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Named pipes is a protocol developed for local area networks. With named pipes a portion of memory is used by one process to pass information to another process, so that the output of one is the input of the other. The second process can be on the same computer as the first or on a remote networked computer. Named pipes is the default client protocol and one of the default network protocols on Windows systems. Although named pipes is an efficient protocol, it is not usually used for large networks because it does not support routing and gateways. It is also not preferred for use with a slower network because it requires significantly more interaction between the server and the client than do other protocols, such as TCP/IP.
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In SQL Server 2005 the shared memory protocol is implemented as local named pipes and runs in kernel mode, making it extremely fast. Clients using the shared memory protocol can connect only to a SQL Server instance running on the same computer. This limits the usefulness of this protocol and makes it well-suited only for applications that run locally on the database server system and for troubleshooting cases where you suspect that the other protocols are configured incorrectly.
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TCP/IP is one of the most popular network protocols because of the number of platforms on which it runs, its acceptance as a standard, and its high speed. TCP/IP is also the most common network protocol used for Internet traffic, includes standards for routing network traffic, and offers advanced security features. The TCP/IP net-library s rich feature set coupled with its high performance makes it a good choice. The TCP/IP protocol provides many settings to fine tune its performance, which often makes configuration a complex task. Most of the key settings can be altered via SQL Server Configuration Manager, as explained later in this chapter. Other settings not exposed via SQL Server Configuration Manager can be altered using the Windows registry. You should refer to your Microsoft Windows documentation for details about these settings and best practices when making changes directly to the Windows registry.
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The Virtual Interface Adapter (VIA) is a high-performance protocol that requires specialized VIA hardware and can be enabled only with this hardware. It is recommended that you consult your hardware vendor for information about using the VIA protocol.
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Since the shared memory protocol can connect only to a SQL Server instance running on the same computer, its usefulness is limited. On the other hand, the VIA protocol, while high-performing, requires specialized hardware which usually makes it an expensive option and limits its use. This leaves the choice between the named pipes and TCP/IP protocols for most applications. In a fast local area network (LAN) environment, TCP/IP and named pipes clients are comparable in terms of performance. However, the performance difference between the two becomes apparent with slower networks, such as across wide area networks (WANs) because of the different ways the interprocess communication (IPC) mechanisms communicate. For named pipes, network communications are typically more interactive. A server does not send data until the client asks for it using a read command. A network read typically involves a series of peek named pipes messages before it begins to read the data. These can be very costly in a slow network and cause excessive network traffic. With TCP/IP, data transmissions are more streamlined and have less overhead. Data transmissions can also take advantage of TCP/IP performance enhancement mechanisms such as windowing and delayed acknowledgements, which can be very beneficial in a slow network. Depending on the type of applications, such performance differences can be significant. TCP/IP also supports a backlog queue, which can provide a limited
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