CXP/CFP 100G MPO/MTP® cable assemblies are designed to make a connection between 2 CFP/CXP transceivers. They are built using 24 fiber ferrule MPO/MTP® connectors with custom fiber mapping polarity to provide connection between 100GBASE-SR10 CFP/CXP devices.
When used with transition modules/cables, CXP/CFP 100G MPO/MTP® assemblies can be used within traditional 10G as well as parallel optics 40G networks, guaranteeing future proofing and full interoperability with potential future 100G infrastructures.
Assemblies are offered in 2 standard variants with Trunks using a double jacket 4.5mm OD MicroCable structure and also as a patch lead using single jacket 3mm OD MicroCable structure. Small and compact MicroCable is ideal for high density data center application. Indoor/outdoor grade of assemblies are available with traditional loose tube INT/EXT cable.
MPO/MTP® multifiber interface facilitates rapid deployment of high density backbone cabling in data centers and other high fiber environments reducing network installation or reconfiguration time and cost.
OS1/2, OM3, OM4
24 Cores MicroCable Trunks (Double Jacket 4.5mm OD)
Patchleads (Single Jacket 3mm OD MicroCable) available on special requests
LSZH, OFNR, OFNP cable jackets
Female/Un-Pinned and Male/ Pinned MPO/MTP® connectors
Designed for CFP/CXP 100GBASE-SR10 transceivers infrastructure
Universal INT/EXT Loose Tube
High Quality- Factory terminated and tested
Next Generation Network Proof – 40/100GParallel Optics compatible.
MPO/MTP® Interface – MPO/MTP® components feature superior optical and mechanical properties.
Optimised Performance – low loss MPO/MTP® and OM4 fiber assures low insertion losses and power penalties in tight power budget high speed network environment.
High Density – Multifiber connector and compact dimension of ruggedized Microcable improves space management in costly data center environments.
Rapid Deployment – Factory terminated system saves installation and reconfiguration time during moves, ads and changes.
Reliability – 100% tested Combination of high quality components and manufacturing quality control guarantees product to the highest standards.
Applications
1. Data Center Infrastructure
2. Storage Area Networks(SAN)
3. Gigabit Ethernet
4. Telecommunication networks
5. Assemblies for QSFP+ 40GBase-SR transceivers
Construction（MPO/MTP）
| ELEMENT | CHARACTERISTIC |
|---|---|
Fiber Grade |
OS1/2, OM3, OM4 |
Cable Type |
Microcable Max OD: Trunks 24 cores 4.5 ± 0.3 mm; Patchlead 24 cores 3.0 ± 0.1 mm Jacket material: LSZH, OFNP, OFNR Jacket color: Aqua (OM3, OM4), Erica Violet (OM4), Yellow (OS1/OS2) |
Connectors |
MTP® Connector with 24xFibers Ferrule US Conec Boot Colour: Black Body Sleeve Colour: MM (Beige), MM Elite (Aqua), SM (Green) Gender: Male/ Pinned or Female/ Un-Pinned |
Storage Temperature |
-20 ~ +60°C |
Installation Temperature |
-5 ~ +50°C |
Operating Temperature |
-20 ~ +60°C |
Connector Performance
CONNECTOR MATING |
IL AVERAGE |
IL MAX |
RETURN LOSS |
|---|---|---|---|
MTP® Elite (MM)* |
0.10 dB |
0.35dB |
>20 dB |
MTP® (MM)* |
0.20 dB |
0.60dB |
>20 dB |
MTP® Elite (SM)** |
0.10 dB |
0.35dB |
>60 dB |
MTP® (SM)*** |
0.25 dB |
0.75dB |
> 60 dB |
* ANSI/EIA-455-171 Method D1; MM MTP
** ANSI/EIA-455-171 Method D3 SM MTP
*** ANSI/EIA-455-171 Method D3 SM MTP; Compliant with proposed IEC 61755-3-31/GRADE B
Cable Performance
| CABLED FIBRE TYPE (ISO/IEC 11801) | OS1/OS2 | OM3 | OM4 |
|---|---|---|---|
Attenuation Coefficient [dB/km] |
≤ 0.38 Max (1310 nm) |
≤ 3.5 Max (850 nm) |
≤ 3.5 Max (850 nm) |
Minimum Bandwidth:Overfilled Launch [Mhz.km] |
N/A |
≥ 1500 (850 nm) |
≥ 3500 (850 nm) |
Minimum Bandwidth: Laser Effective Modal Bandwidth [Mhz.km] |
N/A |
≥ 2000 (850 nm) |
≥ 4700 (850 nm) |
