MDC Connector

What Is the MDC Connector?

The MDC connector is a compact and efficient two-fiber form factor connector that utilizes the well-established 1.25mm ferrule technology found in industry-standard LC connectors. By fitting directly into standard panel openings for duplex LC adapters, three-port MDC adapters significantly increase fiber density, allowing for three times the capacity. This design supports port breakout architectures for emerging transceiver MSAs, enabling a single array transceiver to accommodate multiple MDC patch cables, with each cable being individually accessible at the transceiver interface. The new format also allows for four individual MDC cables within a QSFP footprint and two individual MDC cables within an SFP footprint.

The MDC connector offers easy insertion and extraction through a flexible and sturdy strain relief boot. With a simple push or pull, the connector can be quickly connected or disconnected, making it ideal for tight spaces where functional density is crucial. Additionally, for faster and error-free installations, an optional aggregation component is available, enabling the simultaneous insertion and removal of multiple MDC connectors. The polarity of MDC connectors can be effortlessly changed in the field or factory to accommodate various cabling methodologies, eliminating the need for tools and minimizing the risk of exposing or twisting delicate fibers.

What Are the Features of MDC Connector？

1. The MDC connector offers significant cabling density advantages, providing three times the fiber capacity compared to LC connectors. With the ability to accommodate 216 duplex connectors (equivalent to 432 fibers) within just 1 rack unit (1 RU), it enables efficient utilization of space in data center and networking applications.

2. Featuring the DirectConec™ push-pull boot, the MDC connector ensures effortless insertion and extraction of the connectors. This user-friendly design simplifies installation and maintenance processes, saving time and effort.

3. Changing the polarity of the MDC connector is a straightforward task, without the need to expose delicate fibers. This flexibility allows for easy adaptation to different cabling methodologies, providing convenience and versatility.

4. The MDC connector meets the stringent requirements of IEC Attenuation Grade B random mating standards, with a mean attenuation of 0.12 dB and a maximum attenuation of 0.25 dB for over 97% of the connectors. This ensures reliable and consistent performance in high-density fiber environments.

5. Compliance with industry standards is an essential aspect of the MDC connector. It adheres to Telcordia GR-326 and TIA-568 requirements, ensuring compatibility and interoperability with existing infrastructure and equipment.

6. Designed to accommodate cables with up to 2.0mm outer diameter (OD), the MDC connector supports various cable types commonly used in fiber optic networks.

7. The MDC connector is available in different variants to support multi-mode, single-mode, and single-mode APC (Angle Polished Connector) applications, catering to a wide range of network requirements and transmission modes.

What Are the Applications of MDC Connector？

The MDC connector has various applications in the field of fiber optic communications. Some of the key applications include:

1. Data Centers: The high-density and compact design of the MDC connector makes it ideal for data center environments. It enables efficient utilization of rack space and allows for increased fiber capacity, supporting high-speed data transmission and connectivity..

2. Telecom Networks: The MDC connector's high-density capability and compatibility with industry standards make it suitable for use in telecom networks. It can be deployed in central offices, distribution frames, and other network infrastructure components.

3. Enterprise Networks: The MDC connector finds applications in enterprise networks, including office buildings, campuses, and industrial facilities. It facilitates high-density fiber connections, supporting reliable and efficient communication within the network infrastructure.

4. Fiber Optic Patch Panels: The MDC connector can be used in fiber optic patch panels and distribution frames, where efficient fiber management and connectivity are crucial. Its compact form factor allows for increased port density within limited space.High-Speed Transceiver Interfaces: The MDC connector's small form factor and high-density capability make it suitable for high-speed transceiver interfaces. It enables the connection of multiple MDC patch cables directly to the transceiver interface, facilitating efficient data transmission in applications such as data centers and high-bandwidth networks.

5. Fiber to the Home (FTTH): In FTTH applications, where fiber optic connections are extended to residential or commercial premises, the MDC connector can be employed to support high-density fiber distribution and connectivity.

Overall, the MDC connector's versatility, high-density capability, and compatibility with industry standards make it a valuable component in various applications where efficient fiber optic connectivity and transmission are required.