The Technology and Our World Today
This article explains all about MPLS VPNs and different VPN models based on MPLS technology. But before we start discussing MPLS VPNs, you should have an understanding of MPLS and its fundamentals that you can get from my article, Understanding MPLS Read More
There are many ways to optimize LTE throughput and I will try to cover all of them. The LTE throughput optimization procedure described in this article requires PDCCH enhancements. The general idea is that the LTE subframe is made up Read More
SFP stands for “small form-factor pluggable” and transceiver means a device that can both transmit and receive data. This article “SFP Transceivers Explained” is intended to describe all about SFP transceivers in detail that could help network professionals understand about Read More
The second major KPI for LTE is the LTE ERAB Success Rate which is also part of the accessibility. After the UE has completed the RRC Connection which has been explained in my previous article, LTE KPI Optimization: RRC Success Read More
Before we delve into understanding MPLS basics, I would like to share about what MPLS is and a few important MPLS terminologies. MPLS is an acronym for Multiprotocol Label Switching which is a type of data-carrying technique for high-performance telecommunications networks. Read More
This is the first part in LTE KPI Optimization and more related articles will be published soon. So, let us get started without wasting any further time. LTE KPI Optimization – RRC Success Rate In LTE KPI Optimization series, this Read More
In order to understand the HDMI and its functionality in detail, let us first see what is an HDMI cable and how does it look like. HDMI stands for High Definition Multimedia Interface and provides an interface between any audio/video source so Read More
Physical Cell ID Planning PCI planning is one of the most important things to understand while planning an LTE network and it is usually left untouched in most of the LTE manuals and text-books. As already explained, the PCI is Read More
A typical LTE frame is 10 ms (milliseconds) long. Each LTE frame has 10 sub-frames (1 ms each) while each sub-frame is further divided into 2 slots (0.5 ms each). The slots are divided into symbols – each slot has Read More
In order to understand LTE network entry steps, we must have knowledge of physical channels which you can get from my article “LTE Frame Structure Made Simple“. The first thing UE needs to do is to search for Primary Synchronization Read More