Overview

Welcome to our technical support FAQ for B2B network architects and procurement specialists. This guide provides definitive, expert-level answers to the most critical pre-sales and post-sales questions regarding our alternative WiFi Optical Network Units (ONUs). We address core concerns around seamless integration into existing infrastructure, hardware specifications, and advanced configuration to ensure you have the data needed for a successful deployment.

Frequently Asked Questions

Q1: Are your alternative WiFi ONUs compatible with standard mesh networking protocols like EasyMesh or 802.11s?

Yes, our WiFi ONUs are fully compatible with standard mesh protocols, including Wi-Fi EasyMesh and 802.11s, ensuring seamless interoperability with multi-vendor networks. This design simplifies large-scale deployments by enabling automatic discovery, self-organization, and dynamic path selection, which are crucial for extending high-performance wireless coverage across enterprise environments without vendor lock-in.

Q2: What optical module compatibility do these ONUs support for GPON and EPON networks?

These ONUs support a comprehensive range of standard optical modules, including Class B+ and Class C+ SFP transceivers for GPON, and 1G/10G SFP/SFP+ for EPON networks. This ensures you can integrate them seamlessly into existing OLT infrastructure, lowering total cost of ownership by allowing you to keep legacy optics while upgrading to our high-performance platform.

Q3: What is the maximum throughput (Gbps) and backplane capacity of these units?

The maximum data throughput is 2.5 Gbps for downstream and 1.25 Gbps for upstream on GPON, with a non-blocking backplane capacity supporting up to 10 Gbps for internal switching. This high backplane capacity is designed to eliminate bottlenecks, ensuring simultaneous high-speed data, video, and voice traffic flow without contention, even under peak network loads.

Q4: What are the key architectural differences from the previous generation of ONUs?

The primary differences include a powerful new quad-core CPU, upgraded Wi-Fi 6 support, and a 2.5Gbe Ethernet port, significantly outperforming previous generation single-core, Wi-Fi 5 models. Unlike the older models, this new architecture is engineered for cloud-native management and SD-WAN integration, providing network architects with enhanced programmability and advanced routing capabilities for future-proofed networks.

Q5: What is the basic CLI command sequence to initially configure these ONUs?

The initial CLI setup involves three essential commands: 'enable', 'configure terminal', and 'interface wan' to set the management IP and VLAN. After this, a simple 'write memory' commit saves the configuration. This standardized, vendor-agnostic CLI minimizes the learning curve for engineers and allows for rapid deployment via automated scripts.

Q6: How do these ONUs support stacking, and what are the stacking interface types?

Virtual stacking is supported over the standard Ethernet uplink ports using protocol-based stacking, eliminating the need for dedicated stacking hardware. The primary stacking interfaces are the 2.5Gbe ports and the SFP optical ports, allowing for resilient ring topologies that can scale effortlessly across multiple floors or buildings.

Q7: How does the redundant power failover work, and what are the common troubleshooting steps?

Redundant power failover is automatic and uses a dual DC input design with <10ms switchover time. In the event of a failure, a simple 'show power status' CLI command will identify the faulty feed. Primary troubleshooting steps involve verifying the primary power supply voltage, checking the status LED on the rear panel, and if necessary, performing a 'reload' command to reinitialize the power management controller.