Open robaho opened 1 month ago
I think I see the issue. I don't think the website is working properly. I think it is showing cloud results for the physical as they are the same.
Strangely though, the official benchmarks do not show any results for Cloud
for plaintext
or json serialization
.
There is currently no cloud environment.
The current environment is 40gbit.
Have to update the docs.
There is currently no cloud environment.
The current environment is 40gbit.
Have to update the docs.
When you click cloud, the results should probably be empty then to not confuse people.
Can you provide more details on how these numbers are achieved? Thanks.
There are many explanations here: https://github.com/TechEmpower/FrameworkBenchmarks/issues/7402
Here I repeated the results on 99% identical hardware for the libreactor
framework: https://github.com/TechEmpower/FrameworkBenchmarks/issues/7402#issuecomment-1482918369
There I also showed the throughput when using a 25Gbit network: 21387110 req/sec
Can you provide more details on how these numbers are achieved? Thanks.
There are many explanations here: #7402
Here I repeated the results on 99% identical hardware for the
libreactor
framework: #7402 (comment)There I also showed the throughput when using a 25Gbit network: 21387110 req/sec
Understood. The docs stated it was 10gbit Ethernet which is what made them infeasible.
The vast majority of the
plaintext
results are not possible on 10 Gbit ethernet.The maximum transfer speed of 10gbit ethernet is 1,250 megabytes per second.
The minimum valid http response for
plaintext
is 142 bytes, the headers are 129 bytes, and the payload 13 bytes.You could reduce it a bit will a smaller server name.
so, the top result of
28,733,734
bymrhttp
is not possible, as this would equate to:28733734 142 / (10241024) = 3891 megabytes per second
The approximate theoretical maximum requests per second between a single client and single server machine on 10gbit ethernet is 9230422 requests per second - which would mean everything above 70th place is impossible. This also assumes that the packet rate is not exceeded (i.e. that every ethernet frame is filled to capacity).
The only way this would be possible is using multiple coordinated client machines with dedicated ethernet connections to multiple server machines - but the
latest environment
documentation does not describe this as being the case.Can you provide more details on how these numbers are achieved? Thanks.