Wireless 2.4 ghz Microwave Observatory:
Above image Primestar older 4' satellite Dish with a homemaded Peach-can
Cantenna feed w/computer-software interface. This works fine for wireless
WiFi-Video-audio-TV camera detection. They are 2.4 ghz Spectrum Analyzer
software available for your wireless card that Shows What's in Your
Wireless Backyard.

Superstring Multiple 3D Plane Cantenna (Peach Can) specifications!

Antenna is a dual quad constructed out of a paper Clip
Detects signals in a doppler like 3 dimensional space
combining signals to receive Unknown ETI.

Capture Modes: Vertically, Horizontally,
or anything in between.

Linear
Diversity
Circular
Smart
Multi-Polarized
Multi-Plane
Multi-Path
Multi_Purpose
X Plane
Y Plane
Z Plane
Wireless CCTV Video
Audio-Voice
Ghost Detector
UFO Communication

Any device that supports 2.4 GHz  802.11b/g can connect to a
commerical WiFi freespot location.  Many devices such as notebook
computers and handheld Pocket PC that don't have 802.11 b/g support can
connect wireless by adding inexpensive 802.11b/g wireless network cards.

Currently testing part-time.
2008

 

WiFi Wireless Streaming media cell phone Postion system Video data Home security WIRELESS WiFi video-voice-data. WiFi Spectrum analyzer. WiFi dual use cell phones. WiFi high tech security system. WiFi streaming media-webcam. WiFi for postioning system (not satellite). Sensible precautions when using WiFi free-Spots! Always Beware any WiFi freespot can be a info security risk Turn off file sharing when in a public WiFi freespot location. Password-protect your system. Use secure connections before sending any financial information. Turn on a software firewall. Stop worrying! The information you're going to transmit at the freespot is probily of no interest to anyone.   Wifi Directv Hughes TV Satellite Dish Mod With Parkervision USB1500 WiFi Feed Point Insterstellar Broadcast Intergalactic Communication System   WiFi Signal Strength How To Modify a Directv Satellie Dish for 2.4Ghz WiFi. A simple but high gain antenna can easily be made from an old Hughes satellite Dish. The dish that we've used for this article is one that fell from the roof, and is around 18" axis diameter. A Parkervision USB1500 wireless Wifi is used to feed the dish, With good dish illumination. The feed detailed is a WiFi Parkervision USB 1500 as a computer interface GHZ scanner-receiver. The complete unit is mounted on the feed point dish feed arm..No SWR checks, no co-ax cable loss. Take note of the angle of the existing LNB feed, and ensure that your new feed matches this. I removed the plastic cover cut a slot out of the old LNb and used velco to hold the USB 1500 ParkerVision USB wireless adapter. To weather proof, cover with white garage bag. This is one of the finest WiFi b/g wireless units around and the software interface is in color and will give you all the info you'll ever need,you can forget about Netstumbler. Double the dish diameter and you double the gain (add +6db). USB MOBILE Wi-Fi AS A HIGH GAIN ANTENNA CAR ROOF MOUNT How to use a regular WiFi USB unit as a complete high gain 2.4 ghz antenna system by mounting it on a radar detetor window mount or mount it permanetly on the car roof top or trunk. Drill a hole in your roof big enough for the WiFi USB cable to go thru, use double sided tape to secure the WiFi unit to the roof. Next find a surplus aircraft avionics blade antenna cover or a boomerang mobile tv antenna with the stop light, remove the stoplight and mount the WiFi unit inside (ebay) and use that to weather proof the WiFi unit. Now with a laptop using windows XP or Vista (it makes WiFi much easyer) switch off the built in wireless and use the USB roof mount Wi-Fi as your complete system high gain mobile antenna. Important:Purchase a new type USB Wi-Fi for Windows XP or Vista some work better than other mostly its the software interface that makes the difference. What you can do with a good outside mounted WiFi like this is unlimted with a wireless laptop. A few ideals: Detect the presence of aircraft Military radar frequency 5.150-5.350 GHz, stealth plane detection that conventual radar can't by WiFi-Cell phone towers, GPS and radio capabilitys, detect all public mobiles that are giving OFF digital signals, track the direction of the signals and map it to GPS location, get all that data and add a mobile radar detector with a *Interface for Speed Overlay and you have one sweet Rig. You could also add seach recognition, Wi-Fi cellphone, webcam broadcasting, and a laptop to function as a radar detector. The possibilities are endless with a