Doron Somech <somdo...@gmail.com> writes: > You need to create multiple connections to enjoy the multiple io threads. > > So in the remote/local_thr connect to the same endpoint 100 times and > create 10 io threads.
Fantastic! 10 threads in both remote_thr and local_thr, 10 connect() calls in remote_thr. [bviren@dune dev]$ ./libzmq/perf/.libs/local_thr tcp://10.0.1.117:5200 131072 1000000 0 10 using 10 I/O threads message size: 131072 [B] message count: 1000000 mean throughput: 63112 [msg/s] mean throughput: 66178.185 [Mb/s] 10 threads in both remote_thr and local_thr, 100 connect() calls in remote_thr. [bviren@dune dev]$ ./libzmq/perf/.libs/local_thr tcp://10.0.1.117:5200 131072 1000000 0 10 using 10 I/O threads message size: 131072 [B] message count: 1000000 mean throughput: 91633 [msg/s] mean throughput: 96084.376 [Mb/s] In the second case, the 10 threads in local_thr are using between 50-100% CPU. remote_thr is much less active with about half threads around 50% and half around 10%. Now to see what this does across the spectrum of message sizes! Thanks! -Brett.
signature.asc
Description: PGP signature
_______________________________________________ zeromq-dev mailing list zeromq-dev@lists.zeromq.org https://lists.zeromq.org/mailman/listinfo/zeromq-dev
