Using Advanced Format Hard Drives With Windows Home Server — Media. Smart. Server. net. The following is a guest article written by forum member “Tech. Vet” aka James. Thanks to James for sharing his experience with the Windows Home Server Community.

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This past weekend I got my new HP X5. Western Digital Caviar Green EARS drives and I wanted to document some key learnings I took away from the process. The green drives offer real advantages in terms of power savings and cooler operating temperatures, both things that WHS users tend to appreciate since our servers are often running 2. It looks like ALL of Western Digital’s Green Drives now ship with this feature enabled and by default have the timer set to a ridiculously short 8 seconds. The heads come out of park position as soon as drive activity is called for. These cycles are counted on a LCC counter in the drive firmware. It seems that system drives typically have enough constant activity that they rarely seem to park, even at the default setting of 8 seconds.

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While I’m sure the extra speed would not go to waste, I have run the slower Green drives as a system drive in my EX4. Windows Xp Embedded Trial Download. So in the end decided it was easier to just add the jumpers, insert the drives and add them to the pool.

Pre- Installation Steps for Installing Windows Server 2. With the release of Windows Server 2. Core Server installation, using Windows Deployment Services (WDS) as well as unattended installations, upgrades and/or dual boot scenarios. This article will cover the fundamentals of installing a full copy of Windows Server 2. With Windows Server 2. With 2. 00. 8 you will find that not only is it easier to install a Windows Server, but now you have more options that fit your production needs and you can now install (or not install) what it is you want or need. For example, if you wanted to be selective and run a server with the most minimal set of needed services, then you would select the Server Core option when running your installation.

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If you wanted to deploy Windows Server 2. In this article we cover the basic installation options available to you when deploying a full copy of Windows Server 2. Spoon Virtual Application Studio Keygen Torrent there. The article’s goal is to familiarize and acclimate you to the process of deploying Windows Server 2. Note: It is important to note that although 2. Windows in your production environment. It is not supported nor is it a complete product.

As well, you should never rollout any new operating systems (or run upgrades) on production systems or networks without first testing the official release in a test lab to ensure that your applications are compatible, your drivers, your hardware and so on. Preparation Tasks The first step in deploying a Windows Server 2.

There is not enough that can be said about . Make sure that you have all the software you need, appropriate drivers and so on. You should create a checklist or some form of list to help you keep track of what you need, what you need to do and what steps have been accomplished. This is helpful for problems that you may encounter during the installation – you can quickly ascertain the source of the problem when you have a checklist to follow so you can retrace your steps. You should always pre- plan any deployment (no matter how big or small) and run thorough tests so that you know what works and what does not before installing new systems on your network or upgrading older systems as an example.

For another example, when we first started to run Windows Server 2. Longhorn) for testing purposes, it was quickly found that it was extremely difficult to install on an enterprise class server due to the fact that most of the enterprise server hardware vendors had yet to create alternatives to the new release of Windows and most Windows Server 2. Windows, 2. 00. 8.

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One of the biggest earlier issues when testing Windows Server 2. RAID drivers that just ceased the installation completely for lack of support and would cease the ability to continue testing. Some of the ways around this were to virtualize the instance, although this is not going to fit into everyone’s deployment schedule and needs therefore testing on the enterprise class equipment became paramount in our (and other testers) plans.

Planning your deployment when working with an enterprise class server is very important, not planning will cause you to deal with problems as they occur and waste your time (such as hunting down updated drivers). When working with high end equipment, it is common to work directly with the vendors support group to get newly developed drivers that are supported under Windows Server 2. Just as many of us (and I am sure many of you) were testing the beta version of Windows, it was wise to check with HP, Dell and other hardware vendors to see what the availability was (and is) for updated firmware and software from the makers.

Some even offered beta assistance which also proved helpful in testing Windows Server 2. RAID array. So, why so much fuss about a high end system – or one called an ? Simply put, most data centers run their systems on server- class hardware, not PC based hardware. An enterprise class server is a system that is built for large networks and is usually extremely powerful, scalable and redundant. Although it costs more, it gives you more functionality and flexibility when deploying and is extremely easy to fix when problems do arise – the servers can even be kept running without interruption while failed components are replaced and/or fixed. An enterprise class server is able to be scaled up to meet the demands of enterprise class applications, such as SQL Server, Exchange, and application- based middleware. An enterprise class server usually contains advanced hardware and many times, most of these server systems (Dell, HP, IBM, etc) come with their own software tool suites which are used to install drivers and management software into Windows so that Windows can interoperate with the enterprise class hardware.

An example of a high end enterprise class system is the HP DL3. Figure 1. Figure 1: An Enterprise Class Server System In Figure 1, you can see that most, if not all hardware installed on the server is redundant. Redundant power supplies, 2 CPU Slots (one populated), fans and network connections allow for complete failover capabilities and most if not all of these FRUs are modular, hot swappable and built to keep the server running no matter what issue arises. Match this up with redundant UPS connections and you can possible reach 5 nines (9.

One of the main issues you may encounter when installing Windows Server 2. RAID drivers and finding ones that are supported by Windows Server 2. Since the inception of NT 3. In earlier forms of the operating system (as previously mentioned - NT as an example), you had to hit a specific key (F6) to add RAID drivers while installing, force drivers in if not available and fight with the system to get it to function correctly and remain stable. A lot has changed since, but one thing that will never change is when new operating systems come out, the vendors have to keep up and create software to run on the new platform and that process usually takes time and usually never comes out during the beta process of any new release underway – very rarely do you receive fully functional, tested and supported drivers until a full release. That being said, it is possible to create a RAID array if you can find the drivers and a system that will allow for it until the final release of Windows Server 2.

Note: You should make sure that any software tools, firmware and drivers you download and use in their early forms are checked again (and updated if needed) as Windows Server 2. RAID is extremely important to consider and implement when deploying an enterprise class server. Since redundancy is important due to unexpected issues (such as a drive reaching its MTBF) which causes the drive to fail and causes the server to crash, you should consider this when deploying a new server.

RAID is nothing more than a Redundant Array of Inexpensive Disks. Figure 2 shows an example of an Enterprise Class server configured as an array with 6 SCSI hard disks. Figure 3 shows an external RAID array that can be connected via Fiber or SCSI.

Figure 2: Viewing a RAID Array (Internal)Figure 3: Viewing a RAID Array (External)RAID comes in many levels. You can configure RAID in many ways.

Table 1 lists a chart of the most commonly used RAID levels and their fault tolerance (or lack thereof). RAID Level. Type. Fault Tolerant? Disks Needed to Implement RAID 0. Striping No. 2RAID 1. Duplexing. Yes *2.

RAID 0+1. Striping + Duplexing Yes. RAID 5. Striping with Parity. Yes. 3Table 1: Most Commonly used. RAID Levels* Note: Duplexing and Mirroring are similar in that they both use two disks and each carry a copy of the data, the main difference lies in the disk controller.

When two disk controllers are used (one for each disk), this is duplexing. This also increases fault tolerance. When mirroring is used there is only one controller. Although you have two disks in use, your single point of failure becomes the controller itself.

Note:  Striping is commonly used for an increase in performance whereas parity is used to add .