New Wireless Tech in the License-free Spectrum or ISM Bands - Meet Project AirGig from AT&T - Video and info links

AT&T is developing a New Wireless Tech. That could be a good thing, for consumers. By improving Competition, between Wireless Providers. And there by, lowering Wireless Communications Prices. Meet Project AirGig from AT&T. But, after doing a bit or Reading. I remember, the old Debate. About, the license-free spectrum or ISM Bands. Being used, too heavily. By Commercial and more Powerful devices. Will this, walk all over our Personally Owned, Home Wireless Routers, GPS Devices, Baby Monitors, Wireless Microphones and Wireless Home Phones? Just to name a few... 

See these Updated info Links, 07-27-17...
FCC Clarifies New RF Microphone Rules | ProsoundNetwork.com

FCC Issues 600 MHz Consumer Disclosure | ProsoundNetwork.com

I have a great little App, on my Android Phone. Which can make a Real Time Graph, of the WiFi Signals. At my Home or anywhere that there is a WiFi Signal. I used it to find the Best Channel for my Routers. See Screen Shots below...









I discovered, that my WiFi Routers (I have four). Were competing with my neighbors Routers, for the Same Frequency So, I moved my Routers to a more Open - Less Used Frequency. This improved my Range, on my Mobile Pones, in my House. I was having trouble, with them loosing their WiFi Connection. When I moved, about 50ft from my Routers. This was puzzling to me. Since, I have been using a WiFi Router, for several years now. To Repeat my WiFi Signal, in my Garage. I can plug in my old PC's to it's Ethernet Connections. And get on the Internet and my Home Network, as well. In the Garage. Without having a WiFi Adapter, on those PC's. Then, I can access my Home Network and the Internet. While working on Projects, in the Garage. This has worked very well, for me. So, I was expecting similar Range and Speed (54mbps). From my new Alcatel A845L Android Phones. Now, these are the first "Smart Phones", that I have owned. And I got them for $14.88 each from Walmart. I have 3 of them now. I really just got them. Because I thought. This was a great Deal for a 1.2GHz, Quad Core Pocket PC. And I do like making Videos, with them too. So, after getting the Best WiFi Reception, that I cold from them (best speed is about 39mbps). And my routers will do from 54-350mbps. I decided, that the WiFi Chips. In these Phones, must not be all that great. Later, I realized. That they are designed for 3G Wireless Connections. And that, is not as fast as Home WiFi. So, I guess. I am getting, the best that these Phones can do. Anyway... I remember. The Great Debate, a few years, ago. Especially, among Wireless Microphone Manufactures and Pro Audio Companies. About Bigger Communication Companies. Hogging up, the license-free spectrum or ISM Bands. So, now I'm wondering. If AT&T and other Big Communication Companies. Do, put up these Bigger and More Powerful. License-free spectrum or ISM Band Antennas. On the Power Poles, or anywhere else, close to my House. Will, my Wireless Devices, even work any more, at all? Will, I be forced to Pay AT&T or Some other Conglomerate. Just to have WiFi, in my Home again??? The last time I checked. AT&T Already Requires, you to use one of their Home WiFi Routers. When you Subscribe to their Internet Service. This is a No Deal, for me. I don't want AT&T or anyone else. Having Access to my Home Network. If they have Control of your Routers. They are in your Network and can do what ever they like. The Home Routers Firewall, is our Last Defense. Against Home Network Intrusion...

Check out the Video and info links below...

Don

Meet Project AirGig from AT&T | AT&T

Embedding disabled by request...
Video link...
https://www.youtube.com/watch?v=ZF09OWzv_pw&list=UL

AT&T · 1,788 videos

Published on Sep 20, 2016 · 2 weeks ago

"Project AirGig, developed by AT&T Labs, is a transformative technology that could one day deliver low-cost, multi-gigabit wireless internet speeds using power lines. Learn more as initial field tests for Project AirGig get underway."

As billions of devices come online in the coming years and claim their share of internet bandwidth, technology like that being developed in Project AirGig could be key to meeting the rising demand.

