Revolutionizing Healthcare Communication with 5G Technology: Applications, Challenges, and Opportunities

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Tayeb Hussein Mohammed Mareer, Ibrahim Ahmed Ibrahim Arawi, Afnan Naseer Knadiry, Abdulaziz Saad Ali Almujaljal, Muthiba Khalifa Almutairi, Hanan Jazem Shuwish Al-Ruwaili, Hadeel Alazraq Alharbi, Sharifah Hadi Ahmad Nagei, Sarah Barakah Aljohani, Shroog Nasser Al Dossary, Mohammed Abdullah Mohammed Asiri, Salha Mansour Alazmi, Hazam Hsari Alharthy, Monyrh Mohammed F Alharbi, Khaznah Merweh Alteel Aldhafeeri.

Abstract

Background: The advent of 5G technology signifies a transformative change in healthcare communication, facilitating remarkable progress in telemedicine, real-time monitoring, and integrated healthcare systems. In contrast to earlier generations, 5G provides ultra-high-speed data transmission, minimal latency, and extensive device connectivity, essential for contemporary healthcare settings. These capabilities tackle enduring difficulties in healthcare, such as accessibility, inefficiencies in data exchange, and restricted remote care capabilities. Integrating 5G into healthcare systems necessitates traversing intricate ethical, infrastructural, and security challenges.


Aim: This paper intends to explore the transformational potential of 5G technology in healthcare communication, focusing on its applications, benefits, and obstacles. It aims to discover solutions for optimizing its utility while resolving ethical and operational impediments..


Methods: A thorough review of scholarly articles, case studies, and industry reports was done. Primary focal points encompassed 5G's impact on telemedicine, remote patient monitoring, IoT integration, and international healthcare partnerships. The analysis highlighted comparative research between 5G-enabled healthcare systems and traditional healthcare systems..


Results: The results indicate that 5G has markedly improved telehealth services, facilitating high-definition video consultations, real-time data analytics, and greater device compatibility. Effective applications in tele-surgery and pandemic response illustrate its capabilities. Nonetheless, weaknesses in data security, financial obstacles, and inconsistencies in infrastructure deployment present considerable hurdles.


Conclusion: 5G technology is a transformative force in healthcare communication, driving innovation and improving patient outcomes. It is crucial to address difficulties pertaining to data security, infrastructural inequities, and ethical considerations for equitable implementation. Subsequent study ought to concentrate on formulating policies and establishing collaborative frameworks to enhance its worldwide influence.


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