ROUTING SWITCHING EQUIPMENT

Brand Owner (click to sort) Address Description
HARK TWR LIGHTING, INC. 10810 W. Little York Rd. #130 Houston TX 77041 routing and switching equipment for use with communication and information systems comprising electronic line translation apparatus, signaling translation apparatus, port expanders for paging computers, conventional mobile telephone switching apparatus, digital switching apparatus, telephone line management switching apparatus and mobile communication surveillance apparatus, electronic circuits for enhancing mobile telephone audio radio paging decoders for decoding radio paging traffic, voice mail systems and voice messaging and retrieval systems; computer software for telephone and page call routing, and computer software for radio paging channel statistics;
HARK Hark Electronic Systems, Inc. 2675 LAKE PARK DR. NORTH CHARLESTON SC 29406 routing and switching equipment for use with communication and information systems comprising electronic line translation apparatus, signaling translation apparatus, port expanders for paging computers, conventional mobile telephone switching apparatus, digital switching apparatus, telephone line management switching apparatus and mobile communication surveillance apparatus, electronic circuits for enhancing mobile telephone audio radio paging decoders for decoding radio paging traffic, voice mail systems and voice messaging and retrieval systems; computer software for telephone and page call routing, and computer software for radio paging channel statistics;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The present invention relates to a method and apparatus for balancing loads in a switching fabric. The switching fabric comprises a plurality of data ports through which data frames enter or exit the switching fabric. In one embodiment, the apparatus includes a buffer and a routing data generation circuit. The buffer receives a data frame to be transmitted to a destination device via the switching fabric. The routing data generation circuit is coupled to the buffer. The routing data generation circuit generates and adds routing data to the data frame received by the buffer. The routing data identifies one of the plurality of data ports through which the data frame will exit the switching fabric to reach the destination device. After the routing data is added to the data frame, the buffer transmits the data frame to the switching system.