Moniem-Tech

Most markets still rely on 5G Non-Standalone (NSA) as the main approach for commercial 5G.

In my last conversation with a friend (not in the tech domain), he asked whether I should turn on 5G Standalone on my iPhone and whether I would notice a difference.

Network slicing is the key feature that validates the 5G Standalone core.

The design question 3GPP actually faced LTE’s uplink was a single, non-negotiable decision: every PUSCH transmission uses SC-FDMA. 5G NR does not make that same trade-off unconditionally — it exposes the choice as a per-configuration parameter.

The uplink challenge is inherent to deployments that rely primarily on mid-band TDD spectrum.

The problem slicing solves A mobile network has always been a compromise.

When discussing 5G, most conversations focus on higher throughput, lower latency, and support for massive device connectivity.

The global shutdown of 2G and 3G networks is often framed as a spectrum-efficiency story.

The next mobile cell site may not stand on a rooftop, tower, or mountain ridge.

3GPP Release 18 introduces an important enhancement to millimeter-wave user equipment performance: support for more capable downlink reception in FR2 through simultaneous multi-beam operation.

The D2D satellite market is evolving through distinct implementation paths — proprietary, pre-standard, and 3GPP-defined.