Everything You Need to Know About 5G in Singapore

NSA 5G piggybacks on existing 4G LTE infrastructure for control signals while using 5G New Radio for data. It's the faster, cheaper way to launch 5G without replacing everything at once.

SA 5G runs entirely on a native 5G core network — no LTE crutch needed. It unlocks the full potential of 5G including ultra-low latency, network slicing, and advanced edge computing.

Extremely high-frequency radio waves (24–100 GHz) that carry massive amounts of data at blazing speeds — often exceeding 4 Gbps. The catch: short range and poor building penetration.

Radio frequencies below 6 GHz used for 5G. Offers a practical balance of speed and coverage — faster than 4G but with a range that can penetrate HDB blocks and MRT tunnels.

The 3GPP radio access standard that defines how 5G devices communicate with base stations. NR replaces LTE as the air interface for 5G, covering both sub-6 and mmWave frequencies.

Instead of broadcasting signals in all directions, beamforming focuses radio energy into a precise, targeted beam aimed directly at your device. Result: faster speeds, better range, less interference.

Divides a single physical 5G network into multiple isolated virtual networks, each tuned for a specific use case — one slice for IoT sensors, another for video calls, another for autonomous vehicles.

A 5G service category designed for mission-critical applications requiring near-zero latency (< 1 ms) and 99.9999{e774d2e9a749e5bc707c745b1bdd514498e9be8fb774d5cdfc45c9726504a489} reliability. Failures are simply not an option.

The most consumer-facing 5G service class, focused on delivering dramatically higher data speeds and capacity. Think 4K streaming, cloud gaming, and VR — all mobile.

Moves computing power physically closer to the user — at the network edge rather than a distant data centre. This slashes latency and enables real-time applications that cloud computing alone can't support.

The time it takes for a data packet to travel from your device to a server and back. Measured in milliseconds (ms). Lower is better. 4G averages ~30–50 ms; 5G targets < 5 ms under ideal conditions.

The actual volume of data successfully transferred over a network in a given time period, usually measured in Mbps or Gbps. Distinct from speed — throughput reflects real-world performance under load.