Motley Fool Staff

(the_motley_fool)

Oct 6, 2016 at 8:00AM

The technology from that AT&T (NYSE:T) is developing via Project AirGig could help the company bring high-quality broadband to markets which currently lack internet service, and it could also help consumers in all markets by giving them another provider to choose from, increasing competition among the various companies. In this clip from Industry Focus: Consumer Goods, Vincent Shen and Daniel Kline look at the longer term prospects for AT&T's efforts.
A full transcript follows the video (go there, read more and watch the video)...
http://www.fool.com/investing/2016/10/06/how-att-inc-plans-to-up-the-competition-among-high.aspx

ISM band

From Wikipedia, the free encyclopedia

The industrial, scientific and medical (ISM) radio bands are radio bands (portions of the radio spectrum) reserved internationally for the use of radio frequency (RF) energy for industrial, scientific and medical purposes other than telecommunications.^[1] Examples of applications in these bands include radio-frequency process heating, microwave ovens, and medical diathermy machines. The powerful emissions of these devices can create electromagnetic interference and disrupt radio communication using the same frequency, so these devices were limited to certain bands of frequencies. In general, communications equipment operating in these bands must tolerate any interference generated by ISM applications, and users have no regulatory protection from ISM device operation.

For more details on this topic, see ISM applications.

Despite the intent of the original allocations, and because there are multiple allocations, in recent years the fastest-growing uses of these bands have been for short-range, low power communications systems. Cordless phones, Bluetooth devices, near field communication (NFC) devices, and wireless computer networks all use frequencies allocated to low power communications as well as ISM, although these low power emitters are not considered ISM.

Contents

• 1 ISM bands
  • 1.1 Frequency allocation
• 2 History
• 3 ISM uses
• 4 Non-ISM uses
• 5 See also
• 6 Notes
• 7 References
• 8 External links

ISM bands

The ISM bands are defined by the ITU Radio Regulations (article 5) in footnotes 5.138, 5.150, and 5.280 of the Radio Regulations. Individual countries' use of the bands designated in these sections may differ due to variations in national radio regulations. Because communication devices using the ISM bands must tolerate any interference from ISM equipment, unlicensed operations are typically permitted to use these bands, since unlicensed operation typically needs to be tolerant of interference from other devices anyway. The ISM bands share allocations with unlicensed and licensed operations; however, due to the high likelihood of harmful interference, licensed use of the bands is typically low. In the United States, uses of the ISM bands are governed by Part 18 of the Federal Communications Commission (FCC) rules, while Part 15 contains the rules for unlicensed communication devices, even those that share ISM frequencies. In Europe, the ETSI is responsible for governing ISM bands.

Frequency allocation

The allocation of radio frequencies is provided according to Article 5 of the ITU Radio Regulations (edition 2012).^[2]
In order to improve harmonisation in spectrum utilisation, the majority of service-allocations stipulated in this document were incorporated in national Tables of Frequency Allocations and Utilisations which is within the responsibility of the appropriate national administration. The allocation might be primary, secondary, exclusive, and shared.

• primary allocation: is indicated by writing in capital letters (see example below)
• secondary allocation: is indicated by small letters
• exclusive or shared utilization: is within the responsibility of administrations

Example of frequency allocation

Frequency range		Type	Center frequency	Availability	Licensed users
6.765 MHz	6.795 MHz	A	6.78 MHz	Subject to local acceptance	FIXED SERVICE & Mobile service
13.553 MHz	13.567 MHz	B	13.56 MHz	Worldwide	FIXED & Mobile services except Aeronautical mobile (R) service
26.957 MHz	27.283 MHz	B	27.12 MHz	Worldwide	FIXED & MOBILE SERVICE except Aeronautical mobile service
40.66 MHz	40.7 MHz	B	40.68 MHz	Worldwide	Fixed, Mobile services & Earth exploration-satellite service
433.05 MHz	434.79 MHz	A	433.92 MHz	only in Region 1, subject to local acceptance	AMATEUR SERVICE & RADIOLOCATION SERVICE, additional apply the provisions of footnote 5.280
902 MHz	928 MHz	B	915 MHz	Region 2 only (with some exceptions)	FIXED, Mobile except aeronautical mobile & Radiolocation service; in Region 2 additional Amateur service
2.4 GHz	2.5 GHz	B	2.45 GHz	Worldwide	FIXED, MOBILE, RADIOLOCATION, Amateur & Amateur-satellite service
5.725 GHz	5.875 GHz	B	5.8 GHz	Worldwide	FIXED-SATELLITE, RADIOLOCATION, MOBILE, Amateur & Amateur-satellite service
24 GHz	24.25 GHz	B	24.125 GHz	Worldwide	AMATEUR, AMATEUR-SATELLITE, RADIOLOCATION & Earth exploration-satellite service (active)
61 GHz	61.5 GHz	A	61.25 GHz	Subject to local acceptance	FIXED, INTER-SATELLITE, MOBILE & RADIOLOCATION SERVICE
122 GHz	123 GHz	A	122.5 GHz	Subject to local acceptance	EARTH EXPLORATION-SATELLITE (passive), FIXED, INTER-SATELLITE, MOBILE, SPACE RESEARCH (passive) & Amateur service
244 GHz	246 GHz	A	245 GHz	Subject to local acceptance	RADIOLOCATION, RADIO ASTRONOMY, Amateur & Amateur-satellite service

