite terminal providing a responsive satellite path through the Eutelsat OneWeb network.
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IP Access Insights
Strengthening Hospital Communications Through Blended Satellite Connectivity
See how Remote Satellite Systems and IP Access International designed a resilient communications environment for a major hospital using LEO satellite, priority cellular connectivity, Smart Blending Technology, and SuperGIG™.
Blended Connectivity
LEO Satellite + Priority Cellular
Built for Critical Environments
A hospital cannot afford to lose communications when conditions are at their worst.
In a hospital environment, communication breakdowns can delay emergency response, disrupt coordination, and create additional risk for patients and staff.
When San Francisco General Hospital needed a dependable communications network for its facilities, Remote Satellite Systems worked with IP Access International to design a blended system engineered for responsiveness, resiliency, and long-term support.
Multiple Network Paths
LEO satellite and priority cellular connectivity operate together as part of one managed communications environment.
Two Hospital Buildings
Separate facilities located several blocks apart connect through a shared satellite-backed network.
One Operational Network
SuperGIG™ provides a unified connectivity layer designed to simplify management and maintain communications.
The Communications Challenge
A hospital that cannot afford downtime
As one of Northern California’s busiest public hospitals, San Francisco General must remain connected through power outages, large-scale emergencies, network congestion, and other disruptions.
Terrestrial and cellular networks are essential to normal operations, but emergency conditions can introduce congestion, infrastructure damage, power loss, or interruptions outside the hospital’s control.
The hospital needed an additional communications layer capable of maintaining voice and data connectivity even when conditions on the ground became unpredictable.
Remote Satellite Systems engineered an integrated solution connecting two separate hospital buildings located several blocks apart. With SuperGIG™ at the core, the facilities gained a shared, satellite-backed network designed to support emergency coordination across the hospital environment.
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A true blended system does more than wait for one connection to fail. It actively evaluates available networks and uses the paths that are performing.
That distinction is especially important when communications are supporting emergency response, clinical coordination, voice, video, and operational data.
An Adaptive Network
What makes blended connectivity different?
A blended system does not simply install several independent connections and wait for a failure. It brings available network paths together into a single adaptive communications environment.
In this deployment, satellite and cellular connectivity are integrated through Dejero Smart Blending Technology . The system continuously evaluates real-time network conditions and distributes traffic across available connections.
Rather than depending on a manual switch or changing network addresses after a disruption, the platform is designed to maintain one consistent operational connection.
Deployment Capabilities
What the blended system delivers
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Continuous connectivity
Available network paths can continue carrying traffic when another connection becomes congested, degraded, or unavailable.
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Simultaneous communications
The network can support voice, video, and operational data across hospital departments.
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Priority cellular access
The deployment incorporates priority cellular services used for emergency communications.
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Responsive LEO connectivity
Eutelsat OneWeb provides a lower-latency satellite path for modern applications.
Designed Around the Facility
Engineering the system from the ground up
Reliable connectivity begins long before equipment is installed.
Remote Satellite Systems began the project with a detailed assessment of the hospital’s infrastructure, antenna-placement options, cable pathways, building layout, and operational requirements.
This engineering-first approach made it possible to design the system around the hospital’s real environment rather than forcing a standard hardware package into a complex facility.
Facility Assessment
Teams evaluated the buildings, existing infrastructure, communications needs, and physical installation environment.
System Design
Satellite, cellular, routing, cabling, and equipment placement were planned as one integrated solution.
Installation and Testing
Each component was installed, configured, documented, and validated under realistic operational conditions.
The Technology
The components behind the deployment
Hardware, network access, intelligent traffic management, and ongoing support operate together as one complete system.
Dejero GateWay M6E6
A rugged connectivity gateway using Smart Blending Technology to combine and manage multiple network paths.
Explore Products →SuperGIG™
The managed network environment that brings satellite and terrestrial connectivity together through one consistent operational connection.
Explore SuperGIG™ →Eutelsat OneWeb
LEO satellite connectivity designed to provide lower latency and improved responsiveness compared with traditional GEO satellite systems.
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LEO
Connectivity
Responsive Satellite Communications
Speed and simplicity through LEO innovation
Traditional geosynchronous satellite systems remain useful for many applications, but their higher orbital distance can introduce latency that affects real-time communications.
Integrating LEO connectivity into the hospital’s network provides a more responsive satellite option for modern applications and emergency coordination.
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Lower-latency data transmission
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Faster response for real-time applications
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Simplified operation for hospital personnel
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Low-maintenance flat-panel antenna technology
Beyond the Installation
Training, documentation, and ongoing support
A communications system is only valuable when the people responsible for it understand how to operate, test, and maintain it.
Hands-On Training
Hospital personnel received practical instruction covering system operation, routine testing, and emergency procedures.
Complete Documentation
The hospital received detailed records identifying system components, cabling, connections, and operational procedures.
24/7/365 Support
IP Access customers have access to a U.S.-based Network Operations Center for support when communications matter most.
A Collaborative Deployment
Field expertise backed by managed connectivity
The San Francisco General Hospital project demonstrates what is possible when field engineering, installation experience, intelligent network technology, and ongoing support are planned together.
Remote Satellite Systems brought its site-engineering and installation expertise to the deployment. IP Access International supplied the managed connectivity platform, network services, and long-term technical support.
Together, the teams delivered more than individual pieces of hardware. They created an operational communications environment built around the hospital’s buildings, staff, applications, and emergency-readiness requirements.
Built to Perform
This system does not simply exist for emergencies. It is designed to perform during them.
Talk to an Expert
Ready to strengthen your healthcare communications?
Whether you are improving hospital resiliency, connecting multiple facilities, or preparing for emergency operations, our team can design a managed connectivity solution around your environment.