The TMT ferrule format is compliant with the IEC 61755 and 61754 precision alignment structure for MT and MT-16 ferrules, enabling compatibility with MPO cabling and compatibility with all fiber types.
Designed with fiber holes on a 250 µm pitch, the MMC is compatible with standard 250 µm OD single mode and multi-mode fibers in addition to smaller OD fibers, including 200 µm and 165 µm, allowing ease for design today with flexibility for migration to future technologies.
Multiple adapter configurations enable flexibility in structured cabling design, including MMC multi-port adapters that fit in the same cutout as an MPO adapter.
Precision alignment asymmetric rail design features of the MMC connector and adapter ensure reliable, error-free installation in the field, preventing incorrect orientation of the connector into the adapter.
The MMC design saves time in testing to meet data center production readiness quickly.
With the continued increase in optical port count requirements, installation of the optical cabling infrastructure can have a significant impact on meeting data center production ready deliverables.
MMC Mass Insertion solutions enable faster installation time and offers individual connector access in a carrier-based mechanical-advantage design.
Mass-insertion of optical connectors with pre-configured MMC cable assemblies enables fewer individual connector insertions and reduces field port-mapping installation errors in complex mesh architectures, reducing both installation and trouble-shooting time.
The MMC platform simplifies polarity management by linking gender and polarity to define three MMC-terminated assembly types, along with a single fiber break-out assembly to support all cabling link configurations with a single adapter type.
Using a single polarity method for all MMC link configurations saves time in design, deployment & troubleshooting , reduces product and system design complexity, and enables flexibility and risk mitigation in future architectures and designs