Type A (footnote 5.138) = frequency bands are designated for ISM applications. The use of these frequency bands for ISM applications shall be subject to special authorization by the administration concerned, in agreement with other administrations whose radiocommunication services might be affected. In applying this provision, administrations shall have due regard to the latest relevant ITU-R Recommendations.
Type B (footnote 5.150) = frequency bands are also designated for ISM applications. Radiocommunication services operating within these bands must accept harmful interference which may be caused by these applications.
ITU RR, Footnote 5.280 = In Germany, Austria, Bosnia and Herzegovina, Croatia, Macedonia, Liechtenstein, Montenegro, Portugal, Serbia, Slovenia and Switzerland, the band 433.05-434.79 MHz (center frequency 433.92 MHz) is designated for ISM applications. Radiocommunication services of these countries operating within this band must accept harmful interference which may be caused by these applications.

For more details on this topic, see ISM applications.

History

This section needs expansion. You can help by adding to it. (September 2010)

The ISM bands were first established at the International Telecommunications Conference of the ITU in Atlantic City, 1947. The American delegation specifically proposed several bands, including the now commonplace 2.4 GHz band, to accommodate the then nascent process of microwave heating;^[3] however, FCC annual reports of that time suggest that much preparation was done ahead of these presentations.^[4]
From the proceedings: "The delegate of the United States, referring to his request that the frequency 2450 Mc/s be allocated for I.S.M., indicated that there was in existence in the United States, and working on this frequency a diathermy machine and an electronic cooker, and that the latter might eventually be installed in transatlantic ships and airplanes. There was therefore some point in attempting to reach world agreement on this subject."
Radio frequencies in the ISM bands have been used for communication purposes, although such devices may experience interference from non-communication sources. In the United States, as early as 1958 Class D Citizens Band, a Part 95 service, was allocated to frequencies that are also allocated to ISM. [1]
In the U.S., the FCC first made unlicensed spread spectrum available in the ISM bands in rules adopted on May 9, 1985.^[5]
Many other countries later developed similar regulations, enabling use of this technology.^{[citation needed]} The FCC action was proposed by Michael Marcus of the FCC staff in 1980 and the subsequent regulatory action took five more years. It was part of a broader proposal to allow civil use of spread spectrum technology and was opposed at the time by mainstream equipment manufacturers and many radio system operators.^[6]

ISM uses

For many people, the most commonly encountered ISM device is the home microwave oven operating at 2.45 GHz; however, many different kinds of ISM devices exist, which are predominantly found outside dwellings. Many industrial settings may use ISM devices in plastic welding processes. In medical settings, shortwave and microwave diathermy machines are ISM devices mostly commonly used for muscle relaxation. Microwave ablation, a type of interventional radiology, is an ISM application which treats solid tumors through the use of RF heating.
Some electrodeless lamp designs are ISM devices, which use RF emissions to excite fluorescent tubes. Sulfur lamps are commercially available plasma lamps, which use a 2.45 GHz magnetron to heat sulfur into a brightly glowing plasma.
Long-distance wireless power systems have been proposed and experimented with which would use high-power transmitters and rectennas, in lieu of overhead transmission lines and underground cables, to send power to remote locations. NASA has studied using microwave power transmission on 2.45 GHz to send energy collected by solar power satellites back to the ground.
Also in space applications, a Helicon Double Layer ion thruster is a prototype spacecraft propulsion engine which uses a 13.56 MHz transmission to break down and heat gas into plasma.

