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PCS Architecture

PCS architecture or Personal Communication Services Architecture is a technique to develop a wireless network structure for personal communication. It encompasses the various components and protocols that enable communication between devices in a wireless network. The architecture includes base stations, mobile devices, and network infrastructure. Consequently, they all work together to provide seamless connectivity and communication services. Moreover, PCS architecture enables efficient and reliable communication, allowing users to make calls, send messages, and access data seamlessly. Additionally, the design optimizes network performance, enhances user experience, and supports various applications and services in a wireless environment. PCS Architecture in Wireless Communication PCS Architecture Wireless communication enables individuals to stay connected and communicate effectively, regardless of location. Understanding each component's role within the system allows us to des...
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GSM Architecture

GSM Architecture , or Global System for Mobile Communications Architecture , is a standard for cellular networks used for voice and data services. Its architecture consists of several layers, including the radio interface, network switching subsystem, and operation and support subsystem. At the core, it enables communication between mobile devices through base stations and network elements. Conceived in the early 1980s, GSM has grown to become the most widely used mobile communication standard. GSM Architecture in Mobile Computing The GSM architecture is a framework used in mobile computing to enable mobile communication. GSM Architecture Mobile Station (MS) At the heart of GSM architecture is the Mobile Station (MS), comprising the physical device (phone or modem) and the Subscriber Identity Module (SIM) card. Furthermore, the SIM card holds vital information, including the user's identity and subscription details, ensuring personalized access to the network. Integrating the SIM c...
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Generation of Network

The term "Generation of Network" in mobile wireless refers to a shift in the system's characteristics, speed, technology, frequency, data capacity, and latency. Each generation introduces new standards, capacities, techniques, and features that set it apart from its predecessor. The original mobile network, 1G, was analog and only supported voice calls. 2G introduced digital technology and enabled text messaging. 3G improved data transmission rates, and capacity, and added multimedia support. 4G combined 3G with fixed internet to create wireless mobile internet, enhancing bandwidth and reducing costs. The 5th Generation, 5G, will revolutionize the mobile market with unprecedented high bandwidth and advanced features, making it highly sought after in the future. 1G - First Generation of Network Nippon Telephone and Telegraph Company (NTT) established the initial mobile network in Tokyo, Japan, in 1979. By the early 1980s, it became popular in the US, Finland, UK, and Euro...
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