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@ -183,7 +183,7 @@ Please select by your language:
* v3.0, 2017-03-26, Fix [#820][bug #820], extract service for modules. 3.0.21
* v3.0, 2017-03-02, Fix [#786][bug #786], simply don't reuse object. 3.0.20
* v3.0, 2017-03-01, For [#110][bug #110], refine thread object. 3.0.19
* v3.0, 2017-02-12, Fix [#301][bug #301], User must config the codec in right way for HLS. 3.0.18
* v3.0, 2017-02-12, Fix [#301][bug #301], user must config the codec in right way for HLS. 3.0.18
* v3.0, 2017-02-07, fix [#738][bug #738] support DVR general mp4. 3.0.17
* v3.0, 2017-01-19, for [#742][bug #742] refine source, meta and origin hub. 3.0.16
* v3.0, 2017-01-17, for [#742][bug #742] refine source, timeout, live cycle. 3.0.15
@ -646,7 +646,7 @@ Please select by your language:
### Compare
Compare SRS with other media server, more compare please read Product([CN][v1_CN_Compare]/[EN][v1_EN_Compare]).
Comparing with other media servers, SRS looks better and stronger from most points of view, please read Product([CN][v1_CN_Compare]/[EN][v1_EN_Compare]).
#### Stream Delivery
@ -729,24 +729,24 @@ Compare SRS with other media server, more compare please read Product([CN][v1_CN
Remark:
1. Concurrency: The concurrency of single process.
1. MultipleProcess: SRS is single process, while [go-oryx][oryx] is a MultipleProcess SRS.
1. HLS aonly: The HLS audio only streaming delivery.
1. BW check: The bandwidth check.
1. Security: To allow or deny stream publish or play.
1. Reload: Nginx supports reload, but not nginx-rtmp.
1. Concurrency: We only benchmark the concurrency of single process.
1. MultipleProcess: SRS support multiple processes by [go-oryx][oryx].
1. HLS aonly: HLS supports delivering in audio only without video stream.
1. BW check: The bandwidth check feature is used to detect the bandwidth between server and client.
1. Security: The security includes access control, token authentication and referer check.
1. Reload: SRS and Nginx support reload, but nginx-rtmp doesn't.
### Performance
Performance benchmark history, on virtual box.
The performance benchmark data and corelative commits are listed here.
* See also: [Performance for x86/x64 Test Guide][v1_CN_Performance]
* See also: [Performance for RaspberryPi][v1_CN_RaspberryPi]
* About multiple-process performance, read [go-oryx][oryx].
* See also: [Performance for x86/x64 Test Guide][v1_CN_Performance].
* See also: [Performance for RaspberryPi][v1_CN_RaspberryPi].
* For multiple processes performance, read [go-oryx][oryx].
#### Play RTMP benchmark
The play RTMP benchmark by [SB][srs-bench]:
The data for playing RTMP was benchmarked by [SB][srs-bench]:
| Update | SRS | Clients | Type | CPU | Memory | Commit |
@ -766,7 +766,7 @@ The play RTMP benchmark by [SB][srs-bench]:
#### Publish RTMP benchmark
The publish RTMP benchmark by [SB][srs-bench]:
The data for publishing RTMP was benchmarked by [SB][srs-bench]:
| Update | SRS | Clients | Type | CPU | Memory | Commit |
| ------------- | --------- | ------------- | ------------- | --------- | -------- | ------------ |
@ -782,7 +782,7 @@ The publish RTMP benchmark by [SB][srs-bench]:
#### Play HTTP FLV benchmark
The play HTTP FLV benchmark by [SB][srs-bench]:
The data for playing HTTP FLV was benchmarked by [SB][srs-bench]:
| Update | SRS | Clients | Type | CPU | Memory | Commit |
@ -804,13 +804,13 @@ The latency between encoder and player with realtime config([CN][v3_CN_LowLatenc
| 2014-12-12 | 2.0.70 |[0.1s][p13]|[0.4s][p14]| 1.0s | 0.9s |
| 2014-12-16 | 2.0.72 | 0.1s | 0.4s |[0.8s][p15]|[0.6s][p16]|
We use FMLE as encoder for benchmark. The latency of server is 0.1s+,
and the bottleneck is the encoder. For more information, read
We used FMLE as encoder for benchmark. The latency of server was 0.1s+,
and the bottleneck was the encoder. For more information, read
[bug #257][bug #257-c0].
#### HLS overhead
About the HLS overhead of SRS, we compare the overhead to FLV by remux the HLS to FLV by ffmpeg.
About the overhead of HLS overhead, we compared FFMPEG and SRS.
| Bitrate | Duration | FLV(KB) | HLS(KB) | Overhead |
| ------- | -------- | ------- | -------- | --------- |
@ -834,7 +834,7 @@ About the HLS overhead of SRS, we compare the overhead to FLV by remux the HLS t
The HLS overhead is calc by: (HLS - FLV) / FLV * 100%.
The overhead is larger than this benchmark(48kbps audio is best overhead), for we fix the [#512][bug #512].
The overhead should be larger than this benchmark(48kbps audio is best overhead), for we fix the [#512][bug #512].
## Architecture