Non-ISM uses

In recent years ISM bands have also been shared with (non-ISM) license-free error-tolerant communications applications such as wireless sensor networks in the 915 MHz and 2.450 GHz bands, as well as wireless LANs and cordless phones in the 915 MHz, 2.450 GHz, and 5.800 GHz bands. Because unlicensed devices are required to be tolerant of ISM emissions in these bands, unlicensed low power users are generally able to operate in these bands without causing problems for ISM users. ISM equipment does not necessarily include a radio receiver in the ISM band (e.g. a microwave oven does not have a receiver).
In the United States, according to 47 CFR Part 15.5, low power communication devices must accept interference from licensed users of that frequency band, and the Part 15 device must not cause interference to licensed users. Note that the 915 MHz band should not be used in countries outside Region 2, except those that specifically allow it, such as Australia, India, and Israel, especially those that use the GSM-900 band for cellphones. The ISM bands are also widely used for Radio-frequency identification (RFID) applications with the most commonly used band being the 13.56 MHz band used by systems compliant with ISO/IEC 14443 including those used by biometric passports and contactless smart cards.
In Europe, the use of the ISM band is covered by Short Range Device regulations issued by European Commission, based on technical recommendations by CEPT and standards by ETSI. In most of Europe, LPD433 band is allowed for license-free voice communication in addition to PMR446.
Wireless LAN devices use wavebands as follows:

• Bluetooth 2450 MHz band^{[citation needed]} falls under WPAN
• HIPERLAN 5800 MHz band
• IEEE 802.11/Wi-Fi 2450 MHz and 5800 MHz bands

IEEE 802.15.4, ZigBee and other personal area networks may use the 915 MHz and 2450 MHz ISM bands because of frequency sharing between different allocations.
Wireless LANs and cordless phones can also use bands other than those shared with ISM, but such uses require approval on a country by country basis. DECT phones use allocated spectrum outside the ISM bands that differs in Europe and North America. Ultra-wideband LANs require more spectrum than the ISM bands can provide, so the relevant standards such as IEEE 802.15.4a are designed to make use of spectrum outside the ISM bands. Despite the fact that these additional bands are outside the official ITU-R ISM bands, because they are used for the same types of low power personal communications, they are sometimes incorrectly referred to as ISM bands as well.
Also note that several brands of radio control equipment use the 2.4 GHz band range for low power remote control of toys, from gas powered cars to miniature aircraft.
Worldwide Digital Cordless Telecommunications or WDCT is a technology that uses the 2.4 GHz radio spectrum.
Google's Project Loon uses ISM bands (specifically 2.4 and 5.8 GHz bands) for balloon-to-balloon and balloon-to-ground communications.
Pursuant to 47 CFR Part 97 some ISM bands are used by licensed amateur radio operators for communication - including amateur television.

See also

• ISM applications
• Frequency allocation
• Fixed wireless
• Electromagnetic interference at 2.4 GHz

Notes

References

6. "The Genesis of Unlicensed Wireless Policy". George Mason University. April 4, 2008. Retrieved 2008-04-20.

External links

• Cordless phone frequencies
• ITU page on definitions of ISM bands
• ITU page on Radio Regulations
• European Radiocommunications Office frequency information system
• In the US, CFR Title 47 Part 18 describes the regulation of the ISM bands. [1] contains some of the regulations for wireless LAN devices operating in three of the low power communication, Part 15, bands.

Authority control	GND: 4719942-8

Categories:

• Bandplans

• This page was last modified on 19 August 2016, at 22:56.

"ARTICLE 1 - Terms and Definitions". life.itu.ch. International Telecommunication Union. 19 October 2009. 1.15. industrial, scientific and medical (ISM) applications (of radio frequency energy): Operation of equipment or appliances designed to generate and use locally radio frequency energy for industrial, scientific, medical, domestic or similar purposes, excluding applications in the field of telecommunications.

ITU Radio Regulations, CHAPTER II – Frequencies, ARTICLE 5 Frequency allocations, Section IV – Table of Frequency Allocations

"Documents of the International Radio Conference (Atlantic City, 1947) - Doc. No. 1-100" (PDF). p. 464.

Thirteenth Annual Report of the FCC, June 30, 1947 (PDF) (Report). pp. 8, 50–51.

"Authorization of Spread Spectrum Systems Under Parts 15 and 90 of the FCC Rules and Regulations". Federal Communications Commission. June 18, 1985. Archived from the original (TXT) on March 14, 2007. Retrieved 2007-08-31.

