docs.aws.amazon.com
Open in
urlscan Pro
108.138.36.2
Public Scan
URL:
https://docs.aws.amazon.com/AWSEC2/latest/UserGuide/connect-to-serial-console.html
Submission: On May 09 via api from RU — Scanned from DE
Submission: On May 09 via api from RU — Scanned from DE
Form analysis 0 forms found in the DOM
Text Content
SELECT YOUR COOKIE PREFERENCES
We use essential cookies and similar tools that are necessary to provide our
site and services. We use performance cookies to collect anonymous statistics so
we can understand how customers use our site and make improvements. Essential
cookies cannot be deactivated, but you can click “Customize cookies” to decline
performance cookies.
If you agree, AWS and approved third parties will also use cookies to provide
useful site features, remember your preferences, and display relevant content,
including relevant advertising. To continue without accepting these cookies,
click “Continue without accepting.” To make more detailed choices or learn more,
click “Customize cookies.”
Accept all cookiesContinue without acceptingCustomize cookies
CUSTOMIZE COOKIE PREFERENCES
We use cookies and similar tools (collectively, "cookies") for the following
purposes.
ESSENTIAL
Essential cookies are necessary to provide our site and services and cannot be
deactivated. They are usually set in response to your actions on the site, such
as setting your privacy preferences, signing in, or filling in forms.
PERFORMANCE
Performance cookies provide anonymous statistics about how customers navigate
our site so we can improve site experience and performance. Approved third
parties may perform analytics on our behalf, but they cannot use the data for
their own purposes.
Allow performance category
Allowed
FUNCTIONAL
Functional cookies help us provide useful site features, remember your
preferences, and display relevant content. Approved third parties may set these
cookies to provide certain site features. If you do not allow these cookies,
then some or all of these services may not function properly.
Allow functional category
Allowed
ADVERTISING
Advertising cookies may be set through our site by us or our advertising
partners and help us deliver relevant marketing content. If you do not allow
these cookies, you will experience less relevant advertising.
Allow advertising category
Allowed
Blocking some types of cookies may impact your experience of our sites. You may
review and change your choices at any time by clicking Cookie preferences in the
footer of this site. We and selected third-parties use cookies or similar
technologies as specified in the AWS Cookie Notice.
CancelSave preferences
UNABLE TO SAVE COOKIE PREFERENCES
We will only store essential cookies at this time, because we were unable to
save your cookie preferences.
If you want to change your cookie preferences, try again later using the link in
the AWS console footer, or contact support if the problem persists.
Dismiss
Contact Us
English
Create an AWS Account
1. AWS
2. ...
3. Documentation
4. Amazon EC2
5. User Guide for Linux Instances
Feedback
Preferences
AMAZON ELASTIC COMPUTE CLOUD
USER GUIDE FOR LINUX INSTANCES
* What is Amazon EC2?
