Introduction to the XFP Network Driver Card (AFP711) and its key features
AFP711 XFP Network Driver Card (AFP711)is an optional RS485 communications card designed specifically for XFP 1/2-loop 32-zone addressable fire alarm control panels (FACPs). Its primary role is to enable robust, secure networking between multiple XFP main panels and repeaters so that alarms, faults, time/date, point descriptions and remote control commands can be shared across a site. The AFP711 is compact and purpose-built for installers and system designers who need reliable multi-panel networking without complex third-party controllers.
Key features at a glance:
- Two-wire RS485 network interface supporting interconnection of up to 8 main XFP panels across a single network (any mix of compatible main panels).
- Network length for main panels up to 1,000 m; repeater wiring typically supported up to ~500 m.
- Support for up to 8 XFP repeaters to a single main panel, allowing remote display and control functionality.
- Remote commands supported: silence sounders, reset panels, disable zones/sounders and control outputs from a remote panel.
- Network monitoring for wiring faults and the ability to program remote panels via a local panel or PC.
- CE compliant; intended to be installed and commissioned by qualified fire alarm engineers following manufacturer datasheets and local regulations.
Detailed specifications and benefits
The AFP711 has been designed to be a practical, field-friendly networking option for medium-sized sites that deploy XFP 1/2-loop 32-zone panels. Below are the core specifications and how they translate into tangible benefits during design, installation and operation.
- Model / Part No.: AFP711 — a clearly identified module that fits the XFP platform.
- Function: XFP network driver / FACP communications card (RS485) — provides the essential communications layer for panel networking.
- Manufacturer: Computionics / C-Tec — developed for the XFP series.
- Max network nodes: Up to 8 main panels or up to 8 repeaters to a single main. Benefit: supports distributed site architectures (multiple control points) without centralised complex controllers.
- Network wiring length: Up to 1,000 m for the main network; repeater wiring typically up to ~500 m. Benefit: long reach for linking plantrooms, separate buildings or large floor areas while using simple two-wire cabling.
- Protocol / Interface: Two-wire RS485. Benefit: RS485 is well understood, robust, and cost-effective for multi-drop serial networks with good noise immunity.
- Compatibility: For XFP 1/2-loop 32-zone panels only (not compatible with XFP single-loop 16-zone panels; those use CFP761). Benefit: tailored fit reduces integration complexity but requires planning to ensure panel models match network modules.
- Remote features: Share alarms, faults, point descriptions and accept remote silence/reset/control commands. Benefit: operators at remote repeaters can see full event detail and act immediately, improving response times and overall site safety.
- Dimensions: 31 mm (W) × 80 mm (H) × 22 mm (D). Benefit: small footprint makes it easy to install inside panel enclosures.
- Weight: Approx. 16 g — negligible impact on panel interior space and mounting.
- Certification: CE compliant. Benefit: aligns with relevant European standards and provides reassurance for compliance-driven installations.
- Datasheet: See vendor datasheet (Eurotech / distributor pages) for full electrical and installation details. Benefit: detailed documentation assists engineers during specification and commissioning.
Overall, the AFP711 converts a single XFP panel into a node on a resilient, monitored RS485 network. The combination of remote control capability and point-level data sharing means site operators don’t need to travel between panels to assess alarms or clear faults — everything can be viewed and acted on from linked repeaters or another main panel.
Use cases and scenarios where the AFP711 excels
The AFP711 is particularly well suited to multi-building or multi-zone sites where several fire panels must operate cooperatively. Typical scenarios include:
- Medium-sized commercial complexes:Shopping centres or office campuses where multiple XFP panels serve distinct buildings or risers but need coordinated alarm propagation and centralised visibility.
- Educational campuses and healthcare sites:Hospitals, university campuses and schools often have separate fire control zones. Networking panels with AFP711 cards allows security or facilities staff to monitor and control alarms from a central location or multiple staffed points.
- Industrial and manufacturing plants:Large plant footprints with separate processing areas benefit from distributed panels that share status and allow remote silencing or resetting after verification by authorised personnel.
- Multi-tenanted buildings:Where landlord/management needs a consolidated view of alarms across floors or suites while allowing local control at tenant panels or reception repeaters.
- Remote repeater deployments:When a central panel is located in a service room and visible control points are required at entrances or reception desks, AFP711 enables up to 8 repeaters to mirror events and accept commands.
In each of these contexts the AFP711 reduces response times, centralises event logging and simplifies maintenance by enabling site-wide programming and monitoring via a local panel or PC.
Comparisons with similar products in the market
When evaluating networking options for XFP panels or similar addressable systems, consider these comparison points:
- Compatibility-focused vs. generic network modules:The AFP711 is specifically tailored for XFP 1/2-loop 32-zone panels. This tight integration can reduce configuration complexity compared with generic third-party network converters, but it also means it is not a universal solution.
- AFP711 vs CFP761:CFP761 is the module used for XFP single-loop 16-zone panels. The AFP711 is not compatible with those single-loop panels — this distinction is important when planning a mixed panel site. Choose the module that matches the panel model to ensure interoperability.
- RS485 two-wire networks vs IP-based networking:RS485 (AFP711) is cost-effective, resilient and simple to deploy for short-to-medium distances and confined site topologies. IP-based networking provides greater bandwidth and long-distance connectivity over existing infrastructure, but it requires IP-capable panels and may add complexity in terms of cybersecurity and network management. AFP711 is ideal where simplicity, determinism and adherence to proven field wiring practices are priorities.
- Multi-panel wired networks vs centralised systems:Some modern systems rely on a central high-capacity controller or cloud connectivity for cross-site coordination. AFP711 offers a decentralised approach — panels remain largely autonomous but share necessary information to coordinate response, which can be an advantage for redundancy and regulatory acceptance in many jurisdictions.
Choosing between these approaches depends on site size, existing infrastructure, budget and requirements for redundancy, monitoring and remote access.
Customer testimonials and reviews
At the time of writing there are no widely published third-party customer testimonials for the AFP711 available in the public domain. That said, the module’s feature set aligns with installer and end-user priorities in multi-panel deployments: reliable RS485 networking, clear remote control options and straightforward panel integration. Specifiers and engineers evaluating the AFP711 should consult distributor datasheets and, where possible, request references from installers who have completed similar XFP network projects.
Conclusion: Why the AFP711 is a great choice
The AFP711 XFP Network Driver Card is a focused, practical solution for sites that deploy XFP 1/2-loop 32-zone addressable panels and need reliable, field-proven RS485 networking. Its support for up to eight main panels, long network reach (up to 1,000 m), and remote control capabilities make it a strong option for medium-sized commercial, educational, healthcare and industrial installations where coordinated alarm handling and remote management matter.
Key reasons to consider the AFP711:
- Designed specifically for the XFP 32-zone platform, reducing integration risk and configuration overhead.
- Effective remote monitoring and control that improves response times and operational flexibility.
- Cost-effective RS485 network that supports practical cabling runs without the complexity of IP network configuration.
- CE compliance and compact form factor for straightforward installation in panel enclosures.
Installers and specifiers should ensure they select the AFP711 only for compatible XFP 1/2-loop 32-zone panels (not for single-loop 16-zone models) and follow manufacturer installation guidance and local regulatory standards. When those conditions are met, the AFP711 delivers a dependable, easy-to-commission networking option that helps sites achieve coordinated fire control and improved operational oversight.
