WatchGuard Firebox SFP (mini-GBIC) Module for Firebox M 3rd Gen

Expand your WatchGuard Security Appliance with a compact, high-performance SFP (mini-GBIC) module designed specifically for Firebox M 3rd Generation models. This expansion module brings 1000Base-X connectivity to your network uplinks, delivering up to 1 Gbps data transfer over compatible fiber links while preserving the security and reliability WatchGuard is known for. Ideal for secure branches, edge deployments, or data center connections, the WatchGuard Firebox SFP module lets you scale network throughput without replacing your existing firewall hardware.

• High-speed expansion: Leverages 1000Base-X technology to deliver up to 1000 Mbps of data transfer on supported network cables, enabling fast uplinks and reduced bottlenecks for security workflows, traffic inspection, and log replication.
• Designed for Firebox M 3rd Gen: Specifically engineered as an expansion module for WatchGuard’s Firebox M 3rd Generation appliances, ensuring seamless compatibility and optimized performance with your current security stack.
• Fiber-ready connectivity: Uses an SFP (mini-GBIC) interface to connect to 1000Base-X fiber networks, offering reliable long-range reach and low latency for critical security traffic.
• Simple, scalable upgrade: A small form-factor module that lets you add high-speed uplinks without swapping out the firewall chassis, providing an affordable path to higher throughput as your network grows.
• Efficient deployment for diverse environments: Ideal for campuses, data centers, or branch offices where secure, efficient interconnectivity is essential and where WatchGuard appliances are deployed as the security backbone.

Technical Details of WatchGuard Firebox SFP (mini-GBIC) Module

• Type: SFP (mini-GBIC) expansion module
• Compatibility: Firebox M 3rd Generation models
• Interface: 1000Base-X (Gigabit Ethernet over fiber)
• Data rate: Up to 1000 Mbps on approved networks
• Cabling: Requires compatible 1000Base-X fiber optic cabling and connectors as specified by the module variant

How to install WatchGuard Firebox SFP (mini-GBIC) Module

• Power down the WatchGuard Firebox M 3rd Generation appliance unless your hardware documentation confirms hot-swap support for SFP modules.
• Locate the available SFP expansion slot on the Firebox chassis and align the mini-GBIC module with the slot’s receptacle.
• Gently insert the SFP module until it seats securely with a tactile click. Ensure there is no excessive resistance to avoid damage.
• Connect a compatible 1000Base-X fiber optic cable to the SFP module’s fiber receptacle using the appropriate connector (commonly LC), and route the cable to the corresponding network device or switch.
• Power on the device (or resume operation if hot-swapping is supported). Verify link status and activity indicators in the Firebox management interface and configure the interface settings (speed, duplex, VLANs) as required for optimal performance.

Frequently asked questions

• What is the WatchGuard Firebox SFP (mini-GBIC) Module?
  A modular expansion card that adds 1000Base-X gigabit fiber connectivity to compatible Firebox M 3rd Generation appliances, enabling high-speed uplinks without replacing the firewall.
• Which devices are compatible?
  Designed to work with WatchGuard Firebox M 3rd Generation models. Always verify compatibility with your specific hardware revision before purchasing.
• What kind of cabling do I need?
  You will need standard 1000Base-X fiber optic cabling with the appropriate connector type (often LC). Ensure the fiber specifications match the module variant and your network requirements.
• Do I need any special configuration?
  After installation, configure the network interface in the Firebox management console to set the desired speed, duplex mode, VLANs, and any security policies that should apply to traffic on the new uplink.
• Can I hot-swap the module?
  Hot-swap support depends on your specific Firebox model and firmware. If hot-swapping is supported, follow standard hardware procedures to avoid downtime. If unsure, power down before installation to minimize risk.