Satellite Harassment Reading 2 Roger Tolces Brad Pike – YouTube

📡 Spectrum Analyzer Review

Factor	Observation	Analysis
Noise Floor	About -90 dBm	Very high for serious detection work. Real covert threats (especially “satellite harassment” level) would likely be below -110 dBm. This noise floor is not sensitive enough to detect small or low-power emissions.
RBW (Resolution Bandwidth)	10 MHz (ResBW 10MHz)	Huge! Very wide RBW. At 10 MHz RBW, this analyzer averages together large slices of spectrum. Meaning it can only see very strong, broad signals, not fine narrowband threats.
Video Bandwidth (VBW)	7 MHz (VidBW 7MHz)	Also very wide. Very fast smoothing. Even more detail lost on small, narrow signals.
Sweep Span	5 GHz span (!), centered at 2.5 GHz	He’s sweeping from about 0 GHz to 5 GHz (huge). This is an extremely wide span, meaning no detailed view at all.
Sweep Speed	50 ms sweep time	Very fast — good for wide-area checks but very bad for detecting faint threats.
Reference Level	-30 dBm	Very high. He’s optimized the screen for looking at strong signals — not weak signals near the noise floor.
Displayed Traces	Standard color-coded — red = higher amplitude	Normal display mode, but no peak hold trace is visible here.

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🛑 Problems With This Setup

Problem	Why It Matters
Noise floor too high	Weak covert threats would be totally buried.
RBW too wide (10 MHz!)	Narrow signals (such as beaconing, implants, etc.) would be invisible.
Span too large (5 GHz!)	Impossible to spot fine signals hidden in specific bands.
Sweep speed too fast (50 ms)	No long integration or deep signal capture. Covert signals that are short bursts or low duty cycle would not even show up.
Reference Level too high	Only strong signals are being analyzed. Weak signals compressed into lower screen range, making them almost invisible.

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📋 Quick Summary

Item	Value	Proper for Covert Detection?
Noise Floor	~-90 dBm	❌
RBW	10 MHz	❌
Sweep Span	5 GHz	❌
Sweep Speed	50 ms	❌

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🎯 Final Evaluation

This setup is:

• ✅ Fine for detecting very strong local RF noise (Wi-Fi routers, commercial broadcast signals, strong mobile devices).
• ❌ Completely unsuitable for covert implant detection, satellite harassment detection, or fine-spectrum analysis.
• ❌ Guaranteed to miss low-level, narrowband, or backscatter threats.