Types of Special Fiber Patch Cords

Types of Special Fiber Patch Cords

许多专家和专业人士认为光纤是连接的未来. And with immense data transmission speeds, voluminous capacities, low data loss, and little to no interference of fiber optic connectivity, it isn’t hard to see why.

光纤使世界各地的企业超越千兆高速网络,满足现代高带宽需求. It is rapidly becoming the ideal mode of connectivity for homes, businesses, and global technology infrastructures.

这一切都要归功于连接和维护室内外网络的光纤跳线.

Today, 我们将讨论一些特殊的光纤跳线,以帮助你更好地了解它们是什么和它们的应用.

Types of Special Fiber Patch Cords

全球对光纤跳线的需求日益增加,导致了这些电缆的大规模生产, 通过阅读我们的详细文章,你可以了解更多关于一些常见和流行的问题  “What Are Fiber Patch Cords” here. (It will help you understand the basics of fiber patch cords, their types, and terminology, some of which we will use in this post.)

同样的需求导致了跳线的发展,以提供越来越多的带宽和一些特殊的设计来满足各种应用. While most people may not need these special fiber patch cords, it is always good to know what options are available.

下面是一些特殊用途的特殊光纤跳线.

Armored Fiber Patch Cords

Armored fiber patch cords do exactly what their name describes. 它们是典型的纤维跳线,但增加了一个“装甲”元素,以增加保护. A typical fiber cable has a fiberglass core, cladding, coating, strength member (steel strands/ fiberglass filament/ Kevlar yarn), and the outer jacket.

These layers are in the mentioned order. However, in an armored fiber patch cord, there is an extra layer of stainless armored tube after the coating, and the strength member is made from Kevlar yarn. The armored tubing inside the jacket protects the optical fiber.

它可以使光缆坚固,避免被人踩碎,防止啮齿类动物啃咬功能光纤层.

这种创新的设计使铠装式跳线变得坚固,并使它们像典型的纤维跳线一样柔韧. 因此,增加的保护不会导致安装和功能受到损害.

Mode Conditioning Fiber Patch Cord

这种特殊的光纤跳线类型是一种双工电缆,在其数据传输长度的开始部分是一小部分单模光纤. The remainder is a multimode cable. 这种创新的设计是为了解决在现有的多模系统上使用单模设备所造成的正规十大网址问题.

它有助于提高数据传输质量,并增加现有多模网络的旅行距离,超出其最初的预期应用. 它们通常用于1/10千兆以太网应用程序,但如果需要,也可以用于其他网络应用程序.

Bend Insensitive Fiber Patch Cords

The fiberglass core of typical fiber patch cords is quite flexible; however, they are not entirely bendable. All cables have a limited “bend radius,” bending them beyond it can damage the core and cable, often rendering them useless.

通常,弯曲半径等于外夹套直径的十倍. 例如,如果你的光纤跳线有2mm的外护套,它的弯曲半径是2mm x 10 = 20mm. 弯曲超过这个点会损坏玻璃纤维芯,影响其性能.

不受弯曲影响的纤维跳线具有很高的抗弯性和抗弯性.

They have a much smaller bend radius than typical fiber patch cords, which helps prevent bend loss or damage. 创新的核心设计和增强的低宏观弯曲灵敏度的弯曲不敏感纤维跳线是使这成为可能.

这种电缆在数据中心和应用中非常有用,在这些应用中,需要高密度电缆来满足尖锐的角落和缠绕紧的区域.

Uniboot Fiber Patch Cord

Uniboot光纤跳线是独特的,因为它们使用专门为其应用设计的特殊LC Uniboot连接器. These cables can integrate two individual fibers inside a single cable, 在电缆密度高的地区,哪些是有利的应用, like a data center.

在任何应用中,这些光纤跳线占用LC电缆所需空间的一半. 另一种特殊的单引导光纤跳线被称为可切换单引导光纤跳线.

这种电线是专门设计的,通过简单的连接器操作来改变内部纤维的极性,而不是使用专门的工具. 他们提供更有效的布线解决方案,因为他们防止任何电缆问题,产生的物理连接器更换.

Low Insertion Loss Fiber Patch Cord

插入损耗是长距离高带宽传输的常见问题. 低插入损耗光纤跳线具有比普通光纤跳线更低的连接器插入损耗. However, 你可能不能仅仅通过看它们就把它们和普通的接线区分开.

A typical fiber connector may experience insertion loss of around 0.75dB(分贝),而低损耗的光纤跳线可能只经历0.2dB or lower. Hence, 这些特殊的光纤跳线对长距离应用至关重要, 从插入损耗或dB损耗减少衰减是不可接受的.

Conclusion

Fiber patch cords undoubtedly sit at the height of cable technology. They provide large bandwidths, immense data transmission speeds, 以及许多其他的好处,它们在全球的需求与日俱增.

光纤正规十大网址的创新不断提高着光纤的各个方面, 用不了多久,他们就会完全接管全球网络连接. While typical fiber patch cords can meet most demands, 更复杂的布线环境和应用需要上述类型的特殊光纤跳线来代替.

Hopefully, our post here has helped you understand their applications better; however, it is always best to seek professional help for real-life applications.

我们强烈推荐杰克逊维尔的通信解决方案公司提供最好的光纤跳线, fiber optic solutions, and overall business network solutions in Florida.

如果你想了解更多关于特殊光纤跳线的类型或杰克逊维尔最好的网络和布线解决方案, Florida, Contact Us Today.

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