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The Dell Remote Access Controller or DRAC is an out-of-band management platform on certain Dell servers. The platform may be provided on a separate expansion card, or integrated into the main board; when integrated, the platform is referred to as iDRAC.

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How do i import the iDRAC Before and after a replacement of the system board or when upgrading the iDRAC license for enabling more features, license manageme. The licenses are tied to your machine's serial number. People selling licenses have either reverse-engineered the way serials are checked or have had access to the algorithm with which the key is generated. In my (indirect) experience, you get to keep the serial you have. Dell Idrac License Key Free. For more information about the iDRAC, I encourage you check out Storage Review's independent review of iDRAC9. 1 Group Manager feature is not available on iDRAC8. Dell Idrac License Key Eset Nod32 Antivirus. If you call or email into Dell they can resent the license with the service tag information. If the system was purchased with the idrac enterprise it is quick to resend the license just start a case for one of the support folks to send it right away. Idrac license crack ※ Copy Link & paste in new tab: Hello Everyone, I am trying to set up iDRAC licensing for my servers and am running into a brick wall. The licensing was not offered at the time of sale so I am trying to set this up after the fact.

It uses mostly separate resources to the main server resources, and provides a browser-based or command-line interface (or both) for managing and monitoring the server hardware.

Features[edit]

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The controller has its own processor, memory, network connection, and access to the system bus. Key features include power management, virtual media access and remote console capabilities, all available through a supported web browser or command-line interface. This gives system administrators the ability to configure a machine as if they were sitting at the local console (terminal).

The DRAC interfaces with baseboard management controller (BMC) chips, and is based on the Intelligent Platform Management Interface (IPMI) 2.0 standard, which allows use of IPMI out-of-band interfaces such as IPMI Over LAN.^[1]

Versions[edit]

The Dell Remote Access Controllers (DRAC) and the Integrated Dell Remote Access Controllers (iDRAC) come in different versions, where a new (i)DRAC version is often linked to a new generation of Poweredge servers.

The hardware is often integrated on the motherboard of the server, and the combined product is termed iDRAC, where the 'i' is for integrated. When iDRAC Express is used, the software and hardware systems management functions are shared with one of the server's on-board network interfaces using a unique IP address. By contrast, iDRAC Enterprise version features a dedicated physical network interface.

iDRAC version 7 was introduced in conjunction with the release of Dell PowerEdge generation 12 servers in March 2012, and is only available on 12th generation models.^[2] Unlike previous versions the functionality of iDRAC 7 is the same for rack, tower and blade-servers.

An overview of the different versions:^[3]

Power management[edit]

With the DRAC enabled and using its own separate network connection, a user may login and reboot the system even if the core operating system has crashed. If the operating system has loaded the correct drivers, the DRAC will attempt to shut down the system gracefully. Without this feature and with the system running, administrators can use the remote console to access the operating system too.

Remote console[edit]

The remote console features of the DRAC allow an administrator to interface with the computer as if sitting in front of it, and one can share the local inputs from keyboard and mouse as well as video output (DRAC does not support remote sound). Remote-console capability relies on either an Active X or Javaplug-in, or HTML5 in the later models, which displays a window showing the video output on the local terminal and which takes mouse and keyboard input. This behavior closely resembles that of other remote access solutions such as VNC or RDP but also works if the operating system of the server doesn't work any more (unlike VNC or RDP). It is used to take the server console remotely.

Virtual media[edit]

The DRAC enables a user to mount remotely shared disk-images as if they were connected to the system. In combination with the remote console, this gives administrators the ability to completely re-install an operating system, a task which traditionally required local console access to the physical machine. Administrators can control virtual media through the browser or through the OpenManage tools provided by Dell, though specific versions of browsers restrict some functionality.^[12]

Access[edit]

The main DRAC management takes place via a web interface. All generations of the DRAC use the default user name root and the default password calvin. Starting with the DRAC 3, Microsoft Active Directory can also provide authentication either with Dell AD Schema Extensions or Standard Schema.^{[13][14][15][16][17]}

Implementation[edit]

The DRAC5 and iDRAC6 and higher are embedded platforms running Linux and Busybox. The firmware source code is available on the Dell website,^[18] but it is not possible to compile the source into a replacement firmware as Dell does not include a build environment.^[19]

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The DRAC provides remote access to the system console (keyboard and screen) allowing the system BIOS to be accessed over the Internet when the server is rebooted. This is done by configuring the system BIOS to send its output to a serial port (as a stream of text using VT100-compatible control codes). The chosen serial port is then redirected to the DRAC's serial port. Users can then log into the DRAC via SSH and run a command to connect the SSH session to the serial port, thus allowing the console to be accessed over the Internet.

