High density Data center Elite low loss SM MM OM3 OM4 fiber 8/12/24-Fibers MPO female Fiber Loopback
MPO Loopback modules are used widely within testing environment especially within parallel optics 40 and 100G networks. Devices allow verification and testing of transceivers featuring MPO interface - 40G BASED-SR4 QSFP+ or 100G BASE-SR10 CXP/CFP devices. Loopbacks are built to link Transceivers (TX) and Receivers (RX) positions of MPO/MTP transceivers interfaces. MPO loopbacks can facilitate and speed up IL testing of optical networks segments by connecting them to MPO trunks/patch leads.
Features
Specifications
Polarity (Channel Alignment)
12-MTP VS 24-MTP
12-fiber MTP interface for 40 Gig means 4 lanes at 10 Gig per lane over singlemode or multi-mode fiber for a total of 8 fibers (i.e.,4 transmit and 4 receive).
24-fiber MTP interface for 100 Gig means 10 lanes at 10 Gig per lane over singlemode or multi-mode fiber for a total of 20 fibers (i.e.,10 transmit and 10 receive).
Procedure:
Applications
·Data Centre Infrastructure
·Storage Area Network- Fiber Channel
·Parallel Optics
·InfiniBand
·Emerging 40 and 100Gbps Protocols
Packaging & Labeling
This easy to take and well-protected fiber optical cable package has been labelled and marked by OMC as default.
How to Choose The Right Fiber Optic Cable Type?
PS: The difference of OM4 and OM3 fiber mode as the following
1. OM4 was developed specifically for VSCEL laser transmission and allows 10 Gig / second link distances of up to 550 Meters (compared to 300M with OM3).
2. The effective modal bandwidth for OM4 is more than double that of OM3.
3. For OM4 patch cable it is 4700 MHz.km while for OM3 it is 2000 MHz.km.
How to correctly choose between PVC, LSZH and OFNP?
Fiber patch cables are now widely used for indoor applications like buildings, factories, office parks ,campuses and so on. Whether you choose PVC, LSZH or OFNP jacket depends on where you're going to run the cable.
Factory:
Exhibition:
Certificate:
Contact:
MPO Loopback modules are used widely within testing environment especially within parallel optics 40 and 100G networks. Devices allow verification and testing of transceivers featuring MPO interface - 40G BASED-SR4 QSFP+ or 100G BASE-SR10 CXP/CFP devices. Loopbacks are built to link Transceivers (TX) and Receivers (RX) positions of MPO/MTP transceivers interfaces. MPO loopbacks can facilitate and speed up IL testing of optical networks segments by connecting them to MPO trunks/patch leads.
Features
- SM 9/125, MM 50/125, MM 62.5/12512 or 24 Fiber Ferrule
- MPO LSZH, OFNP, OFNR Cable Jacket Options
- Female and Male MPO/MTP option of Connectors
- Polarity Variants selection40G QSFP+ and 100G CXP/CFP transceivers
- Factory Terminated and Tested MPO Interface
- MPO components feature superior optical and mechanical properties
Specifications
| Item | Parameter |
| Fiber Type | Singlemode or Multimode |
| Fiber Diameter | 9/125um, 50/125um, 62.5/125um |
| Insertion loss | MM<1.2dB, SM(G652D)<1.5dB,SM(G657A1)<0.75dB |
| Return loss | SM>55dB; MM>25dB |
| Insert-pull Test | 500times, IL<0.5dB |
| Operation Temperature | -40ºC~ +80ºC |
| Tensile Resistance | 15kgf |
| Size | 60mm*20mm |
Polarity (Channel Alignment)
12-MTP VS 24-MTP
12-fiber MTP interface for 40 Gig means 4 lanes at 10 Gig per lane over singlemode or multi-mode fiber for a total of 8 fibers (i.e.,4 transmit and 4 receive).
24-fiber MTP interface for 100 Gig means 10 lanes at 10 Gig per lane over singlemode or multi-mode fiber for a total of 20 fibers (i.e.,10 transmit and 10 receive).
Procedure:
Applications
·Data Centre Infrastructure
·Storage Area Network- Fiber Channel
·Parallel Optics
·InfiniBand
·Emerging 40 and 100Gbps Protocols
Packaging & Labeling
This easy to take and well-protected fiber optical cable package has been labelled and marked by OMC as default.
How to Choose The Right Fiber Optic Cable Type?
PS: The difference of OM4 and OM3 fiber mode as the following
1. OM4 was developed specifically for VSCEL laser transmission and allows 10 Gig / second link distances of up to 550 Meters (compared to 300M with OM3).
2. The effective modal bandwidth for OM4 is more than double that of OM3.
3. For OM4 patch cable it is 4700 MHz.km while for OM3 it is 2000 MHz.km.
| Designation | Fiber Dia.(μm) | Type | Fast Ethernet 100BASE-FX | 1 Gigabit Ethernet 1000BASE-SX | 1 Gigabit Ethernet 1000BASE-LX | 10Gbps Ethernet 10GBASE | 40Gbps Ethernet 40GBASE SR4 | 100Gbps Ethernet 100GBASE SR4 |
| OM1 | 62.5/125 | Multimode | 2000 Meters | 275 Meters | 550 Meters | 33 Meters | Not supported | Not supported |
| OM2 | 50/125 | Multimode | 2000 Meters | 550 Meters | 550 Meters | 82 Meters | Not supported | Not supported |
| OM3(Laser Optimized) | 50/125 | Multimode | 2000 Meters | 550 Meters | 550 Meters | 300 Meters | 100 Meters(SR4) | 100 Meters(SR4) |
| OM4(Laser Optimized) | 50/125 | Multimode | 2000 Meters | 550 Meters | 550 Meters | 400 Meters | 150 Meters(SR4) | 150 Meters(SR4) |
| Singlemode | 9/125 | Singlemode | 2000 Meters | 5km at 1310nm | 5km at 1310nm | 10km at 1310nm | N/A | N/A |
How to correctly choose between PVC, LSZH and OFNP?
Fiber patch cables are now widely used for indoor applications like buildings, factories, office parks ,campuses and so on. Whether you choose PVC, LSZH or OFNP jacket depends on where you're going to run the cable.
Factory:
Exhibition:
Certificate:
Contact: