How to Deploy MTP/MPO Cables and Connections?

Now let us look into the topic that how can we deploy MTP/MPO connectors and cables. This article will give you an exact idea about various MPO connectors basics and best practices. Generally, the MPO cables and connectors can be utilized in 3 ways which are MPO/MTP adaptors, MTP/MPO-LC Cassette, MTP-LC Breakout Patch Panel, Transceivers

Data Center Energy Efficiency Considerations

The importance of energy efficiency in today’s data centers has grown significantly and has become more complex in recent years. To maintain high data availability, all components of the data center infrastructure must perform the assigned tasks to avoid any data center downtime requiring appropriate energy support. The technical infrastructure is fundamental to all information

STP vs UTP

Shielded Twisted Pair(STP) and Unshielded Twisted Pair(UTP)

As we all know that there are two types of data transmitting medium available on the market which are copper twisted pair cables and fiber optic cables. We want to make use of both of these cables in a network environment and one of the most widely used cables is Twisted-pair cables which we cannot deny. Twisted-pair

What is MPO(Multi-fiber Push-On) or MTP(Multi-fiber Termination Push-on)

We all know that there are multiple types of fiber optic cables & connectors are available in the market. Each of these is evolved in different stages and having its own advantages. One of the best fiber optic cabling solutions was the invention of MPO cables and MPO Connectors. We will discuss what is MPO

Structure of Fiber Rows in MPO Connectors.png

Structure of Fiber Rows in MPO Connectors

Previous article has given you an overall idea about the MPO cables and connectors. In this article, we will understand the structure of MPO Connectors and cables and MPO Polarity. MPO Polarity and it’s different types are very important for us to understand when it comes to cabling. MTP/MPO connector factory terminated assembly can house

BiDi SFP and Compact SFP Transceivers(cSFP)

BiDi SFP and Compact SFP Transceivers(cSFP)

If you are a person working on fiber optic cables and connectors, you must have at least heard about BiDI SFP connectors and used it. Have you ever think that why are these modules are having a single port? Is that because it can do either of transmitting/receiving? If not, how does it differ from

What are Direct Attached Cables(DAC)

During our discussions with fiber cabling, one of the major concerns for companies was the cost of fiber cables and its transceivers. Reducing this cost can increase the popularity and applicability of fiber cables and the solution is Direct attached (DAC) cables. In this article, we will look into each of these in detail and why the usage

Meaning of SR, LR, LRM, ER, and ZR in Transceiver Modules

When you take transceiver modules, all of this will contain many abbreviations which may be quite confusing for you too. Some of the major abbreviations are SR, LR, LRM, ER, and ZR. In fact, these abbreviations tell you the characteristics of these modules. Let us have a look into some of this in detail. SFP-10G-SR vs SFP-10G-LR

Fiber SFP Module

A Study about SFP Modules

A small form-factor pluggable (SFP) transceiver is a compact, hot-swappable, input/output transceiver used in data communication and telecommunications networks. SFP interfaces are generally used in almost all communication devices like switches, routers, and servers. SFP transceivers support communications standards including synchronous optical networking (SONET)(Standardized protocols that transfer multiple digital bit streams synchronously over optical fiber using lasers or

Switching Infrastructures in a data center

In my previous article, we have seen different switching architectures that define the logical aspects used in a data center cabling. There is no doubt that fat tree architecture(leaf-spine architecture)  is the most emerging one and 3-tier architecture has started to eliminate in many network environments. In a data center distribution of network equipment, the physical architecture is having a major