BRIEF INTRODUCTION
The MT-RJ and MPO are the MT series. Small size, Multi-channel is the most prominent feature, which greatly facilitates the high-density wiring. The MT series connectors have been widely applied to theCATV, Multimedia, Gigabit Ethernet, active device interface, data processing networks, telecommunication networks, asynchronous Transmission Mode (ATM). The MT-RJ is duplex ferrule plug-jack (RJ-45) design and the MPO can be 24 fibers, the MPO patchcord cable can be ribbon fiber or breakout fiber, also, the MTP is available; the MT series patchcord have low insertion loss and high precision guide pins exact alignment.
SPECIFICATIONS
ITEM |
PARAMETER |
Applicative connector type |
MTRJ,MPO,MTP |
Fiber mode |
Single mode(PC) |
Multi-mode(PC) |
Operating wavelength |
1250~1650nm |
850nm, 1300nm |
Test wavelength |
1310nm, 1550nm |
850nm, 1300nm |
Insertion Loss |
MT-RJ: typical≤0.40dB,Max≤0.50dB
MPO: typical≤0.50dB,Max≤0.70 dB |
MT-RJ: typical≤0.25dB,Max≤0.30dB
MPO: typical≤0.40dB,Max≤0.50dB |
Return Loss |
APC≥50dB |
/ |
Applicative cable OD. |
MTRJ: Duplex ∮2.0mm / Simplex ∮3.0mm; MPO: Ribbon fiber/breakout fiber |
Repeatability |
≤0.10dB |
Interchangeability |
≤0.20dB |
Durability |
≤0.20dB typical change,500 mating |
Tensile Strength |
≥120N(without 0.9mm patchcord) or customized |
Operating Temperature |
-20ºC to +70ºC |
Storage Temperature |
-40ºC to +85ºC |
ORDERING OPTIONS
Fiber Type |
Cable Type |
Connector |
Boot Size |
Boot Color |
Polishing Type |
Length |
SM: 9/125μm |
Simplex(2-fiber) |
Male |
2.0mm |
Black |
PC |
Customized |
MM: 50/125μm |
Duplex |
Female |
3.0mm |
|
APC |
|
MM: 62.5/125μm |
Ribbon |
|
Ribbon |
|
|
|
MM: OM3 |
Breakout |
|
|
|
|
|
As an experienced B2B supplier in the field of fiber optics, we are proud to present our MPO fiber optic patch cord jumper. This product is designed for use in high-speed data centers and high-performance computing environments, where reliable and efficient connectivity is essential.
Our MPO fiber optic patch cord jumper is a versatile and robust solution for connecting devices and systems over short distances. It features multiple fiber strands within a single cable, with an MPO connector at each end. This connector is designed to provide a fast and secure connection that can be easily plugged and unplugged, making it perfect for applications that require frequent swaps, such as data center equipment and network switches.
One of the key benefits of our MPO fiber optic patch cord jumper is its high bandwidth capacity. With multiple fiber strands, it can support high-speed data transmission over short distances, making it ideal for use in high-performance computing and data center environments. Additionally, our MPO fiber optic patch cord jumper is designed to provide low insertion loss and high return loss, ensuring that signal quality is maintained over the entire length of the cable.
Another feature of our MPO fiber optic patch cord jumper is its durability. We use high-quality materials and manufacturing processes to ensure that our product is able to withstand the rigors of daily use in harsh environments. It is resistant to bending and twisting, and is able to withstand high temperatures and humidity levels.
Our MPO fiber optic patch cord jumper is available in a range of lengths and configurations to suit your specific needs. Whether you need a short jumper for connecting two devices in a rack, or a longer cable for spanning multiple racks, we have a solution that will meet your requirements.
In conclusion, our MPO fiber optic patch cord jumper is a versatile, reliable, and high-performance solution for connecting devices and systems in data center and high-performance computing environments. With its high bandwidth capacity, low insertion loss, and durable construction, it is the ideal choice for any application that requires fast, secure, and efficient connectivity. We are confident that our MPO fiber optic patch cord jumper will exceed your expectations and provide you with the reliable connectivity you need to keep your business running smoothly.