laptop. (*a mapping software program modified to accept the position fix and speed information supplied by GPS and compare it with predetermined speed limits for certain geographical areas through an overlay software with a user friendly interface) I use the WiFi as my   "Limousine Webcam"  , security system, and for online live broadcasting. This can be done fairly easy with the common 2.4 Ghz Video Systems that enables real time CCTV using RF with any CCTV camera, monitor or Laptop W/video capture card. They transmits CCTV across streets and parking lots with fair Reliability in harsh environments with Standard Video and Audio Connectors. From the WiFi receiver outputs you can connect it to your home laptop video capture card for live online internet from your wireless transmitter in your car. Just about any common 2.4 Ghz Video-Audio Transmission Systems work OK! Video Receiver Video/Audio output available on 2.4 gHz, channel FM, composite video outputs, line level audio output. Line of sight transmissions. Video Transmitter Video/Audio transmission on 2.4 gHz, channel FM, extended range, accepts composite video, line level audio. The multiple 360 degree view cameras are connected in my limo to a 12 dc Honywell model HXCT 16E a 16 channel mobile scanner with exterior microphone. Most of the items shown on this page, like just about anything else these days can be misused and probably could find yourself in legal trouble quick, so check with your local laws about WifI mobile receiving-transmissions and having a portable laptop in your car.   Wireless Video CCTV-CCD 2.4ghz Receiver Audio-Video Camera Detector Color-B/W Test Set-up 12vdc WiFi 2.4 ghz-Driving-Viewing-Spying! Noticing strong WiFi interference on my spectrum analyzer, i switched on the wireless 2.4ghz video camera auto-WiFi scanner and several was found operating on or near the WiFi frequencies. These are the most popular-active CCTV-CCD wireless video camera frequencies i found in the WiFi band. Frequency - 2.400 ghz Frequency - 2.411 ghz *X10 camera* Frequency - 2.413 ghz Frequency - 2.427 ghz Frequency - 2.432 ghz Frequency - 2.434 ghz *X10 camera* Frequency - 2.451 ghz Frequency - 2.453 ghz *X10 Camera* Frequency - 2.470 ghz Frequency - 2.473 ghz *X10 camera* Frequency - 2.481 ghz My Access Point In its generic form The hardware is a wireless Cisco WRT54G b/g V3.03.6 transceiver Set-up to operate as a wireless WiFi AP. This Access Point in its basic form can only connect to 25 wireless clients (without any problems). It makes the connection in a way that makes the wired and wireless clients appear to be in the same network. One of the cheapest Linux computers you can buy brand new is the Cisco WRT54G, with a router that includes a four-port 10/100 Ethernet switch, and can be bought in the $50 usd range (Walmart.com). The result is a box with twice as much power as my very expense computer from a few years ago..Just connect to cable modem and maybe to your PC..If all you want is a WiFi-freespot the PC isn't needed. Wifi Operating Frequencies channels 1-11 My late model Magic chef Microwave says 2450 MHz which is also 2.45 GHz. Good grief. That's right in there with channels 8 and 9 of the IEEE 802.11b WiFi specification. Channel - 1 - 2.412 ghz Channel - 2 - 2.417 ghz Channel - 3 - 2.422 ghz Channel - 4 - 2.427 ghz Channel - 5 - 2.432 ghz Channel - 6 - 2.437 ghz *Default* Channel - 7 - 2.442 ghz Channel - 8 - 2.447 ghz Channel - 9 - 2.452 ghz Channel - 10 - 2.457 ghz Channel - 11 - 2.462 ghz I am a licensed USA amateur radio operator As such, I am legally allowed to use Maximum Transmitter Power Output (TPO) of 100 watt or 50dBm. in channels 1 through 6 (inclusive) as long as i don't interfer with anyone. Since my access point is a WRT54G Linksys WiFi (22mw) RF power system. I will not be running under amateur radio license, if i was then the site must comply with amateur radio rules, you can not use WEP encryption, must enable SSID, communicate with at least one other licensed ham, and broadcast your callsign. This site is operating under the Wifi ISM rules that are allowed to use encryption, but are also restricted to no more than 36dBm (4 watts ERP). Disclaimer: Please note that any advice given on this site is deemed to be personal advice, Think-tank, or brain storming, anyone seeking to follow any instructions or advice contained within this website should be advised to seek professional advice beforehand. RETURN TO DIRECTORY SURREAL Alien Engineering-UFO Technologies Dedicated to experimentation and Prototyping. A Place Where Some Will Evolve. www.zteck.com 1997-2008