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The Lifecycle Controller is the engine for advanced embedded management and is delivered as part of the optional iDRAC Express or iDRAC Enterprise in the PowerEdge R510. The Lifecycle Controller is a chip that is integrated on the server. It helps to simplify administrator tasks by performing a complete set of provisioning functions, such as system deployment, system updates, hardware configuration and diagnostics from a single intuitive interface called Unified Server Configurator (USC), in a pre-OS environment. This eliminates the need to use and maintain multiple pieces of disparate CD/DVD media.

Open, flexible, integrated manage your infrastructure, not your management consoles. With the introduction of Dell™ Management Console powered by Altiris® from Symantec™, Dell is doing for systems management what we did for computer hardware, taking a complex, proprietary industry technology and transforming it by delivering a simple, streamlined, modular solution best adapted to your specific management needs.

Dell works in hand-in-hand with Oracle engineers to help ensure compliance with IT best practices. We provide solutions that integrate software, systems management, services and storage from leaders in the industry: Dell, Oracle and EMC®. The entire solution stack is pre-engineered, tested and validated. Oracle database solutions are available with Red Hat Linux® and Microsoft Windows Server® 2008 operating systems.

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• Build hardware and hypervisor profiles and deploy any combination of the two on bare-metal Dell PowerEdge servers without a Preboot Execution Environment (PXE)

The combination of the Dell Management Plug-in for VMware vCenter and the revolutionary embedded management features offered by Integrated Dell Remote Access Controller (iDRAC) with Lifecycle Controller in Dell PowerEdge servers gives you an unmatched level of integration between vCenter and your server hardware.

Once the power button is pressed, no diagnostics LEDs are illuminated. The power button LED is also not illuminated. The system has no signs of power. The fan remains silent as it is not spinning. The iDRAC should not respond to pings. This is defined as no power. Follow the No Power troubleshooting steps below.

Your system appears to have power, but does not complete POST once the power button is pressed. During POST, the system goes through a series of internal checks. If any of these checks should fail, the system shows an error on the LCD if present, or have LEDs illuminated to help indicate the potential problem. This is defined as no POST. Follow the No POST troubleshooting steps below.

Once the system has loaded the Dell splash screen and finishes the POST checks, the Dell splash screen disappears and the system operation hands over to the operating system. If the operating system does not start for any reason, this is called a No Boot issue. A common symptom is also that there are not any boot device available, and the following error is displayed: "No boot device found." This also occurs if the virtual disks are not online due to a hard drive or PERC issue. Follow the No Boot troubleshooting steps below.

Once the power button is pressed, the system powers on and displays the POST checks where you may see the diagnostic LEDs illuminate for a short period. The power button LED and the keyboard LEDs illuminate, but there are no signs of video on the display. If the iDRAC is working, and video output may be seen in the virtual console (Virtual Console is available for Enterprise licenses), you have a No Video situation. Follow the No Video troubleshooting steps below.

First remove both power cables and hold power button in for ten seconds to drain any residual power. How do I Reset and Drain Power of my Dell PowerEdge Server?

Connect power cables to power supplies bypassing any UPS temporarily if being used. The LED should illuminate on the power supply unit (PSU). Press the PSU built-in self-test (BIST) button if required.

If the server now completes POST, plug the external devices back in one at a time until the defective device is found. Replace the defective device once it has been isolated.

If the server now completes POST, plug the parts back in one at a time until the defective part is found. Replace the defective part once it has been isolated.

If the server now completes POST, plug the parts back in one at a time until the defective part is found. Replace the defective part once it has been isolated.

If the server now completes POST, plug the parts back in one at a time until the defective part is found. Replace the defective part once it has been isolated.

If the server now completes POST, plug the parts back in one at a time until the defective part is found. Replace the defective part once it has been isolated.

Test with minimum to post. This is usually the power supply unit (PSU), motherboard, CPU 1, one stick of RAM, and the backplane. Full details for minimum to post can be found in your Owner"s Manual under Minimum to POST.

If the server now completes POST, plug the parts back in one at a time until the defective part is found. Replace the defective part once it has been isolated.

If the server still does not complete POST, the remaining parts have to be considered (for example, the motherboard, backplane, control panel, and PDU).

No boot means that the server powers on and the Dell screen appears, but when the operating system should be loaded, the error "No Boot Device Available" is displayed and nothing happens.

