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Streaming telemetry also enables more reliable data collection. SNMP polls network devices to collect information or set configuration properties. The approach, while generally reliable, can also lead to delays as long as five to 10 minutes before information is received from a device—veritable eons in today's networks.
Streaming telemetry flips and streamlines the process. Instead of the pull model used by SNMP, streaming telemetry uses a push model to continuously stream data from network devices to one or more network monitoring systems. SNMP polling data doesn't always arrive at the monitoring system in the same order it was requested from the target system.
SNMP-based monitoring, by its mere existence, has the potential to impact—usually in a bad way—the network element being observed. Another problem with SNMP is that it generally runs on the CPU located inside the switch, router or other network device, slowing performance. As a result, there's no impact to the CPU during data collection. SNMP's viability has been questioned by enterprise network vendors and users for nearly a decade.
Microsoft dealt the first crippling blow to SNMP in , when it stopped supporting the technology for server monitoring, Annand says. Today's enterprise network environment has become far less homogenous over the past few years.
Further depleting SNMP's value is the fact there's a significant amount of useful data tucked into many existing infrastructure assets that the aging protocol simply doesn't support.
By now, virtually all major network vendors have announced at least some type of streaming telemetry capability. Additional vendors, notably Arista, execute the capability primarily in software on commercial silicon.
The problem is, streaming telemetry standards efforts are numerous and "a bit disjointed" at this point, with select camps focusing on certain pieces to the puzzle, Leary says. Cisco and Juniper, for example, are following separate model paths for telemetry collection services.
The good news is that all of these efforts are leveraging several common standards that are already either defined or being defined for telemetry exchanges such as MQTT , for communications, like gRPC and management such as gNMI , Leary says. Any way you look at it, telemetry standardization remains nascent at this point. Meanwhile, despite streaming telemetry's many advantages, SNMP isn't showing any signs of imminent death.
SNMP is also not fast enough for "real-time" response required of most modern systems.
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Cloud Operator solutions. Discover network scalability. Discover how our customers are transforming the way people connect, work, and live. Customer Success At-a-glance. Read more. The Latest. Why Juniper. Demand more. December 20, November 15, Explainable AI is a set of processes and methods that allows users to understand Get inspired. Off —Transmit clock and data recovery is disabled. On —Transmit clock and data recovery is enabled. Off —Adaptive equalization is disabled.
On —Adaptive equalization is enabled. Off —Transmit laser is disabled. On —Transmit laser is enabled. Off —Transmit input signal for the optics is disabled. On —Transmit input signal for the optics is enabled. Help us improve your experience. Let us know what you think. Do you have time for a two-minute survey? Maybe Later. Hierarchy Level [edit interfaces interface-name optics-options]. Options lane-number Specifies the media lane number.
Range: 0 through 7 rx-cdr Controls receive clock and data recovery block of the optics. Range: 0 through 10 rx-rate-select Controls baud rate for receive output signal. Range: 0 through 3 rx-squelch Squelch the receive output signal of optics. Range: 0 through 15 tx-laser Controls transmit laser block of the optics.
Range: 0 through 3 tx-squelch Squelch the transmit input signal of the optics. Required Privilege Level interface—To view this statement in the configuration.