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	MILITARY COMMUNICATIONS / ELECTRONICS
		Military radio and electronics dealers are found on the Olive-Drab.com Military Suppliers database.
		Military and Aerospace Electronics magazine, the technology news publication of Mil-Spec, High-Rel, rugged, and COTS Design.
		Associated Industries is recognized as one of the largest and most reliable suppliers of defense communications systems, equipment, and components to the Armed Forces throughout the world.
	www.olive-drab.com /od_other_electronics.php3 (0 words)

	Military Communications : Solutions in Radio communications UK
		The military communications system includes the ability to model fixed and mobile platforms (mobile one at a time) and to model dynamic scenarios via a simple script system, or via TCP/IP link to external asset management systems using the FBCB2 format of message.
		The military communications software supports different operator modes, allowing a simple interface to be presented to beginners and low-level operators, and more advanced options to more experienced operators.
		The military communications software can be configured for a specific application and provides a mechanism for ensuring the interface is simple to use.
	www.atdi.co.uk /product/1/129/military-communications.htm (383 words)

	The Dispatch - Serving the Lexington, NC - News (Site not responding. Last check: )
		Military communications, or Signals, is a field of military activities, tactics and equipment dealing with communications.
		Historically, the first military communications had the form of sending/receiving simple signals (often hidden or encoded to be unrecognizeable for the enemy).
		Many pieces of military communications equipment are built to encrypt and decode transmissions and survive rough treatment in hostile climates.
	www.the-dispatch.com /apps/pbcs.dll/section?category=NEWS&template=wiki&text=Military_communications (229 words)

	Remote Maritime Satellite Communications - CapRock Communications' offers VSAT broadband maritime satellite internet ...
		At the same time, contractors may be given several weeks to transport the people and organize the logistics necessary to support such operations, or they may be given only a few days.
		With five international teleports and ten regional support centers, CapRock is ready to deliver communications on demand, anywhere in the world.
		Communications infrastructure is often unreliable or unavailable in regions where government contractors are mobilized.
	www.caprock.com /markets/military_satellite.htm (265 words)

	AT&T and the U.S. Military - A History of Innovation and Communications
		While battlefield communications has evolved dramatically since World War I, significant communications changes have also taken place in the area of personal communications, enabling members of the armed services to stay in touch with loved ones whether stationed on bases worldwide, aboard ships or even in forward-deployed locations such as Iraq.
		Much of the advancing technology in personal communications has been the result of the combination of public and private resources, corporations and the military joining forces to respond to the needs of America's armed forces, changing field conditions and the communications challenges of each major military conflict.
		Initial communications during the first Gulf War were provided thanks to the advent of facsimile machines and an innovative program that allowed family and friends back home to communicate with loved ones serving overseas in a faster, more efficient way than ever before.
	www.military.com /NewContent/0,13190,ATT_061604.htm,00.html (1135 words)

	Network Transition - By Peter A. Buxbaum - Military Information Technology
		If, as appears to be the case, the military is moving to IP for reasons of cost and efficiency, âitâs probably advisable to move to IP as quickly as possible, bearing in mind two issues,â said Tom Nolle, president of CIMI, a technology consulting and analysis company.
		Security issues will play little role in much of the traffic carried on military networks, Nolle noted, estimating that 60 percent to 70 percent of the traffic is similar to the traffic carried on private sector networks.
		At the rate the military moves, in five years, the great majority of non-IP equipment will be gone and in 10 years, it will likely all be gone,â Nolle said.
	www.military-information-technology.com /article.cfm?DocID=1348 (2281 words)

	History of U.S. Military Satellite Communication Systems
		The goal of these systems has been to provide communications between, and to supply information to, military units in situations where terrestrial means of communication are impossible, unreliable, or unavailable.
		The Tacsat communication payload was designed with both UHF and X-band capabilities to permit operation with a wide variety of terminals.
		To satisfy increasing user needs, the last four DSCS III satellites were enhanced to improve their communications capacity by 200 percent, with up to a 700-percent increase in capacity to tactical users (those with small terminals) in certain scenarios.
	www.aero.org /publications/crosslink/winter2002/01.html (4431 words)

