The rapid evolution of wireless communication technologies has transformed global connectivity and enabled unprecedented advancements in digital communication systems. While Fifth Generation (5G) networks have significantly improved data rates, latency, and connectivity, emerging applications such as holographic communication, digital twins, autonomous systems, extended reality (XR), intelligent robotics, and smart cities demand even greater network capabilities. Sixth Generation (6G) wireless communication technology is envisioned as the next evolutionary step capable of providing ultra-high data rates, near-zero latency, intelligent network management, massive device connectivity, and integrated sensing and communication functionalities. The integration of Artificial Intelligence (AI), Terahertz (THz) communication, Reconfigurable Intelligent Surfaces (RIS), quantum communication, and edge intelligence is expected to revolutionize future wireless ecosystems. This paper presents a comprehensive review of 6G wireless technologies, explores current research trends, and proposes an Intelligent AI-Driven 6G Communication Framework (IAD6G-CF) for next-generation communication systems. The proposed framework integrates AI-assisted resource allocation, intelligent spectrum management, edge computing, and secure communication mechanisms. Performance analysis demonstrates substantial improvements in network efficiency, throughput, latency reduction, and reliability compared with existing communication architectures. The study highlights the transformative role of 6G technology in enabling intelligent, sustainable, and globally connected communication infrastructures.