TRAINING SEMINARS TELECOMMUNICATIONS

Brand Owner (click to sort) Address Description
NORTEL NETWORKS BUSINESS WITHOUT BOUNDARIES NORTEL NETWORKS LIMITED 5945 Airport Road Suite 360 Mississauga, Ontario L4V1R9 Canada Training seminars for telecommunications and data networking;Telecommunications equipment, namely, telephones; telephone switches; wireless communications equipment, namely, cellular mobile telephones, cellular mobile telephone switches, base stations, transmitters, transceivers, receivers, repeaters, multiplexors, controllers, antennas, test bays, satellites, microwave radio and transmission systems consisting of repeaters and regenerators, and transmitter/receiver digital processors; fiber optic cable; transmission equipment, namely, copper cable, fiber optic cable, transmitters, transceivers, receivers, repeaters, multiplexors, digital span lines and trunks, digital processors; global computer network appliances telephony, namely, firewalls and equipment for caching, load balancing, and traffic managing; global computer telephony, namely, routers, bridges, hubs, Ethernet switches, Ethernet PC cards and servers; network management computer software for voice and data networks; fiber optic transport equipment for broadband connectivity using photonic wave division multiplexing, namely, optical network interfaces, programmable transport terminals, cross connect units, and fiber optic data links; and operational and applications computer software for all of the aforesaid goods;Communication services, namely, telephone, facsimile and electronic data transmission services;Installation, maintenance and repair services for telecommunications and data networking equipment;Retail stores and wholesale distributorship services for telecommunications and data networking equipment;NETWORKS;Engineering services for telecommunications and data networking;
THIS IS THE WAY. THIS IS NORTEL. NORTEL NETWORKS LIMITED 5945 Airport Road Suite 360 Mississauga, Ontario L4V1R9 Canada Training seminars for telecommunications and data networking;Telecommunication equipment, namely, telephones; telephone switches; wireless communications equipment namely, cellular mobile telephones, cellular mobile telephone switches, base stations, transmitters, transceivers, receivers, repeaters, multiplexers, controllers, antennas, test bays, satellites, microwave radio and transmission systems consisting of repeaters and regenerators, and transmitter/receiver digital processors; fiber optic cable; transmission equipment, namely, copper cable, fiber optic cable; transmitters, transceivers, receivers, repeaters, multiplexers, digital span lines and trunks, digital processors; global computer network appliances telephony, namely, firewalls and equipment for caching, load balancing and traffic managing; global computer network telephony, namely, routers, bridges, hubs, Ethernet switches, Ethernet PC cards and servers; network management software for voice and data networks; fiber optic transport equipment for broadband connectivity using photonic wave division multiplexing, namely, optical network interfaces, programmable transport terminals, cross connect units and fiber optic data links; and operational and applications computer software for all of the aforesaid goods;Communications services, namely, telephone, facsimile and electronic data transmission services;Installation, maintenance, and repair services for telecommunications and data networking equipment;Retail stores and wholesale distributorship services for telecommunications and data networking equipment;Engineering services for telecommunications and data networking;
 

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Technical Examples
  1. Methods and systems for providing wide-band voice service via a telecommunications switch are described herein. A call can be initiated from a wide-band telecommunications device (e.g., an IP telephone) to another telecommunications device through a gateway (e.g., an IP gateway) associated with one or more telecommunications networks, such as, for example, a WAN, LAN and/or PSTN. One or more digital signals (e.g., 4 or fewer DS0s) can then be reserved for the call, if a telecommunications switch (e.g., a class 5 circuit switch, 5ESS®, etc.) associated with one or more of the telecommunications networks determines that at least one timeslot is available to permit a transfer of the call to the other telecommunications device. Thereafter, a wide-band signal converted from the digital signal carrying the call from the gateway to the other telecommunications device can be passed over a telecommunications interface, such as a GR-303 connection, as determined by the telecommunications switch to the other telecommunications device.