	Future U.S. Military Satellite Communication Systems
		Military satellite communications (or milsatcom) systems are typically categorized as wideband, protected, or narrowband.
		The military satellite communications framework is a system of systems that provides connectivity for a broad range of users across diverse mission areas.
		The number of narrowband satellite communications terminals of all types is expected to approach 82,000 in 2010.
	www.aero.org /publications/crosslink/winter2002/08.html (3732 words)

	Laser Transformation - By Adam Baddeley - Military Information Technology
		Laser communications are to be used in the program to establish cross-links of up to 10 gigabits per second between satellites.
		Other than high-speed military communications, Bishop identified a number of military and non-military applications for this technology, including quantum computing, optical radar, maskless lithography, astronomy, high definition television, electronic ophthalmology and digital cinema.
		The high data rates coming into the wider military communications network by use of laser comms means that improvements are needed across the system to cope with this rise in data.
	www.military-information-technology.com /article.cfm?DocID=597 (2532 words)

	Army Technology - Selex Communications - Military Communications and Command and Control Systems (Site not responding. Last check: )
		Selex Communications state of the art solutions are particularly suitable to satisfy the requirement of communications in hostile environments, such as, peacekeeping, emergencies, armed conflicts and other similar situations where secure and reliable communications are essential to ensure success during operations.
		Selex Communications mobile ground systems and networks are designed to satisfy the needs of fielded units of the armed forces in either stand-alone or joint operations (conflicts, peacekeeping, disaster management operations).
		The satellite systems are designed to support military applications (high-capacity stations and low-capacity terminals), emergency and disaster recovery operations and TV broadcasting, as well as multimedia applications such as videoconferencing, tele-education and tele-medicine.
	www.army-technology.com /contractors/navigation/marconi (720 words)

	Museum Signals History
		The next important advances in the field of communications were the invention of the Morse code and the development of the electric telegraph during the period 1835 - 1837.
		The next major set forward in military communications was the invention of the telephone in 1876 and its introduction into military service.
		The methods used are at the forefront of modern military communications and information systems technology and the Corps strives to live up to its motto 'Certa Cito', which freely translated means 'Swift and Sure'.
	www.army.mod.uk /royalsignalsmuseum/royal_signals_history.htm (1135 words)

	friendly printed version:Space Control: Who Ya Gonna Shoot? (Site not responding. Last check: )
		Satellites are increasingly important to the functioning of modern societies around the world; indeed, nearly all nations rely on satellite capabilities for a wide variety of critical purposes, from communications in remote areas to telemedicine.
		Further, with the exception of the United States, very few countries have dedicated military satellites due to their high costs; instead, civil and military functions are provided by dual-use systems.
		In other words, shooting down a commercial communications satellite could also mean shutting down communications for U.S. troops in the field or allied troops participating in coalition operations.
	www.cdi.org /friendlyversion/printversion.cfm?documentID=2842&from_page=../program/document.cfm (988 words)

	Global Defence Review : Military communications
		There are few aspects of life that have not been revolutionised by the dramatic developments in computer-based communications systems that have taken place in the last decade of the 21st century.
		A major growth area in military communications has been in the use of satellite to provide strategic links over long distances or to supplement terrestrial-based communications systems.
		The explosion of communication systems on the modern battlefield also provides the enemy with even greater opportunities to intercept and interrupt the friendly C3I network, either collecting valuable intelligence or physically blocking communications at key moments.
	www.global-defence.com /1997/MilitaryCommunications.html (1023 words)

