Here we discuss about LTE Technology, details on 4G and How to LTE.
What is VHT Mode? Let me help you understand what VHT mode means, especially if you’re trying to make sense of your Wi-Fi settings or planning to optimize your network. VHT stands for Very High Throughput, and it’s a part of the IEEE 802.11ac Wi-Fi standard. When you see VHT mode mentioned, it refers to … Read more
What is the difference between NodeB and eNodeB? Today, I’ll help you understand the difference between NodeB and eNodeB, and we’ll also relate it to what we previously explored around LTE architecture. If you remember, we’ve already talked about how LTE evolved from UMTS, and that transition directly impacts the shift from NodeB to eNodeB. … Read more
What is 2×2 mu-MIMO? Let me walk you through the idea of 2×2 mu-MIMO in a way that helps you understand it simply and clearly. If you’ve ever heard of MIMO, you might remember it stands for Multiple Input, Multiple Output. Now, when we add “2×2” and “mu-” (which stands for multi-user), we’re getting a … Read more
Is an Antenna Passive or Active? Today, as we continue exploring topics around LTE and network communication, let’s understand the nature of antennas. You’ve probably come across both the terms “passive antenna” and “active antenna,” and it’s completely normal to wonder what makes one different from the other, or which one is typically used in … Read more
What type of antenna to receive DTT? Today, as we explore Digital Terrestrial Television (DTT), it’s important that I help you understand what kind of antenna you really need to receive it properly. Earlier, when we discussed concepts like signal strength, interference, and LTE bands, you might have noticed how essential the right equipment is … Read more
What is Network RSRP? Today, I’ll explain to you what Network RSRP is and how it helps you understand the signal strength in LTE networks. Earlier, when we explored concepts like RSRQ and SINR, you saw how signal quality plays a role. Now let’s focus on RSRP — short for Reference Signal Received Power — … Read more
What is the Point of Having an eSIM? Today, we are going to discuss eSIM and how it benefits you in the world of modern telecommunications. As we learned about traditional SIM cards in earlier discussions, an eSIM is a significant evolution in how mobile networks work. Let me walk you through the concept of … Read more
Is it Worth Converting to eSIM? Today, we are going to explore the idea of converting to eSIM and whether it’s worth it for you. We’ve previously learned about SIM cards and their role in mobile networks. Now, let’s dive into how eSIMs are different and why you might consider switching from a physical SIM … Read more
What is a TAC in Networking? Today, let me explain what TAC, or Tracking Area Code, is in networking, especially in the context of LTE and mobile networks. As we learned about network identification and locations in previous articles, understanding TAC helps to identify specific areas within a network that help in the management of … Read more
What is the MCC and MNC? Today, let’s take a closer look at MCC and MNC, two important identifiers used in LTE and all other mobile networks. Since we’ve already talked about topics like Tracking Area and eNodeB, it’s a good time to understand how the network actually identifies where a mobile subscriber belongs. This … Read more