* Set up
* Get started tutorial
* Best practices
* Amazon Machine Images
* AMI types
* Virtualization types
* Boot modes
* Launch an instance
* AMI boot mode parameter
* Instance type boot mode
* Instance boot mode
* Operating system boot mode
* Set AMI boot mode
* UEFI variables
* UEFI Secure Boot
* How UEFI Secure Boot works
* Launch an instance with UEFI Secure Boot support
* Verify whether an instance is enabled for UEFI Secure Boot
* Create a Linux AMI to support UEFI Secure Boot
* Create three key pairs
* Option A: Add keys to the variable store from within the instance
* Option B: Create a binary blob containing a pre-filled variable
store
* How the AWS binary blob is created
* Find a Linux AMI
* Shared AMIs
* Find shared AMIs
* Make an AMI public
* Share an AMI with organizations or OUs
* Share an AMI with specific AWS accounts
* Cancel having an AMI shared with your account
* Use bookmarks
* Guidelines for shared Linux AMIs
* Paid AMIs
* AMI lifecycle
* Create an AMI
* Create an Amazon EBS-backed Linux AMI
* Create an instance store-backed Linux AMI
* Set up the AMI tools
* Create an AMI from an instance store-backed instance
* Convert to an Amazon EBS-Backed AMI
* AMI tools reference
* Modify an AMI
* Copy an AMI
* Store and restore an AMI
* Deprecate an AMI
* Disable an AMI
* Archive AMI snapshots
* Deregister (delete) an AMI
* Automate the EBS-backed AMI lifecycle
* Use encryption with EBS-backed AMIs
* Monitor AMI events
* Understand AMI billing
* AMI billing fields
* Find AMI billing information
* Verify AMI charges on your bill
* AMI quotas
* Instances
* Instances and AMIs
* Instance types
* Find an instance type
* Get recommendations
* For new workloads
* For existing workloads
* Change the instance type
* Compatibility
* Troubleshoot
* Instance store-backed instances
* Burstable performance instances
* Key concepts
* Unlimited mode
* Concepts
* Examples
* Standard mode
* Concepts
* Examples
* Work with burstable performance instances
* Monitor your CPU credits
* Mac instances
* Launch a Mac instance
* Connect to your Mac instance
* Update the operating system and software on Mac instances
* Increase the size of an EBS volume on your Mac instance
* Stop and terminate your Mac instance
* Find supported macOS versions for Dedicated Host
* Subscribe to macOS AMI notifications
* EC2 macOS AMIs release notes
* EBS optimization
* Instance purchasing options
* On-Demand Instances
* Reserved Instances
* Regional and zonal Reserved Instances (scope)
* Types of Reserved Instances (offering classes)
* How Reserved Instances are applied
* Use your Reserved Instances
* How you are billed
* Buy Reserved Instances
* Sell in the Reserved Instance Marketplace
* Modify Reserved Instances
* Exchange Convertible Reserved Instances
* Reserved Instance quotas
* Spot Instances
* Best practices
* How Spot Instances work
* Spot Instance pricing history
* Savings
* Work with Spot Instances
* Example launch specifications
* Spot request status
* Rebalance recommendations
* Spot Instance interruptions
* Reasons for interruption
* Interruption behavior
* Stop
* Hibernate
* Terminate
* Prepare for interruptions
* Initiate an interruption
* Spot Instance interruption notices
* Find interrupted Spot Instances
* Determine whether Amazon EC2 terminated a Spot Instance
* Billing
* Spot placement score
* Spot Instance data feed
* Spot Instance quotas
* Burstable performance instances
* Dedicated Hosts
* Pricing and billing
* Burstable T3 instances on Dedicated Hosts
* Work with Dedicated Hosts
* Work with shared Dedicated Hosts
* Dedicated Hosts on AWS Outposts
* Host recovery
* Host maintenance
* Track configuration changes
* Dedicated Instances
* Work with Dedicated Instances
* Capacity Reservations
* On-Demand Capacity Reservations
* Capacity Reservation pricing and billing
* Work with Capacity Reservations
* Work with Capacity Reservation groups
* Capacity Reservations in cluster placement groups
* Capacity Reservations in Local Zones
* Capacity Reservations in Wavelength Zones
* Capacity Reservations on AWS Outposts
* Work with shared Capacity Reservations
* Capacity Reservation Fleets
* Capacity Reservation Fleet concepts
* Work with Capacity Reservation Fleets
* Example configurations
* Using service-linked roles
