Reliability and Availability Clause Samples
Reliability and Availability. For failure to meet the switch reliability standards set forth in Section 3.4 of this Schedule B or the end-to-end Network reliability specification as calculated in Section 3.2 of this Schedule B after the new Network Architecture and Technology plans are provided by Lucent, the following standards and remedies shall apply: -------------------------------------------------------------------------------- Schedule B to the Confidential - Winstar/Lucent Supply Agreement - B-7 - Execution Version
Reliability and Availability. 3.1. The Sending Connector and the Sending Gateway and the Receiving Gateway and the Receiving Connector must meet the requirements set out in Annex 4.
3.2. The Parties undertake to set up their Gateways within the e-CODEX System and to communicate and exchange information in order to avoid any risks associated with non- receiving or non-sending of Messages or the partial or total failure of the e-CODEX System. Particularly each Party must inform the e-CODEX Coordinator and the other Parties without undue delay about any changes to or incidents at its Connectors, Gateways or Advanced Electronic Systems which lead or have led to a default of their obligations in meeting the requirements set out in this Agreement or which may otherwise have an adverse effect on the reliability of the Circle of Trust.
3.3. For each Message, each of the Sending Connector and the Receiving Connector shall issue Time Evidences as further detailed in Annex 5 in order to allow the Sender and the Recipient to identify the points of time that are legally relevant.
3.4. The Parties will agree on measures to avoid risks of system failure.
Reliability and Availability. The availability of a Partial Private Circuit when assessed over a period of at least one year will in most cases be better than 99.85%. To put 99.85% in more realistic terms, this represents a total of 13 hours out of service time per annum to the customer. The availability of a Protected Path Partial Private Circuit Variant 1 and Variant 2 when assessed over a period of at least one year will in most cases be better than 99.995%. To put 99.995% in more realistic terms, this represents a total of 30 minutes out of service time per annum to the customer. A circuit is deemed to be unavailable when there is a break in transmission or the error rate exceeds 10-3 for more than 10 consecutive seconds. Periods of less than 10 consecutive seconds count against long term error performance and parameters shown in Table 1 columns (2) and (4). No direct indication of fault rate is quoted. % of day break free 80 % of days with one break 12 % of days with two or more breaks 8 This performance relates to an averaging period of one year. This means that on 44 days in a year a single break in service of greater than 10 seconds is likely to occur; and that on 29 days in the same year two or more breaks in service of greater than 10 seconds could be expected. No upper limit is directly quoted for the duration of these breaks, though typically they are unlikely to exceed more than 1 minute. If they do, a fault condition can be assumed to apply. These will be considered to exist (or have existed) when the circuit non-availability, as defined above, has exceeded a total of 1 minute in a day.
Reliability and Availability. The Contractor provides the Project Manager with the report that describes how the reliability and availability requirements will be satisfied.
Reliability and Availability. 4.1 PALANTIR SHALL have a high availability and reliability design, aligned with the Technical Questionnaire: question 8.
Reliability and Availability. Reliability and availability of the refurbished clarifiers and reinstated pulsator blower and polyelectrolyte dosing systems should be 100% as per operating instruction.