MFIS (Multi-Fibre Identification System) is a simple user friendly way to assure multi-fibre network continuity quickly, correctly, and efficiently.
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Australia: 1300 232 476 New Zealand: 09 927 7140 www.AFLglobal.com Test and Inspection 1 © 2002-2018, AFL, all rights reserved. 1799, Revision 1, 25.09.18 Specifications are subject to change without notice. MFIS Multi-Fibre Identification System Multi-Fibre network construction is time consuming, complicated, and often built by more than one contractor with mixed sets of documentation. However carefully the build-out is done, mistakes such as mislabeling can happen. How can the network operator have full confidence in their network continuity? AFL’s Multi-Fibre Identification System (or MFIS) can provide 100% multi-fibre network continuity assurance and senior management peace-of-mind. MFIS test system is a simple user-friendly way to verify network construction quickly, correctly, and efficiently. MFT — Multi-Fibre Tracer The MFT is a single power (MTP), twelve-fibre source. It is designed around 12 discrete laser sources (1550 nm single-mode) with an MTP fan-out connector. It is packaged in a light and sturdy case. One single button operation is designed to quickly sending signals down the network for MFI (Multi-Fibre Identifier) and MFP (Multi-Fibre Power Meter) to provide automatic fibre identification. MFI — Multi-Fibre Identifier MFI is designed to detect the presence of digitally coded laser light in optical fibre ribbon as used in FTTx deployments. The unit is activated by inserting the ribbon under test into the clamp and pulling the trigger, located on the underside of the MFI. The LCD displays the fibre identification number. MFI detects the digitally coded data bursts transmitted by the MFT when the MFI is clamped on the ribbon fibre under test. MFP — Multi-Fibre Power Meter MFP is designed to detect the presence of digitally coded laser light emitted from MFT while in Fibre ID mode. It is also designed to use as a regular power meter. Features • Easy to use • Powered by common batteries • One-hand operation • Hand-held and lightweight • Three-year calibration interval Applications • Multi-fibre network continuity assurance • Various fan-out connectors for easy application • Optimised for use on 250 μm, 900 μm and ribbon fibre • Fibre identification on both Power Meter and MFI • Multi-fibre network for FTTx deployment
Australia: 1300 232 476 New Zealand: 09 927 7140 www.AFLglobal.com Test and Inspection 2 © 2002-2018, AFL, all rights reserved. 1799, Revision 1, 25.09.18 Specifications are subject to change without notice. MFT Multi-Fibre Tracer Specifications a OPTICAL Wavelength 1550 ±20 nm Spectral Width 5 nm (maximum) Output Power +1.75 dBm ±1 dB peak into 9/125 μm fibre @ +25 °C GENERAL Power Supply 2 X 1.5 V AA alkaline batteries Battery Life (Alkaline) @ +25 °C: 40 hours (minimum); 50 hours (typical) Connectors SM: MTP/MPO-APC (unpinned) 12-fibre connector. Size (without boot) (W x L x H) 96 x 145 x 35 mm (3.8 x 5.7 x 1.4 in) Weight 307 g (0.676 lb) without boot; 458 g (1.01 1b) with boot Operational Temperature -20 °C to +50 °C 90 % RH (non-condensing) Storage Temperature -30 °C to +60 °C 90 % RH (non-condensing) MFI Multi-Fibre Identifier Specifications a , b FIBRE TYPE PARAMETER WAVELENGTH, SIGNAL DETECTABLE SIGNAL 250 μm ribbon fibre, SMF28e+ Minimum data detect level (peak power, typical) 1550 nm, Data – Fibre ID -35 dBm (typical) Insertion loss (typical/maximum) 1550 nm 2.5 dB/3.0 dB OPTICAL Detector Type InGaAs Calibrated Fibre Size and Wavelength 250 μm @1550 nm (SMF-28/28E) ribbon fibre Working Fibre Size 250 μm ribbon fibre Data Detection Range +2 to -35 dBm GENERAL Display Type Multi 7-segment LCD, 3 LEDs Power Supply 2 X 1.5 V AAA, alkaline batteries Battery Life (backlight off) >10,000 operations c Operation Temperature -20 °C to +50 °C 90 % RH (non-condensing) Storage Temperature -30 °C to +60 °C 90 % RH (non-condensing) Dimensions (H x W x D) 22 x 3.8 x 2.8 cm (8.5 x 1.5 x 1.1 in) Weight 168 g (6 oz) Notes: a. All specifications valid at 25 °C unless otherwise specified. b. All specs are typical unless otherwise noted. Actual results can vary by several dB depending on fibre type, coating material, jacket color, jacket hardness, active fibre position, and other factors. c. Operation is defined as turning unit on by taking 1 reading in a 10 second period. MFIS Multi-Fibre Identification System