* Monitoring Capacity Reservations
* CloudWatch metrics
* EventBridge events
* Utilization notifications
* Capacity Blocks for ML
* Capacity Blocks pricing and billing
* Work with Capacity Blocks
* Monitor Capacity Blocks
* Instance lifecycle
* Launch
* Launch using the launch instance wizard
* Old launch instance wizard
* Launch using a launch template
* Restrictions
* Permissions
* Control launching instances
* Create
* Modify (manage versions)
* Delete
* Launch instances
* Launch an instance from an existing instance
* Use an AWS Marketplace instance
* Stop and start
* How it works
* Enable stop protection
* Hibernate
* How it works
* Prerequisites
* Configure an AMI to support hibernation
* Enable instance hibernation
* Disable KASLR on an instance (Ubuntu only)
* Hibernate an instance
* Start a hibernated instance
* Troubleshoot
* Reboot
* Terminate
* How it works
* Enable termination protection
* Change the instance initiated shutdown behavior
* Preserve data when an instance is terminated
* Retire
* Recover
* Connect
* Connect to your Linux instance
* Connect with SSH from Linux or macOS
* Connect from Windows
* Connect with OpenSSH (Recommended)
* Connect with PuTTY
* Connect with WSL
* Connect with EC2 Instance Connect
* Tutorial
* Prerequisites
* Permissions
* Install EC2 Instance Connect
* Connect using EC2 Instance Connect
* Uninstall EC2 Instance Connect
* Connect with Session Manager
* Connect using EC2 Instance Connect Endpoint
* Permissions
* Security groups
* Create an EC2 Instance Connect Endpoint
* Connect to an instance
* Log connections
* Delete an EC2 Instance Connect Endpoint
* Service-linked role
* Quotas
* Connect your instance to a resource
* Tutorial: Connect an EC2 instance to an RDS database
* Option 1: Automatically connect – EC2 console
* Task 1: Create an RDS database – optional
* Task 2: Launch an EC2 instance – optional
* Task 3: Automatically connect your EC2 instance to your RDS
database
* Task 4: Verify the connection configuration
* Option 2: Automatically connect – RDS console
* Task 1: Launch an EC2 instance – optional
* Task 2: Create an RDS database and automatically connect it to
your EC2 instance
* Task 3: Verify the connection configuration
* Option 3: Manually connect (create security groups)
* Task 1: Launch an EC2 instance – optional
* Task 2: Create an RDS database – optional
* Task 3: Manually connect your EC2 instance to your RDS
database
* Clean up
* Configure instances
* Manage users
* Processor state control
* Set the time
* GPU instances
* Install NVIDIA drivers
* Install AMD drivers
* Activate NVIDIA GRID Virtual Applications
* Set up dual 4k displays
* Get started with P5 instances
* Optimize GPU settings
* Optimize CPU options
* Rules for specifying CPU options
* CPU cores and threads per CPU core per instance type
* Specify CPU options for your instance
* View the CPU options for your instance
* CPU features
* AMD SEV-SNP
* Requirements
* Considerations
* Concepts and terminology
* Working with AMD SEV-SNP
* Attestation with AMD SEV-SNP
* Run commands at launch
* Instance metadata and user data
* Use IMDSv2
* How IMDSv2 works
* Transition to using IMDSv2
* Supported SDKs
* Configure the instance metadata options
* For new instances
* For existing instances
* Retrieve instance metadata
* Work with instance user data
* Retrieve dynamic data
* Instance metadata categories
* Example: AMI launch index value
* Instance identity documents
* Verify using the PKCS7 signature
* Verify using the base64-encoded signature
* Verify using the RSA-2048 signature
* AWS public certificates
* Instance identity roles
* Identify instances
* Fleets
* EC2 Fleet
* EC2 Fleet request types
* EC2 Fleet 'instant' type
* EC2 Fleet configuration strategies
* Plan an EC2 Fleet
* Allocation strategies for Spot Instances
* Attribute-based instance type selection
* On-Demand backup
* Capacity Rebalancing
* Maximum price overrides
* Control spending
* Instance weighting
* Work with EC2 Fleets
* Spot Fleet
* Spot Fleet request types
* Spot Fleet configuration strategies
* Plan a Spot Fleet request
* Allocation strategies for Spot Instances
* Attribute-based instance type selection
* On-Demand in Spot Fleet
* Capacity Rebalancing
* Spot price overrides
* Control spending
* Instance weighting
