.Table of Contents.Obtaining the Boot File.3 Obtaining Configuration Files.3 Obtaining Phone Information.4 Provisioning Yealink IP Phones. 5 Auto Provisioning Process. 5 Major Tasks for Auto Provisioning.6 An Instance of Auto Provision Configuration.7 Managing Boot Files.Yealink IP Phones Auto Provisioning Guide Obtaining the Provisioning Server Address.25 Zero Touch.25 Plug and Play (PnP) Server.26 DHCP Options. 27 Phone Flash.29 Configuring Wildcard of the Provisioning Server URL.30 Triggering the IP Phone to Perform the Auto Provisioning.Table of Contents Add the Option 43 via DHCP Turbo.64.Summary of Changes Summary of Changes This section describes the changes to this guide for each release and guide version. Changes for Release 81, Guide Version 81.72 Documentations of the newly released CP960 IP phones have also been added. Changes for Release 81, Guide Version 81.71 Documentations of the newly released CP860/SIP-T54S/T52S IP phones have also been added.Yealink IP phones support FTP, TFTP, HTTP, and HTTPS protocols for auto provisioning and are configured by default to use the TFTP protocol.
The purpose of this guide is to serve as a basic guidance for provisioning Yealink IP phones, including: Yealink SIP-T58V/A .Yealink IP Phones Auto Provisioning Guide. Common boot file (y00.boot) You can ask the distributor or Yealink FAE for the template boot file. Obtaining Configuration Files Before beginning provisioning, you also need to obtain template configuration files. There are two configuration files both of which are CFG-formatted. We call these two files Common CFG file and MAC-Oriented CFG file.MAC-local CFG file on the IP phone.
You can ask the distributor or Yealink FAE for template configuration files. You can also obtain the template configuration files online: Yealink IP Phones Provisioning Yealink IP Phones This section provides instructions on how IP phones interoperate with provisioning server for auto provisioning, and shows you four major tasks to provision the phones. It will help users who are not familiar with auto provisioning to understand this process more easily and quickly.For more information on how to perform the auto provisioning process, refer to Triggering the IP Phone to Perform the Auto Provisioning on page 33. If you are not familiar with auto provisioning process on Yealink IP phones, you can refer to Instance of Auto Provision Configuration on page 7.Provisioning Yealink IP Phones An Instance of Auto Provision Configuration This section shows an instance of auto provision configuration. Manage boot files. Specify the desired download path (e.g., tftp://10.2.5.193/network.cfg) of the configuration files in the boot file (e.g., y00.boot). For more information, refer to.Yealink IP Phones Auto Provisioning Guide Start the TFTP sever.
The IP address of the TFTP server is shown as below: Select Configure TFTP Server. Click the button to locate the TFTP root directory from your local system. For more information on how to configure a provisioning server, refer to.Provisioning Yealink IP Phones Configure the provisioning server address on the IP phone. For more information on how to obtain the provisioning server address, refer to Obtaining the Provisioning Server Address on page 25. Trigger the IP phone to perform the auto provisioning.Yealink IP Phones Auto Provisioning Guide.Managing Boot Files Managing Boot Files Yealink IP phones support downloading CFG files referenced in the boot files in sequence. Before beginning provisioning, you may need to edit and customize your boot files.
Recently I had a situation where there is no OS-based (Windows/Linux) DHCP server, however DHCP service is running only in Switch(es). IP Phones need DHCP Option 43 in order for them to be able to sign-in, register with Lync/SFB server, download and install the Root CA's certific. Adding DHCP Option 43 for IP Phones in Switch.docx.
You can edit the template boot file directly or create a new boot file as required. Open each boot file with a text editor such as UltraEdit.Yealink IP Phones Auto Provisioning Guide new downloaded configuration files will override the duplicate parameters in files downloaded earlier. “overwritemode = 1” means overwrite mode is enabled.
The overwrite mode will be applied to the configuration files specified to download. This parameter can only be used in boot files.Managing Boot Files To create a MAC-Oriented boot file: Create a boot file for your phone. Ensure the file complies with the guidelines that are listed Editing Common Boot File on page 11. Copy the contents from the common boot file and specify the configuration files to be downloaded.Yealink IP Phones Auto Provisioning Guide.Managing Configuration Files Managing Configuration Files Auto provisioning enables Yealink IP phones to update themselves automatically via downloading Common CFG, MAC-Oriented CFG, custom CFG and MAC-local CFG files. Before beginning provisioning, you may need to edit and customize your configuration files.Yealink IP Phones Auto Provisioning Guide Phone Model Common CFG File SIP-T40P y54.cfg SIP-T40G y76.cfg SIP-T29G y46.cfg SIP-T27P y45.cfg SIP-T27G y69.cfg SIP-T23P/G y44.cfg SIP-T21(P) E2 y52.cfg SIP-T19(P) E2 y53.cfg CP860 y37.cfg W52P/W56P y25.cfg Common CFG file contains configuration parameters which apply to phones with the same model, such as language and volume.Managing Configuration Files Set only one configuration parameter per line. Put the configuration parameter and value on the same line, and do not break the line.
