1.6T OSFP224 ACC New
NADDOD's MTP/MPO cable assemblies provide exceptional high density transmission performance and low signal losses. With MPO/MTP connectors on both ends and be widely used in telecom operator equipment rooms, data centers and corporate networks. NADDOD's optic trunk cables are offered both in single mode (OS2) and multi mode (OM4, OM5) fiber variations.
NADDOD's MTP®/MPO harnesses are excellent for high-density fiber patching in data centers, facilitating network upgrades from 10G/25G to 40G/100G with low-loss, high-density transmission and offering various fiber options.
NADDOD MPO fiber trunk cables are pre-terminated assemblies with 48,72 and 96 fibers , designed for saving data center space and seamless network performance.
NADDOD 16F MMC Cable Assemblies are designed for high-density structured cabling and data center interconnects, featuring OFNP plenum rating and APC-to-APC low-loss transmission. Available in two options—MMC-16 APC to MMC-16 APC and MMC-16 APC to 2×MPO-8 APC—they support OS2 single mode and OM4 multimode fiber for versatile deployments. Equipped with 16F TMT ferrules and a VSFF ganged design, these jumpers maximize port density and save rack space; precision-aligned connectors enable fast installation and simplified maintenance, reducing operational costs while delivering stable long-term performance and flexible scalability.
MPO shuffle cables are pre-terminated fiber assemblies designed for customized optical routing in data center environments. They are used to connect plug-and-play modules, MPO connector panels, cassettes, and fanouts, enabling multi-level connections and extension of pre-terminated trunk cables through MPO panels. Unlike standard MPO cables, MPO shuffle cables support site-specific fiber routing and non-standard polarity requirements, helping reduce installation and network reconfiguration time in high-density cabling systems.
Shuffle Box is a high-density fiber management solution that simplifies complex fiber routing and reduces cabling congestion in structured cabling systems, enabling organized optical connections and improving deployment efficiency and overall cable management. Working with shuffle cables and MPO-based systems, it helps create clean and structured interconnections while minimizing installation errors and reducing deployment time. Its high-density design maximizes rack space utilization, making it suitable for large-scale and high-density environments, and it is widely used in data centers, HPC networks, and Spine-Leaf or multi-plane architectures to support scalable network expansion while maintaining efficient and manageable cabling infrastructure.
Fiber Shuffles are designed to support flexible optical routing and signal reconfiguration in high-density data center networks. This category includes shuffle cables, shuffle boxes, and other shuffle products that enable non-standard fiber routing, multi-level connections, and efficient extension of pre-terminated trunk systems. Fiber shuffle solutions are commonly deployed across MDA, HDA, and EDA zones to simplify network installation, expansion, and reconfiguration.
NADDOD's fiber patch cords provide exceptional transmission performance and low signal losses. With LC/SC connectors on both ends in various combinations and be widely used in telecom operator equipment rooms, data centers and corporate networks. Multimode cables OM4 and OM5 can carry signals till respectively 550 meters to 2000 meters. On the other hand Single mode fiber OS2 can carry signal 100km or more. NADDOD Optic cables patch cables are offered in two Jacket material types LSZH and OFNP.
NADDOD's fiber patch cords provide exceptional transmission performance and low signal losses. With LC/SC connectors on both ends in various combinations and be widely used in telecom operator equipment rooms, data centers and corporate networks. Multimode cables OM4 and OM5 can carry signals till respectively 550 meters to 2000 meters. On the other hand Single mode fiber OS2 can carry signal 100km or more. NADDOD Optic cables patch cables are offered in two Jacket material types LSZH and OFNP.
NADDOD's fiber patch cords provide exceptional transmission performance and low signal losses. With LC/SC connectors on both ends in various combinations and be widely used in telecom operator equipment rooms, data centers and corporate networks. Multimode cables OM4 and OM5 can carry signals till respectively 550 meters to 2000 meters. On the other hand Single mode fiber OS2 can carry signal 100km or more. NADDOD Optic cables patch cables are offered in two Jacket material types LSZH and OFNP.
