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is spread over eight rows in MSrepl_commands. When the text is being replicated, there is overhead not only when the command is read out of the Publisher s log and broken into eight commands in MSrepl_commands, but there is also overhead for the Distribution Agent in assembling these eight commands into one insert statement to apply on the Subscriber. Unfortunately there is no easy way of getting around the overhead, other than using vertical filtering to avoid replicating text columns. On the newsgroups I frequently encounter misconceptions about the max text repl size (B) option, the value of which can be set using sp_configure. The misconception is that this setting somehow helps when replicating text. Some people think that if you are replicating text values larger than the setting of max text repl size, then the value is not replicated; others think that special optimizations kick in. In actuality your insert or update statement will fail with this message: Length of text, ntext, or image data (x) to be replicated exceeds configured maximum 65536. Although you can use this option to avoid the expense of replicating large text values, ensure that your application can handle the error that is raised.

Grounded Cathode Figure 29-4 is a simplified schematic diagram of a grounded-cathode circuit using a triode tube This circuit is the basis for many tube-type RF power amplifiers and audio amplifiers The input impedance is moderate, and the output impedance is high Impedance matching between the amplifier and the load can be obtained by tapping a coil in the output circuit, or by using a transformer Grounded Grid Figure 29-5 shows a basic grounded-grid RF amplifier circuit The input impedance is low, and the output impedance is high The output impedance is matched by the same means as with the grounded-cathode arrangement The grounded-grid configuration requires more driving (input) power than the grounded-cathode scheme A grounded-cathode amplifier might produce 1 kW of

Figure 9-1

This is a catch-22. The agents need to log minimal replication activity so that the replication subsystem can detect hung agents. However, logging itself will degrade replication performance. Figure 1 illustrates the impact of various settings of the HistoryVerboseLoggingLevel when replicating 10,000 singleton insert statements. The y axis is worker time (ms), and the x axis is OutputVerboseLevel. Notice how a setting for HistoryVerboseLevel of 0 and using the default for OutputVerboseLevel (1) will give you the best performance and replicate 20 percent faster than its nearest competitor; 20 percent faster meant a total of 18,356 transactions per second. The characteristics are completely different for 100 transactions of 100 singleton inserts as displayed in figure 2. The y axis is worker time, and the x axis is OutputVerboseLevel.

1400 1200 1000 800 600 400 200 0 1 2 3

(continued)

RF output for 10-W input, but a grounded-grid amplifier needs 50 W to 100 W of drive to produce 1 kW of RF output A grounded-grid amplifier has a significant advantage, however: it is less likely to break into unwanted oscillation than a grounded-cathode circuit

Figure 1 The effect of HistoryVerboseLevel and OutputVerboseLevel settings on a workload of 10,000 singleton inserts

shown in boldface here:

1400 1200 1000 800 600 400 200 0 1

Plate Voltage The plate voltages (+600 V dc) in the circuits of Figs 29-4 and 29-5 are given as examples The amplifiers shown could produce 75- to 150-W signal output provided they receive sufficient drive and are properly biased An amplifier rated at 1-kW output would require a plate voltage of +2 kV dc to +5 kV dc In high-power radio and TV broadcast transmitters producing in excess of 50-kW RF output, even higher dc plate voltages are used

Figure 2 The effect of HistoryVerboseLevel and OutputVerboseLevel settings on a workload of 100 transactions of 100 singleton inserts

set loopTimes to choose from list {"1", "2", "3", "4", "5", "6", "7", "8", "9", "10"} with prompt "Open this many TextEdit documents:"

Notice how the default settings (HistoryVerboseLevel = 1, and OutputVerboseLevel = 1) are optimal for this workload. You ll need to create custom profiles and adjust them for your workload. A setting for HistoryVerboseLevel of 0 means no history, 1 means only the current history is retained, and 2 means that all history will be retained. An OutputVerboseLevel setting of 1 means minimal output, 2 means detailed output, and 3 means debugging information is included in the output. The above examples occur when you run the Distribution Agent from the command line. For comparative purposes, when you run in SQL Server Management Studio using the defaults, the maximum number of commands per second on the same test system is 7,892. We get a performance boost of 25 percent when we run the agents from the command line; this is because of the overhead in running and monitoring the agents from within SQL Server. If you run your agents from the command line, you ll have to roll your own monitoring agent to ensure that the agents are not hung, and there are no errors. As the performance improvements are significant, this is definitely an option to use in environments requiring minimal latency.

Many TV receivers, and some desktop computer monitors, use cathode-ray tubes (CRTs) So do older oscilloscopes, spectrum analyzers, and radar sets