Component Monitoring. SNMP monitoring of Switch hardware or software components are performed on Customer Switch. Component tests will be performed every five (5) minutes. Each component test is performed by performing an SNMP poll of a specific OID and comparing the result of that SNMP poll to specific values. Example components are as follows: - CPU - Hard drives - Power supplies - Service status If the component test reports success the component is considered to be fully available. No alert will be sent. If the component test reports a degraded condition the component is considered to be degraded. An alert will be sent to LightEdge and/or to an email contact defined by the Customer. If the component test fails, reports an unknown condition or reports a down condition the component is considered to be down. An alert will be sent to LightEdge and/or to an email contact defined by the Customer. This feature may require the installation of additional software on the Customer Router and requires remote network access to this software running on the Customer Router. Customer is responsible for working with LightEdge to ensure that the software can be successfully installed on the Customer Router and that this software responds properly to component tests. This feature is subject to compatible SNMP OID. If SNMP OID is not available than component test may not be possible. This feature includes up to five (5) component tests. Additional tests may be available at additional cost.
Component Monitoring. In the case of component monitoring, a deteriorated component is qualified without reference to the OTL." Appendix 2 List of figures, amend to read: "… Figure 3: DTC status in case of the re-occurrence of a class B1 malfunction Figure 4A: Class A malfunction -activation of the MI and MI counters Figure 4B: Illustration of the continuous MI deactivation principle Figure 5: Class B1 malfunction - activation of the B1 counter in 5 use cases." Renumber Figure 4 as Figure 4A, and amend to read: "Figure 4A Class A malfunction - activation of the MI and MI counters Note: Details related to the deactivation of the continuous MI are illustrated in Figure 4B below in the specific case where a potential state is present." Insert a new Figure 4B, to read: "Figure 4B Illustration of the continuous MI deactivation principle Notes: means the point where monitoring of the concerned malfunction occurs.
Component Monitoring. In the case of component monitoring, a deteriorated component is qualified without reference to the OTL." Appendix 2 List of figures, amend to read: "… Figure 3: DTC status in case of the re-occurrence of a class B1 malfunction Figure 4A: Class A malfunction -activation of the MI and MI counters Figure 4B: Illustration of the continuous MI deactivation principle Figure 5: Class B1 malfunction - activation of the B1 counter in 5 use cases." Renumber Figure 4 as Figure 4A, and amend to read: "Figure 4A Operation of Continuous MI Counters for Four Use Cases Class A Malfunction1 Confirmed and Active Potential 40 warm-up cycles. <40 warm-up cycles. 3 op. seq. 3 op. seq. 0-2 op. seq. No or previously active Class A Malfunction2 Confirmed and Active Potential 0-2 op. seq. No MI Status Continuous-MI Short-MI OFF Continuous-MI Counter frozen start erase start frozen erase & start restart frozen 0 Cumulative Continuous-MI Counter restart restart frozen restart frozen frozen start Class A malfunction - activation of the MI and MI counters Note: Details related to the deactivation of the continuous MI are illustrated in Figure 4B below in the specific case where a potential state is present."