* Work with Spot Fleets
* CloudWatch metrics for Spot Fleet
* Automatic scaling for Spot Fleet
* Target tracking scaling policies
* Step scaling policies
* Scheduled scaling
* Monitor fleet events
* EC2 Fleet event types
* Spot Fleet event types
* Create EventBridge rules
* For EC2 Fleet events
* For Spot Fleet events
* Tutorials
* Tutorial: Use EC2 Fleet with instance weighting
* Tutorial: Use EC2 Fleet with On-Demand as the primary capacity
* Tutorial: Launch On-Demand Instances using targeted Capacity
Reservations
* Tutorial: Launch instances into Capacity Blocks
* Tutorial: Use Spot Fleet with instance weighting
* Example configurations
* EC2 Fleet example configurations
* Spot Fleet example configurations
* Fleet quotas
* Monitor
* Automated and manual monitoring
* Best practices for monitoring
* Monitor the status of your instances
* Instance status checks
* State change events
* Scheduled events
* Define event windows for scheduled events
* Monitor your instances using CloudWatch
* Instance alarms
* Enable detailed monitoring
* List available metrics
* Install and configure the CloudWatch agent
* Get statistics for metrics
* Get statistics for a specific instance
* Aggregate statistics across instances
* Aggregate statistics by Auto Scaling group
* Aggregate statistics by AMI
* Graph metrics
* Create an alarm
* Create alarms that stop, terminate, reboot, or recover an instance
* Automate using EventBridge
* Log API calls with AWS CloudTrail
* Networking
* Regions and Zones
* Instance IP addressing
* Multiple IP addresses
* Instance hostname types
* Bring your own IP addresses
* Elastic IP addresses
* Network interfaces
* Best practices for configuring network interfaces
* Scenarios for network interfaces
* Requester-managed network interfaces
* Assign prefixes
* Work with prefixes
* Network bandwidth
* Enhanced networking
* Elastic Network Adapter (ENA)
* ENA Express
* Intel 82599 VF
* Operating system optimizations
* Network performance metrics
* Troubleshoot ENA
* Improve network latency on Linux instances
* Nitro performance considerations
* Elastic Fabric Adapter
* Get started with P5 instances and EFA
* Get started with EFA and MPI
* Get started with EFA and NCCL
* Use a base AMI
* Use an AWS Deep Learning AMI
* Work with EFA
* Monitor an EFA
* Verify the EFA installer using a checksum
* Instance topology
* How it works
* Prerequisites
* Examples
* Placement groups
* Placement strategies
* Rules and limitations
* Work with placement groups
* Share a placement group
* Placement groups on AWS Outposts
* Network MTU
* Virtual private clouds
* Security
* Infrastructure security
* Resilience
* Data protection
* Identity and access management
* IAM policies
* Policy structure
* Tag resources during creation
* Control access to EC2 resources using resource tags
* Example policies for CLI or SDK
* Example policies for the console
* AWS managed policies
* IAM roles
* Key pairs
* Create a key pair
* Tag a key pair
* Describe your key pairs
* Delete your key pair
* Add or remove a public key on your instance
* Verify the fingerprint
* Security groups
* Security group rules
* Connection tracking
* Default and custom security groups
* Work with security groups
* Security group rules for different use cases
* AWS PrivateLink
* Update management
* Compliance validation
* NitroTPM
* Considerations
* Prerequisites
* Create a Linux AMI for NitroTPM support
* Verify whether an AMI is enabled for NitroTPM
* Enable or stop using NitroTPM on an instance
* Retrieve the public endorsement key
* Storage
* Amazon EBS
* Instance store
* Add instance store volumes
* SSD instance store volumes
* Instance store swap volumes
* Optimize disk performance
* File storage
* Amazon S3
* Amazon EFS
* Amazon FSx
* Amazon File Cache
* Instance volume limits
* Root device volume
* Replace a root volume
* Device names
* Block device mappings
* Torn write prevention
* Resources and tags
* Recycle Bin
* Considerations
* Required IAM permissions
* Condition keys for Recycle Bin
* Work with retention rules
* Work with resources in the Recycle Bin
* Recover snapshots from the Recycle Bin
* Recover AMIs from the Recycle Bin
* Monitor Recycle Bin
* Monitor using EventBridge
* Monitor using CloudTrail
* Resource locations
* Resource IDs
