3M MPO/MTP Female Trunk Cable 12 Fibers Type A MM OM5 Fiber Optic Patch Cord


Description:

MPO/MTP is the high density of optical fiber pre-connect system which is generally use in three areas.


· The data center application with high density environment 

· The optical fiber to the building

· The internal connector application in fiber equipment such as Splitter,


40G / 100G SFP and SFP .


 


 


Features


* High Performance in IL & RL

*  4,8,12 and 24 fiber connector terminations and assemblies

*  Designed for low loss and standard loss SM and MM applications

*  Economical solution for mass-termination of fiber

*  Suitable for MPO/MTP application

*  Ruggedized round cable, oval cable and bare ribbon options available

*  Color coded housings available to differentiate fiber type, polish type and/or connector grade



Associated Standards:


*  Meets IEC Standard 61754-7& JIS C5982

*  Structured cabling per TIA-568-C

*  Parallel Optics

    - Optical Internetworking Forum (OIF) Compliant

    - Infiniband Compliant

*  Infiniband

    - 10G Fiber Channel Compliant 

   - 40G and 100G IEEE 802.3

    - QSFP


 


Connector Performance-MTP


Connector Type: 12-Fiber Or 24Fiber MPO/MTP (non-pinned)

Polish: PC(MM); APC(SM)

Housing Colour: MM (Beige), MM Elite (Aqua), SM (Green), SM   Elite (Yellow)

Insertion Loss, Typical (MTP/MPO): ≤ 0.10 dB

Insertion loss, max. (MTP/MPO): ≤ 0.3 dB

Return loss (MTP/MPO SM): PC >55dB; APC> 60dB

Insertion Loss, Typical (LC/SC): ≤ 0.10 dB

Insertion loss, max. (LC/SC): ≤ 0.3 dB

Return loss    (LC/SC SM): PC >55dB; APC> 65dB

Durability(500 Matings): < 0.2dB


 


Fiber Cable Performance


Fiber Type: OS2, OM1, OM2, OM3, OM4

Fiber Count: 12,24,48,72,96,144 cores

Fiber Attenuation dB (OS2): ≤0.38 Max ≤0.34Typ(1310nm) ≤0.25 Max ≤0.19Typ(1550nm)

Fiber Attenuation dB (OM1): ≤3.5 Max ≤2.7Typ(850nm) ≤1.5Max ≤1.2Typ(1300nm)

Fiber Attenuation dB (OM2): ≤3.5 Max ≤2.7Typ(850nm) ≤1.5Max ≤0.9Typ(1300nm)

Fiber Attenuation dB (OM3): ≤3.5 Max ≤2.7Typ(850nm) ≤1.5Max ≤0.9Typ(1300nm)

Fiber Attenuation dB (OM4): ≤3.5 Max ≤2.7Typ(850nm) ≤1.5Max ≤0.9Typ(1300nm)

Min.Bandwidth:Overfilled Launch[Mhz-km]

OM1≥200(850nm) ≥500(1300nm) OM2≥500(850nm) ≥500(1300nm)   OM3≥1500(850nm) ≥500(1300nm)OM4≥3500(850nm) ≥500(1300nm)


Min.Bandwidth:Laser Effective Modal Bandwidth   [Mhz-km]:OM3 ≥2000(850nm) OM4 ≥4700(850nm)

Outer diameter: 12fiber:3.0 or 5.5mm ; 24fiber:3.0   or 5.5mm

Outer jacket Colour: OS2(Yellow),OM2(Orange),OM3(Aqua),OM4(Purple or   Aqua)

Outer jacket material: LSZH,OFNP,OFNR

Tensile strength: >500N

Operating Temperature: -40 ~ +85°C


Shipping : 


We Ship to Worldwide, the items will be shipped within 1~3 business days after your full payment !


Payment : 


Paypal.


Return Policy:


1. Refunds are only offered for defective products reported within 7 days upon receipt.


2. All returned items MUST BE in the original packaging and you MUST PROVIDE us with the shipping tracking  number, specific reason for the return, and your po#.


3. We will replace your item if it is found to be defective within 7 days.


4. Buyer required paying for his own postage fees to return the item to us. Shipping and handling fees are non-refundable at any case.


5. All warranties do not cover the damage due to misuse or compatibility.


6. We do our best to serve each and every customer the best we can.


Warranty and Guarantee:


If item is defective after 1 months, we can still accept that you send it back to us. A new one will be sent to you after we received the defective item, but you have to pay the extra shipping fee.


Other Policies:


1. We are not responsible for any custom duty or import tax.


2. After receiving the payment for item, we will leave POSITIVE FEEDBACK. If the item is not satisfactory to you when you received, please feel free to contact us.


3. All emails will be responded within 1 business day. If you do not receive our reply, we will reply to you upon receipt of your re-sent email as soon as possible.


4. Serious Buyer Only! Please place bid only if you agree with all the terms.