Ubiquiti SFP Wizard

The Ubiquiti SFP Wizard (UACC-SFP-Wizard) is a compact yet powerful field tool designed to instantly reprogram, test, and unlock universal compatibility for optical transceivers. Built for network engineers, integrators, and service providers, it allows you to copy optical module profiles, write new configurations, or restore original settings to Ubiquiti optical modules within seconds. Supporting SFP, SFP+, SFP28, QSFP+, and QSFP28 form factors, the device eliminates compatibility barriers and simplifies inventory management. Instead of stocking multiple vendor-specific modules, technicians can configure modules on demand directly at deployment sites.

The built-in 1.9” touchscreen LCM display provides intuitive operation, while the single power button ensures quick startup in the field. Connectivity is handled via BLE (Bluetooth Low Energy), allowing seamless communication with the UniFi mobile application for extended control and firmware management. Housed in a durable polycarbonate enclosure, the Wizard measures 90.8 × 52.1 × 20.2 mm and weighs just 84 g, making it highly portable and ideal for on-site diagnostics. Fully NDAA compliant and certified to FCC, IC, and CE standards, the SFP Wizard meets strict regulatory and enterprise deployment requirements. It is engineered to deliver professional-grade optical module configuration without the need for complex lab equipment.

The UACC-SFP-Wizard goes beyond programming — it delivers comprehensive real-time diagnostics for optical modules. Using Digital Diagnostic Monitoring (DDM), technicians can monitor critical transceiver parameters such as laser status and overall module health directly from the touchscreen interface or via the UniFi mobile app. The integrated rechargeable 3.7V DC, 300mAh Li-ion battery provides up to 75 minutes of continuous SFP diagnostics with laser enabled, or up to 35 minutes when testing QSFP transceivers. This ensures sufficient runtime for multiple modules during commissioning or troubleshooting sessions.

The device operates within an ambient temperature range of 0 to 40°C, ensuring reliable performance in standard enterprise and data center environments. With a maximum power consumption of only 0.6W, the Wizard is energy-efficient and optimized for portable use. Charging is performed via USB-C (5V DC / 0.5A supported voltage range), providing universal compatibility with modern charging solutions. The internal power system is engineered for safe and stable operation during active laser diagnostics. By combining instant profile management with professional-grade optical diagnostics, the SFP Wizard reduces downtime, accelerates troubleshooting, and provides actionable visibility into transceiver performance — all from a single handheld device.

The Ubiquiti SFP Wizard integrates seamlessly with the UniFi mobile application (UniFi iOS™ version 10.29.1 and later / UniFi Android™ version 10.30.2 and later), enabling wireless control, firmware updates, and expanded diagnostics via BLE connectivity. With built-in over-the-air (OTA) update capability, the device ensures long-term adaptability and compatibility with new optical module profiles and firmware enhancements. This future-ready architecture protects your investment and keeps field equipment up to date without additional hardware. Engineers can quickly copy optical module profiles from compatible transceivers and replicate them across other modules, streamlining deployment in enterprise networks and data centers.

Profile writing and restoration to Ubiquiti optical modules is completed instantly, minimizing service interruption and eliminating the need for return-to-lab procedures. The intuitive touchscreen interface combined with mobile app integration creates a user-friendly yet technically precise workflow. Whether validating compatibility, restoring original firmware settings, or performing live diagnostics, the Wizard delivers enterprise-level optical management in a portable format. The UACC-SFP-Wizard is an essential tool for network infrastructure specialists who demand speed, flexibility, and total control over optical transceivers.