Earlier versions of the DRAC used ActiveX in Internet Explorer to provide a remote-console interface in a web browser; however, this was unpopular with non-Windows users who did not have access to Internet Explorer. The latest revision of the DRAC6 uses a Java application instead (launched from within the browser), though both the DRAC5 and iDRAC6 also provided the aforementioned platform-independent SSH access.

iDRAC6[edit]

iDRAC6 is available in two levels: iDRAC6 Express and iDRAC6 Enterprise. iDRAC6 Express (which integrates features previously charged for in DRAC5) became a standard offering on Dell's servers. Certain features are not available for the Express version, including the remote console functionality and the vFlash SD card slot. As with iDRAC, iDRAC6 Enterprise is a standard offering on blade servers

• iDRAC6 offers three upgrades: iDRAC6 Express, iDRAC6 Enterprise, and VFlash Media
• iDRAC6 offers power budgeting
• iDRAC6 Enterprise's virtual console and virtual media features are now integrated into a single plug-in
• iDRAC6 Enterprise's virtual console now allows two users to collaborate on the same server
• iDRAC6 now allows customers to view what is on the server LCD without a server-side visit
• iDRAC6 supports IPv6

iDRAC7[edit]

On 6 March 2012, software version 1.00.00 for the iDRAC7 was released for generation 12 servers. iDRAC 7 does not work on earlier generation servers although some of the new functions introduced with iDRAC 7 might be offered in iDRAC 6 releases.^[8][9] As of May 2019, the current version was 2.63.60.62.^[20]

With the introduction of iDRAC 7, the licensing model has changed. iDRAC 7 now supports lifecycle controller. Some features of Lifecycle controller are licensed and to access those features via iDRAC the correct licenses for those functions need to be enabled.

Supported hardware platforms[edit]

iDRAC 7 runs on generation 12 PowerEdge servers. Per introduction in March 2012 the following servers use iDRAC7:^[2]

• PowerEdge T620 – tower model of 620, can be converted to 5U rack system
• PowerEdge R220 – native rack server, 1U
• PowerEdge R320 – native rack server, 1U
• PowerEdge R420 – native rack server, 1U
• PowerEdge R520 – native rack server, 2U
• PowerEdge R620 – native rack server, 1U
• PowerEdge M620 – blade server for M1000e enclosure, half-height (max 16 per chassis)
• PowerEdge R720 – rack-server, 2U
• PowerEdge R720xd – an R720 with additional 2.5' hard drive bays in the front and rear of the enclosure

Supported operating systems[edit]

iDRAC 7 is supported by the following operating systems

• Microsoft Windows Server 2016, x64
• Microsoft Windows Server 2012, x64
• Microsoft Windows Server 2008 SP2 (standard, enterprise and datacenter editions), x86 and x64
• Microsoft Windows Server 2008 R2 SP1 (standard, enterprise and datacenter editions), x64
• Microsoft Small Business Server 2011, x64
• SUSE Linux Enterprise Server (SLES) 10 and 11, x64
• Red Hat Enterprise Linux (RHEL), 5.8 (x86/x64), 6.1 (x64) and 6.3 (x64)
• Microsoft Hyper-V (with Windows server 2008) and Hyper-V R2 (Windows Server 2008 R2)
• VMware ESX/ESXi 4.1, Update 2
• VMWare ESXi 5 Patch 01
• Citrix SystemsXen Server 6

Supported web browsers[edit]

The GUI for iDRAC7 uses a Web browser and Java. Internet Explorer 7, 8 and 9, as well as Firefox 6 + 7 were tested for different operating systems.^[2]

Limitations[edit]

To take advantage of storage greater than 256 MB on the iDRAC6 enterprise, Dell requires that a vFlash SD card be procured through Dell channels. As of December 2011, Dell vFlash SD cards differ from consumer SD cards by being over-provisioned by 100% for increased write endurance and performance.^[21]

While there are no other known functional differences between a Dell-branded vFlash SD card and a class 2 or greater SDHC card, the use of non-Dell media prevents the use of extended capacities and functions.

On a Linux client system the standard arrow and print screen keys cannot be used in the iDRAC6 Java virtual console application because of some incompatible key event IDs;^[22] however, the arrow keys on the numeric keypad can still be used.

Some combinations of DRAC firmware, web browser, and Java runtime do not support virtual media via the Java applet or the plugin in DRAC5 and iDRAC6.

