
Enterprise & SMB GXC Leverages ASUS Edge Servers to Transform Private 5G and LTE Solutions Print Page Customer Name: GXC Location: United States Industry: Telecommunications and Networking Project Background As businesses in sectors such as logistics, mining, manufacturing, and agriculture adopt increasingly advanced IoT applications, the need for resilient, secure wireless network solutions has grown exponentially. In environments ranging from massive logistics hubs to remote agricultural fields, maintaining reliable connectivity for thousands of IoT devices is essential yet challenging. Recognizing this, GXC sought a high-performance private 5G and LTE network solution that combines seamless connectivity, simplified deployment, and durability in demanding industrial environments. The Challenge For Enterprises in GXC's target sectors operating in dynamic environments, traditional wired networks are often impractical or cost-prohibitive to install and maintain. These businesses require a dependable wireless network solution capable of supporting high device densities, fast data transfer, and secure connectivity—all in rugged, often extreme, environmental conditions. Additionally, the solution must be flexible, scalable, and straightforward to operate, enabling businesses to manage their private network infrastructure independently. Our Solution GXC’s private 5G and LTE network solution integrates ASUS’s advanced hardware to ensure seamless connectivity and high-performance computing. ASUS ESR1-511-X4TF edge servers serve as the backbone of GXC’s cellular mesh network, providing robust support for GXC’s Distributed Unit (DU) applications. Powered by 4th Gen Intel® Xeon® Scalable processors with Intel vRAN Boost, these servers offer enhanced performance tailored to virtualized radio access networks (vRAN), delivering twice the capacity and up to twice the performance-per-watt compared to standard configurations. ASUS IoT gateways work in tandem with the ESR1-511-X4TF edge servers, connecting a wide array of edge devices with seamless efficiency. Built with GXC’s patented interference cancellation technology, this combination enables a wireless backhaul and access network that functions smoothly, even in challenging areas where traditional cabling is unfeasible. Why ASUS? GXC selected ASUS for several key reasons: Performance and Efficiency: The ASUS ESR1-511-X4TF edge servers provide integrated acceleration and energy-efficient operation, vital for supporting GXC’s high-performance, virtualized network. Reliability in Harsh Environments: The ESR1-511-X4TF is engineered to withstand ambient temperatures up to 65°C, utilizing a unique thermal design that includes three distinct thermal zones, multiple fan controls, and a larger heat dissipation area. Optimized for Deployment and Maintenance: With a compact, short-depth chassis and front-accessible I/O ports and fans, the ESR1-511-X4TF edge server is easy to install, maintain, and manage, reducing downtime and making it ideal for remote or space-limited sites. Broad Product Portfolio: ASUS stands out from competitors with a massive product portfolio including servers, IoT devices, and much more, giving GXC assurance that ASUS has the experience to ensure essential device and network interoperability. Conclusion With ASUS’s ESR1-511-X4TF servers at the core of its private 5G and LTE solution, GXC now offers a powerful, scalable network infrastructure for industries that depend on seamless IoT connectivity. ASUS’s edge server technology enabled GXC to deliver a resilient, high-performing network capable of supporting extensive IoT deployments across diverse, challenging environments.

Enterprise & SMB

GXC Leverages ASUS Edge Servers to Transform Private 5G and LTE Solutions

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Customer Name: GXC
Location: United States
Industry: Telecommunications and Networking

Project Background

As businesses in sectors such as logistics, mining, manufacturing, and agriculture adopt increasingly advanced IoT applications, the need for resilient, secure wireless network solutions has grown exponentially. In environments ranging from massive logistics hubs to remote agricultural fields, maintaining reliable connectivity for thousands of IoT devices is essential yet challenging. Recognizing this, GXC sought a high-performance private 5G and LTE network solution that combines seamless connectivity, simplified deployment, and durability in demanding industrial environments.

The Challenge

For Enterprises in GXC's target sectors operating in dynamic environments, traditional wired networks are often impractical or cost-prohibitive to install and maintain. These businesses require a dependable wireless network solution capable of supporting high device densities, fast data transfer, and secure connectivity—all in rugged, often extreme, environmental conditions. Additionally, the solution must be flexible, scalable, and straightforward to operate, enabling businesses to manage their private network infrastructure independently.

Our Solution

GXC’s private 5G and LTE network solution integrates ASUS’s advanced hardware to ensure seamless connectivity and high-performance computing. ASUS ESR1-511-X4TF edge servers serve as the backbone of GXC’s cellular mesh network, providing robust support for GXC’s Distributed Unit (DU) applications. Powered by 4th Gen Intel® Xeon® Scalable processors with Intel vRAN Boost, these servers offer enhanced performance tailored to virtualized radio access networks (vRAN), delivering twice the capacity and up to twice the performance-per-watt compared to standard configurations.

ASUS IoT gateways work in tandem with the ESR1-511-X4TF edge servers, connecting a wide array of edge devices with seamless efficiency. Built with GXC’s patented interference cancellation technology, this combination enables a wireless backhaul and access network that functions smoothly, even in challenging areas where traditional cabling is unfeasible.

Why ASUS?

GXC selected ASUS for several key reasons:

Performance and Efficiency: The ASUS ESR1-511-X4TF edge servers provide integrated acceleration and energy-efficient operation, vital for supporting GXC’s high-performance, virtualized network.
Reliability in Harsh Environments: The ESR1-511-X4TF is engineered to withstand ambient temperatures up to 65°C, utilizing a unique thermal design that includes three distinct thermal zones, multiple fan controls, and a larger heat dissipation area.
Optimized for Deployment and Maintenance: With a compact, short-depth chassis and front-accessible I/O ports and fans, the ESR1-511-X4TF edge server is easy to install, maintain, and manage, reducing downtime and making it ideal for remote or space-limited sites.
Broad Product Portfolio: ASUS stands out from competitors with a massive product portfolio including servers, IoT devices, and much more, giving GXC assurance that ASUS has the experience to ensure essential device and network interoperability.

Conclusion

With ASUS’s ESR1-511-X4TF servers at the core of its private 5G and LTE solution, GXC now offers a powerful, scalable network infrastructure for industries that depend on seamless IoT connectivity. ASUS’s edge server technology enabled GXC to deliver a resilient, high-performing network capable of supporting extensive IoT deployments across diverse, challenging environments.