Connection Types Sample Clauses

Connection Types. A connection type that is either dedicated (assigning a permanent connection) or virtual (assigning a temporary connection). Information carried across a given circuit, regardless of format. A Digital representation of facts, concepts, or instructions. Information that has been binary encoded (a 1 or a 0). The German institute for standardization and Germany’s ISO member body responsible for creating standards.
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Connection Types. The equipment is designed to complement SONET networks by providing increased capacity per fiber while leaving protection functions to the SONET network elements. These applications may use the Unprotected Connections illustrated in Figure 11 and Figure 13. However, the equipment is also designed to be deployed in place of a SONET transport layer where appropriate. In order to be capable of both these options, the equipment incorporates optical layer protection switching functionality as illustrated in Figure 12. These different connections options can be provisioned on the same system on a per connection basis. Figure 11 illustrates a basic unprotected ring connection with an unprotected client interface. Such a connection may be used when the client signal does not require any protection, or it is protected via some other network. Note that the same wavelength on the unused arc of the ring is available for another connection. FIGURE 11. UNPROTECTED CONNECTION WITH UNPROTECTED CLIENT INTERFACE [OBJECT OMITTED] Figure 12 illustrates a protected connection with an unprotected client interface. This connection offers survivability against fiber cuts and node failures, however, the client interface remains unprotected, perhaps because it is an intra-office connection that is not expected to fail. This mechanism uses a permanent head-end bridge performed by the OCMs in the two terminating nodes. The drop node monitors the integrity of both received optical channels and uses this information to select the better channel.
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Connection Types. Provided in the install kit is a power supply. Connect the power supply to the Harmony Sound Card, then plug the supply into the electrical outlet. It is recommended to never plug, or unplug the supply to the Harmony Sound Card, while the power supply is connected to the outlet. Always use the provided supply and never any other type of power supply.
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Connection Types. 4 2.1.1 Network (Ethernet) Cable Connections for a Network-enabled System 30 Timer 4
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Connection Types. The cables mentioned below can be obtained from a computer hardware dealer or can be ordered by calling the HME Sales Department at (▇▇▇) ▇▇▇-▇▇▇▇. HME cables are available in 10 ft. (3.05 meter) and 100 ft. (30.48 meter) lengths. 2.1.1 Network (Ethernet) Cable Connections for a Network-enabled System 30 Timer
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Connection Types. WAF-IX will provide peering to members via 10G connections.
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Connection Types. A connection type that is either dedicated (assigning a permanent connection) or virtual (assigning a temporary connection). Information carried across a given circuit, regardless of format. A Digital representation of facts, concepts, or instructions. Information that has been binary encoded (a 1 or a 0). The German institute for standardization and Germany’s ISO member body responsible for creating standards. A standards setting body comprised primarily of manufacturers. (See RS-232, RS-449, etc.) An ANSI standard for fiber optic links with data rates up to 100 Mbps. An acronym to designate the optical network An optical transmission medium that consists of thin, plastic (or glass) strands which reflect light pulses within their interior along their length as a means to transmit large amounts of data.
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Related to Connection Types

  • Trunk Types 2.2.1 In interconnecting their networks pursuant to this Attachment, the Parties will use, as appropriate, the following separate and distinct trunk groups: 2.2.1.1 Interconnection Trunks for the transmission and routing of Reciprocal Compensation Traffic, translated LEC IntraLATA toll free service access code (e.g., 800/888/877) traffic, and IntraLATA Toll Traffic, between their respective Telephone Exchange Service Customers, Tandem Transit Traffic, and, Measured Internet Traffic, all in accordance with Sections 5 through 8 of this Attachment; 2.2.1.2 Access Toll Connecting Trunks for the transmission and routing of Exchange Access traffic, including translated InterLATA toll free service access code (e.g., 800/888/877) traffic, between Ymax Telephone Exchange Service Customers and purchasers of Switched Exchange Access Service via a Verizon access Tandem in accordance with Sections 9 through 11 of this Attachment; and 2.2.1.3 Miscellaneous Trunk Groups as mutually agreed to by the Parties, including, but not limited to: (a) choke trunks for traffic congestion and testing; and, (b) untranslated IntraLATA/InterLATA toll free service access code (e.g. 800/888/877) traffic. 2.2.2 Other types of trunk groups may be used by the Parties as provided in other Attachments to this Agreement (e.g., 911/E911 Trunks) or in other separate agreements between the Parties (e.g., directory assistance trunks, operator services trunks, BLV/BLVI trunks or trunks for 500/555 traffic). 2.2.3 In accordance with the terms of this Agreement, the Parties will deploy One-Way Interconnection Trunks (trunks with traffic going in one direction, including one-way trunks and uni-directional two-way trunks) and/or Two-Way Interconnection Trunks (trunks with traffic going in both directions). 2.2.4 Ymax shall establish, at the technically feasible Point(s) of Interconnection on Verizon’s network in a LATA, separate Interconnection Trunk group(s) between such POI(s) and each Verizon Tandem in a LATA with a subtending End Office(s) to which Ymax originates calls for Verizon to terminate. 2.2.5 In the event the volume of traffic between a Verizon End Office and a technically feasible Point of Interconnection on Verizon’s network in a LATA, which is carried by a Final Tandem Interconnection Trunk group, exceeds (a) the Centium Call Seconds (Hundred Call Seconds) busy hour equivalent of one (1) DS1 at any time; (b) 200,000 minutes of use for a single month; and/or; (c) 600 busy hour Centium Call Seconds (BHCCS) of use for a single month: (i) if One-Way Interconnection Trunks are used, the originating Party shall promptly establish new or augment existing End Office One-Way Interconnection Trunk groups between the Verizon End Office and the technically feasible Point of Interconnection on Verizon’s network; or,

  • Points of Interconnection and Trunk Types 2.1 Point(s) of Interconnection. 2.1.1 Each Party, at its own expense, shall provide transport facilities to the technically feasible Point(s) of Interconnection on Verizon’s network in a LATA selected by Covista.

  • Loop Transmission Types 3.1 Subject to the conditions set forth in Section 1 of this Attachment, Verizon shall allow CBB to access Loops unbundled from local switching and local transport, in accordance with this Section 3 and the rates and charges provided in the Pricing Attachment. Verizon shall allow CBB access to Loops in accordance with, but only to extent required by, Applicable Law. The available Loop types are as set forth below:

  • Network Interconnection Methods 3.1 The Interconnection provided herein may not be used solely for the purpose of originating a Party’s own interexchange traffic.

  • Account Types The Financial Institution agrees that each Collateral Account is, and will be maintained as, either a “securities account” (as defined in Section 8-501 of the UCC) or a “deposit account” (as defined in Section 9-102(a)(29) of the UCC).