Kuliah Umum: Membuat Operator Seluler 5G Sendiri #cellular #internet

The discussion on the development and capabilities of 5G technology, including its speed, low latency, and increased connectivity. Introduction of experts from Tangerang Selatan Institute and Diskominfo Tangerang Selatan.

Explanation on how to create a private Cellular Network for 4G and 5G, hardware requirements, and core network functions. Overview of speed tests for 5G and 4G networks.

Details on hardware components such as processors and RAM needed for 4G and 5G networks. Introduction to software-defined radio (SDR) for network creation.

Step-by-step guide on installing and configuring the Core Network and SDR for 4G and 5G networks. Explanation on sim card requirements and configurations.

Simulating a 5G network, creating private networks, and configuring Open 5GS as the Core Network. Instructions on creating a private 5G network with specific configurations.

Overview of Open Radio technology, its benefits, and how it allows different manufacturers to create compatible radios. Discussion on infrastructure projects and open standards.

Insights into regulations for experimenting with telecommunications technologies, proposing experiments to the authorities, and the licensing process. Discussion on using SDR for experimentation and compliance with regulations.

Discussion on the concept of private 5G networks in Indonesia and the challenges and regulations surrounding their implementation.

Explanation of the regulatory process for private 5G networks in Indonesia and the need for proposals to the Ministry of Communication and Informatics (Kominfo).

Details on the frequency allocation for private 5G networks, including the use of approximately 3.3GHz frequency for private networks in Indonesia.

Comparison between 4G and 5G networks with a focus on coverage, implementation challenges, and the potential for advancements in Indonesia.

Discussion on the infrastructure challenges of implementing 5G networks, including fiber optic deployment and the integration of existing network infrastructure.

Exploration of the benefits of edge computing in private networks, particularly in industries such as mining and healthcare, emphasizing the need for reliable and high-speed connections.

Discussing the process of submitting a proposal to increase power for campus coverage and the need for experimentation, including the requirement to seek permission from the Ministry of Communication and Information (Kominfo).

Exploring the implementation of technology in remote areas with no signal coverage, such as rural locations in Riau province, emphasizing the possibility of running experiments and practical applications even in signal-deficient regions.

Detailing the setup required for implementing a network in signal-deficient areas, including the need for servers, core network preparations, fiber optic cables, and radio equipment for connectivity.

Explaining the concept of offline internet where devices like phones, tablets, and laptops can connect to a local core network in areas without internet signal, enabling communication and access to local servers.

Discussing the process of acquiring devices and SIM cards for building a network, particularly for developers wanting to create applications like drones for rescue operations using the PTS network.

Covering the programming process for 5G SIM cards, detailing the parameters, subscriber key, and authentication processes involved in configuring SIM cards for network usage.

Explaining the impact of rain on network signals, particularly in high-frequency bands like gigahertz, where rain can attenuate signals leading to signal degradation and adjustments in data transmission for reliability.

Expressing gratitude to the participants, sharing of knowledge, and collaboration with institutions like the Institute of Technology in South Tangerang and the South Tangerang Communication and Information Office for the successful event in sharing valuable technology insights.