The Falcon-RX plays a pivotal role in making 5G a reality. With its ability to deliver high-capacity, low-latency transport and precise synchronization, it ensures that 5G RAN systems operate at peak performance across both telecom networks and enterprise settings.
Bringing together best-in-class transport and timing capabilities into one powerful solution, the Falcon-RX provides everything needed for advanced 5G fronthaul deployments. It also fully supports the latest O-RAN standards and recommendations, making it a future-ready choice for next-generation networks.
The Falcon-RX’s Timing toolbox delivers a comprehensive suite of functions, featuring GNSS-based PTP GM/BC/TC/OC with sub-nanosecond precision and Class C/D performance. Offers robust SyncE capabilities together with multiple timing interfaces, all efficiently controlled and centrally administered through Fibrolan’s user-friendly SyncCenter platform.
Built with 20x SFP+/SFP28 ports, the Falcon-RX allows flexible configurations to achieve up to 200Gbps full-duplex throughput, backed by a 400Gbps switching fabric. Every port runs at full wire speed across all packet sizes, including jumbo frames.
For traffic management, the Falcon-RX integrates advanced QoS mechanisms covering classification and mapping from Layer 1 to Layer 4, along with port and queue-level policing, shaping, and versatile scheduling options.
With full support for Time-Sensitive Networking (TSN), the Falcon-RX is ideally suited for fronthaul deployments and industrial applications such as Industry 4.0 and IIoT, where 5G infrastructure underpins smart factory automation.
LTE/5G xHaul Transport and Timing Switch
Fully compatible with O-RAN architectures
Comprehensive synchronization and timing with SyncE and PTP (PTRC/GM, BC, TC)
Built-in support for Time-Sensitive Networking (TSN)
Intelligent QoS with advanced traffic and service-level management
Robust protection schemes ensuring link, path, and ring service resilience
Embedded PTP Grandmaster functionality
High throughput with ultra-low latency performance
Sub-nanosecond timestamping meeting Class C/D precision requirements
Powered by the 4th-generation Falcon architecture
Enhanced OAM features with advanced management capabilities