Editing MAC-Oriented CFG File The MAC-Oriented CFG file is only effectual for the specific phone. It use the 12-digit MAC address of the IP phone as the file name.Yealink IP Phones Auto Provisioning Guide Creating a New CFG File If you want to create a new CFG file for your phone, follow these steps: To create a new CFG file: Create a CFG file for your phone. Ensure the file complies with the guidelines that are listed.Configuration Encryption Tool User Guide Customizing Resource Files When configuring some particular features, you may need to upload resource files to IP phones, such as personalized ring tone file, language package file and logo file. Yealink supplies the following resource file templates: Feature Template File Name AutoDST.xml.44.81.0.15.rom For SIP-T58V/T58A/T56A/CP960: X.80.0.XX.rom For example, 58.80.0.10.rom Ask the distributor or Yealink FAE for resource file templates. For more information on an explanation of the configuration parameters that relate to these features, refer to YealinkSIP-T2SeriesT19(P) E2T4SeriesT5SeriesCP860IPPhonesAdministratorGuideV81 Yealink IP DECT Phone.Configuring a Provisioning Server Configuring a Provisioning Server Yealink IP phones support using FTP, TFTP, HTTP and HTTPS protocols to download boot files and configuration files. You can use one of these protocols for provisioning. The TFTP protocol is used by default.
The following section provides instructions on how to configure a TFTP server.Yealink IP Phones Auto Provisioning Guide An example of configuration on the Windows platform is shown as below: Configuring a TFTP Server If you have a 3CDaemon application installed on your local system, use it directly. Otherwise, download and install it.Configuring a Provisioning Server Select Configure TFTP Server. Click the button to locate the TFTP root directory from your local system: Click the Confirm button to finish configuring the TFTP server.
OverviewA DHCP scope is an administrative grouping of IP addresses for a network subnet. With scopes you can configure common network settings for all clients receiving addresses, such as DNS servers and network gateways.Scopes can filter hosts by name, MAC address, and operating system to either allow them or disallow them from receiving an IP address. Scope policies can be configured to assign different options to hosts based on their name, MAC address, or operating system. For example, we can create a policy that configures the NIS server for a Linux host in addition to options set at the scope level.This tutorial will guide you through configuring DHCP scopes on Windows Server 2012 R2.
Create a New Scope. Launch the DHCP console. From the tree on the left side of the console, expand the DHCP server’s hostname node. Select and then right-click IPv4. From the IPv4 context menu, select New Scope.FIG1 – Windows DHCP New Scope context menu. When the New Scope Wizard dialog box appears, click Next. On the Scope Name screen, enter the name of your new scope.
You should give it a description to document its purpose. When done, click Next.FIG2 – DHCP New Scope Wizard: Scope Name. On the IP Address Range screen, enter a starting IP address followed by an Ending IP address. This create the scope’s range, which will be used to assign addresses to clients. Under Configurating settings that propagate to DHCP client section of the IP Address Range screen, either enter a subnet bit length (CIDR) in the Length field, or enter the dotted decimal notation of the subnet mask.FIG3 – Windows DHCP New Scope Wizard: IP Address Range. Click Next.
On the Add Exclusions and Delay screen, we can set IP addresses from within the range we defined that should be excluded. For example, if our range includes the IP address of our network gateway, we probably do not want our clients to use it, so we would add its IP address to the exclusion list. Click Next when done.FIG4 – Windows DHCP New Scope Wizard: Add Exclusions and Delay. On the Lease Duration screen, enter the length of time a client should be assigned an IP address. When done, click Next.
On the Configure DHCP Options screen, select Yes, I want to configure these options now, and then Click Next. On the Router (Default Gateway) screen, enter the IP address of the gateway clients should use. Click Next when done. On the Domain Name and DNS Servers screen, enter the IP addresses of all DNS servers the client should use. Click Next when done. On the WINS Servers screen, if you have WINS servers add them here.
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Click Next when done. Most Windows environments no longer use WINS for name resolution.
Although, some legacy applications and hardware may still require it, so check your environment before skipping this. On the Activate Scope page, select Yes, I want to activate this scope now. A scope must be activated before it is allowed to assign clients IP addresses. If you do not want to activate it at this time, select No, I will activate this scope later.
Yealink Windows Dhcp 43 Example 1
Click Next when done. Click Finish.Scope ReservationsThe purpose of DHCP is to automatically assign hosts connecting to your physical network an IP address. Which IP address they get depends on what has already been assigned and what is available. With reservations, on the other hand, we can ensure that a specific host always receives the same IP address.Why would you do this instead of just assigning the host a static IP address? Well, this allows us to centrally assign IP addresses to all of our servers.Host reservations use the MAC address of a client’s network interface.
Yealink Windows Dhcp 43 Example Pdf
When the DHCP server sees this MAC address during a DHCP request, it matches it to an IP address in the reservation list and then assigns that IP address to the host. No other host may be assigned the IP address. In the DHCP console, from the left tree view expand the scope you want to add reservations to. Select and then right-click Reservations. When the context menu appears, click New ReservationFIG5 – Windows DHCP Scope Reservation.
Give the reservation a name.