* List and filter your resources
* Global View
* Tag your resources
* Service quotas
* Usage reports
* Troubleshoot
* Troubleshoot launch issues
* Connect to your instance
* Stop your instance
* Terminate your instance
* Failed status checks
* Troubleshoot an unreachable instance
* Boot from the wrong volume
* EC2Rescue for Linux
* Install EC2Rescue for Linux
* (Optional) Verify the signature of EC2Rescue for Linux
* Work with EC2Rescue for Linux
* Develop EC2Rescue modules
* EC2 Serial Console
* Prerequisites
* Configure access to the EC2 Serial Console
* Connect to the EC2 Serial Console
* Disconnect from the EC2 Serial Console
* Troubleshoot your instance using the EC2 Serial Console
* Troubleshoot your Linux instance using GRUB
* Troubleshoot your Linux instance using SysRq
* Send a diagnostic interrupt
* Related information
* Document history
Connect to the EC2 Serial Console - Amazon Elastic Compute Cloud
AWSDocumentationAmazon EC2User Guide for Linux Instances
Connect using the browser-based clientConnect using your own key and SSH
clientEC2 Serial Console endpoints and fingerprints
CONNECT TO THE EC2 SERIAL CONSOLE
PDFRSS
You can connect to the serial console of your EC2 instance by using the Amazon
EC2 console or via SSH. After connecting to the serial console, you can use it
for troubleshooting boot, network configuration, and other issues. For more
information about troubleshooting, see Troubleshoot your Linux instance using
the EC2 Serial Console.
CONSIDERATIONS
* Only 1 active serial console connection is supported per instance.
* The serial console connection typically lasts for 1 hour unless you
disconnect from it. However, during system maintenance, Amazon EC2 will
disconnect the serial console session.
* It takes 30 seconds to tear down a session after you've disconnected from the
serial console in order to allow a new session.
* Supported serial console port for Linux: ttyS0
* When you connect to the serial console, you might observe a slight drop in
your instance’s throughput.
TOPICS
* Connect using the browser-based client
* Connect using your own key and SSH client
* EC2 Serial Console endpoints and fingerprints
CONNECT USING THE BROWSER-BASED CLIENT
You can connect to your EC2 instance's serial console by using the browser-based
client. You do this by selecting the instance in the Amazon EC2 console and
choosing to connect to the serial console. The browser-based client handles the
permissions and provides a successful connection.
EC2 serial console works from most browsers, and supports keyboard and mouse
input.
Before connecting, make sure you have completed the prerequisites.
TO CONNECT TO YOUR INSTANCE'S SERIAL PORT USING THE BROWSER-BASED CLIENT (AMAZON
EC2 CONSOLE)
1. Open the Amazon EC2 console at https://console.aws.amazon.com/ec2/.
2. In the navigation pane, choose Instances.
3. Select the instance and choose Actions, Monitor and troubleshoot, EC2 Serial
Console, Connect.
Alternatively, select the instance and choose Connect, EC2 Serial Console,
Connect.
An in-browser terminal window opens.
4. Press Enter. If a login prompt returns, you are connected to the serial
console.
If the screen remains black, you can use the following information to help
resolve issues with connecting to the serial console:
* Check that you have configured access to the serial console. For more
information, see Configure access to the EC2 Serial Console.
* Use SysRq to connect to the serial console. SysRq does not require that
you connect via the browser-based client. For more information, see
Troubleshoot your Linux instance using SysRq.
* Restart getty. If you have SSH access to your instance, then connect to
your instance using SSH, and restart getty using the following command.
[ec2-user ~]$ sudo systemctl restart serial-getty@ttyS0
* Reboot your instance. You can reboot your instance by using SysRq, the
EC2 console, or the AWS CLI. For more information, see Troubleshoot your
Linux instance using SysRq or Reboot your instance.
5. At the login prompt, enter the user name of the password-based user that you
set up previously, and then press Enter.
6. At the Password prompt, enter the password, and then press Enter.
You are now logged onto the instance and can use the serial console for
troubleshooting.
