As data center construction continues at a rapid pace worldwide, the challenge of ensuring high-speed, stable transmission for massive data flows has become paramount. The solution lies in advanced fiber optic technology, with the newly introduced 50-micron OM3 10G fiber optic cable emerging as an ideal solution for large-scale installations in data centers and enterprise networks.
This advanced fiber optic cable features a 6-core multimode fiber (50-micron core) specifically designed for 10Gbps high-speed data transmission. Operating at either 850nm or 1300nm wavelengths, it maximizes the performance of fiber optic equipment while ensuring transmission stability and efficiency. The 125-micron cladding diameter complies with industry standards, facilitating easy connection and maintenance.
The cable's black PVC outer sheath, combined with water-blocking aramid yarn reinforcement, provides exceptional performance for both indoor and outdoor environments. Whether deployed for interior wiring or exterior conduit installations, it effectively resists environmental factors to ensure long-term stable operation. The standard 1,000-foot (approximately 305-meter) length allows for flexible customization to project requirements while minimizing material waste.
Key Performance Features: The 50/125 indoor-outdoor fiber optic cable utilizes premium multimode fiber with step-index core and cladding structures that meet TIA/EIA 455-220A and IEC 60793-1-49 standards. It maintains backward compatibility with traditional LED systems, complying with TIA/EIA 455-204 and IEC 607-1-41 standards for broad applicability.
Safety remains a critical consideration, with the cable achieving Riser Rated (CMR) certification and UL-1666 compliance. This qualification makes it suitable for vertical installations between floors, including elevator shafts and cable risers. The self-extinguishing properties prevent flame propagation along the cable, providing crucial protection for personnel and equipment.
The 50-micron OM3 10G fiber optic cable serves multiple critical infrastructure needs:
While OM3 fiber theoretically supports 300-meter transmission at 10Gbps, real-world performance depends on multiple variables including fiber type, transmission speed, optical module quality, and connector integrity. Proper testing and validation remain essential for ensuring reliable operation.
Bend radius also significantly impacts performance. Excessive bending increases signal loss, potentially reducing effective transmission distance. Professional installation techniques and proper handling help maintain optimal fiber performance throughout the cable's service life.
This advanced fiber optic solution combines performance, reliability, and safety to meet the demanding requirements of modern high-speed data transmission applications, from data center construction to enterprise network upgrades.
As data center construction continues at a rapid pace worldwide, the challenge of ensuring high-speed, stable transmission for massive data flows has become paramount. The solution lies in advanced fiber optic technology, with the newly introduced 50-micron OM3 10G fiber optic cable emerging as an ideal solution for large-scale installations in data centers and enterprise networks.
This advanced fiber optic cable features a 6-core multimode fiber (50-micron core) specifically designed for 10Gbps high-speed data transmission. Operating at either 850nm or 1300nm wavelengths, it maximizes the performance of fiber optic equipment while ensuring transmission stability and efficiency. The 125-micron cladding diameter complies with industry standards, facilitating easy connection and maintenance.
The cable's black PVC outer sheath, combined with water-blocking aramid yarn reinforcement, provides exceptional performance for both indoor and outdoor environments. Whether deployed for interior wiring or exterior conduit installations, it effectively resists environmental factors to ensure long-term stable operation. The standard 1,000-foot (approximately 305-meter) length allows for flexible customization to project requirements while minimizing material waste.
Key Performance Features: The 50/125 indoor-outdoor fiber optic cable utilizes premium multimode fiber with step-index core and cladding structures that meet TIA/EIA 455-220A and IEC 60793-1-49 standards. It maintains backward compatibility with traditional LED systems, complying with TIA/EIA 455-204 and IEC 607-1-41 standards for broad applicability.
Safety remains a critical consideration, with the cable achieving Riser Rated (CMR) certification and UL-1666 compliance. This qualification makes it suitable for vertical installations between floors, including elevator shafts and cable risers. The self-extinguishing properties prevent flame propagation along the cable, providing crucial protection for personnel and equipment.
The 50-micron OM3 10G fiber optic cable serves multiple critical infrastructure needs:
While OM3 fiber theoretically supports 300-meter transmission at 10Gbps, real-world performance depends on multiple variables including fiber type, transmission speed, optical module quality, and connector integrity. Proper testing and validation remain essential for ensuring reliable operation.
Bend radius also significantly impacts performance. Excessive bending increases signal loss, potentially reducing effective transmission distance. Professional installation techniques and proper handling help maintain optimal fiber performance throughout the cable's service life.
This advanced fiber optic solution combines performance, reliability, and safety to meet the demanding requirements of modern high-speed data transmission applications, from data center construction to enterprise network upgrades.