Cisco Cisco Nexus 5010 Switch White Paper
![Cisco](https://files.manualsbrain.com/attachments/7380d0050044647c30f5c24bbbf5d0c0b6d9bb84/common/fit/150/50/faa183d287233c52228cfea3dbc2a127fe780f60564fcb0955d9c3d1cd23/brand_logo.png)
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
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
domain with microsecond precision. Uniquely,
we do not require any form of external clock
synchronization to achieve this – thus avoiding
the deployment headaches associated with
accessing GPS or CDMA signals for the purpose
of clock sync.
we do not require any form of external clock
synchronization to achieve this – thus avoiding
the deployment headaches associated with
accessing GPS or CDMA signals for the purpose
of clock sync.
4. Cross-Party SLA Verification
When a performance or connectivity problem
crops up between two parties, it’s not unusual for
a debate to ensue about its nature, location and
cause. Sometimes it’s hard to agree about
whether there even is a problem. Inter-party
latency management can remove the need for
this debate, because it provides each party with a
complete set of underlying performance metrics
and a common framework for deciding what is
and is not acceptable performance.
crops up between two parties, it’s not unusual for
a debate to ensue about its nature, location and
cause. Sometimes it’s hard to agree about
whether there even is a problem. Inter-party
latency management can remove the need for
this debate, because it provides each party with a
complete set of underlying performance metrics
and a common framework for deciding what is
and is not acceptable performance.
Our IPLM solution lets partners define and verify
comprehensive SLA targets for every packet or
message travelling across each segment of the
trading infrastructure. For example, two trading
parties can easily determine whether or not a
third intermediary party is achieving acceptable
performance. Equally, a service or platform
provider can use the technology to demonstrate
attainment of agreed SLA targets to clients.
comprehensive SLA targets for every packet or
message travelling across each segment of the
trading infrastructure. For example, two trading
parties can easily determine whether or not a
third intermediary party is achieving acceptable
performance. Equally, a service or platform
provider can use the technology to demonstrate
attainment of agreed SLA targets to clients.
IPLM also facilitates an ‘apples-to-apples’ basis for
comparing performance across multiple partners
or service providers. To support such comparisons
we provide a configurable centralized dashboard
where key data from multiple inter-party
measurement channels can be reviewed at a
glance, and where channels can be ranked based
on performance versus SLA targets.
comparing performance across multiple partners
or service providers. To support such comparisons
we provide a configurable centralized dashboard
where key data from multiple inter-party
measurement channels can be reviewed at a
glance, and where channels can be ranked based
on performance versus SLA targets.
Figure 2
Corvil's inter-party latency management solution
operates as a stand-alone system attached to each
party’s network, providing secure exchange of latency
information over a lightweight protocol that runs
alongside existing applications.
operates as a stand-alone system attached to each
party’s network, providing secure exchange of latency
information over a lightweight protocol that runs
alongside existing applications.
Two trading parties can easily
determine whether or not a third
intermediary party is achieving
acceptable performance