Australia: 1300 232 476 New Zealand: 09 927 7140 www.AFLglobal.com Test and Inspection 3 © 2002-2018, AFL, all rights reserved. 1799, Revision 1, 25.09.18 Specifications are subject to change without notice. MFIS Multi-Fibre Identification System MFT Multi-Fibre Tracer Specifications a OPTICAL Detector Type InGaAs Detector Size 1 mm OPM MODE Calibrated Wavelength 850, 1300, 1310, 1490, 1550, 1625 nm Measurement Range +10 to -75 dBm Accuracy b ±0.25 dB Resolution 0.01 dB Measurement Units dB, dBm, μW FIBRE ID MODE E Wavelength 1550 nm Measurement Range c +10 to -35 dBm Accuracy d ±0.5 dB Resolution 0.01 dB Measurement Units dB, dBm, μW GENEREAL Power 2 x AA batteries, accepts standard mini-USB power adapter Adapter Caps Order with one: 1.25 mm Universal, 2.5 mm Universal, FC, SC, ST, LC. Other connector adapters available Battery Life 300 hours Operating Temperature -10 °C to 50 °C, 90 % RH (non-condensing) Storage Temperature -30 °C to 60 °C, 90 % RH (non-condensing) Size (H x W x D) 14.0 x 8.1 x 3.8 cm (5.5 x 3.2 x 1.5 in) Weight 0.26 kg (0.58 lb) Notes: a. All specifications valid at 25 °C unless otherwise specified. b. Accuracy measured at 25 ºC and -10 dBm per N.I.S.T. standards. c. Measured using MFT (Multi-Fibre Tracer) as the light source. d. Accuracy measured at 25 ºC with MFT (Multi-tiber Tracer). e. Subject to change. Ordering Information PART NUMBER DESCRIPTION MFI1-00-0900MR Multi-Fibre Identifier, no case MFP1-12-0900MR Multi-Fibre Power Meter, no case MFTI-12-BAS Multi-Fibre Tracer & Identifier with soft case MFTP1-12-BAS Multi-Fibre Tracer & Power Meter with soft case MFTIP1-12-BAS Multi-Fibre Tracer, Identifier, & power meter with soft case ACCESSORIES 8700-00-0198MR Cable, MPO/APC(M)-SC/APC, 12-fibre, SM, fan-out, 3 meters 8700-00-0200MR Cable, MPO/APC (M) - SC/UPC, 12-fibre, SM, fan-out, 3 meters 8700-00-0201MR Cable, MPO/APC (M) - LC/UPC, 12-fibre, SM, fan-out, 3 meters 8500-05-0030MZ One-Click Cleaner MPO (500+ cleans) 8500-05-0005MZ One-Click Cleaner Mini-100 SC, ST, FC (100+ cleans)
Features:
- Easy to use
- Powered by common batteries
- One-hand operation
- Hand held and lightweight
- Three year calibration interval
Applications:
- Network construction detection
- Various connectors for easy application
- Optimised for use on 250 μm, 900 μm and ribbon fibre
Multi-Fibre network construction is time consuming, complicated, and often built by more than one crew with mixed sets of documentation. However carefully the build-out is done, mistakes such as mislabeling can happen. How can the network operator have full confidence in their network continuity? AFL’s Multi-Fibre Identification System (MFIS) can provide 100% multi-fibre network continuity assurance and senior management peace of mind. The MFIS test system is a simple user friendly way to verify network construction quickly, correctly, and efficiently. Designed to address both the service provider and enterprise markets, the MFIS test system, with its embedded digital coding, called Fibre ID, is used during and after multi-fibre network construction activities to give managers confidence and peace of mind with respect to fibre network documentation accuracy. MFT — Multi-Fibre Tracer
The MFT is a single power (MTP), twelve-fiber output 1550 nm source. It is designed around 12 discrete laser sources (1550 nm singlemode) tied to an MTP fan-out connector. It is packaged in a light and sturdy case. One single button operation is designed to quickly send laser light with embedded Fibre ID signals down the network for MFI (Multi-Fibre Identifier) and/or MFP (Multi-Fibre Power Meter) to provide automatic fibre identification. MFI — Multi-Fibre Identifier
MFI is designed to detect the presence of digitally coded laser light in the optical fibre network under test. The unit is activated by inserting the fibre under test into the clamp and pulling the trigger, located on the underside of the MFI. The LCD displays the fibre identification number. MFI detects the digitally coded data bursts transmitted by the MFT when the MFI is clamped on the fibre under test. MFP — Multi-Fibre Power Meter
MFP is designed to detect the presence of digitally coded laser light emitted from the MFT while in Fibre ID mode. It is also designed to use as a regular power meter.

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