Network Equipment. This includes equipment primarily used for communications over an IP network. This includes layer 2 and layer 3 switches, routers, area wireless access points, point-to-point wireless access, optics, media interfaces (i.e serial, T1, T3, OC3) and fiber channel. Class of equipment should include home office, small and medium business, and enterprise. Vendors may include, but not limited to, Cisco Systems, Dell, Juniper Networks, HP, Extreme Networks, Enterasys Networks, D-Link, Netgear, and Brocade Communications Systems.
Network Equipment. LIMITED WARRANTY. During the applicable Warranty Period for Network Equipment, Copper Mountain warrants to Customer that the Network Equipment shall be free from material defects in workmanship and materials under normal use and service and shall operate substantially in accordance with the specifications set forth in the documentation provided to Customer. This warranty does not apply to any item of Network Equipment that (a) has been altered, modified, or improperly repaired by someone other than a representative of Copper Mountain; (b) has been the subject of misuse, negligence, accident, or improper storage or installation; or (c) has been used or maintained in any manner other than in accordance with documentation provided by Copper Mountain. Any installation of Upgrades by Customer in accordance with the Software License Agreement (and any instructions set forth therein) shall not result in any termination of, or adversely affect, any warranties by Copper Mountain relating to the Equipment.
Network Equipment. AT&T shall retain title to all of its network equipment and facilities used to provide Services under this Agreement.
Network Equipment. (a) The IETF has equipment available to be used by the vendor. See Exhibit C Equipment List. It is expected that this equipment will be refreshed during the course of this contract.
Network Equipment. In addition to the network equipment available from IBM, Hewlett Packard, and Compaq, Contractor must offer for sale, through the Computer Store, product lines from at least three manufacturers of network equipment that are capable of running any of the network operating systems carried by the Contractor, and whose combined product lines include at least the following: network switchers and network routers. In addition to the product lines listed above, Contractor must offer for sale through the Computer Store product lines from at least three manufacturers of network interface cards that are compatible with the LAN hubs/switches and the system units carried by the Contractor. The network interface cards carried by the Contractor must support IEEE 802.5 token ring, running on shielded and unshielded twisted pair wiring, or IEEE 802.3 Ethernet, running on unshielded twisted pair wiring or IEEE 802.1b wireless. Cards supporting unshielded twisted pair wiring shall be 10/100 Base TX, and 100 Base FX. In addition to the network interface cards available from IBM, Hewlett Packard and Compaq, Contractor must offer for sale through the Computer Store the product lines from at least three additional manufacturers of add-on boards, whose product lines of network hubs/switches, and network interface cards support Local Talk, run on unshielded twisted pair wiring, and are compatible with all system units carried by the Contractor for the Macintosh environment.
Network Equipment. Provide fiber and copper design to network infrastructure such as network racks and power distribution units. This will include specifying the network infrastructure equipment, locations of the equipment, and communications connections between network infrastructure equipment. This scope assumes that PCCA will provide network equipment for the contractor to install. Network patch cabling will be provided and installed by the contractor with direction from PCCA.
Network Equipment. Structured cabling system — Technical description: Structured cabling system (SCS — Structured Cabling System) is designed according to ISO 11801 2002 2nd Ed. Standard and is star-shaped hierarchically organized. The building should have twelve (12) distribution points, one being a central distribution point. Connection of distribution points is managed with 50/125μm multimode fiber optic cables and category 7 S/FTP cables. Number of connection points and their position in the building is determined according to the purpose of connection: standard work positions, special equipment, etc. Exact number of connections is given in the Xxxx of quantities and price schedule, and positions are given in drawings within final design. Detailed description can be found in the technical design.
Network Equipment. We or the Network Operator will in accordance with the Distribution Standards provide, install and maintain Network Equipment for the supply of gas up to the point of supply, Meter Equipment and necessary ancillary equipment at the Supply Address (taking into account Your wishes (if any)). Ownership of the Meter Equipment will not pass to You. All equipment located after (downstream of) the point where gas leaves the Meter Equipment at the Supply Address that is used to transport, control or consume gas is Your Equipment (except any Network Equipment). You must:
Network Equipment c. Demarcation of responsibilities and physical environment comprising the WAN, LAN, standard voice, wireless, and other Network environments.
Network Equipment. Ting shall procure, install, configure, operate, monitor, maintain, and upgrade as needed all equipment necessary to activate or “light” the WFN and to operate an open access community broadband network, subject to the City’s maintenance and repair obligations as outlined in Exhibit E. All such equipment shall remain the property of Ting, provided, however, that Ting shall not remove or deactivate any such equipment for a period of 180 days following termination of this Agreement for any reason, and during such period, the City shall have the option to purchase such equipment from Ting at fair market value, subject to Section 3.2.2.
