Industry 4 topics

Neutral Hosts: A New Paradigm for Telecom Infrastructure What are Neutral Hosts? A neutral host can be defined as a third-party mobile network provider that enables multiple wireless service providers to use its infrastructure, such as 5G cell towers and small cells³. In other words, neutral hosts invest in telecommunications infrastructure, then lease it out on a shared-tenant basis. Neutral hosts are not a new concept, as they have been used for indoor coverage solutions for many years. However, with the advent of 5G and the increasing demand for network capacity and coverage, neutral hosts are becoming more relevant and attractive for outdoor and public scenarios as well¹. Types of Neutral Hosts There are different types of neutral hosts, depending on the scope and scale of their services. Some of the common types are: Tower companies (TowerCos) : These are the traditional neutral hosts that own and operate macro cell towers and lease them to mobile network operators (MNOs). TowerC

  Drone Delivery Services: Transforming the Future of Logistics In recent years, drone delivery services have garnered substantial attention and for good reason. The utilization of unmanned aerial vehicles (UAVs) presents a vast opportunity to revolutionize the logistics industry, offering a cost-effective, efficient, and eco-friendly alternative to conventional delivery methods. We will delve into the driving forces behind drone delivery services, assess their current state, and explore the pivotal roles played by AI and 5G in their development. Enablers of Drone Delivery Services Several critical enablers have paved the way for the advent of drone delivery services: Advancements in Drone Technology : The evolution of drone technology has rendered UAVs more dependable, efficient, and capable of carrying heavier payloads. Modern drones come equipped with advanced sensors, GPS systems, and autonomous navigation capabilities, enabling them to execute safe and precise flights. Regulatory

  Exploring E-Band: Revolutionizing Wireless Connectivity In the modern digital age, where seamless internet connectivity has become an integral part of our lives, And as our appetite for faster and more reliable internet experiences grows, the challenge of meeting these demands becomes increasingly pronounced. One of the foremost challenges in this endeavor lies in the limited availability of the radio spectrum. This spectrum encompasses a range of frequencies used to transmit and receive wireless signals. It is divided into various bands, each with distinct characteristics and applications. For instance, lower-frequency bands (like those used for FM radio, TV broadcasting, and cellular networks) offer extensive coverage and can penetrate walls and buildings, but they are plagued by limited bandwidth and susceptibility to interference. On the other hand, higher-frequency bands (such as Wi-Fi, Bluetooth, and 5G) deliver greater bandwidth and faster speeds but are hindered by their sh

  5G Standalone: What You Need to Know 5G is the next generation of mobile technology that promises to deliver faster speeds, lower latency, and higher capacity for wireless communications. But not all 5G networks are created equal. Depending on how they are deployed, 5G networks can be classified into two types: non-standalone (NSA) and standalone (SA). What is Non-Standalone 5G and w hat is Standalone 5G? Non-standalone 5G is the first phase of 5G deployment that leverages the existing 4G infrastructure to provide enhanced mobile broadband (eMBB) services. In NSA 5G, the 5G radio access network (RAN) connects to the 4G evolved packet core (EPC) network, which handles the control and signaling functions. The 4G RAN also operates in parallel to provide coverage and fallback support. NSA 5G is a cost-effective and quick way for operators to launch 5G services without investing in a new core network. It also enables users to enjoy faster data rates and more reliable connectivity with the

  RedCap in 5G: A New Device Platform for Mid-Tier IoT Applications 5G is designed to serve a wide range of use cases and applications with a single global standard. However, there is a gap between the extremes of 5G capabilities and complexity, such as enhanced mobile broadband (eMBB) for high-speed data services, massive IoT (mIoT) for low-power wide-area (LPWA) deployments, and ultra-reliable low-latency communication (URLLC) for mission-critical applications. To bridge this gap, 3GPP introduced a new device tier in Release 17, called  reduced capability (RedCap) NR  or  NR-Light ¹². RedCap NR is an optimized design for mid-tier IoT applications that require moderate data rates, low latency, and long battery life. RedCap NR devices can support up to  150 Mbps  in the downlink and  50 Mbps  in the uplink, with narrower bandwidths, lower transmit power, lower-order modulation, and simpler antenna configurations than eMBB devices¹². These design choices result in more cost-efficient, p

  How Data-Driven Operations in Mobile Towers Managed Services Can Boost Your Business Performance Mobile towers are essential infrastructure for the telecom industry, enabling wireless communication and connectivity across vast areas. However, managing and maintaining these towers can be challenging, costly and risky, especially in remote or harsh environments. That's why many telecom operators outsource their mobile towers operations to specialized service providers, who can offer better efficiency, reliability and quality. But how can these service providers optimize their operations and deliver value to their clients? The answer lies in data-driven operations, which leverage the power of data analytics, artificial intelligence and automation to improve performance, reduce costs and enhance customer satisfaction. What are data-driven operations? Data-driven operations are operations that use data as a strategic asset to inform decision-making, optimize processes and drive innova