Go there...
https://en.wikipedia.org/wiki/ISM_band

Update: 01-31-17

AT&T wants Project AirGig trials by this fall

January 31, 2017, Read the Article, here...

http://www.cablinginstall.com/articles/pt/2017/01/at-t-wants-project-airgig-trials-by-this-fall.html?cmpid=enl_cim_cimdatacenternewsletter_2017-02-06&email_address=dweb98@charter.net&eid=289606609&bid=1655053 

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Get Set For SAQ On Alexanderson Day With These Active Antennas | Hackaday

Homebrew E-Field Antenna

Reminder of Grimeton Radio / SAQ Transmission – Vänföreningen Alexander

SAQrx VLF Receiver - SM6LKM

SWL_JO30TB

The Alexanderson Transmitter: Very-low Frequency Radio Rides Again! | Hackaday

Wide-band WebSDR in Enschede, the Netherlands

Radio BBC Research and Development Justin Mitchell I'm a principal engineer at BBC R&D and I'm going to tell you about the NICAM Codec replacement project

35 million people didn't notice a thing… - BBC R&D

Zynq-7000

Zynq-7000 All Programmable SoC

Radio control vehicle dAlH2Orean is part of the project called Aluminium

Epilog Challenge

Make a Direct Blonde Fuel Cell (DBFC)

Press Conference

The Tiny Lemon Battery, and other designs for zero cost electricity and led light without batteries

WiFi Blu-ray Players

WiFi Blu-ray Player - Google Search

WiFi Blu-ray Player - Google Search

WiFi Finder, Hot Spot Locator, Wireless Internet Search at TigerDirect.com

LG BD570 Blu-ray disc player from LG Electronics in Blu-ray & DVD Players - catalog

WiFi Breakout Boards

Adafruit WICED WiFi Feather - STM32F205 with Broadcom WICED WiFi ID: 3056 - $34.95 : Adafruit Industries, Unique & fun DIY electronics and kits

Buy LinkIt Smart 7688 [102110018] | Seeedstudio

Cheap WiFi Outlets Reflashed; Found to Use ESP8266 | Hackaday

GitHub - Makerville/knit: Resources for the Makerville Knit board

GitHub - marvell-iot/aws_starter_sdk: Marvell's Starter SDK for AWS IoT Service

GitHub - SuperHouse/esp-open-rtos: Open source FreeRTOS-based ESP8266 software framework

Globalscale MW302 IoT Starter Kit Powered by AWS at Amazon.com

"Hello Barbie" Under the Knife | Hackaday

Makerville Knit

Makerville Knit • Hackaday.io

Makerville Knit: Industrial-Strength WiFi Breakout | Hackaday

The 21st Century Digital Home: Comparing Modern Microcontroller WiFi Solutions

WiFi Finders, helps you locate free wireless hotspots throughout the world

12 Downloads to Make Your Wi-Fi Life Easier and Fun

5 Wi-Fi Hotspot Finders To Find Free Wi-Fi Spots Near You

Find Maps, Driving Directions, and Contact Information for Wi-Fi Hotspots In Your Area

Five free wireless networking tools | TechRepublic

Free WiFi hotspots wi-fi cafes coffee shops hotels wireless airports (what is wifi)

free wireless hotspots - Info.com

PCH Search & Win: 5: WeFi WeFi helps you locate free...

Tips on Where to Find Free WiFi

WeFi | 10 of 11

WeFi Free Download

WeFi - free the world's Wi-Fi!

wifi helps you locate free wireless hotspots throughout the world - Google Search

Wifi Location Directory -- Free Wifi Hotspots in New York City

WiFi Protected Setup Flaw Can Lead to Compromise of Router PINs

WiFi Protected Setup Flaw Can Lead to Compromise of Router PINs | threatpost

WiFi Protected Setup Flaw Can Lead to Compromise of Router PINs

Amazon.com: Buffalo AirStation AC 1200 (AC866 + N300) Dual Band Wireless Router (WHR-1166D): Computers & Accessories

Amazon.com: Cisco WAP2000 Wireless-G Access Point - POE: Electronics

Amazon.com: Router 256 bit encryption: Electronics

Amazon.com: wireless router - $1-$100 / 4 Stars & Up / Computers & Accessories: Electronics

HTG Explains: The Difference Between WEP, WPA, and WPA2 Wireless Encryption (and Why It Matters)

