3 | | General Features |
4 | | Open Source Source is available for public scrutiny. |
5 | | High Performance Thousands of calls can be processed per second on a typical Intel P4/2.4GHz desktop machine. More can be expected with proper server hardware and more or higher processor specs. |
6 | | Small Footprint, Very Scalable Scale down to low profile/embedded/small footprint SIP devices, or scale up to servers with mutlple processors using the same SIP stack source tree. |
7 | | Portable |
8 | | |
9 | | 32bit, 64bit, big/little endian, any OS. |
10 | | Extensive Documentation There can never be enough documentation, so we try to provide readers with hundreds of pages worth of documentations (some are generated from the source, some are handwritten documents). |
| 3 | == General Features == |
| 4 | ||Open Source|| Source is available for public scrutiny. |
| 5 | ||High Performance|| Thousands of calls can be processed per second on a typical Intel P4/2.4GHz desktop machine. More can be expected with proper server hardware and more or higher processor specs.|| |
| 6 | ||Small Footprint, Very Scalable|| Scale down to low profile/embedded/small footprint SIP devices, or scale up to servers with mutlple processors using the same SIP stack source tree.|| |
| 7 | ||Portable|| 32bit, 64bit, big/little endian, any OS.|| |
| 8 | ||Extensive Documentation There can never be enough documentation, so we try to provide readers with hundreds of pages worth of documentations (some are generated from the source, some are handwritten documents).|| |