Dynamic synchronous Transfer Mode

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Topic: Dynamic synchronous Transfer Mode

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	IEC: Dynamic Synchronous Transfer Mode (DTM) Fundamentals and Network Solutions
		Dynamic synchronous transfer mode (DTM) is an exciting networking technology.
		IEC: Dynamic Synchronous Transfer Mode (DTM) Fundamentals and Network Solutions
		The idea behind it is to provide high-speed networking with top-quality transmissions and the ability to adapt the bandwidth to traffic variations quickly.
	www.iec.org /online/tutorials/dtm_fund

	SDRAM - Synchronous Dynamic Random Access Memory
		Synchronous dynamic random access memory: A DRAM that transfers data in synchronization with the system clock, performing one data transfer for each clock cycle.
		Earlier DRAM types such as FMP (fast page mode) and EDO (extended data out) were asynchronous (and slower), in that they needed a carefully timed series of command signals to initiate a data transfer.
		(Synchronous DRAM) - A DRAM technology that uses a clock to synchronize signal input and output on a memory chip.
	www.auditmypc.com /acronym/SDRAM.asp (1069 words)

	Zomi Computer & Internet Association
		Mode in which if RAS is kept low and the DRAM is given a column address without being given a new row-address, the chip will remember which row it was on the last time and automatically stay on that row.
		Fast page mode - A feature used to support faster sequential access to DRAM by allowing multiple accesses to the currently open row to be made after supplying the row address just once.
		Rambus DRAM is a revolutionary type of DRAM that uses a 16-18 bit data path and is designed to operate with FSB speed of 800MHz, producing a burst transfer rate of 1.6 gigahertz.
	www.zcia.net /modules.php?name=Memory_Terms (1069 words)

	Patent 5982747: Method for managing failures on dynamic synchronous transfer mode dual ring topologies
		The average travel distance in a single ring topology or a dual ring topology, with the same fiber direction, is half the ring circumference while the average travel distance in a dual ring topology having opposite fiber directions is only one quarter of the ring circumference.
		By providing the ring topologies 12, 14 with fiber directions that are opposite to one another, the average distance a time slot must travel from a source node to a destination node is reduced to half the statistical average distance of a single ring topology 12.
		Because the ring topology is round, it is also possible to reserve slots from the end node to the start node, such as from node G to node A. This is an added feature of ring structures that is not available in single or dual straight bus topologies.
	www.freepatentsonline.com /5982747.html (1069 words)

	IEC: Dynamic Synchronous Transfer Mode (DTM) Fundamentals and Network Solutions
		This tutorial explores the development of DTM in light of the demand for network-transfer capacity.
		DTM is designed to be used in integrated service networks for both distribution and one-to-one communication.
		DTM combines the two basic technologies used to build high-capacity networks—circuit and packet switching—and therefore offers many advantages.
	www.iec.org /online/tutorials/dtm_fund (206 words)

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Topic: Dynamic synchronous Transfer Mode

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