References[edit]

1. ^'Exploring the DRAC 5'(PDF). Dell Power Solutions, August 2006. Dell. p. 27.
2. ^ ^abcdDell manuals for iDRAC 7Archived 2012-03-14 at the Wayback Machine, version 1.0, 6 March 2012, visited 7 March 2012
3. ^Dell support website Dell Remote Access Controllers manuals, visited 7 March 2012
4. ^Manual for the Dell Open Manage Remote Assistant Card IIArchived 2012-01-07 at the Wayback Machine, 14 December 1999. Visited 7 March 2012
5. ^Dell support website DRAC 3 manualsArchived 2012-06-03 at the Wayback Machine, visited 7 March 2012
6. ^Dell manuals for DRAC 4Archived 2011-12-19 at the Wayback Machine, 9 August 2004, Visited 7 March 2012
7. ^Dell manuals for DRAC 5Archived 2012-02-28 at the Wayback Machine, 7 June 2006, Visited 7 March 2012
8. ^ ^abDell manuals for iDRAC 6 for blade serversArchived 2012-01-06 at the Wayback Machine, visited 7 March 2012
9. ^ ^abManual for iDRAC 6 for monolithic serversArchived 2012-02-26 at the Wayback Machine, visited 7 March 2012
10. ^Manual for IDrac 6 for blade serversArchived 2012-04-16 at the Wayback Machine, visited 7 March 2012
11. ^Dell manual for iDRAC 8, version 1.0, September 2014, visited 22 April 2015
12. ^'Supported Web Browsers'. Users Guide. Dell. Archived from the original on 2008-12-26.
13. ^'Accessing the DRAC 5 Through a Network'. Users Guide. Dell. Archived from the original on 2008-12-26.
14. ^'Accessing the DRAC 4 Through a Network'. Users Guide. Dell. Archived from the original on 2009-02-07.
15. ^'Accessing the DRAC III Web-Based Interface'. Users Guide. Dell. Archived from the original on 2008-06-20.
16. ^'Accessing the CMC Through a Network'. Users Guide. Dell. Archived from the original on 2010-09-25.
17. ^'iDRAC, Configuring Networking Using the CMC Web Interface'. Users Guide. Dell. Archived from the original on 2009-08-17.
18. ^Dell Open Source repository
19. ^Post on Dell Linux-PowerEdge mailing list, Dec 2010
20. ^https://www.dell.com/support/home/us/en/04/product-support/product/poweredge-r220/drivers
21. ^Dell's vFlash SDFlash Media Card – Better Endurance & Performance via Over-Provisioning
22. ^Post on Dell Linux-PowerEdge mailing list, Jun 2011

External links[edit]

• DRAC II/III product info from Dell
• Managing out-of-band management in InfoWorld

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Lets say for a minute you're trying to configure your first SAN. Now, lets pretend that first SAN is a Compellent SC8000. Ya know, cause that's what we all learn on.. You may then be aware that setting up the first and second controller, is not the easiest configuration task.

Now, lets pretend, you want to set this up at your desk, so you don't have to sit in the cold datacenter, executing terminal commands via DB9 serial..

Has anyone else wanted that?? yes, no? maybe it's just me, and i'm getting old.

Whatever the case may be, the purpose of this document, is to show you how to pass the serial connection through the idrac on an Compellent SC8000 controller but this should work on a R720 class Dell PowerEdge server.. (The chassis's are almost identical)

This is a little complicated, but rewarding, so you don't have to sit in the datacenter. ( however – may pose a small security risk, so you decide..)

Steps:

There are a few settings we need to make in the BIOS for this to work. (Don't get this confused with the IDRAC settings – you NEED to actually reboot the server and get into the BIOS and make these settings.)

1. Reboot the server, and at the DELL splash screen, hit the F2 button to Enter System Setup.

2. Depending on the mood of the chassis, you may enter into a GUI or a Text mode menu where the following settings should be selected.

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You enter this menu by selecting at the System Setup Screen, 'System BIOS > Serial Communications', then change to the following settings:

Make note that I am connecting on COM2, and redirecting the serial device from Device 1 to COM2.

*I know, its confusing, but this is how I made it work reliably. I believe there may be an issue with redirection on COM1. Perhaps someone smarter then I has an answer to that.

3. Serial debugging requires one additional setting (also accessed via 'F2') – iDRAC setting below – simply select iDRAC settings vs BIOS settings.

• Disable IPMI Over LAN, in iDRAC configuration, under network settings.

4. Once the changes are made, you should be able to connect to the Dell PowerEdge server via a serial port or use console redirection. (meaning we can connect via SSH through the idrac)

So grab putty (or your other favorite terminal program) and ssh into the IP address of your IDRAC.

after you authenticate type 'connect'

after you connect, you will wait a long time while the controller initializes, but after a short while (Up to 5 minutes or longer) you will see the following:

Source : How to set up Serial Port Debugging or Console Redirection on Dell PowerEdge 12th Generation Servers