5g

Explore the 3GPP RAN timeline for Release 16 and 17. Learn about key freeze milestones, approvals, and performance completions shaping the future of 5G.

3GPP Release 17 introduces major enhancements in 5G including IoT expansion, satellite integration, and advanced spectrum use. Discover its timeline and milestones.

PDCP Duplication enhances reliability in 5G by transmitting duplicate data packets through carrier aggregation and dual connectivity. Learn how it boosts low-latency and ultra-reliable communication.

Multi-Radio Dual Connectivity (MR-DC) allows devices to connect to LTE and 5G simultaneously, boosting throughput, reliability, and seamless user experience.

MAC Carrier Aggregation combines multiple frequency bands across cells, enabling faster speeds, higher capacity, and seamless connectivity in 5G and 6G.

MAC resource allocation and scheduling optimize spectrum for eMBB, URLLC, and mMTC in 5G/6G networks. Learn how time-frequency resources are shared.

Multi-user and massive MIMO beamforming boost 5G and 6G performance by enhancing capacity, reliability, and spectral efficiency. Here’s how it works.

6G MTC will reshape industries with dependable, zero-energy, and scalable communication. Discover key drivers, use cases, requirements, and service classes.

Mission-critical Machine Type Communication (MTC) must tame latency tails and error bursts for zero-loss reliability. Here’s how telecom networks can meet the challenge.

Explore mission critical MTC solution components, including dynamic coexistence, digital twins, time-sensitive networking, and reconfigurable surfaces for 5G/6G.