CONNECT USING YOUR OWN KEY AND SSH CLIENT
You can use your own SSH key and connect to your instance from the SSH client of
your choice while using the serial console API. This enables you to benefit from
the serial console capability to push a public key to the instance.
Before connecting, make sure you have completed the prerequisites.
TO CONNECT TO AN INSTANCE'S SERIAL CONSOLE USING SSH
1. Push your SSH public key to the instance to start a serial console session
Use the send-serial-console-ssh-public-key command to push your SSH public
key to the instance. This starts a serial console session.
If a serial console session has already been started for this instance, the
command fails because you can only have one session open at a time. It takes
30 seconds to tear down a session after you've disconnected from the serial
console in order to allow a new session.
$ aws ec2-instance-connect send-serial-console-ssh-public-key \
--instance-id i-001234a4bf70dec41EXAMPLE \
--serial-port 0 \
--ssh-public-key file://my_key.pub \
--region us-east-1
2. CONNECT TO THE SERIAL CONSOLE USING YOUR PRIVATE KEY
Use the ssh command to connect to the serial console before the public key
is removed from the serial console service. You have 60 seconds before it is
removed.
Use the private key that corresponds to the public key.
The user name format is instance-id.port0, which comprises the instance ID
and port 0. In the following example, the user name is
i-001234a4bf70dec41EXAMPLE.port0.
The endpoint of the serial console service is different for each Region. See
the EC2 Serial Console endpoints and fingerprints table for each Region's
endpoint. In the following example, the serial console service is in the
us-east-1 Region.
$ ssh -i my_key i-001234a4bf70dec41EXAMPLE.port0@serial-console.ec2-instance-connect.us-east-1.aws
3. (OPTIONAL) VERIFY THE FINGERPRINT
When you connect for the first time to the serial console, you are prompted
to verify the fingerprint. You can compare the serial console fingerprint
with the fingerprint that's displayed for verification. If these
fingerprints don't match, someone might be attempting a "man-in-the-middle"
attack. If they match, you can confidently connect to the serial console.
The following fingerprint is for the serial console service in the us-east-1
Region. For the fingerprints for each Region, see EC2 Serial Console
endpoints and fingerprints.
SHA256:dXwn5ma/xadVMeBZGEru5l2gx+yI5LDiJaLUcz0FMmw
NOTE
The fingerprint only appears the first time you connect to the serial
console.
4. Press Enter. If a prompt returns, you are connected to the serial console.
If the screen remains black, you can use the following information to help
resolve issues with connecting to the serial console:
* Check that you have configured access to the serial console. For more
information, see Configure access to the EC2 Serial Console.
* Use SysRq to connect to the serial console. SysRq does not require that
you connect via SSH. For more information, see Troubleshoot your Linux
instance using SysRq.
* Restart getty. If you have SSH access to your instance, then connect to
your instance using SSH, and restart getty using the following command.
[ec2-user ~]$ sudo systemctl restart serial-getty@ttyS0
* Reboot your instance. You can reboot your instance by using SysRq, the
EC2 console, or the AWS CLI. For more information, see Troubleshoot your
Linux instance using SysRq or Reboot your instance.
5. At the login prompt, enter the user name of the password-based user that you
set up previously, and then press Enter.
6. At the Password prompt, enter the password, and then press Enter.
You are now logged onto the instance and can use the serial console for
troubleshooting.
EC2 SERIAL CONSOLE ENDPOINTS AND FINGERPRINTS
The following are the service endpoints and fingerprints for EC2 Serial Console.
To connect programmatically to an instance's serial console, you use an EC2
Serial Console endpoint. The EC2 Serial Console endpoints and fingerprints are
unique for each AWS Region.
