BSNL Q-5G has officially debuted in Hyderabad, marking a significant step forward in India’s fiercely competitive telecom landscape. Service expansion into Bengaluru, Visakhapatnam, and Pune, along with Chandigarh and Gwalior, is planned for the coming weeks. Pricing starts at ₹999, offering users speedy internet at 100 Mbps, while the premium plan at ₹1,499 delivers blazing-fast 300 Mbps speeds. Q-5G adopts a pioneering design that does away with SIM cards and physical wiring entirely, setting a new standard in technological innovation.
What is BSNL Q-5G FWA?
BSNL Q-5G FWA sounds mysterious, being advanced technology related to rapid wireless data transfer. BSNL’s Quantum 5G service has been specifically tailored for tier-2 and tier-3 cities, where optical fiber availability often remains limited. Q-5G aims to elevate digital experiences significantly in underserved regions with high-speed connectivity for businesses. BSNL’s 5G service is built on Fixed Wireless Access technology, leveraging 100% indigenous innovations to provide ultra-fast, dependable internet connectivity across diverse regions.
5G Without SIM Cards or Wiring: How Does It Work?
5G operates without SIM cards and wiring, facilitating connectivity through unconventional yet intriguing mechanisms. BSNL’s Q-5G provides superfast data connectivity without voice calling, unlike traditional mobile and fiber broadband services that typically support both. Q-5G leverages cutting-edge technology to offer wireless internet, similar to Jio AirFiber and Airtel Xstream Fiber. A rooftop Customer Premises Equipment unit captures BSNL’s 5G signal and beams it inside premises to a router, enabling smooth internet access without optical fibers.
Impact on Private Telecom Providers
BSNL’s competitive pricing strategies and tech-savvy offerings are poised to disrupt telecom markets, intensifying competition among private telecom operators. By leveraging domestically produced equipment, BSNL offers affordable services and addresses national security concerns, setting a benchmark.
