Chassis
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Support for powering on, powering off, or restarting Packet Forwarding Engine (PTX10002-36QDD)—You can power off, power on, or restart the Packet Forwarding Engines in the PTX10002-36QDD router by following these steps:
- Configure the pair of Packet Forwarding Engines that you want to restart, power
off, or power on—for example:
set chassis fpc 0 pfe 0 power on
set chassis fpc 0 pfe 1 power on
Note:The four Packet Forwarding Engines are numbered 0–3. You configure them in pairs—0 and 1; 2 and 3.
- Issue the
power on
,power off
, orrestart
command—for example:request chassis fpc slot 0 pfe 0 power on
- Enter yes when the following question appears on the screen:
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Warning: pfe 1 will also be offlined. Do you wish to continue? [yes,no]
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Note:You can also set the
reset-pfe
action to reset a Packet Forwarding Engine when a chassis error occurs. Configure theaction
statement at[edit chassis fpc slot-number error error-severity-level]
hierarchy level.[See request chassis fpc and action (chassis error).]
- Configure the pair of Packet Forwarding Engines that you want to restart, power
off, or power on—for example:
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Resiliency support (PTX10004 and PTX10008)—We support resiliency for JNP10K-PWR-AC3H power supply modules (PSMs) on PTX10004 and PTX10008 devices. Resiliency enables the system to monitor component health, alert you of errors, and take appropriate action to restore normal operation based on error severity.
[See Resiliency, thermal-health-check, and watchdog (PSM).]
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Support for source redundancy and feed redundancy (PTX10004 and PTX10008)—We provide N+1 power redundancy support on PTX10004 and PTX10008 routers with the JNP10K-PWR-AC3H power supply modules (PSMs). You can enable either source redundancy or feed redundancy for the PSM.
[See Power Redundancy for Third-Generation Power Supply Modules.]