📶 Wireless Speeds & Coverage – 3G → 6G

Choosing the right wireless generation means balancing throughput, latency, and cell reach against your workload’s demands. Use this guide to align each technology—3G, 4G, 5G, and emerging 6G—with real‑world business scenarios.

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⚙️ Quick Reference

Generation	Peak Downlink*	Real‑World Typical	Peak Uplink*	Latency (RTT)	Effective Cell Radius**	Best‑Fit Scenarios
3G / HSPA+	14 – 42 Mb/s	1 – 8 Mb/s	up to 5 Mb/s	100 – 200 ms	2 – 5 km (macro)	Rural data, basic M2M, backup voice
4G / LTE‑A	300 Mb/s – 1 Gb/s	20 – 150 Mb/s	10 – 80 Mb/s	30 – 70 ms	1 – 3 km (macro)	HD video, mobile POS, branch SD‑WAN
5G (Sub‑6 GHz)	1 – 5 Gb/s	100 – 800 Mb/s	50 – 500 Mb/s	10 – 20 ms	500 m – 1 km	IoT density, AR overlays, campus mobility
5G (mmWave)	10 – 20 Gb/s	1 – 3 Gb/s	1 – 3 Gb/s	< 5 ms	100 – 300 m	Stadium streaming, fixed‑wireless fibre class
6G (Projected)	100 Gb/s – 1 Tb/s	TBD	50 – 200 Gb/s	< 1 ms	50 – 200 m (sub‑THz)	Holographic telepresence, tactile Internet

* Peak rates assume ideal radio conditions and carrier aggregation.
** Ranges vary by frequency, terrain, and antenna height; figures show typical cell‑edge distances.

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🌐 Generation Snapshots

3G

• Speed Email, basic web, SD video
• Range Large macro cells keep remote areas online
• Use Low‑bit‑rate telemetry, fallback voice

4G

• Speed Broadband‑class; cloud apps and HD streams
• Latency Acceptable for VoIP and collaboration
• Use Retail WAN, field‑service data, fleet tracking

5G

Sub‑6 GHz

• Balance Hundreds of Mb/s plus kilometer‑scale reach
• Density Up to 1 M devices/km²—smart‑city ready

mmWave

• Throughput Multi‑gigabit wireless fibre
• Limitation Short, line‑of‑sight range
• Use Campus back‑haul, event uplinks, FWA last mile

6G (Preview)

• Target Terabit peaks, micro‑second latency
• Vision AI‑native RAN, integrated satellite overlays
• Rollout Standards by 2028, early deployments in the 2030s

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📈 Match Requirement to Generation

Requirement	Recommended Tech	Why
Low‑bit‑rate sensors	3G / NB‑IoT	Broad reach, low power, low cost
Mobile office broadband	4G / 5G (Sub‑6)	Consistent 50‑300 Mb/s, manageable latency
Live 4 K broadcasting	5G mmWave	Multi‑gigabit uplink
Real‑time robotics / autonomous fleets	5G URLLC → 6G	< 10 ms (moving to sub‑1 ms) latency requirements
Holographic collaboration	6G	Terabit throughput, micro‑latency

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🏗️ Design Tips

1. Layered Spectrum – Pair low bands (coverage) with mid/high bands (capacity).
2. Cell Density – Higher speeds need more small cells; plan back‑haul early.
3. Device Support – Confirm modem and antenna compatibility for target bands.
4. Security – Leverage SIM authentication, end‑to‑end encryption, 5G slice isolation.
5. Migration Path – Dual‑SIM/eSIM lets endpoints roam from 4G to 5G now, 6G later.

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🤝 SolveForce Advantage

• Carrier‑Neutral Contracts – Optimise cost and coverage with multi‑operator bundles.
• End‑to‑End Delivery – Site surveys, spectrum licensing, SIM provisioning, SD‑WAN, and security under one roof.
• Future‑Ready Road‑maps – Early 6G pilot access and spectrum strategy workshops.
• 24 × 7 NOC – Proactive monitoring of signal quality, data usage, and latency thresholds.

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📞 Talk to a Wireless Architect

Choose the speed‑to‑range blend that elevates your business—today and tomorrow.

☎ (888) 765‑8301 | ✉ contact@solveforce.com | SolveForce Contact »

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SolveForce – engineering wireless performance where coverage meets speed.