PAN-SFP-100BASE-FX-BCC | Palo Alto Compatible 100MB Multi-Mode - 2km (100BASE-FX)

Q: Will this work in place of the PAN-SFP-100BASE-FX?
A: Yes. This transceiver matches the PAN-SFP-100BASE-FX specification: SFP form factor, 100BASE-FX standard, 100Mbps data rate, 1310nm wavelength, 2km reach over multi-mode fiber, and DOM support. It provides plug-and-play compatibility with Palo Alto Networks firewalls that accept SFP transceivers.

Q: Which Palo Alto firewall platforms support this transceiver?
A: This transceiver works in any Palo Alto Networks firewall with SFP ports that support 100Mbps operation. Compatibility is determined by the port specification rather than the firewall model. Verify your specific firewall has SFP ports rated for 100BASE operation by consulting the Palo Alto hardware reference guide for your platform.

Q: What type of multi-mode fiber is required for the full 2km reach?
A: This transceiver supports standard 50/125μm or 62.5/125μm multi-mode fiber. The 2km reach specification assumes OM1 or better fiber quality. Actual distance depends on fiber condition, patch panel loss, connector quality, and link budget. For maximum reach, use high-quality LC connectors and minimize the number of intermediate connections.

Q: How do I access the DOM monitoring data from this transceiver?
A: DOM parameters are accessible via the Palo Alto CLI using commands such as 'show system state filter sys.s1.pX.phy' where X is your port number. The transceiver exposes SFF-8472 compliant diagnostics including TX power, RX power, temperature, supply voltage, and laser bias current. This data updates in real time and can be used for threshold-based alerting.

Q: Can I mix this 100Mbps transceiver with 1G SFP transceivers in the same firewall?
A: Yes, if your firewall has ports that support both 100Mbps and 1Gbps operation. Some Palo Alto SFP ports are multi-rate and will autonegotiate or operate at the transceiver's rated speed. Verify port specifications in your firewall documentation. Each port operates independently, so different speed transceivers can coexist without conflict.