XCOM RAN by Globalstar is designed to support tomorrow’s mission-critical industrial automation requirements.
XCOM RAN by Globalstar is designed to support tomorrow’s mission-critical industrial automation requirements.
Unprecedented Performance
Dedicated Spectrum
Ease of Deployment/Management
Unprecedented Performance
Dedicated Spectrum
Ease of Deployment/Management
XCOM RAN End-to-End Private 5G Solution
Enterprises face rising demands for automation, mobility, and connected devices, but traditional Wi-Fi and fragmented cellular networks struggle with interference, handoffs, and complexity. XCOM RAN takes a new approach to private 5G, achieving more from a 5G radio signal than traditional small cell architectures can.
XCOM RAN Datasheet
Open RAN Architecture
Built on 3GPP and utilizing O-RAN standards, XCOM RAN separates CU/DU (Baseband Unit) and RU (Radio Unit) functionality for added layers of innovation while ensuring compatibility and security with the global ecosystem of private 5G devices, network elements and applications.
Supercell Design
XCOM RAN utilizes O-RAN architecture to enable a spectrum-agnostic multipoint radio system, with radios that jointly process signals at the edge, creating the XCOM RAN Supercell design for high-capacity and scalable wireless connectivity.
Software-Defined
CU/DU and private 5G core elements are software-defined and deployed on COTS hardware – reducing cost, eliminating forklift upgrades, supporting flexibility for new requirements, and enabling innovation at the speed of software.
Superior Performance
The result is a next-generation private 5G network that delivers greater capacity, flexibility, availability, and reliability than standard small cells, requiring minimal RF planning while eliminating handoff and interference issues for mission-critical industrial applications.
Open RAN Architecture
Built on 3GPP and utilizing O-RAN standards, XCOM RAN separates CU/DU (Baseband Unit) and RU (Radio Unit) functionality for added layers of innovation while ensuring compatibility and security with the global ecosystem of private 5G devices, network elements and applications.
Supercell Design
XCOM RAN utilizes O-RAN architecture to enable a spectrum-agnostic multipoint radio system, with radios that jointly process signals at the edge, creating the XCOM RAN Supercell design for high-capacity and scalable wireless connectivity.
Software-Defined
CU/DU and private 5G core elements are software-defined and deployed on COTS hardware – reducing cost, eliminating forklift upgrades, supporting flexibility for new requirements, and enabling innovation at the speed of software.
Superior Performance
The result is a next-generation private 5G network that delivers greater capacity, flexibility, availability, and reliability than standard small cells, requiring minimal RF planning while eliminating handoff and interference issues for mission-critical industrial applications.
The Technology Behind Next-Generation Private Networks
XCOM RAN delivers a unique new architecture that enables distributed Multi-User-MIMO in a Supercell configuration and includes Band n48 and Band n78 shared spectrum and Band n53 licensed spectrum. Explore the next-generation technology stack that makes private 5G reliable, scalable, and easy to manage.
Get a closer look at XCOM RAN: Hover over each diagram to explore the powerful tech stack.
What is XCOM RAN?
Click to watch how XCOM RAN transforms private 5G deployments.