After the server completes the power-on self-test (POST) phase, it tries to boot a bootable device. A bootable device is any piece of hardware that can either read the files or contains the files that are required for a system to start. A default bootable media can be selected in the BIOS. By default, the raid controller card (PERC) is selected first. Files available in a bootable device (RAID, USB drive, DVD, ISO file) contain instructions to start the operating system. When these files cannot be found, the error "No Boot Device Available" is displayed.

If the system now boots into the operating system, the hardware is fine, and there is a boot order conflict in the BIOS settings. The most likely cause for this is that the system is set to boot from CD, DVD, or USB before the drives, which is a logical setting. To resolve this, ensure you do not have a USB or CD or DVD inserted when powering on the system.

Note: Wrong settings in the boot mode can also cause this error. An operating system that is installed in UEFI mode cannot boot in BIOS mode and the opposite way.

Confirm that the monitor cable is connected to the correct video output on the server. If an add-on video card has been installed, be sure that the monitor cable is connected to it rather than the integrated video source.

Power drain the server then check for video on post to rule out operating system. For more information, reference How do I Reset and Drain Power of my Dell PowerEdge Server?

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When it comes to the dell servers, there are 2 ways to clear the event log. One of them does NOT require a restart, which is nice if your server is up and running. If your server is not booting into the OS, or if the iDRAC web interface is not working, there is a 2nd way involving the hardware that requires a restart. Let"s go through each method one at a time.

This method is great if you don"t want to restart your server, your iDRAC is configured with a known IP address, and you"re machine is up and running. You can do this method without internet access, as long as you can access your server via an IP address.To do this, the first step is to log into the IP address using your web browser. Mine is set to the default setting, which is 192.168.0.120.

Now you"ll be prompted with your user ID and password for your iDRAC. You should know this information, but if this is your first time accessing your iDRAC this way, the defaults are “root” for the username, and “calvin”, all lowercase, for the password. Make sure the dropdown box says “this iDRAC” and then click submit.

At the next screen, if you have never been to this web interface before, it will most likely ask you to change the default username and password. If you see that screen, do this now and go through your typical company"s protocol for storing and remembering passwords.

Click “clear log”. At this point, your event log should be cleared. You can log out of the iDRAC if you have nothing else to do here. Wait a few minutes, and the LCD screen on the front of your machine should go from Amber to the standard blue, indicating that there are no persistent errors at the moment. If after a few minutes, the screen is still amber, make sure to go through the errors using the buttons on the screen. If you are still getting an error, it could be that the problem is persistent and something in your machine is not ideal and needs to be fixed before clearing the event log, which will bring the screen back to standard blue. An example of this would be if your raid cables were missing or plugged into the wrong ports. In that instance, the LCD Amber error light will not go away until the machine has detected new Raid cables in the machine and then the machine is rebooted again.

One last thing to note here is that if you open the lid on your server, but have no other errors when your machine boots up, you will get an Amber LCD screen for only a minute while the machine boots, and the error will say “intrusion”, but this will go away after about a minute and the LCD screen will go back to blue.

2nd Method: Hardware way, using Ctrl + E on bootupFor this method, the first thing we need to do is restart the server. Make sure you have your company’s permission before you continue.

Then you will get to the next POST screen, which displays all the information of your machine and starts listing options. The option you are looking for will say “Press Ctrl + E to enter remote access setup within 5 seconds...” at the bottom of your screen. Press Ctrl + E immediately when you see that.

If it worked, you will enter this screen. Simply use the down arrow key to navigate all the way to the bottom of the list where it says (THIS). Hit enter.

After 10 seconds, you will be given two options, to either view or clear the event log. You can clear it if you want, but this is a GREAT opportunity to see what is in the event log. If you are having issues with your server hardware, this is a great place to start looking, but if you simply need to clear it, just use the clear option and hit enter. Clearing the log should be instantaneous.

Once it"s cleared, hit escape until you exit the Remote Access screen. At this point, your machine will continue to boot up as normal. Your LCD screen should go back to the standard blue soon, if there are no persistent errors. If it remains Amber after a minute, use the arrows on the LCD screen to see what errors are still coming up.

2nd Method: Hardware way, using F2 on bootup( 12th and 13 Gen)For this method, the first thing we need to do is restart the server. Make sure you have your company’s permission before you continue.

Then you will get to the next POST screen, which displays all the information of your machine and starts listing options. You are going to want to Press F2 at the end of POST.

