To power off a particular module, use Switch(config)# no hw-module module num power; you can find that command on Page 20 of this Cisco doc. FYI, there isn't a graceful shutdown command for the whole switch. You should backup your config (just in case), issue a reboot, wait till you can audibly hear a change in fan speed, and then remove. Hw Module Slot 1 Oversubscription casino players Hw Module Slot 1 Oversubscription will receive a free real cash bonus whenever they play at a casino for real money. Casinos usually give out bonuses in the form of deposit matches usually.

Please explain to me what do this comand:'hw-module module 7 reset 'I used this comand, and it cause me this problem: PEP76VAL02#hw-module module 7 reset Proceed with reset of standby supervisor? confirm% reset issued for standby supervisor PEP76VAL02# Dec 30 23:09:56.917: rfreloadpeerstub: RP sending reload request to Standby. I too would like to get some info on reloading for an R1 (30-06). I am new to reloading and originally thought I would only reload for a 7MM Rem Mag (bolt) but now I am privileged to need to reload for a 30-06 R1 as well. How do I reload for a semi-auto as opposed to a bolt? I read somewhere, can't find the post now, that there is a die that is. Router#hw-module session slot/0 passwordreset slotはSM-Xモジュールを搭載しているスロット番号を入れてください。 C2900、3900シリーズはログイン前にslot/0に IPアドレス の設定が必要でしたが、ISR4000シリーズからは不要となりました。.

Introduction

This document describes how to analyze commonly seen hardware failure symptoms on the Aggregation Services Routers 903 (ASR903) and their troubleshooting methodology.

Prerequisites

Requirements

Cisco recommends that you have basic knowledge of these topics:

• Cisco IOS-XE software
• ASR 903 CLI

Components Used

The information in this document was created from devices in a specific lab environment where failure symptoms were observed. All of the devices used in this document started with a cleared (default) configuration. If your network is live, make sure that you understand the potential impact of any command

Overview

The Cisco ASR 903 Router is a fully-featured aggregation platform designed for the cost-effective delivery of converged mobile and business services. With shallow depth, low power consumption, and an extended temperature range, this compact 3 Rack-Unit (RU) router provides high service scale, full redundancy, and flexible hardware configuration. The Cisco ASR 903 Router is positioned as a pre-aggregation router in IP Radio Access Network (RAN) networks or an aggregation router in Carrier Ethernet networks.
The platform comprises of the following major Field Replaceable Units (FRU) as depicted in the figure below:

During normal operation, any of the Field Replaceable Units (FRU's) can exhibit failure symptoms. Often this ends up in replacement of the hardware components which may not be necessarily a hardware failure. By following certain troubleshooting techniques you can recover these modules from its failure state and thereby reduce network downtime.

Troubleshoot

Failure reported by DC Power Supply (A900-PWR550-D)

• Measure input DC Voltage at the DC PSU (Power Supply Unit) connector using a Multi-meter to verify the power source. The reading should be in the range of 24V to 60V.
• If the input voltage reading is OK, check status of the LED's on the panel ('Input Ok' and 'Output Fail'). If both LEDs are OFF, replace the DC PSU.
• If ‘Input OK’ LED is green, but ‘output Fail’ LED is amber/red then first remove the input power connector and then jack out the complete DC PSU. Wait for 15 seconds. Insert the DC PSU back and connect input power connector. This exercise needs to be done for both the DC PSU (if system has two DC PSU).
• If ‘Input OK’ LED is green, and ‘output FAIL’ LED is not glowing at all, replace the DC PSU.

Note: Router can be operational with single Power Supply. The secondary Power Supply unit needs to be physically inserted if not powered ON.

Failure reported by Fan Tray

The Cisco ASR 903 Router uses a modular fan tray that is separate from the power supply. The fan tray contains twelve fans and provides sufficient capacity to maintain operation even in the event of a fan failure. There are two types of Fan Tray modules (A903-FAN and A903-FAN-E) depending on the environment where the router is used. The latter (A903-FAN-E) comes with a 8mm fan dust filter which prevents dust from entering the unit and avoids possible damage to the components.

Scenario 1: Individual Fan module in the Tray has failed

Use the command 'show platform' or 'show facility-alarm status' to determine status of Fans in the Tray. In the event of a Fan failure, the Fan tray status will be displayed as 'fail' along with the details of the individual units which has failed.

These outputs show Fan modules in slot f2, f4 and f6 have failed and need to be replaced.

Scenario 2: Fan Tray reported as 'Unknown'

In some cases, the Fan Tray may be reported as 'Unknown' in the 'show platform' output and the Network Management System (NMS) station may generate an alarm as well.

Perform the following steps which may help recover the module:

• Perform a physical reseat of the FAN module. Allow at least 2 minutes for the system to reinitialize after the fan tray has been removed or replaced. If you are using the model “A903-FAN-E” with dust filter, try cleaning the filter to make sure it is not clogging the FAN modules.
• Perform a power cycle of the router and verify if the FAN Tray is detected or not.
• If the FAN tray is still reporting “unknown”, a replacement may be required to resolve the issue.

