Supergroup Architecture Sample Clauses

Supergroup Architecture. Exhibit E CLEC Switch BST EO (1-ways or 2-way) 2 -way local/intraLATA toll & Transit Wireless Type 2A (Local) Independent Company CLEC1 EO Wireless Type 1 Version: 3Q06 Standard ICA 09/29/06 LOCAL INTERCONNECTION (CALL TRANSPORT AND TERMINATION) NOTE: "bk" beside a rate indicates that the Parties have agreed to bill and keep for that element pursuant to the terms and conditions in Attachment 3. TANDEM SWITCHING Tandem Switching Function Per MOU 0.0004186bk Multiple Tandem Switching, per MOU (applies to intial tandemonly) 0.0004186 Tandem Intermediary Charge, per MOU* 0.0025 * This charge is applicable only to transit traffic and is applied in addition to applicable switching and/or interconnection charges. TRUNK CHARGE Installation Trunk Side Service - per DS0 OHD TPP6X 21.53 8.11 Installation Trunk Side Service - per DS0 OHD TPP9X 21.53 8.11 Dedicated End Office Trunk Port Service-per DS0** OHD TDEOP 0.00 Dedicated End Office Trunk Port Service-per DS1** OH1 OH1MS TDE1P 0.00 Dedicated Tandem Trunk Port Service-per DS0** OHD TDWOP 0.00 Dedicated Tandem Trunk Port Service-per DS1** OH1 OH1MS TDW1P 0.00 ** This rate element is recovered on a per MOU basis and is included in the End Office Switching and Tandem Switching, per MOU rate elements COMMON TRANSPORT (Shared) Common Transport - Per Mile, Per MOU 0.0000028bk Common Transport - Facilities Termination Per MOU 0.0001955bk LOCAL INTERCONNECTION (DEDICATED TRANSPORT) INTEROFFICE CHANNEL - DEDICATED TRANSPORT Interoffice Channel - Dedicated Transport - 2-Wire Voice Grade -Per Mile per month OHM 1L5NF 0.0059 Interoffice Channel - Dedicated Transport- 2- Wire Voice Grade -Facility Termination per month OHM 1L5NF 13.15 48.41 19.46 16.56 4.99 Interoffice Channel - Dedicated Transport - 56 kbps - per mile permonth OHM 1L5NK 0.0059 Interoffice Channel - Dedicated Transport - 56 kbps - FacilityTermination per month OHM 1L5NK 8.00 48.41 19.46 16.56 4.99 Interoffice Channel - Dedicated Transport - 64 kbps - per mile permonth OHM 1L5NK 0.0059 Interoffice Channel - Dedicated Transport - 64 kbps - FacilityTermination per month OHM 1L5NK 8.00 48.41 19.46 16.56 4.99 Interoffice Channel - Dedicated Channel - DS1 - Per Mile permonth OH1, OH1MS 1L5NL 0.1199 Interoffice Channel - Dedicated Tranport - DS1 - FacilityTermination per month OH1, OH1MS 1L5NL 34.93 110.92 80.20 31.33 21.71 Interoffice Channel - Dedicated Transport - DS3 - Per Mile permonth OH3, OH3MS 1L5NM 2.63 Interoffice Channel - Dedicated Transport - DS3 - Faci...
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Supergroup Architecture. In the supergroup architecture, the PartiesLocal Traffic, ISP-Bound Traffic and IntraLATA Toll Traffic and ComSouth’s Transit Traffic are exchanged on a single two-way trunk group between ComSouth and BellSouth to provide Intratandem Access to ComSouth. This trunk group carries Transit Traffic between ComSouth and ICOs, IXCs, other CLECs, CMRS providers that have a Meet Point Billing arrangement with BellSouth, and other network providers with which ComSouth desires to exchange traffic. This trunk group also carries ComSouth originated Transit Traffic transiting a single BellSouth Access Tandem destined to third party tandems such as an ICO tandem or other CLEC tandem. BellSouth originated traffic may, in order to prevent or remedy traffic blocking situations, be transported on a separate single one-way trunk group terminating to ComSouth. However, where ComSouth is responsive in a timely manner to BellSouth’s transport needs for its originated traffic, BellSouth originating traffic will be placed on the Supergroup. Other trunk groups for operator services, directory assistance, emergency services and intercept must be established pursuant to the applicable BellSouth tariff if service is requested. The LERG contains current routing and tandem serving arrangements. The supergroup architecture is illustrated in Exhibit E.
Supergroup Architecture. 2.6.2.5.1 In the Supergroup Architecture, the Parties Local and IntraLATA Toll and Knology's Transit Traffic are exchanged on a single two-way trunk group between Knology and BellSouth. This group carries intratandem Transit Traffic between Knology and Independent Companies, Interexchange Carriers, other CLECs and other network providers with which Knology desires interconnection and has the proper contractual arrangements. This group also carries Knology originated intertandem traffic transiting a single BellSouth access tandem destined to third party tandems such as an Independent Company tandem or other CLEC tandem. Other trunk groups for operator services, directory assistance, emergency services and intercept may be established if required. The LERG should be referenced for current routing and tandem serving arrangements. The Supergroup Architecture is illustrated in Exhibit E.
Supergroup Architecture. In the supergroup architecture, the PartiesLocal Traffic, ISP- Bound Traffic and IntraLATA Toll Traffic and CLEC’s Transit Traffic are exchanged on a single two-way trunk group between CLEC and AT&T KENTUCKY to provide Intratandem Access to CLEC. This trunk group carries Transit Traffic between CLEC and ICOs, IXCs, other CLECs, CMRS providers that have a Meet Point Billing arrangement with AT&T KENTUCKY and other network providers with which CLEC desires to exchange traffic. This trunk group also carries CLEC originated Transit Traffic transiting a single AT&T KENTUCKY Access Tandem destined to third party tandems such as an ICO tandem or other CLEC tandem. AT&T KENTUCKY originated traffic may, in order to prevent or remedy traffic blocking situations, be transported on a separate single one-way trunk group terminating to CLEC. However, where CLEC is responsive in a timely manner to AT&T KENTUCKY’s transport needs for its originated traffic, AT&T KENTUCKY originating traffic will be placed on the supergroup. Other trunk groups for operator services, directory assistance, emergency services and intercept must be established pursuant to the applicable AT&T KENTUCKY tariff if service is requested. The LERG contains current routing and tandem serving arrangements. The supergroup architecture is illustrated in Exhibit C.
Supergroup Architecture. 2.5.5.1 In the Supergroup Architecture, the Parties Local and IntraLATA Toll and KMC Telecom’s Transit Traffic is exchanged on a single two-way trunk group between KMC Telecom and BellSouth. To establish this architecture, KMC Telecom and BellSouth must meet the Two-way Trunking Requirements described in this Attachment. This group carries intra-tandem Transit Traffic between KMC Telecom and Independent Companies, Interexchange Carriers, other CLECs and other network providers with which KMC Telecom desires interconnection and has the proper contractual arrangements. This group also carries KMC Telecom originated inter-tandem traffic transiting a single BellSouth access tandem destined to third party tandems such as an Independent Company tandem or other CLEC tandem. Other trunk groups for operator services, directory assistance, emergency services and intercept may be established if required. The LERG should be referenced for current routing and tandem serving arrangements. The Supergroup Architecture is illustrated in Exhibit E.
Supergroup Architecture. In the supergroup architecture, the PartiesLocal Traffic, ISP-Bound Traffic and IntraLATA Toll Traffic and TWTC’s Transit Traffic are exchanged on a single two-way trunk group between TWTC and BellSouth to provide Intratandem Access to TWTC. This trunk group carries Transit Traffic between TWTC and Independent Companies, Interexchange Carriers, other CLECs, CMRS providers that have a Meet Point Billing arrangement with BellSouth, and other network providers with which TWTC desires to exchange traffic. This trunk group also carries TWTC originated Transit Traffic transiting a single BellSouth access tandem destined to third party tandems such as an Independent Company tandem or other CLEC tandem. BellSouth originated traffic may, in order to prevent or remedy traffic blocking situations, be transported on a separate single one-way trunk group terminating to TWTC. However, where TWTC is responsive in a timely manner to BellSouth’s transport needs for its originated traffic, BellSouth originating traffic will be placed on the Supergroup. Other trunk groups for operator services, directory assistance, emergency services and intercept must be established pursuant to the applicable BellSouth tariff if service is requested. The LERG contains current routing and tandem serving arrangements. The Supergroup architecture is illustrated in Exhibit E.

