everyone got his unique brain RFID code frequency

SCALAR WAVE WEAPONS USES WGS SATELLITE SYSTEMS ———> The Wideband Global System (WGS) is currently operational
in the Pacific Ocean using WGS1 (175E). GBS traffic is
supported in that theater today using the Digital Video
Broadcast by Satellite (DVB-S) and operates using terminals
originally designed for operation using the UHF Follow-On
satellite (UFO8). These terminals can now operate over
WGS1 and UFO8. GBS is planned to migrate to the JIPM in
2010. The Joint IP Modem (JIPM) will use the second
generation DVB-S2 which represents a quantum leap in
capability over DVB-S in terms of its power and bandwidth
efficiency. Further the JIPM allows hub-spoke operation
between a control center at a Teleport and the remote
terminals equipped with a remote Modem.
This paper will address the data rate performance of GBS
terminals using the current DVB-S and the JIPM DVB-S2 over
WGS1 (175E), WGS2 (60E) and WGS3 (12W). First, a
reference link is defined based on the Next Generation Receive
Terminal (NGRT). Next data rates will be determined for the
reference link based on WGS measured WGS1 data. Finally
global availability maps will be determined for the reference
link when operating globally over WGS1, WGS2 and WGS3
using WGS Ka-band beams.

WGS SATELLITE NETWORK COVERAGE - shows the global availability map

WGS1 parameters have been measured for the Narrow
Coverage Antenna (NCA) and Area Coverage Antenna
(ACA) beams. The beams have a different number of
shared 125 MHz channels with the targeted channel
having 2-GBS carriers. The EIRP (dBW) per GBS
carrier is:
Beam
NCA5
NCA7
ACA1
EIRP, dBW
58.4
60.1
42.8
PSF
6
9
0
PR
0.3
0.3
0
EIRP/Car
52.1
50.8
42.8

Extremely High Threat Frequency Bands

Source from:
tscm.com/bugfreq.html



50 - 750 kHz - Carrier Current Bugs (power, phone, HVAC lines)

25 - 80 MHz Ultra low power devices (micro watt devices)

65 - 130 MHz Micro power Part 15 devices (FM broadcast band)

130 - 150 MHz Body Wires and Wireless Microphones - Band I

150 - 174 MHz Body Wires and Wireless Microphones - Band II

174 - 225 MHz Body Wires and Wireless Microphones - Band III

295 - 310 MHz Spread Spectrum and Micro powered Bugs (micro watt devices)

330 - 440 MHz Audio/Video Bugs (398.605, 300.455, and 399.030 MHz are popular)

430 - 550 MHz Audio/Video Bugs (433.920 and 418 MHz is popular)

800 - 990 MHz Audio/Video Bugs (902-985 MHz ISM band is popular

1.10 - 1.95 GHz Video and Audio (980 MHz to 1.45 GHz is very popular)

2.00 - 2.75 GHz Video and Audio (2.4 to 2.45 GHz is extremely popular)

5.60 - 7.50 GHz Video and Audio (5.8 to 6.2 GHz is becoming very popular)

8.10 - 13.00 GHz Video and Audio (Popular)

850 - 950 nm Infrared Transmitters


Don't forget about the specific propagation and absorption bands. Bugging devices operating below 22 GHz are very inexpensive, and easy to buy. Devices operating between 22-60 GHz are more expensive, but just as easy to secure. Devices operating on frequencies above 60 GHz tend to be expensive, and can be very difficult to obtain.


DC - 3 kHz Typical Audio Band

3 kHz - 500 kHz Skin Effect (Non Radiating)

500 kHz - 3 MHz Non Radiating, Conducted RF

3 MHz - 300 MHz Conducted RF, Free Space Radiating

300 MHz - 3 GHz Free Space Radiating RF, Slightly Directional

3 GHz - 22 GHz Free Space, Low Attenuation., Highly Directional

22 GHz - 60 GHz Water Vapor Absorption Band

60 GHz - 3 Thz Limited Usage For Covert Surveillance

satellite freak in da area......

ALGORITHM OF TRUTH - WGS ARMY SATELLITE - INVOLVED IN SCALAR WAVES WEAPONS SYSTEMS