Here we discuss about LTE Technology, details on 4G and How to LTE.
How do I find MCC and MNC? Today, as we explore how to find the Mobile Country Code (MCC) and Mobile Network Code (MNC), I want to help you clearly understand what these codes are and where you can find them. If you remember, in one of our earlier topics, we talked about how LTE … Read more
What is HSS in Communication? Today, as we explore more about the LTE core network, I want to explain something that plays a central role in managing user identities and subscriptions — and that’s the HSS, or Home Subscriber Server. If you’ve already gone through topics like MME or EPC, you’ll see how this one … Read more
What does HSS do? Today, let’s dive into the role of the HSS – the Home Subscriber Server – in an LTE network. Since we’ve previously talked about elements like the MME and SGW, it’s a good time to understand how HSS fits into the big picture and how it interacts with these nodes to … Read more
What is an eNodeB? Let me explain the concept of eNodeB in LTE to you. The eNodeB, or Evolved Node B, is a key component of the LTE network. It acts as the base station that connects the user equipment (UE), such as your smartphone or tablet, to the core network. In simpler terms, it’s … Read more
Will 4G Become Slow After 5G? As 5G networks are rolled out, there are concerns about how the performance of 4G networks might be affected. Will 4G networks become slower as more users switch to 5G? Let me walk you through this, and I will explain why 4G may not necessarily become slow, even after … Read more
Why RACH is used in LTE? In this article, we will dive into the purpose and functionality of the RACH (Random Access Channel) in LTE networks. If you’ve followed our previous discussions on LTE, you’ll know that efficient communication between the user equipment (UE) and the network is essential for a smooth mobile experience. RACH … Read more
Why SC-FDMA is used in LTE? Let me explain why SC-FDMA (Single-Carrier Frequency Division Multiple Access) is used in LTE and how it plays a critical role in enhancing the performance of the LTE network. In LTE, the goal is to provide high-speed mobile data with low latency, and the choice of modulation and access … Read more
Why There is No Interference in OFDM? Let me explain why OFDM (Orthogonal Frequency Division Multiplexing) is known for minimizing interference, making it highly efficient in communication systems like LTE. We’ve already discussed how OFDM is used in various wireless technologies to improve data transmission, but today, we’ll focus on why this method reduces interference … Read more
Why Multiple Antennas are Used in MIMO System? In modern wireless communication, multiple-input multiple-output (MIMO) technology plays a significant role in improving the performance of wireless networks. The primary reason why multiple antennas are used in MIMO systems is to enhance data throughput, improve signal quality, and boost overall network efficiency. Let me explain why … Read more
Why Not to Use VoIP? Today, I’ll explain why VoIP (Voice over Internet Protocol) might not always be the best choice for some users, even though it’s widely used for cost-effective communication. While VoIP has transformed the way we communicate, offering advantages like lower call costs and flexibility, there are several reasons why it may … Read more