Tips for Determining The Reliable Meraki Stacking Cables

Sorting through cables and reliable connectivity options can be an intimidating task. It’s difficult working through the categories and levels of stacking cables, where the most cable ends with the same connector. Therefore, when trying to determine Meraki stacking cable to use in your installation, there are plenty of factors you need to consider from data transfer speed to distance.

Meraki cables, at present, are used in various areas, including LANs, data centers, and intercontinental communication links. Selecting the right Meraki cable for a fiber optic module installation doesn’t need to be complicated, if you are aware of the essential factors that you need to consider, including application and environment.

This post will reveal some crucial information about Meraki cables and aim at providing a reliable guide on choosing the right cable for fiber optic application.

  • Single-Mode or Multi-Mode Cable

Meraki stacking cables are divided into two major categories, i.e. single-mode fiber cable and multi-mode fiber cable. Single-mode Meraki cable generally requires laser technology for sending and receiving data. It can operate signal conveniently for miles and this particular feature makes it an ideal option to consider over other options.

Multi-mode, on the other hand, allows the signal to travel in multiple modes, pathways, along the inside of the glass strand or core, as the name also suggests.

  • Indoor cables or outdoor cable

Also, both the options are similar, only the thin line of difference between indoor cables and outdoor cables is its water-blocking mechanism. Outdoor Meraki stacking cables are designed to protect the fibers from exposure to moisture. Indoor cables, whereas, are closely stacked cables, where the glass fiber has a primary coating and secondary coatings to make fiber easier to work with.

  • Jackets

Meraki cables are built-in to install in a variety of environments. As a result, you need to pay attention to the different jacket materials. However, the standard jacket material is OFNR, which stands for Optical Fiber Non-conductive Riser. There is no metal present in it, so it won’t conduct electrical current and can be easily installed in a riser application. Furthermore, patch cords are also equipped with OFNP, which are best for use in plenum environments like raised floors or drop-ceilings. Many data centers and server rooms have requirements for plenum compatible cables, and the local fire codes.

  • Speed and distance considerations

When using multi-mode Meraki cables, it is important to note that as your speed increases, your target distances will gradually decrease. Since most of the end-users looking for faster speeds, you must choose the Meraki cable that supports faster speeds to meet the requirements of the network. You should go with the cable that doesn’t support the next generation of network speed requirements. Before picking the cable, it is wise to first know what transceivers are supported by your hardware and what speed the transceiver port will permit.

These are the most important selection point that you will find when choosing the reliable Meraki cable. Follow this guide to the point in order to make the right choice when looking for stacking cables.

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