Condition: New
Product Description: This patch cable is armored for maximum strength and durability without sacrificing flexibility or size. It is crush and rodent resistant without being bulky, heavy, or messy. This means that it can be used in hazardous areas where more rugged cable is required. Armored fiber optic patch cables are made with similar outer diameter to standard patch cables, making them both space saving and strong.
This armored fiber cable is a cost-effective solution that provides high-speed 10 Gigabit performance with Laser-Optimized Multimode Fiber (LOMMF). This high-quality multimode fiber optic patch cable is designed for ethernet applications. Each connection has great durability and is resistant to pulls, strains, and impacts during installation.
Multimode Patch Cables have a larger diameter core than singlemode, allowing multiple modes of light to propagate. Due to the larger core diameter more data can be transmitted, however far more light refraction and attenuation takes place. This means that they are used over far shorter distances than singlemode cables, due to signal degradation. They are most found in short distance data applications such as LANs (Local Area Networks)
See MoreCondition: New
Product Description: This patch cable is armored for maximum strength and durability without sacrificing flexibility or size. It is crush and rodent resistant without being bulky, heavy, or messy. This means that it can be used in hazardous areas where more rugged cable is required. Armored fiber optic patch cables are made with similar outer diameter to standard patch cables, making them both space saving and strong.
This armored fiber cable is a cost-effective solution that provides high-speed 10 Gigabit performance with Laser-Optimized Multimode Fiber (LOMMF). This high-quality multimode fiber optic patch cable is designed for ethernet applications. Each connection has great durability and is resistant to pulls, strains, and impacts during installation.
Multimode Patch Cables have a larger diameter core than singlemode, allowing multiple modes of light to propagate. Due to the larger core diameter more data can be transmitted, however far more light refraction and attenuation takes place. This means that they are used over far shorter distances than singlemode cables, due to signal degradation. They are most found in short distance data applications such as LANs (Local Area Networks)