The one tool every fiber technician needs for testing multi-fiber cables.

VisiMap is a suite built to change fiber work.

“A suite of products that will change the ways you work with, test, and document multi-fiber optic cables.”

• Work with
• Test
• Document

VisiMap provides a safe, modern way to test multi-fiber cable.

A safe and modern solution that fiber installers, service technicians, and operations personnel need and want when testing multi-fiber cable.

• Fiber installers
• Service technicians
• Operations personnel

Purpose-built for testing multi-fiber cable.

Experience and integration make VisiMap unique.

1. Deep field experience. VisiMap began R&D in 2010 and continues today with an innovation team whose members have held positions as installers, foremen, managers, directors, and engineers in telecommunications installation, with a focus on fiber optics. The team has a combined 90+ years of experience and holds granted and pending patents.

2. One integrated platform. Competitors sell separate solutions for fiber identification, testing, and documentation. VisiMap combines these functions into a single integrated platform that can expand along with your needs.

3. Designed for compatibility. It is designed to work with other manufacturers’ products, if compatible.

4. Designed for one technician. The VisiMap workflow only requires one technician.

Tier 1 identifies every strand with 100% accuracy.

The two-tiered lineup starts with a low-cost, standalone or expandable Fiber Optic Identifier that belongs in every tool kit, service vehicle, and job box.

1. Visible-spectrum signaling. Tier 1 uses visible multi-colored light sources, LED in the FCM-12LED and visible laser in the FCM-6VFL, FCM-12VIS, and FCM-12VIR, combined with encryption and a unique port signature.

2. Expandable first-end control. The Fiber Control Module (FCM) expands to 24, 36, or 48 ports.

3. Non-contact second-end decoding. The FCM pairs with a non-contact second-end device, with multiple options, to decode and audibly announce the user-defined identifier with 100% accuracy.

4. Proven reach. Rated for multimode runs up to 1 km and single-mode runs up to 2 km without any modifications.

Tier 2 adds remote control and qualification testing.

1. Patent-pending Tap Ports. The Tier 1 feature set expands to include two-way communications and control of the first-end FCM from the second end, on any identified strand.

2. Bidirectional communications. Once the communications path is established via a bidirectional transceiver, a single technician can work from the second end.

3. Remote qualification workflow. The technician can activate a VFL on individual ports to locate faults, perform OLTS qualification testing, and initiate an OTDR trace.

4. Second-end documentation. The OTDR trace can be viewed and stored at the second-end device, a smartphone or tablet, for ease of documentation.

5. Bidirectional testing. The technician can install a loopback on a pair of identified fiber strands for bidirectional testing.