Fecth complete system information from multiple servers
This one line DOS script fetches Hardware Make and Model
OS Name, Edition (for 2003) and version
System Uptime
Processors,
RAM etc.
2008-10-20
354 reads
Hardware
SQL Server local disk storage to SANs
Storage area networks (SANs) improve SQL Server performance. Set up SANs on SQL Server with these best practices on migrating to, and configuring SANs.
2008-07-07
4,584 reads
SAN basics every SQL Server DBA must know
Learn storage area network (SAN) basics that SQL Server DBAs must know. Understand SQL storage concerning RAID levels, redundancy and snapshots vs. backups.
2008-06-16
5,193 reads
Deployments and Tests in an iSCSI SAN
This paper describes the deployment and testing results of SQL Server 2005 using the Microsoft iSCSI Initiator with an EqualLogic iSCSI SAN. It helps you understand best practices and the benefits of using an iSCSI SAN with SQL Server 2005.
2008-02-08
2,157 reads
Which is Faster: SAN or Directly-Attached Storage?
Or should I place my database files on SAN or directly-attached storage? This is a frequently asked question. It comes up repeatedly in public newsgroups, email discussion lists, and private meetings with customers who are concerned with database performance.
2008-02-05
6,673 reads
RAID Scaling Charts, Part 3: 4-128 kB Stripes Compared
This is the third article that deals with analyzing the various possibilities involving various RAID setups and differing numbers of hard drives. We used the same hard disks again here: eight Samsung HM321KJ SATA/300 drives powered all of the possible RAID 0, RAID 5 and RAID 6 setups, with from three to as many as eight hard drives configured to use stripe sizes of 4 to 128 kB.
2007-12-19
2,353 reads
RAID Scaling Charts, Part 2: RAID 5 And RAID 6
For our RAID tests, we once again use Samsung HM321KJ SATA/300 drives. This time, we benchmarked RAID 5 and RAID 6 setups with three to eight hard drives.
2007-12-18
2,724 reads
RAID Scaling Charts, Part 1
Most enthusiast and mainstream users would consider setting up a RAID array mainly for performance reasons - few really care about data safety. For this reason, the majority of arrays installed consists of only two drives, which run a simple RAID 0 stripe set. Haven't you ever asked yourself how these RAID arrays scale as you increase the number of hard drives?
2007-12-17
2,911 reads
Build a Green Datacenter
Green is the hot topic these days, and the concept is having an impact on the way people think about datacenters. Companies around the world are announcing ways to save energy and reduce
2007-10-11
1,178 reads
2007-05-16
1,688 reads
Blogs
FIRST_VALUE vs. Min: #SQLNewBlogger
By Steve Jones
I had mentioned some new T-SQL functions for SQL Server 2022 and a commenter...
Explicitly Defining Values in an IN Clause VS Putting Them into a Temp Table and Use a Semi-Join
This post comes off the back of my last, where I looked at issues...
AI Step 1
By Vinay Thakur
As this is an Artificial Intelligence (AI) World, things are changing. We can see that...
Forums
Networking Devices in Ellington, CT | Legacy Technology, Inc
In today’s connected world, a reliable network is the backbone of any successful business....
Cannot install development version.
A while into install I get a Microsoft OLE DB Driver for SQL Server....
More Funny SELECTs
Comments posted to this topic are about the item More Funny SELECTs
Question of the Day
More Funny SELECTs
What does this code return?
SELECT
( SELECT COUNT (*), MAX(soh.OrderDate) AS latestorder
FROM Sales.SalesOrderHeader AS soh
WHERE
soh.OrderDate > '01/01/2011'
AND soh.OrderDate < '01/01/2012') AS OrdersIn2000
, ( SELECT COUNT (*), MAX(soh.OrderDate) AS latestorder
FROM Sales.SalesOrderHeader AS soh
WHERE
soh.OrderDate > '01/01/2012'
AND soh.OrderDate < '01/01/2013') AS OrdersIn2001
, ( SELECT COUNT (*), MAX(soh.OrderDate) AS latestorder
FROM Sales.SalesOrderHeader AS soh
WHERE
soh.OrderDate > '01/01/2013'
AND soh.OrderDate < '01/01/2014') AS OrdersIn2002;
GO See possible answers