Related to Supergroup Architecture

  • Architecture The Private Improvements shall have architectural features, detailing, and design elements in accordance with the Project Schematic Drawings. All accessory screening walls or fences, if necessary, shall use similar primary material, color, and detailing as on the Private Improvements.

  • Configuration Management The Contractor shall maintain a configuration management program, which shall provide for the administrative and functional systems necessary for configuration identification, control, status accounting and reporting, to ensure configuration identity with the UCEU and associated cables produced by the Contractor. The Contractor shall maintain a Contractor approved Configuration Management Plan that complies with ANSI/EIA-649 2011. Notwithstanding ANSI/EIA-649 2011, the Contractor’s configuration management program shall comply with the VLS Configuration Management Plans, TL130-AD-PLN-010-VLS, and shall comply with the following:

  • Information Technology Enterprise Architecture Requirements If this Contract involves information technology-related products or services, the Contractor agrees that all such products or services are compatible with any of the technology standards found at xxxxx://xxx.xx.xxx/iot/2394.htm that are applicable, including the assistive technology standard. The State may terminate this Contract for default if the terms of this paragraph are breached.

  • Dimensions Education Bachelor’s Degree in Computer Science, Information Systems, or other related field. Or equivalent work experience. A minimum of 3 years of IT work experience in supporting desktop software and hardware products and problem solving/troubleshooting.

  • Workstation/Laptop encryption All workstations and laptops that process and/or store DHCS PHI or PI must be encrypted using a FIPS 140-2 certified algorithm which is 128bit or higher, such as Advanced Encryption Standard (AES). The encryption solution must be full disk unless approved by the DHCS Information Security Office.

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