	China Fires New ICBM
		The military designation of ChinaSat 22A is FengHuo-1A or Beacon Fire, a method used by the Great Wall of China in ancient times to communicate.
		The FH-1A satellite is a pure military communication spacecraft designed to improve the PLA's tactical-level control of aircraft, missiles and warships.
		The fact that the chairman of Loral Space and Communications Ltd., Bernard L. Schwartz, was the largest individual donor to the Democratic Party in 1997 also did not help.
	www.rense.com /general73/fires.htm (949 words)

	Skynet
		British military communications; 1 deg W. Military communications.
		British military communications; 6 deg E. Military communications.
		Skynet 4E was a SHF/UHF military communications satellite for the UK Ministry of Defense.
	www.astronautix.com /project/skynet.htm (389 words)

	South Korea To Launch First Military Communications Satellite
		The Defense Ministry and KT, the country's top communications firm, are jointly funding the launch and the two have agreed to jointly manage and control the new satellite.
		The new satellite is expected to significantly improve the South Korean military's communications network, Seoul's Yonhap news agency said.
		The military on Monday deployed a new military command system, known as "C4I" which is also part of its efforts to take over wartime operation control of its forces from the United States, Yonhap said.
	www.spacedaily.com /reports/South_Korea_To_Launch_First_Military_Communications_Satellite_999.html (728 words)

	Aeroflex Incorporated: Products \| Communications Test \| Military Communications
		The Military Communications Test System is based on the Aeroflex frequency hopping TS-4317 Communications Test Set, also known as the FM/AM-1600 Test Set.
		These systems are primarily used by the U.S. Armed Forces to test complex voice and data frequency hopping radios and accessories.
		Very little operator intervention or training is required to perform radio testing and repair.
	www.aeroflex.com /products/commtest/freqagile/freqagile.cfm (0 words)

	Jane's Products: Military Communications (Site not responding. Last check: )
		Jane's Military Communications provides all the details you need on the latest advances in communications systems and equipment designed for, and fielded by, armed forces around the world.
		Jane's Military Communications is the most comprehensive military communications resource available, with over 2,600 entries and more than 2,500 images.
		Jane's Military Communications is intended for those who strive to exploit the appropriate technologies to learn more about an enemy's assets, disposition and likely intentions, and then marshal their own assets in an intelligent, prioritised fashion, to accomplish much more with far fewer people, machines and weapon systems.
	catalog.janes.com /catalog/public/index.cfm?fuseaction=home.ProductInfoDetailed&product_id=154 (200 words)

	Military Communications Satellites (Site not responding. Last check: )
		As soon as the possibility of placing a man-made satellite into an Earth orbit was recognized, speculation began as to the feasibility of using a radio repeater (transponder) for intercontinental communications.
		The advantages of the geostationary orbit for general communications and for broadcasting was apparent, although there was much speculation about the acceptability of satellite links for telephone channels in view of the long echo delay of some 540 milliseconds.
		The fourth segment consists of commercial communications satellites, which are used to support DoD's MILSATCOM capabilities where jamming protection is not required.
	www.fas.org /spp/military/program/com/intro.htm (392 words)

	Ospreysamurai.com - Samurai Military Communications
		Samurai military communications in Japan developed significantly in the 15th to 17th centuries and involved verbal, visual and audible signals, extending from one-to-one spoken messages through battlefield communications to province-wide beacon systems.
		Good battlefield communications systems therefore became a vital necessity, and in this article I shall describe how personal communications delivered by mounted messengers and scouts, visual communications using beacons and flags, and audible devices such as drums and conch-shell trumpets all played their part.
		Apart from its military use, the conch was closely associated with the yamabushi, the adherents of the religious sect of Shugendo, who lived ascetically in the mountains.
	www.ospreysamurai.com /communications.html (3701 words)

