Cisco Cisco Nexus 5010 Switch White Paper
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W H I T E P A P E R
I n T E R - P A R T y L A T E n c y M A n A g E M E n T
of 12
W H I T E P A P E R
I n T E R - P A R T y L A T E n c y M A n A g E M E n T
5. Collaborative
Trouble-Shooting
How much easier would it be to fix an inter-party
performance or connectivity problem if both sides
had access to a common set of advanced data
capture and trouble-shooting analytics? As well as
delivering end-to-end visibility to both parties,
inter-party latency management can also provide
access to equivalent sets of detailed data from
the opposite sides of a connection, making it
much easier for staff working together on each
side to see where a problem is occurring and how
it can be resolved.
performance or connectivity problem if both sides
had access to a common set of advanced data
capture and trouble-shooting analytics? As well as
delivering end-to-end visibility to both parties,
inter-party latency management can also provide
access to equivalent sets of detailed data from
the opposite sides of a connection, making it
much easier for staff working together on each
side to see where a problem is occurring and how
it can be resolved.
Figure 3
Key benefits of inter-party latency management.
•
Microsecond precision latency measurement using patented auto-clock
synchronization algorithms suitable for multi-party environments where
it is challenging to have common external clock synchronization.
it is challenging to have common external clock synchronization.
•
Flexible lightweight method for exchanging latency and loss
performance data over existing network infrastructure.
•
Policy-based security rules for safe sharing of performance data between
one or many inter-connected parties.
•
Centralized and real-time configurable view of end-to-end performance
for all peering parties.
•
Verify SLA compliance of external services and infrastructure against
latency and loss objectives for every packet or message.
•
Common language and rules for ‘apples-to-apples’ specification and
comparison of performance across all parties.
•
Policy driven alarming automatically detects SLA violations along
end-to-end market data and execution path.
•
Common performance data set including packet captures with
embedded per-packet end-to-end latency data.
•
Peering parties have access to a common set of advanced tools and
analytics facilitating a common interpretation of diagnostic findings.
Inter-Party
Latency
Monitoring
Latency
Monitoring
Cross-Party SLA
Verification
Verification
Collaborative
Trouble-Shooting
Trouble-Shooting
To help users exploit this
opportunity for faster trouble-
shooting, we’ve included a range
of data capture and analysis
functions in our IPLM solution