Although there are few technical limits to the type and size of data an application can store in the registry, certain practical guidelines exist to promote system efficiency. An application should store configuration and initialization data in the registry, and store other kinds of data elsewhere. Generally, data consisting of more than one or two kilobytes K should be stored as a file and referred to by using a key in the registry rather than being stored as a value.
Instead of duplicating large pieces of data in the registry, an application should save the data as a file and refer to the file. Executable binary code should never be stored in the registry. A value entry uses much less registry space than a key. To save space, an application should group similar data together as a structure and store the structure as a value rather than storing each of the structure members as a separate key.
Storing the data in binary form allows an application to store data in one value that would otherwise be made up of several incompatible types. I have already reinstalled once and I will be trying to upgrade to Enterprise to see if it makes a difference. I may have never tried to put more than 5 drives in a Standard install. It's almost as if several of the disks are assigned the same drive letter by the OS.
When you remove one, the other shows up. As far as I know there is no limitation of the number of spindles that server can identify and if there is, it's probably some ridiculously high number. If you're asking for technical help, please be sure to include all your system info, including operating system, model number, and any other specifics related to the problem. Also please exercise your best judgment when posting in the forums--revealing personal information such as your e-mail address, telephone number, and address is not recommended.
Please note: Do not post advertisements, offensive material, profanity, or personal attacks. Please remember to be considerate of other members. LBA0 represents the first logical sector of the device, and the last LBA designation represents the last logical sector of the device, one label per sector. To determine the capacity of the storage device, you multiply the number of logical sectors within the device by the size of each logical sector.
The current size standard is bytes. For example, to achieve a device that has a capacity of 2 TB, you must have 3,,, byte sectors. However, a computer system requires 32 bits 1 s and 0 s of information to represent this large number. Therefore, any storage capacity that is greater than what can be represented by using 32 bits would require an additional bit.
That is, 33 bits. The problem in this computation is that the partitioning scheme that is used by most modern Windows-based computers is MBR master boot record. This scheme sets a limit of 32 for the number of bits that are available to represent the number of logical sectors.
The 2-TB barrier is the result of this bit limitation. Because the maximum number that can be represented by using 32 bits is 4,,,, it translates to 2. Therefore, a capacity beyond 2. To make more bits available for addressing, the storage device must be initialized by using GPT. This partitioning scheme lets up to 64 bits of information be used within logical sectors. It translates to a theoretical limitation of 9.
By default, many current systems can support UEFI. Microsoft expects that most future systems will have this support. Customers should consult with their system vendor to determine the ability of their systems to support UEFI and disks that have storage capacities that are greater than 2 TB. For a system to be able to address the maximum capacity of a device that has a storage capacity of more than 2 TB, the following prerequisites apply:.
The Windows version must be one of the following bit or bit, unless otherwise noted, but including all SKU editions :. The latest storage drivers from your storage controller manufacturer must be installed. For example, if your system uses an Intel storage controller that is set to "RAID" mode, make sure that you have the latest applicable drivers from the Intel support site.
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