Reliable and Scalable Private 5G for Warehousing and Logistics

XCOM RAN deliver predictable performance with low latency, consistent throughput, and seamless mobility without handoff interruptions that plague Wi-Fi in warehouse environments. Unlike Wi-Fi, which suffers from interference in dense inventory zones and struggles with roaming between access points, XCOM RAN provides continuous connectivity for autonomous mobile robots (AMRs), automated guided vehicles (AGVs), and real-time inventory scanning systems. XCOM RAN's Supercell architecture eliminates handoffs entirely across wide areas, delivering 4x the capacity of conventional private 5G small cells while supporting mission-critical automation workflows that require sub-20ms latency and 99.999% uptime.

XCOM RAN provides the ultra-reliable, low-latency connectivity that autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) require for real-time navigation, collision avoidance, and coordinated fleet management in warehousing operations. The platform's software-defined architecture and Supercell design eliminate network handoffs as robots move throughout the facility, preventing the signal drops and latency spikes that disrupt autonomous workflows. With consistent throughput and sub-20ms latency across the entire warehouse floor, XCOM RAN enables seamless communication between robotic systems, warehouse management software, and AI-driven coordination platforms.

XCOM RAN is engineered specifically to support bandwidth-intensive applications like AI vision systems for order accuracy, quality control cameras, and real-time video analytics across warehousing and logistics operations. The platform delivers high throughput and consistent performance even when multiple AI vision systems, inventory scanners, and video feeds operate simultaneously. XCOM RAN's Supercell architecture provides 4x the capacity of conventional private 5G small cells, eliminating the bottlenecks that occur when Wi-Fi networks attempt to handle concurrent video streams and AI processing workloads in dense operational environments.

XCOM RAN supports flexible spectrum deployment options using either shared spectrum dedicated globally for local private 5G use, or Globalstar's licensed Band n53 spectrum. Shared spectrum provides a cost-effective option for many warehouse facilities, while Band n53 offers exclusive, interference-free connectivity for mission-critical operations requiring the highest levels of performance and reliability. This spectrum flexibility allows warehouse operators to choose the deployment model that best matches their operational requirements, facility characteristics, and performance needs.

XCOM RAN's software-defined, modular architecture enables rapid deployment compared to traditional cellular infrastructure. The Supercell design requires fewer radios to cover large warehouse facilities, reducing installation complexity and time-to-operation. Most warehouse deployments can be completed in weeks rather than months, with minimal disruption to ongoing operations. The platform's Open RAN architecture and separation of CU/DU and RU functions allow for phased rollouts that scale with operational needs, supporting immediate connectivity for priority automation zones while expanding coverage systematically across the entire facility.

XCOM RAN provides full facility coverage that extends beyond the warehouse floor to outdoor yards, loading docks, and perimeter areas where dock coordination, trailer tracking, and yard management operations occur. The platform's wide-area Supercell architecture delivers consistent connectivity across indoor and outdoor zones without requiring separate network infrastructure or handoff management between coverage areas. This unified connectivity supports real-time visibility for inbound/outbound logistics, automated dock door assignment, yard truck coordination, and asset tracking across the entire logistics campus.

XCOM RAN supports real-time inventory scanning systems including handheld RFID scanners, automated barcode readers, IoT-enabled asset tags, and mobile scanning devices used throughout warehousing and logistics operations. The solution's low latency and high throughput performance enable instant data synchronization between scanning devices and warehouse management systems (WMS), ensuring accurate inventory visibility and reducing discrepancies. XCOM RAN's reliable connectivity supports both stationary scanning stations and mobile scanning workflows, including cycle counting, receiving verification, pick confirmation, and shipping validation across the entire facility.

XCOM RAN addresses signal propagation challenges in warehouses with dense metal racking, high-stacked inventory, and RF-reflective materials through strategic radio placement and the solution's Supercell architecture, which provides stronger, more consistent signal coverage across challenging environments. Unlike Wi-Fi access points that create coverage gaps and dead zones in dense inventory areas, XCOM RAN's private 5G signal characteristics and midband frequency penetrate obstacles more effectively. The software-defined network architecture allows for optimized coverage planning that accounts for warehouse layout, racking configuration, and material density to eliminate connectivity interruptions.