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MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
![MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP]()
Features
- High Performance Elite MTP® Connector with 0.35dB or better IL
- Corning® Glass Fiber with 7.5mm Min. Bend Radius
- OFNP (Plenum) Fire Rating, UL Listed, IEC Certified, ANSI/TIA 568.3-E Compliant
- IEC-61754-7 and TIA-604-5 (FOCIS-5) IEC 61300-3-35
- Ideal for up to 100m 40G/100G Indoor Connections
| Bulk Save with trueCABLE | ||
|---|---|---|
| Qty | Price Per Item | Your Savings |
| 10-24 | $44.35 | 2.5% |
| 25-49 | $43.22 | 5% |
| 50+ | $42.08 | 7.5% |
$45.49
45.49
Why buy direct from trueCABLE?
30 day returns
We stand by our products with our Forever Warranty
Same-day free shipping on orders placed Mon-Fri by 3pm Central.
EXTREME PERFORMANCE
- Laser optimized MMF 10 Gigabit speeds to 300 Meters and 40/100 Gigabit speeds to 100 Meters, depending upon equipment capability. 850/1300nm operating wavelength.
- High-performance polish at both connectors. 10G/40G/100G. Corning® ultra-bendable glass, laser-optimized core and cladding.
- Works With Multimode MTP/MPO QSFP+ SFP modules.
BEND INSENSITIVE
- Aramid yarn encased tight buffer cable construction has a 7.50mm minimum bend radius for tight enclosures and sharp turns.
- 3.0mm OD (overall diameter) cable jacket supports high density applications.
HIGH QUALITY MTP® ELITE CONNECTOR
- Floating ferrule design ensures fiber contact integrity. Elliptical guide pin tip to minimize ferrule debris. Enhanced spring centering for consistent performance and protection of the fiber array. Precision alignment and low optical loss.
FOR USE INDOORS
- OFNP (Plenum) rated fiber optic cable jacket. Suitable for all plenum and non plenum interior spaces. Data Center and Enterprise applications. Establish QSFP+ 40G SR4/CSR4 and 100G QSFP28-SR4 direct links. MTP-12 also supports MTP-8 fiber systems, it is also ideal for 8-fiber parallel multimode optical transceiver applications. Local Area Network & Data Center applications. Quality Tested with a Fluke Versiv™ CableAnalyzer.
✓ CERTIFIED by trueCABLE
- Our fiber optic cables have been performance tested and are in compliance with ANSI/TIA 568.3-E standards. Further, our MTP® multimode fiber patch cables have been endface Certified to IEC 61300-3-35, IEC-61754-7, and TIA-604-5 (FOCIS-5). UL Listed. Backed by our FOREVER WARRANTY.
| Weight | 0.1 lbs |
| Length | 8 in |
| Width | 7 in |
| Height | 0.5 in |
| Barcode |
EXTREME PERFORMANCE
- Laser optimized MMF 10 Gigabit speeds to 300 Meters and 40/100 Gigabit speeds to 100 Meters, depending upon equipment capability. 850/1300nm operating wavelength.
- High-performance polish at both connectors. 10G/40G/100G. Corning® ultra-bendable glass, laser-optimized core and cladding.
- Works With Multimode MTP/MPO QSFP+ SFP modules.
BEND INSENSITIVE
- Aramid yarn encased tight buffer cable construction has a 7.50mm minimum bend radius for tight enclosures and sharp turns.
- 3.0mm OD (overall diameter) cable jacket supports high density applications.
HIGH QUALITY MTP® ELITE CONNECTOR
- Floating ferrule design ensures fiber contact integrity. Elliptical guide pin tip to minimize ferrule debris. Enhanced spring centering for consistent performance and protection of the fiber array. Precision alignment and low optical loss.
FOR USE INDOORS
- OFNP (Plenum) rated fiber optic cable jacket. Suitable for all plenum and non plenum interior spaces. Data Center and Enterprise applications. Establish QSFP+ 40G SR4/CSR4 and 100G QSFP28-SR4 direct links. MTP-12 also supports MTP-8 fiber systems, it is also ideal for 8-fiber parallel multimode optical transceiver applications. Local Area Network & Data Center applications. Quality Tested with a Fluke Versiv™ CableAnalyzer.
✓ CERTIFIED by trueCABLE
- Our fiber optic cables have been performance tested and are in compliance with ANSI/TIA 568.3-E standards. Further, our MTP® multimode fiber patch cables have been endface Certified to IEC 61300-3-35, IEC-61754-7, and TIA-604-5 (FOCIS-5). UL Listed. Backed by our FOREVER WARRANTY.
- Weight - 0.1 lbs
- Length - 8 in
- Width - 7 in
- Height - 0.5 in
- Barcode -
Needing a little more help?
Cable Academy - MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP
These in-depth blogs will cover everything you need to know about trueCABLE’s product: MTP® to MTP® Female OM3 12 Fiber Type B | MM OFNP. On the off chance there is something you still can't find we also offer our expertise through our customer support
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Dec 20, 2024Most Common Fiber Optic Connectors - Full Breakdown with Examples- Duplex
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May 20, 2024A Guide to Multimode Fiber Types (OM1-OM5)- Multimode
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Over the years, multimode fiber technology has continued to evolve to support higher bandwidth needs in today's connectivity infrastructure. This guide provides an overview of the various multimode fiber standards - OM1 through OM5 - exploring the core differences in specifications, maximum speeds and distances supported. Learn about each type's distinctive physical attributes like core size, jacket color and light source compatibility. -
May 29, 2024Helpful Tips to Maximize ROI in Fiber Optic Networks- Advantages of Fiber Optics
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This guide explores five key tips for maximizing ROI in fiber optic networks, including forward planning, flexible network architecture, utilizing existing assets, effective maintenance practices, and employee training. Adopting strategies like anticipating future needs and upgrades can help ensure networks are optimized for long-term value. -
Jun 6, 2024PC vs UPC vs APC Fiber Connectors – What is the Difference?- APC
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When choosing a fiber connector there are various things to think about; “Do I need LC, SC, ST, etc.?” But an often overlooked question is: “Which fiber connector polish should I use, and why would it make a difference?” This blog covers the three main fiber connector polishes used today - PC, UPC, and APC - and explains how they differ in terms of reflectance loss and common applications. -
Aug 19, 2024Singlemode vs Multimode Fiber Optic Cable- Fiber Optic
- Fiber Patch Cables
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This guide explores the key differences between single mode and multimode fiber optic cable, including their light transmission characteristics, physical constructions and speed/distance capabilities. -
Sep 6, 2024What Do All The Colors Mean? Fiber Optic Color Code Explained- Fiber Optic
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This blog examines fiber optic color coding standards and how color is used to identify different cable components like the jacket, connectors, and inner fibers. The TIA-598 color coding system is explored along with its benefits like simplifying installation/maintenance and reducing errors. -
May 1, 2024Why Is VIOLET In My Fiber Cabling Installation?- Fiber Patch Cables
- OM4
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This guide examines the introduction of violet jacket coloring for OM4 fiber optic cables. It covers the legacy use of orange, aqua and yellow colors, issues that arose from OM1/OM2 and OM3/OM4 cables using the same colors, and how violet aims to distinguish OM4 to prevent inadvertent mixing and potential performance problems.
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