ELECTRONIC COMMUNICATIONS HARDWARE SOFTWARE

Brand Owner Address Description
ENTRA VECIMA NETWORKS INC. 771 VANALMAN AVENUE Victoria, B.C. V8Z3B8 Canada electronic communications hardware and software for the delivery of broadband data and video services over hybrid fiber coaxial cable, passive optical networks, and direct Ethernet, namely, strand, wall, or pedestal mounted access nodes with an integrated bi-directional Ethernet switch used to convert internet protocol signals transported using the Ethernet standard to digital signals over fiber-optic cable using passive optical network standards; strand, wall, or pedestal mounted access nodes with an integrated bi-directional Ethernet switch used to convert internet protocol signals transported using the Ethernet standard to digital signals over fiber-optic cable or copper cable using Ethernet standards; strand, wall, or pedestal mounted access nodes with an integrated bi-directional Ethernet switch used to convert internet protocol signals transported using the Ethernet standard to quadrature amplitude modulated or orthogonal frequency-division-multiplexed signals that are transported over fiber-optic cable or copper cable using the Data Over Cable Service Interface Specification; indoor rack mounted legacy QAM adapters used to convert quadrature amplitude modulation signals traditionally transported over hybrid fiber-optic coaxial cable to internet protocol signals transported using the Ethernet standard; software used to configure and monitor the aforementioned access nodes and legacy adapters with application program interfaces to support connections with operations support systems and business support systems;The English translation of the word ENTRA in the mark is TO ENTER.;
 

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

    
Technical Examples
  1. Electronic system functionality can be initially implemented as software code (e.g., in programming languages such as C, C++ or Pascal) and selectively converted to a hardware representation such as in hardware description language (e.g., VHDL, Verilog, HandelC, BachC, SpecC and System Verilog). In one aspect, software code representations comprising memory dereferencing operations (e.g., related to pointers, arrays and structs) may also be converted to a hardware representation. The newly converted hardware representation may be given control of a main communications network (e.g., system bus) of the electronic system to control the execution of the memory dereferencing operations (e.g., related to pointers, arrays and structs). In one embodiment, bus control may be via a bus control interface adapted for a particular kind of communications network (e.g., a processor bus, a system bus, a hierarchical bus, a cross bar, a multiplexer bus, a switch network and a point to point network). In another embodiment, a software memory dereferencer for executing memory dereferencing operations may be provided.