1
Robin Purohit, Bent Stoevhase, Kumar Mallavalli: Switch element for fiber channel networks. Hewlett Packard Company, Patrick J Murphy, May 21, 1996: US05519695 (95 worldwide citation)

A system for facilitating data communications in a fiber channel network is presented. The system comprises a fiber optic switch element which enables implementation of a Fiber Channel network by permitting selective interconnection of a plurality of fiber optic channels. The fiber optic switch elem ...


2
Robert H Grant, Bent Stoevhase, Robin Purohit, David Book: Path allocation system and method having double link list queues implemented with a digital signal processor (DSP) for a high performance fiber optic switch. Hewlett Packard Company, Richard F Schuette, March 26, 1996: US05502719 (69 worldwide citation)

A fiber optic switch interconnects ports (p1-pi) for connection with respective fiber optic channels so that a fiber optic network is realized. Channel modules provide the ports. Each channel module has a port intelligence mechanism for each port and a memory interface system for temporarily storing ...


3
Robert H Grant, Bent Stoevhase, Robin Purohit, Gregory T Sullivan, David Book: High performance path allocation system and method with fairness insurance mechanism for a fiber optic switch. Hewlett Packard Company, Richard F Schuette, June 18, 1996: US05528584 (65 worldwide citation)

A fiber optic switch interconnects fiber optic channels so that a fiber optic network can be implemented. Channel modules provide ports (p1-pi) for connection of the fiber optic channels. Each channel module has a receive memory for temporarily storing incoming data frames from the fiber optic chann ...


4
Robert Grant, Bent Stoevhase, Robin Purohit, Gregory T Sullivan, David Book: High performance path allocation system and method for a fiber optic switch for a fiber optic network. Hewlett Packard Company, Richard F Schuette, January 7, 1997: US05592472 (43 worldwide citation)

A fiber optic switch interconnects fiber optic channels so that a fiber optic network can be implemented. Channel modules provide ports (p1-pi) for connection of the fiber optic channels. Each channel module has a receive memory for temporarily storing incoming data frames from the fiber optic chann ...