NADDOD's fiber patch cords provide exceptional transmission performance and low signal losses. With LC/SC connectors on both ends in various combinations and be widely used in telecom operator equipment rooms, data centers and corporate networks. Multimode cables OM4 and OM5 can carry signals till respectively 550 meters to 2000 meters. On the other hand Single mode fiber OS2 can carry signal 100km or more. NADDOD Optic cables patch cables are offered in two Jacket material types LSZH and OFNP.
NADDOD's fiber patch cords provide exceptional transmission performance and low signal losses. With LC/SC connectors on both ends in various combinations and be widely used in telecom operator equipment rooms, data centers and corporate networks. Multimode cables OM4 and OM5 can carry signals till respectively 550 meters to 2000 meters. On the other hand Single mode fiber OS2 can carry signal 100km or more. NADDOD Optic cables patch cables are offered in two Jacket material types LSZH and OFNP.
Rack Mount Fiber Optic Panels integrate seamlessly into standard 19-inch cabinets, providing a professional and space-efficient solution for fiber termination and patching. Available in 1U, 2U, and 4U heights, they balance port density with rack space utilization. The rack mount form factor centralizes distribution next to active switches and routers, reducing patch cord length and clutter. With adapters mounted on a rigid front plate, these panels offer superior stability and durability in high-touch or high-vibration environments. Front-access design enables connections, cleaning, and port mapping without rear cabinet access—a critical efficiency advantage in hot-aisle containment configurations.
NADDOD Fiber Enclosures provide a protected and organized termination point for fiber optic cables, ensuring long-term network reliability. Constructed from durable cold-rolled steel with a black powder-coated finish, they feature slide-out or removable trays for easy internal access. Serving as the central housing for adapter panels, MTP/MPO cassettes, and splice trays, they support scalable migration from low-density to ultra-high-density deployments. Integrated bend radius guides and slack storage prevent macro-bending and signal degradation in 400G+ environments. Available in 1U/2U/4U rack mount and wall mount configurations, these enclosures enforce structured cable routing to reduce troubleshooting time and simplify expansion.
MTP®/MPO Fiber Optic Panels are engineered for the density and speed demands of hyperscale data centers and HPC networks. Featuring US Conec high-precision MTP® connectors and industry-standard MPO interfaces, they consolidate 8, 12, 24, or 72 fibers into a single compact adapter footprint. This high-density consolidation saves valuable rack space and frees up front-rail capacity for active equipment. Essential for 40G, 100G, and 400G parallel optics, these panels provide a structured interface for MTP/MPO trunks, eliminating duplex patch cord sprawl, improving front-access airflow, and enabling rapid deployment of pre-terminated assemblies. Ideal for spine-leaf interconnects and backbone aggregation where managing high fiber counts with minimal insertion loss is critical to uptime and performance.
NADDOD Fiber Optic Panels provide the critical interface between backbone cabling and active equipment. Factory-terminated with precision adapters, they offer plug-and-play connectivity for MDA and ZDA applications. Compact 1U/2U footprints maximize rack density, while low insertion and return loss ensure signal integrity for 40G, 100G, and 400G Ethernet. Supporting LC/SC duplex and MTP/MPO interfaces, the modular design enables rapid moves, additions, and changes without disrupting adjacent live circuits.
NADDOD power cords support US and EU standards, offering various current ratings and connector types for servers, workstations, UPS, PDUs, and more. 100% electrical testing ensures stable and reliable power connections.
NADDOD server accessories offer various connector types and international standards, covering servers, UPS, PDUs, workstations, and more. All products undergo strict electrical testing for safety and reliability.
The MPO/MTP® fiber optic cleaning pen is a push-on cleaner designed for cleaning MPO and MTP® 8/12/16/24 fiber optic connectors used in AIDC and other high-density fiber networks. It delivers about 600 cleaning times to reduce cleaning cost.
The LC/MU fibre optic cleaning pen is specifically designed for 1.25mm LC and MU connectors, providing over 800 cleaning cycles. It ensures low insertion loss and stable optical performance.
Compatible with a wide range of fiber optic connectors, the MPO/MTP® and LC/MU Fiber Optic Cleaning Pen simplifies cleaning the ferrule end faces of exposed MPO/MTP® and LC/MU connectors and connectors in adapters.