Note: There is a known cosmetic defect which is documented in CSCuu75796 where the FAN tray will be reported as unknown. To avoid erroneous failure messages, allow at least 2 minutes for the system to reinitialize after the fan tray has been removed or replaced.

Failure reported by RSP

Scenario 1: RSP is reported as Unknown

• Execute the command “hw-module slot R1 reload” and verify if the processor is initializing.
• If the standby RSP toggles between “booting” and “unknown” state without transitioning to “init,standby” state, the issue is mostly due to missing IOS-XE image in the local bootflash.
• Use USB flash drive with a valid IOS-XE image to boot the RSP. If the module continues to be in 'unknown' state, perform a physical reseat of the module.
• If all the above steps fail, collect console logs from the RSP module and open a service request with TAC.

Scenario 2: Standby RSP toggles between 'booting' and 'init,standby' state

One of the common reasons for the standby RSP module to exhibit this behavior is because of configuration sync failure between the active and standby RSP. The following commands should be executed to verify this:

If there are failures reported in any of the above commands then implement the following workaround and verify whether RSP is staying UP.

If the RSP module continues to remain in a boot loop, check the device logs for any link errors as indicated below. If yes, the RSP module may need to be replaced if a physical reseat does not fix it.

Interface Module(IM) fails to initialize

Whenever a module is installed, the IM transitions through specific states (out of service->inserted->booting->OK). If an Interface Module (IM) in any of the six available slots fails past the booting state, perform the following steps:

• Reload the affected module using the command 'hw-module subslot <slot/subslot> reload' command. Verify if the module has recovered.

• Physically reseat the module in the same slot. If module stays 'unknown', try inserting it in another slot to rule out a faulty line card slot on the chassis.

• Observe the logs and watch for any kernel/link errors as indicated below:
  

  The 'link training' error basically means that there's a communication error along the Peripheral Component Interconnect Express (PCIe) bus for a particular slot. The PCIe hot plug module is hosted on the RSP engine. Perform a RSP switch-over so that the modules are registered with the PCIe bus of the standby RSP (Route-Switch Processor). If the module recovers post the switchover, the previous active RSP module needs to be replaced.

Note: For further assistance please open a service request with Cisco Technical Assistance Centre (TAC) with details of the troubleshooting done as well as the ‘show tech-support’ output from the router.

Controls

This article lists the default controls used for Remnant: From the Ashes on the PC, Xbox One and PlayStation 4.

PC Keyboard Controls

The default control scheme for Remnant: From the Ashes for PC is:

Movement

Forward: W

Backward: S

Left: A

Right: D

Turn Left: Left Arrow

Turn Right: Right Arrow

Dodge/Vault: Space Bar

Crouch: Left Alt

Sprint: Left Shift

Combat

Melee: Left Mouse Button

Shoot: Left Mouse Button

Aim: Right Mouse Button

Scope: Middle Mouse Button

Switch Weapon: X / Mouse Wheel

Alt Fire Mode: F

Reload: R

Shift Camera: Left Shift

Interaction

Interact: E

Heal (Dragon Heart): Q

Item Slot 1: 1

Item Slot 2: 2

Item Slot 3: 3

Item Slot 4: 4

Menus

Menu: Tab / Escape

Options: O

Inventory: I

Character: C

Traits: T

Map: M

Note: Click to enlarge image;

PS4 Controls

The controls layout for Remnant: From the Ashes on the PS4 are as follows:

Note: Click to enlarge image;

Movement

General movement: Left Stick

Dodge/Vault: X

Crouch: Circle

Sprint: L3

Combat

Melee: R2

Shoot: R2

Aim: L2

Scope: R3

Switch Weapon: Triangle

Reload: Square

Interaction

Interact: Square

Heal (Dragon Heart): R1

Item Slot 1: D-Pad up

Item Slot 2: D-Pad right

Item Slot 3: D-Pad down

Item Slot 4: D-Pad left

Menus

Menu: Start

Map: Touchpad

Xbox One Controls

The controls layout for Remnant: From the Ashes on the Xbox One are as follows:

Note: Click to enlarge image;

Movement

General movement: Left Stick

Dodge/Vault: A

Crouch: B

Sprint: LS

Combat

Melee: RT

Shoot: RT

Aim: LT

Scope: RS

Switch Weapon: Y

Reload: X

Interaction

Interact: X

Heal (Dragon Heart): RB

Item Slot 1: D-Pad up

Item Slot 2: D-Pad right

Hw-module Slot R1 Reloadable

Item Slot 3: D-Pad down

Hw-module Slot R1 Reloading

Item Slot 4: D-Pad left

Menus

Menu: Start

Hw-module Slot R1 Reloaded

Hw-module Slot R1 Reloader