Region Name Region Endpoint Fingerprint
US East (Ohio)
us-east-2
serial-console.ec2-instance-connect.us-east-2.aws
SHA256:EhwPkTzRtTY7TRSzz26XbB0/HvV9jRM7mCZN0xw/d/0
US East (N. Virginia)
us-east-1
serial-console.ec2-instance-connect.us-east-1.aws
SHA256:dXwn5ma/xadVMeBZGEru5l2gx+yI5LDiJaLUcz0FMmw
US West (N. California)
us-west-1
serial-console.ec2-instance-connect.us-west-1.aws
SHA256:OHldlcMET8u7QLSX3jmRTRAPFHVtqbyoLZBMUCqiH3Y
US West (Oregon)
us-west-2
serial-console.ec2-instance-connect.us-west-2.aws
SHA256:EMCIe23TqKaBI6yGHainqZcMwqNkDhhAVHa1O2JxVUc
Africa (Cape Town)
af-south-1
ec2-serial-console.af-south-1.api.aws
SHA256:RMWWZ2fVePeJUqzjO5jL2KIgXsczoHlz21Ed00biiWI
Asia Pacific (Hong Kong)
ap-east-1
ec2-serial-console.ap-east-1.api.aws
SHA256:T0Q1lpiXxChoZHplnAkjbP7tkm2xXViC9bJFsjYnifk
Asia Pacific (Hyderabad)
ap-south-2
ec2-serial-console.ap-south-2.api.aws
SHA256:WJgPBSwV4/shN+OPITValoewAuYj15DVW845JEhDKRs
Asia Pacific (Jakarta)
ap-southeast-3
ec2-serial-console.ap-southeast-3.api.aws
SHA256:5ZwgrCh+lfns32XITqL/4O0zIfbx4bZgsYFqy3o8mIk
Asia Pacific (Melbourne)
ap-southeast-4
ec2-serial-console.ap-southeast-4.api.aws
SHA256:Avaq27hFgLvjn5gTSShZ0oV7h90p0GG46wfOeT6ZJvM
Asia Pacific (Mumbai)
ap-south-1
serial-console.ec2-instance-connect.ap-south-1.aws
SHA256:oBLXcYmklqHHEbliARxEgH8IsO51rezTPiSM35BsU40
Asia Pacific (Osaka)
ap-northeast-3
ec2-serial-console.ap-northeast-3.api.aws
SHA256:Am0/jiBKBnBuFnHr9aXsgEV3G8Tu/vVHFXE/3UcyjsQ
Asia Pacific (Seoul)
ap-northeast-2
serial-console.ec2-instance-connect.ap-northeast-2.aws
SHA256:FoqWXNX+DZ++GuNTztg9PK49WYMqBX+FrcZM2dSrqrI
Asia Pacific (Singapore)
ap-southeast-1
serial-console.ec2-instance-connect.ap-southeast-1.aws
SHA256:PLFNn7WnCQDHx3qmwLu1Gy/O8TUX7LQgZuaC6L45CoY
Asia Pacific (Sydney)
ap-southeast-2
serial-console.ec2-instance-connect.ap-southeast-2.aws
SHA256:yFvMwUK9lEUQjQTRoXXzuN+cW9/VSe9W984Cf5Tgzo4
Asia Pacific (Tokyo)
ap-northeast-1
serial-console.ec2-instance-connect.ap-northeast-1.aws
SHA256:RQfsDCZTOfQawewTRDV1t9Em/HMrFQe+CRlIOT5um4k
Canada (Central)
ca-central-1
serial-console.ec2-instance-connect.ca-central-1.aws
SHA256:P2O2jOZwmpMwkpO6YW738FIOTHdUTyEv2gczYMMO7s4
China (Beijing)
cn-north-1
ec2-serial-console.cn-north-1.api.amazonwebservices.com.cn
SHA256:2gHVFy4H7uU3+WaFUxD28v/ggMeqjvSlgngpgLgGT+Y
China (Ningxia)
cn-northwest-1
ec2-serial-console.cn-northwest-1.api.amazonwebservices.com.cn
SHA256:TdgrNZkiQOdVfYEBUhO4SzUA09VWI5rYOZGTogpwmiM
Europe (Frankfurt)
eu-central-1
serial-console.ec2-instance-connect.eu-central-1.aws
SHA256:aCMFS/yIcOdOlkXvOl8AmZ1Toe+bBnrJJ3Fy0k0De2c
Europe (Ireland)
eu-west-1
serial-console.ec2-instance-connect.eu-west-1.aws
