Simplify Cabling. Automate Documentation. Deploy Faster.

Introducing Panduit’s RapidID™ Network Mapping System.

Cable documentation is often the most tedious part of any network deployment.
Labeling, tracing, verifying, and recording patch cords can consume hours and introduce errors that risk network stability.

Panduit’s RapidID™ changes that — by automating cable identification and documentation with pre-labeled cables, smart scanning, and intuitive software.

What Is RapidID?

RapidID™ is a plug-and-play system for automating the documentation of copper and fiber patch cords.

  It includes:

  • Pre-labeled Patch Cords – Each cable has a unique barcode printed at the factory
  • Free Software – For Windows, iOS, and Android – captures, verifies, and exports connection data
  • Bluetooth® Barcode Scanner – Enables fast, contactless scanning of cable endpoints
  • Multi-user Sync – Centralized data management across teams or locations
  • Export Tools – Push data to Excel, DCIM, or NMS systems

No proprietary panels or connectors required.

Key Benefits of Using RapidID

  • Quick Installation – No in-field labeling, no manual typing
  • 50% Time Savings – Reduce installation + documentation from 40 to 21 hours for 400 connections
  • Minimized Errors – Avoid human mistakes and unplanned downtime
  • Central Control – Admin tools, user roles, and synchronized updates
  • Ideal for MACs and Audits – Instantly verify, trace, and update connections

 How It Works

  1. Install pre-labeled Panduit patch cords
  2. Download the RapidID app (Windows / iOS / Android)
  3. Scan barcodes with the handheld scanner
  4. Export clean cable documentation to your system

 

No disconnecting. No tracing. No delays.

Why It Matters for IT Teams

Manual cable mapping has long been a bottleneck in deployment and operations. It’s also one of the biggest sources of errors that lead to downtime. With RapidID™, IT teams can focus on strategic tasks rather than repetitive labeling. It empowers lean teams to do more with less, which is critical in today’s resource-constrained environments.

Learn more here.