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Quantum 5G Fixed Wireless Access

Kartavya Desk Staff

Source: PIB

Context: BSNL has soft-launched Quantum 5G Fixed Wireless Access (FWA) in Hyderabad, India’s first fully indigenous, SIM-less 5G FWA service, delivering fibre-like speeds via 5G radio.

About Quantum 5G Fixed Wireless Access:

What It Is? Quantum 5G FWA is a Fixed Wireless Access solution by BSNL that offers high-speed internet without physical fibre, using 5G radio waves and SIM-less architecture.

• Quantum 5G FWA is a Fixed Wireless Access solution by BSNL that offers high-speed internet without physical fibre, using 5G radio waves and SIM-less architecture.

Launched By: Launched by

How It Works? Direct-to-Device (D2D) platform replaces the need for physical SIM cards—devices connect automatically over 5G networks. Customer Premises Equipment (CPE) uses built-in authentication, enabling instant and seamless access to the internet. Operates entirely on an indigenous technology stack (core network, radio access network – RAN, and CPE) developed by Indian vendors under the Atmanirbhar Bharat No dependency on foreign components—fully controlled and operated within Indian digital infrastructure.

Direct-to-Device (D2D) platform replaces the need for physical SIM cards—devices connect automatically over 5G networks.

Customer Premises Equipment (CPE) uses built-in authentication, enabling instant and seamless access to the internet.

• Operates entirely on an indigenous technology stack (core network, radio access network – RAN, and CPE) developed by Indian vendors under the Atmanirbhar Bharat

• No dependency on foreign components—fully controlled and operated within Indian digital infrastructure.

Key Features: SIM-less architecture: First-of-its-kind in India—removes physical SIM requirement for 5G Fixed Wireless Access (FWA). Made-in-India tech stack: Designed and integrated by Indian engineers—core network, RAN, and devices all built domestically. High-speed performance: Achieves up to 980 Mbps download and 140 Mbps upload with latency below 10 milliseconds—supports bandwidth-heavy applications. Easy and rapid deployment: Plug-and-play CPE device—no trenching or laying of fibre cables needed; covers over 85% of Hyderabad households. Optimized for modern needs: Ideal for Ultra-HD video streaming, cloud-based gaming, remote working, and smart home devices.

SIM-less architecture: First-of-its-kind in India—removes physical SIM requirement for 5G Fixed Wireless Access (FWA).

Made-in-India tech stack: Designed and integrated by Indian engineers—core network, RAN, and devices all built domestically.

High-speed performance: Achieves up to 980 Mbps download and 140 Mbps upload with latency below 10 milliseconds—supports bandwidth-heavy applications.

Easy and rapid deployment: Plug-and-play CPE device—no trenching or laying of fibre cables needed; covers over 85% of Hyderabad households.

Optimized for modern needs: Ideal for Ultra-HD video streaming, cloud-based gaming, remote working, and smart home devices.

Significance: Establishes BSNL as India’s first telecom operator offering indigenous, SIM-less 5G Fixed Wireless Access. Demonstrates India’s capabilities under Atmanirbhar Bharat in designing and deploying cutting-edge telecom infrastructure. Enables affordable gigabit-speed internet for both urban centres and underserved/rural regions, bridging the digital divide.

• Establishes BSNL as India’s first telecom operator offering indigenous, SIM-less 5G Fixed Wireless Access.

• Demonstrates India’s capabilities under Atmanirbhar Bharat in designing and deploying cutting-edge telecom infrastructure.

• Enables affordable gigabit-speed internet for both urban centres and underserved/rural regions, bridging the digital divide.

Roadmap and Future Plans: Pilot cities: Bengaluru, Pondicherry, Visakhapatnam, Pune, Gwalior, Chandigarh by September 2025.

Pilot cities: Bengaluru, Pondicherry, Visakhapatnam, Pune, Gwalior, Chandigarh by September 2025.

AI-assisted content, editorially reviewed by Kartavya Desk Staff.

About Kartavya Desk Staff

Articles in our archive published before our editorial team was expanded. Legacy content is periodically reviewed and updated by our current editors.

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