	EADS N.V. - Tadiran Communications new majority shareholder in EADS Racoms
		EADS and Tadiran Communications consider their new partnership in RACOMS as the beginning of a strategic cooperation envisaged to include a variety of future defence and security issues.
		With over 40 years of experience in the development, manufacture and marketing of combat-proven military communications solutions, Tadiran Communications is a global industry leader in its fields of specialization.
		The company’s secure and immune military communications systems and equipment for all air, sea and ground platforms serve the armed forces of over 50 countries worldwide.
	www.eads.net /1024/en/pressdb/archiv/2003/en_20031118_racoms.html (785 words)

	Military communications and DF Raptor
		Military communications demand high reliability in the presence of extreme conditions.
		Often, the result will be lost data packets and poor communications performance that can impair the ability to share mission-critical information among tactical operations centers and individual warfighters.
		Point-to-multipoint (broadcast and multicast) modes are essential elements of military communications, allowing data to be efficiently disseminated and shared among many users.
	rfdesign.com /military_defense_electronics/radio_military_communications_df/index.html (2563 words)

	The growing demand for better military communications
		The second module is the “communications box.” This subsystem incorporates a radio, as well as GPS and other navigation capabilities.
		While one immediately thinks of shipboard, or fleet communications, the Navy faces a large problem with its shore-based communications One of its major programs to resolve this is called the Navy and Marine Corps Intranet (NMCI).
		While the Navy attempts to upgrade its fleet communications as part of the NCW (Information Technology 21st century or IT-21), it is faced with a major obstacle — lack of spectrum.
	www.rfdesign.com /mag/radio_growing_demand_better/index.html (1956 words)

	Army Technology - Advanced EHF Military Communications Satellite
		Lockheed Martin Space Systems, Hughes Space and Communications and TRW have formed a National Team to build the Department of Defense's (DOD) next generation of highly secure communication satellites known as the Advanced Extremely High Frequency system.
		It provides the basis for the next generation military communications satellite system, for survivable, jam-resistant, worldwide, secure, communications for the strategic and tactical warfighter.
		The Advanced EHF Programme is the follow-on to the DOD’s Milstar highly secure communication satellite programme, which currently has two Milstar I spacecraft in orbit.
	www.army-technology.com /projects/ehf (710 words)

	SAIC News Release: SAIC To Host MILCOM 2005, 10-13-2005 (Site not responding. Last check: )
		The theme for MILCOM 2005 is "Innovation...Fueling the Transformation." The technical sessions and exhibits will focus on information relevant to communication and information systems capabilities that address the 21st century challenges of national defense and homeland security.
		MILCOM attracts decision makers from government, military, academia and industry, including the heads of multinational forces who contribute to key technology investments for their agencies and organizations.
		Attendees therefore have the chance to interact with some of the best and brightest communication subject matter experts, and have in-depth discussions on the latest advances in technology.
	www.saic.com /news/2005/oct/13.html (634 words)

	Army Technology - Tadiran Communications - Military Communications
		Tadiran Communications Ltd., is recognized worldwide for its advanced, field proven integrated communications solutions for the modern battlefield.
		The company's military communication equipment range includes HF and VHF radios, telecommunication systems, and military computers which also serve as communications and navigation terminals.
		Tadiran Communications' HF-6000 radio system does away with the traditional problems that plague HF communications in the field.
	www.army-technology.com /contractors/navigation/tadiran (552 words)

	Network Centric Military Communications (Site not responding. Last check: )
		It has been several years now since the vision of Network Centric Warfare (NCW) first appeared on the horizon as the means for moving and using information within and among the militaries of the world.
		While the utility of NCW is self-evident, the complexity of communicating over mobile, tactical, inter-networked communication links built on inherently low-predictability RF communication links demands fundamental advancement in the state-of-the-art of network engineering.
		While the application of existing commercial protocols are essential to migrate from the existing deployed communication systems of today, we are called to develop the next generation theory, protocols and architectures to field the future systems that can meet the demands of tactical military communications.
	www.comsoc.org /pubs/commag/cfpcommag1106.htm (253 words)

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