摘要:
Disclosed is multi-media switching apparatus for performing digital, analog, and/or optical communications amongst multiple nodes over switching networks. The key aspect of the present invention is the full parallel aspect of the switching apparatus which supports n simultaneously, low-latency connections, where n is the number of functional elements interconnected by the switching network. Any of the n simultaneous transmissions can be digital, analog, or optical in any proportion. In addition, the present invention can also serve as a high-speed distributed controller for the purpose of selecting analog or optical switches for information transfer between elements of the system.
摘要:
Disclosed is a conversion apparatus that converts and adapts standard processor bus protocol and architecture, such as the MicroChannel (IBM Trade mark) bus, to more progressive switch interconnection protocol and architecture. The ivention extends existing the bus-based architecture to perform parallel and clustering functions by enabling the interconnection of thousands of processors. A conversion apparatus is disclosed for controlling the transfer of data messages from one nodal element across a switch network to another nodal element by using direct memory access capabilities controlled by intelligent bus masters. This approach does not require interactive support from teh processor at either nodal element during the message transmision, and frees up both processors to perform other tasks. In addition, the communication media is switch-based and is fully parallel, supporting n transmissions simultaneously, where n is the number of nodes interconnected by the switching network.
摘要:
Disclosed is a modularly expandable switch-based apparatus which is used to interconnect multiple Personal Computers as nodes of a parallel system. The invention includes a bus-based expansion card which is inserted into a card slot in each of the Personal Computers to provide an adaption from the Personal Computer MicroChannel to the interface to a multi-stage switch network. Thus, the disclosed invention provides a means for extending the MicroChannel architectures to either massively parallel systems or thousands of I/O device taps or a combination of the two. This is accomplished by using electronic switches to interconnect various Personal Computers, where each computer has a unique local bus that can be composed of 1 to 8 MicroChannel taps (card slots). An expansion card containing a bus architecture converter unit is used in one expansion card slot in each Personal Computer to adapt the node to the switch network. The result is that the Personal Computers are fully interconnected and capable of sending data, communications, and/or messages between any two Personal Computers, which become nodes of the parallel system.
摘要:
Disclosed is a conversion apparatus that converts and adapts standard processor bus protocol and architecture, such as the MicroChannel (IBM Trade mark) bus, to more progressive switch interconnection protocol and architecture. The ivention extends existing the bus-based architecture to perform parallel and clustering functions by enabling the interconnection of thousands of processors. A conversion apparatus is disclosed for controlling the transfer of data messages from one nodal element across a switch network to another nodal element by using direct memory access capabilities controlled by intelligent bus masters. This approach does not require interactive support from teh processor at either nodal element during the message transmision, and frees up both processors to perform other tasks. In addition, the communication media is switch-based and is fully parallel, supporting n transmissions simultaneously, where n is the number of nodes interconnected by the switching network.
摘要:
Disclosed is a modularly expandable switch-based planar apparatus for inserting multiple bus-based processor cards and/or expansion cards and interconnecting the said cards via a multi-stage switch network which resides on the invention planar. The switching network is built into the planar. The cards require no modification or change of any kind, since the connection to the planar is made as if the planar contained the standard MicroChannel interconnection. However, the disclosed planar implements bus converter units to convert the standard bus interface provided by the cards to the switch network interface, so that functions provided by the cards can communicate in parallel over the switch network.
摘要:
Disclosed is a modularly expandable switch-based apparatus which is used to interconnect multiple Personal Computers as nodes of a parallel system. The invention includes a bus-based expansion card which is inserted into a card slot in each of the Personal Computers to provide an adaption from the Personal Computer MicroChannel to the interface to a multi-stage switch network. Thus, the disclosed invention provides a means for extending the MicroChannel architectures to either massively parallel systems or thousands of I/O device taps or a combination of the two. This is accomplished by using electronic switches to interconnect various Personal Computers, where each computer has a unique local bus that can be composed of 1 to 8 MicroChannel taps (card slots). An expansion card containing a bus architecture converter unit is used in one expansion card slot in each Personal Computer to adapt the node to the switch network. The result is that the Personal Computers are fully interconnected and capable of sending data, communications, and/or messages between any two Personal Computers, which become nodes of the parallel system.
摘要:
Disclosed is a modularly expandable switch-based planar apparatus for inserting multiple bus-based processor cards and/or expansion cards and interconnecting the said cards via a multi-stage switch network which resides on the invention planar. The switching network is built into the planar. The cards require no modification or change of any kind, since the connection to the planar is made as if the planar contained the standard MicroChannel interconnection. However, the disclosed planar implements bus converter units to convert the standard bus interface provided by the cards to the switch network interface, so that functions provided by the cards can communicate in parallel over the switch network.