Difference between revisions of "H323 pass-through test"
From Kolmisoft Wiki
Jump to navigationJump to search
(→Server) |
|||
| Line 8: | Line 8: | ||
* Protocol: H323 | * Protocol: H323 | ||
* Codec G711 | * Codec G711 | ||
* The NuFone Network's OpenH323 Channel Driver | |||
* openh323_v1_18_0 | |||
* pwlib_v1_10_0 | |||
* Test schema: originator(playback) ---> Our test server ---> terminator(playback) | * Test schema: originator(playback) ---> Our test server ---> terminator(playback) | ||
Revision as of 15:29, 6 February 2009
Server
- Intel® Xeon® Processor 5030 (4M Cache, 2.66 GHz, 667 MHz FSB)
- 4 gb ram
- Hardware RAID 10 128 MB cash SATA 4 x 250 GB 7200 RPM
- Asterisk 1.4.18.1
- MOR 0.8 pre17
- Protocol: H323
- Codec G711
- The NuFone Network's OpenH323 Channel Driver
- openh323_v1_18_0
- pwlib_v1_10_0
- Test schema: originator(playback) ---> Our test server ---> terminator(playback)
Call file used
- Channel:Local/99555272804@mor
- MaxRetries:1
- RetryTime:60
- WaitTime:30
- Account:2823
- Context:test
- Extension:111
- Priority:1
Conclusion
We reached 120 sim. calls because our originator could not make more calls. (Later will try with more powerful server).
Tests shown that 1 H323 pass-through call takes ~1% of CPU power of this server.
Theoretically ~350 calls can be reached on this server.
Screenshots
- top, 10 calls
- top, 20 calls
- top, 30 calls
- top, 40 calls
- top, 50 calls
- top, 60 calls
- top, 70 calls
- top, 80 calls
- top, 90 calls
- top, 100 calls
- asterisk, 100 calls
- top, 110 calls
- top, 120 calls
- asterisk, 120 calls