Router 256 bit encryption - Google Search

Understanding the Difference Between Wireless Encryption Protocols

Your encrypted Wi-Fi signal is easily cracked | RHFtech™ Write on Tech

WiFi radio plays your tunes in style

YouTube - Wifiradio.wmv

Wifi tethering with a Mobile Phone

android-wifi-tether - Wireless Tether for Root Users - Google Project Hosting

BlackBerry - PDA Wifi - Tethered Modem on BlackBerry Smartphones

Continuing coverage: Apple's iPhone - Computerworld

Cydia Apps: MyWi (Enable Wifi Tethering for iPhone) - YouTube

Downloads - android-wifi-tether - Wireless Tether for Root Users - Google Project Hosting

Exclusive: Google To Add Tethering, Wifi Hotspot To Android 2.2 Froyo | TechCrunch

FAQ - android-wifi-tether - Frequently Asked Questions - Wireless Tether for Root Users - Google Project Hosting

Free JoikuSpot Light WiFi HotSpot for Nokia N8, 5800, E6, E7, C7, C6-01, T7, X7, 500, 700, 701, 600, 603, E5, C5-03, C6, 5530, E51, E52, E63, E71, E72, N78, N79, N95 8GB, N97, X6 and many more Symbian S60, Anna, Belle models

Is Your Mobile Ready for Wi-Fi Tethering? « My Techbox

JoikuSpot – Mobile WiFi HotSpot for Nokia Symbian, Anna, Belle phones - N8, E6, E7, C7, C6, X7, T7, Oro, 702T, 500, 600, 700, 701, E51, E52, E55, E71, E72, E75, N78, N79, N80, N97, 5800, N900 and many more models

"Mango" Arrives with a Wi-Fi Tethering Surprise | PCWorld Business Center

Mobile hotspots: AT&T, Sprint and Verizon compete on price, features, speed - Computerworld

MyWi 5.0 - iPhone® WiFi Tethering and iPad®

Tethering - Wikipedia, the free encyclopedia

TUTORIAL: Setup Wifi Tethering - Android Forums

Wi-Fi Data & Tethering Data Plan - Wireless from AT&T

Wi-Fi tethering 101: Use a smartphone as a mobile hotspot - Computerworld

Wi-Fi tethering 101: Use a smartphone as a mobile hotspot - Computerworld

Wi-Fi tethering 101: Use a smartphone as a mobile hotspot - Computerworld

wi-fi tethering - Google Search

wifi tethering setup - Google Search

Wi-Fi tethering: Smartphones with mobile hotspot capabilities - Computerworld

wireless_tether_2_0_7.apk - android-wifi-tether - Wireless Tether for Root Users 2.0.7 - Wireless Tether for Root Users - Google Project Hosting

Wifi Wireless Antenna Boosters

cse

DonsDeals: Erecting an Antenna

DonsDeals: [Fwd: HDTV Antennas and Accessories from Parts Express]

DonsDeals: Live AC Wire or Neutral House Wiring Antenna

Ez-12

http://www.freeantennas.com/2400/index.html

http://www.freeantennas.com/900/index.html

Jeff Liebermann 802.11 Junk

Wifi Helical Antenna1 - Dhongskie - YouTube

WiGig Wireless Gigabit Alliance (WGA) released the first full version of its 7Gb/s would-be next-gen Wi-Fi technology

AnandTech - Wilocity and 60GHz WiGig

AzureWave @ Computex 2011: Going beyond WiFi -> WiGig by VR-Zone.com

DCEmu Homebrew, Hacking, Emulation and Gaming News - Heavily-backed WiGig Alliance to stream everything over 60GHz

Hacking: how WiGig will offer 7Gbps speeds

Panasonic preps for WiGig era of content exchange

Ultimate Laptop Protection, WiGig vs. Gigatbit Ethernet, Google... - Tekzilla

What is WiGig? - YouTube

Wi-Fi Networking News: WiGig Archives

WiGig Alliance announces new 60Ghz wireless standard – Tech Products & Geek News | Geek.com

WiGig - Google Search

wigig - Google Search

wigig - Google Search

wigig hack - Google Search

WiGig Hack - Google Search

WiGig Hack - Google Search

WiGig Pushes New v1.1 Spec, Touts Wireless HDMI - HotHardware

Wigig Technology - How Wigig technology works - Features of wigig technology

WiGig to Offer 7 Gigabit Wireless Home Networking

Wilocity demos WiGig @Home - YouTube

Wilocity plus 60GHz WiGig ~ UberGadgets

Wireless Gigabit Alliance

Wireless Gigabit Alliance » Specifications

Wireless Gigabit Alliance - Wikipedia, the free encyclopedia