If it worked, you will enter this screen. Simply use the down arrow key to navigate all the way to the bottom of the list where it says to the IDRAC setting. Hit enter.

After 10 seconds, you will be given two options, to either view or clear the event log. You can clear it if you want, but this is a GREAT opportunity to see what is in the event log. (If you do not see the system event logs option you may need to update your idrac and system bios as this was a feature that was added later )

Once it"s cleared, hit escape until you exit the Remote Access screen. At this point, your machine will continue to boot up as normal. Your LCD screen should go back to the standard blue soon, if there are no persistent errors. If it remains Amber after a minute, use the arrows on the LCD screen to see what errors are still coming up.

This finalizes the steps you should take to clear the event log on the Dell PowerEdge 12th and 13th Generation.(Models: R720, R720xd, R730, R730xd, R820, R830, R920, R930)

Buying a refurbished product from Kimbrer Computer can provide significant savings of up to 80% off the original retail price of a brand-new model, which makes it a great way to cut costs without compromising quality. We back our quality commitment by including a standard one-year warranty, with additional coverage options available. In short, with a refurbished product from Kimbrer Computer, you will get:

A refurbished product generally refers to a used and pre-owned item. Every refurbished product from Kimbrer Computer has been professionally inspected and restored to “Grade A” condition, with faulty parts replaced with genuine ones, to make sure everything works and looks perfectly before being repackaged and put back on the market for resale. Though refurbished models may show some signs of wear, we guarantee that the items are always:

A refurbished product that operates ‘as good as’ new, with minor aesthetic markings. Laptops may have been re-vinyled and/or had a new keyboard installed.

A refurbished product that operates ‘as good as new’, with aesthetic markings less than 30mm in length. Laptops may have been re-vinyled and/or had a new keyboard installed. Screen may also have minimal marks/scratches which are NOT visible when the product is turned on.

A refurbished product that operates ‘as good as new’ with aesthetic markings less than 50mm in length. For laptops, further signs of wear and tear may be visible on the palm rest, keyboard and trackpad. Product may have been re-vinyled and/or had a new keyboard installed. Screen may also have minimal marks/scratches which are NOT visible when the product is turned on.

I recently bought a pair of these servers to take over VMware duties from a pair of HP ProLiant DL380 G5 servers. Having had a few bad Dell experiences years ago I had stopped buying PowerEdge machines as I considered their design to be inferior (think PE1850) but I’m pleasantly surprised by these R710 machines.

In the server’s own BIOS options there is a Custom LCD field but entering text here and restarting doesn’t change the panel – it still just shows the Service Tag. Strangely, the iDRAC BIOS doesn’t offer you any control here at all, it just lists what the custom string currently is.

To make matters worse, I had accidentally got the desired result on one of the servers, but couldn’t get the second one configured. The answer lies with the buttons next to the LCD. Though you can view IP settings, temperature, power usage, etc., there is also a Setup option. With 48GB of RAM, each POST of the machine takes about 5 minutes so I had been too cautious to mess about with these options in case I undid some of my initial iDRAC config. I assumed that they would only provide a subset of the BIOS options. Wrong! You needto use the panel – even the iDRAC WebUI doesn’t seem to configure the LCD screen.

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I haven"t found a complete reference of Dell"s proprietary IPMI commands, but according to the documentation I found here, the first invocation of ipmitool puts the supplied string into one of the display"s registers, and the second one flips the display buffer to actually show this.

Operating Systems - Microsoft Windows Server® 2012, Microsoft Windows® Small Business Server 2011, Microsoft Windows Server® 2008 SP2, x86/x64 (x64 includes Hyper-V®), Microsoft Windows Server 2008 R2 SP1, x64 (includes Hyper-V v2), Windows HPC Server 2008 R2, Novell® SUSE® Linux® Enterprise Server, Red Hat® Enterprise Linux®

Systems Management - Dell™ OpenManage™, BMC, IPMI 2.0 compliant, Unified Server Configurator, Lifecycle Controller enabled though optional: iDRAC6 Express, iDRAC6 Enterprise and vFlash media

Rack Support -ReadyRails™ sliding rails with optional cable management arm for 4-post racks (optional adapter brackets required for threaded hole racks); ReadyRails static rails for 2-post and 4-post racks

Availability - Hot-plug hard drives, hot-plug redundant power, ECC memory, Quad-Pack LED lights, LCD display screen, and redundant cooling (availability of some features dependent on chassis selected)