Gooner is an online platform that provides access to a wide range of technical books, guides, and resources. The platform offers a vast collection of books, including "Indoor Radio Planning: A Practical Guide for 2G, 3G, and 4G - 3rd Edition (2015).pdf". Users can download the guide from Gooner, providing them with a comprehensive resource for indoor radio planning.
The guide lays out a 6-step practical workflow:
It highlights the main themes, the structure of the work, and the practical take‑aways that engineers and planners most often look for when designing indoor cellular networks. Gooner is an online platform that provides access
Because while user interfaces change from 4G to 6G, the laws of indoor radio propagation remain stubbornly, perpetually, the same.
Detailed treatment of 4G technologies, specifically addressing PIM issues and MIMO antenna placement. The guide lays out a 6-step practical workflow:
| Step | Action | Tools / Documents | |------|--------|-------------------| | | Collect Building Info – floor‑plans, construction materials, HVAC layout. | CAD files, BIM models, material specs. | | B | Define Service Requirements – voice (2G/3G), data (4G), user density per zone. | Business‑case, traffic forecast spreadsheet. | | C | Select Frequency Bands – based on operator spectrum holdings & indoor penetration needs. | Spectrum allocation chart, operator RF‑plan. | | D | Initial Propagation Model – apply ITU‑P.1238 with building‑specific wall loss tables (Appendix A). | Atoll / iBwave “Manual Input” mode. | | E | Perform a Quick Walk‑Test – use a calibrated spectrum‑analyzer or a smartphone app (e.g., NetMonitor) to sanity‑check the model. | Portable spectrum‑analyzer, Android “LTE Discovery”. | | F | Iterate Simulation – modify antenna count, tilt, and power until > 90 % coverage in the model. | Simulation tool (iBwave). | | G | Generate Deployment Drawings – indicate antenna mount points, cable routes, power feeds. | AutoCAD / Visio with “RF Layer”. | | H | Commissioning – install hardware, perform alignment, run a full KPI drive‑test (≥ 2 minutes per point). | Drive‑test software (e.g., Nemo, TEMS). | | I | Documentation & Handover – final KPI report, as‑built drawings, maintenance plan. | PDF report, Excel KPI sheet. |
You can find the full hardcover and digital versions at Wiley or Amazon.com . | Step | Action | Tools / Documents
| Parameter | Typical Value (per ITU‑P.1238) | Design Implication | |-----------|------------------------------|--------------------| | | 3–5 dB per floor (concrete) 1–2 dB per floor (lightweight) | Determines the number of repeaters/DAS modules needed per level. | | Wall Loss (Concrete) | 12–15 dB (single wall) 20–25 dB (double wall) | Critical for positioning antenna panels near corridors. | | Glass (Low‑E coated) | 2–4 dB | Useful for “transparent” coverage through storefronts. | | Metallic Partitions | 20–30 dB | Often require localized repeaters or small cells. |
For the modern engineer tasked with 4G densification or 5G overlay on existing DAS, this guide offers the : how to calculate link budgets, why hybrid couplers work, and how to balance voice and data on a single radiating cable.