SHA256:h2AaGAWO4Hathhtm6ezs3Bj7udgUxi2qTrHjZAwCW6E
Europe (London)
eu-west-2
serial-console.ec2-instance-connect.eu-west-2.aws
SHA256:a69rd5CE/AEG4Amm53I6lkD1ZPvS/BCV3tTPW2RnJg8
Europe (Milan)
eu-south-1
ec2-serial-console.eu-south-1.api.aws
SHA256:lC0kOVJnpgFyBVrxn0A7n99ecLbXSX95cuuS7X7QK30
Europe (Paris)
eu-west-3
serial-console.ec2-instance-connect.eu-west-3.aws
SHA256:q8ldnAf9pymeNe8BnFVngY3RPAr/kxswJUzfrlxeEWs
Europe (Spain)
eu-south-2
ec2-serial-console.eu-south-2.api.aws
SHA256:GoCW2DFRlu669QNxqFxEcsR6fZUz/4F4n7T45ZcwoEc
Europe (Stockholm)
eu-north-1
serial-console.ec2-instance-connect.eu-north-1.aws
SHA256:tkGFFUVUDvocDiGSS3Cu8Gdl6w2uI32EPNpKFKLwX84
Europe (Zurich)
eu-central-2
ec2-serial-console.eu-central-2.api.aws
SHA256:8Ppx2mBMf6WdCw0NUlzKfwM4/IfRz4OaXFutQXWp6mk
Israel (Tel Aviv)
il-central-1
ec2-serial-console.il-central-1.api.aws
SHA256:JR6q8v6kNNPi8+QSFQ4dj5dimNmZPTgwgsM1SNvtYyU
Middle East (Bahrain)
me-south-1
ec2-serial-console.me-south-1.api.aws
SHA256:nPjLLKHu2QnLdUq2kVArsoK5xvPJOMRJKCBzCDqC3k8
Middle East (UAE)
me-central-1
ec2-serial-console.me-central-1.api.aws
SHA256:zpb5duKiBZ+l0dFwPeyykB4MPBYhI/XzXNeFSDKBvLE
South America (São Paulo)
sa-east-1
ec2-serial-console.sa-east-1.api.aws
SHA256:rd2+/32Ognjew1yVIemENaQzC+Botbih62OqAPDq1dI
AWS GovCloud (US-East)
us-gov-east-1
serial-console.ec2-instance-connect.us-gov-east-1.amazonaws.com
SHA256:tIwe19GWsoyLClrtvu38YEEh+DHIkqnDcZnmtebvF28
AWS GovCloud (US-West)
us-gov-west-1
serial-console.ec2-instance-connect.us-gov-west-1.amazonaws.com
SHA256:kfOFRWLaOZfB+utbd3bRf8OlPf8nGO2YZLqXZiIw5DQ
Javascript is disabled or is unavailable in your browser.
To use the Amazon Web Services Documentation, Javascript must be enabled. Please
refer to your browser's Help pages for instructions.
Document Conventions
Configure access to the EC2 Serial Console
Disconnect from the EC2 Serial Console
Did this page help you? - Yes
Thanks for letting us know we're doing a good job!
If you've got a moment, please tell us what we did right so we can do more of
it.
Did this page help you? - No
Thanks for letting us know this page needs work. We're sorry we let you down.
If you've got a moment, please tell us how we can make the documentation better.
DID THIS PAGE HELP YOU?
Yes
No
Provide feedback
NEXT TOPIC:
Disconnect from the EC2 Serial Console
PREVIOUS TOPIC:
Configure access to the EC2 Serial Console
NEED HELP?
* Try AWS re:Post
* Connect with an AWS IQ expert
PrivacySite termsCookie preferences
© 2024, Amazon Web Services, Inc. or its affiliates. All rights reserved.
ON THIS PAGE
* Connect using the browser-based client
* Connect using your own key and SSH client
* EC2 Serial Console endpoints and fingerprints