CE Certification MPO To LC Fiber Breakout Cable Manufacturers Suppliers – MTP Single Mode OS1/OS2 9/125 Fiber Patch Cord – RAISE
CE Certification MPO To LC Fiber Breakout Cable Manufacturers Suppliers – MTP Single Mode OS1/OS2 9/125 Fiber Patch Cord – RAISE Detail:
Product Description
RaiseFiber manufactures and distributes a wide range of MTP products including Single-mode and Multimode MTP fiber cable. The MTP fiber cable connector offers up to 12 times the density of standard connectors, providing significant space and cost savings. High density MTP trunk cables can house up to 288 fibers in a single cable.
MTP fiber patch connectors make use of precision molded MT ferrules with metal guide pins and precise housing dimensions to ensure fiber alignment when mating. MTP fiber cable can be mass terminated in combinations of 8, 12 and 24 fiber cables and are typically used in high-density backplane and Printed Circuit Board (PCB) applications within data and telecommunications systems.
MTP® connectors have answered the call for more bandwidth and more space efficiency. MTP Single Mode Fiber Optic Patch Cord, a cost-effective alternative to time-consuming field termination, is designed for high-density fiber patching in data centers which need space saving and reduce cable management troubles. With MTP connectors and Corning fiber or YOFC fiber, it is optimized for 40G QSFP+ PLR4, 100G QSFP28 PSM4, 400G OSFP DR4/XDR4 and 400G QSFP-DD DR4/XDR4 optics direct connection and high-density data center applications.
Product Specification
| Connector A | US Conec MTP® | Connector B | US Conec MTP® or LC/SC/FC/ST |
| Fiber Mode | OS1/OS2 9/125μm | Wavelength | 1550/1310nm |
| Trunk Diameter | 3.0mm | Polish Type | UPC or APC |
| Gender/Pin Type | Female or Male | Polarity Type | Type A, Type B, Type C |
| Insertion Loss | ≤0.35dB | Return Loss | UPC≥50dB; APC≥60dB |
| Cable jacket | LSZH, PVC (OFNR), Plenum(OFNP) | Cable Color | Yellow Or Customized |
| Fiber Count | 8Fiber/12Fiber/24Fiber/36Fiber/48Fiber/72Fiber/96Fiber/144Fiber Or Customized | ||
Product Features
● Used to connect equipment that utilizes MTP style connectors and Single Mode OS1/OS2 9/125μm Cabling
● Type A, Type B and Type C Polarity Options available
● Each cable 100% tested for low insertion loss and Return loss
● Customized lengths and cable colors available
● OFNR (PVC), Plenum(OFNP) and Low-Smoke, Zero Halogen(LSZH)
Rated options
● Reduced Insertion Loss by up to 50%
● High Durability
● High Temperature Stability
● Good Exchangeability
● High Density design cuts down on installation costs
MTP Single Mode Connector Type
MTP® Connector Color Options
| USCONEC MTP® | Color | ||
| SM STANDARD | GREEN | ||
| SM ELITE | MUSTARD | ||
| OM1/OM2 | BEIGE | ||
| OM3 | AQUA | ||
| OM4 | ERICA VIOLET OR AQUA |
MTP Single Mode 8 Fibers OS1/OS2 9/125 Fiber Patch Cord
MTP Single Mode 12 Fibers OS1/OS2 9/125 Fiber Patch Cord
MTP Single Mode 24 Fibers OS1/OS2 9/125 Fiber Patch Cord
MTP to LC/UPC Single Mode 12 Fibers 9/125 OS1/OS2 Breakout Fiber Optic Patch Cord
MTP to SC/UPC Single Mode 12 Fibers 9/125 OS1/OS2 Breakout Fiber Optic Patch Cord
MTP to LC/APC Single Mode 12 Fibers 9/125 OS1/OS2 Breakout Fiber Optic Patch Cord
Polarity Type
POLARITY A
In this polarity, the fiber 1 (blue) is terminated in hole 1 in each connector and so on. This polarity is often referred to as STRAIGHT THROUGH.
POLARITY B
In this polarity, the fibers are reversed. The fiber number 1 (blue) is terminated in 1 and 12, fiber number 2 is terminated in 2 and 11. This polarity is often referred to as CROSSOVER and is commonly used in 40G applications. This is commonly used with type B mating as mentioned in the next section.
POLARITY C
In this polarity, the fibers are divided into 6 pairs which are reversed. They are intended to be used with prefab cabling systems which will connect to breakouts (cables or modules) individual 2-fiber channels.
MTP Adaptor Mating
TYPE A
MTP Type A Mating Adapters mate the connectors with the key of one connector in one direction and the key of the other in the opposite direction called KEYUP TO KEYDOWN. This key alignment means that pin 1 of one connector is aligned with pin 1 of the other connector, providing a straight through connection for each fiber – e.g. blue to blue, orange to orange, all the way to aqua to aqua. This means fiber color codes are maintained through the connection.
TYPE B
MTP Type B Mating Adapters align the two connectors key to key or KEYUP TO KEYUP and swap the color codes of the fibers, similar to what happens in a Type B cable. Swapping fibers is necessary for aligning fibers for a 40G transceiver.
Custom Fiber Count
Superior Workmanship of the MTP Trunk Cables
US Conec Proven Connector
0.35dB Max. IL
0.15dB Typ. IL
Ultra low IL guarantees stable and fast network transmission.
Compliant with the MPO standards, survive 1000 mate/demates.
Factory Real Pictures
Packing & Shipping
Product detail pictures:
Related Product Guide:
By using a full scientific excellent administration method, great quality and fantastic religion, we get good reputation and occupied this discipline for CE Certification MPO To LC Fiber Breakout Cable Manufacturers Suppliers – MTP Single Mode OS1/OS2 9/125 Fiber Patch Cord – RAISE , The product will supply to all over the world, such as: Japan, Nigeria, UK, We have more than 200 staff including experienced managers, creative designers, sophisticated engineers and skilled workers. Through hard work of all employees for the past 20 years own company grew stronger and stronger. We always apply the "client first" principle. We also always fulfill all contracts to the point and therefore enjoy excellent reputation and trust among our customers. You are very welcome to personally visit our company.We hope to start a business partnership on the basis of mutual benefit and successful development . For more information please do no hesitate to contact us..
By Rose from Guatemala - 2018.10.09 19:07
After the signing of the contract, we received satisfactory goods in a short term, this is a commendable manufacturer.
By Faithe from Armenia - 2017.09.28 18:29
