Podcast
Questions and Answers
What does GFP stand for in the context of MSPP technology?
What does GFP stand for in the context of MSPP technology?
- Gigabit Fiber Protocol
- Grouped Frame Processing
- Global Fiber Provision
- Generic Framing Protocol (correct)
Which feature of MSPP involves aggregating Ethernet traffic onto SDH rings?
Which feature of MSPP involves aggregating Ethernet traffic onto SDH rings?
- Layer 2 Switching
- Ethernet on SDH (EoS) (correct)
- Link Capacity Adjustment Scheme (LCAS)
- Virtual Concatenation (V-CAT)
What is the purpose of Virtual Concatenation (V-CAT) in MSPP technology?
What is the purpose of Virtual Concatenation (V-CAT) in MSPP technology?
- Switching Ethernet traffic at Layer 2
- Combining multiple lower-speed traffic streams into a higher-speed stream (correct)
- Integrate metro WDM with Ethernet
- Aggregating TDM traffic at SDH layer
What is one of the major features of MSPP that involves adjusting link capacity dynamically?
What is one of the major features of MSPP that involves adjusting link capacity dynamically?
Which feature of MSPP involves direct interworking of WDM wavelengths with other components?
Which feature of MSPP involves direct interworking of WDM wavelengths with other components?
What aspect of MSPP technology involves integrating metro WDM with Ethernet and SDH VC-4 switching fabrics?
What aspect of MSPP technology involves integrating metro WDM with Ethernet and SDH VC-4 switching fabrics?
What happens to multicast packets in the transit path in RPR?
What happens to multicast packets in the transit path in RPR?
What is a characteristic of control packets in RPR rings?
What is a characteristic of control packets in RPR rings?
How are non-matching destination address packets treated on an RPR ring?
How are non-matching destination address packets treated on an RPR ring?
What type of packets undergo minimal processing per hop on an RPR ring?
What type of packets undergo minimal processing per hop on an RPR ring?
Which type of packets are subject to the bandwidth-control algorithm in RPR?
Which type of packets are subject to the bandwidth-control algorithm in RPR?
What does the topology discovery mechanism in RPR allow?
What does the topology discovery mechanism in RPR allow?
What type of technology is Resilient Packet Ring (RPR)?
What type of technology is Resilient Packet Ring (RPR)?
What type of traffic can RPR networks carry effectively?
What type of traffic can RPR networks carry effectively?
How does RPR technology combine the features of SDH and Ethernet?
How does RPR technology combine the features of SDH and Ethernet?
Which type of traffic is RPR technology optimized to transport?
Which type of traffic is RPR technology optimized to transport?
What distinguishes RPR technology from TDM technologies like SDH?
What distinguishes RPR technology from TDM technologies like SDH?
Why are service providers able to deliver multiple services on RPR solutions?
Why are service providers able to deliver multiple services on RPR solutions?
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