Originally posted by victordb
Don't use it, it does not handle workload well at all.
Just stumbled upon this post. It seems ou never tried Xitami so I'm offering a little answer, based on reviews by ohers and my own 4 year experience with the server. Well, actually there is little to say about experience. I installed it, configured with PHP and in 4 years I had one Xitami crash due to a faulty PHP code I wrote. The thing just runs, serving 5000 to 10000 requests per day 24/7 since Nov 1999 on a P2@300MHz with 256 RAM. OK, I took Xitami down once for an upgrade. Took me about 2 minutes and the site was back online.
Now, some quotes by others who performed formal tests:
CPU usage, from UNIX Review February 2003
As an administrator of 40+ servers running Apache, I was interested in comparing Xitami's performance to Apache under heavy load. I set up a "Web site hammer," which is nothing more than a series of Unix boxes running forked instances of lynx. With a 100-Mbps NIC installed on each client, I pointed the "hammers" at the Web server and generated about 1,000 hits per second. Next, I ran the "top" utility to measure the CPU usage. At an estimated 1,000 hits per second, over a period of five minutes, the CPU usage under Xitami was only 53%, while Apache saturated at 90%.
Benchmarks
Ready for the benchmarks? Are you sitting down? If not, please do. All three servers were set up on the same machine from Pogo, an Athlon 750 with 256 MB of RAM. I started, tested, and shut down each server one at a time. I used the httperf benchmarking software, and the command for the single test looked like this, which makes httperf generate a total of 10 sessions at a rate of one session per second (each session consisting of five calls spaced two seconds apart).
For a harsher test, I used this command, which makes httperf generate a total of 1,000 sessions at a rate of one session per second (each session consisting of 100 calls spaced one second apart).
For example, look at the Request Rate data. From Windows Apache, we see 46.6 requests per second at 21.4 milliseconds per request. From Linux Apache, we see a marked improvement of 91.1 requests per second at 11.0 milliseconds per request. IIS responds only a tenth of a request per second behind Linux Apache, with 91.0 requests per second at 11.0 milliseconds per request.
Jump over to Xitami and the improvement is exponential. Under Windows, Xitami handled 180.7 requests per second at 5.5 milliseconds per request.
Finally, Linux Xitami took up 181.1 requests per second at 5.5 milliseconds per request. The jump from the slowest (Apache running under Windows) to the fastest (Xitami running under Linux) is a 74.3 percent improvement.
full article ( a year older than your post is at
http://www.zdnet.com.au/news/business/0,39023166,20262449,00.htm