High performance setup id ID

High-performance setup

This is exact opposite of low-memory setup and typically you want to follow those tips if you want to further increase ASF performance (in terms of CPU speed), for potential cost of increased memory usage.

ASF already tries to prefer performance when it comes to general balanced tuning, therefore there is not a lot you can do to further increase its performance, although you're not completely out of options either. However, keep in mind that those options are not enabled by default, which means that they're not good enough to consider them balanced for majority of usages, therefore you should decide yourself if memory increase brought by them is acceptable for you.

Runtime tuning (advanced)

Below tricks involve serious memory increase and should be used with caution.

ArchiSteamFarm.runtimeconfig.json allows you to tune ASF runtime, especially allowing you to switch between server GC and workstation GC.

The garbage collector is self-tuning and can work in a wide variety of scenarios. You can use a configuration file setting to set the type of garbage collection based on the characteristics of the workload. The CLR provides the following types of garbage collection:

Workstation garbage collection, which is for all client workstations and stand-alone PCs. This is the default setting for the element in the runtime configuration schema.

Server garbage collection, which is intended for server applications that need high throughput and scalability. Server garbage collection can be non-concurrent or background.

More can be read at fundamentals of garbage collection.

ASF is using workstation garbage collection by default. This is mainly because of a good balance between memory usage and performance, which is good enough for just a few bots, as usually a single concurrent background GC thread is enough to handle memory allocated by ASF.

However, today we have a lot of CPU cores that ASF can greatly benefit from, by having a dedicated GC thread per each CPU core that is available. This can greatly improve the performance during heavy ASF tasks such as parsing badge pages or the inventory. Server GC is recommended for machines with 3 cores and more, workstation GC is automatically forced if your machine has just 1 core, and if you have exactly 2 then you can consider trying both.

You can enable server GC by switching System.GC.Server property of ArchiSteamFarm.runtimeconfig.json from false to true.

Server GC itself does not result in a very huge memory increase by just being active, but it is far more lazy when it comes to giving memory back to OS, that's why usually just setting BackgroundGCPeriod to 1 or 2 should be enough in order to still keep awesome performance that comes from server GC, while forcing it to give back more unused memory to OS in fixed intervals. This is "the best of both worlds" if you want to benefit from server GC performance, but at the same time can't afford that huge memory increase. If memory is not a problem for you (as GC still takes into account available memory and tweaks itself), it's much better to not enable BackgroundGCPeriod at all.

Recommended optimization

Enable server GC by switching System.GC.Server property of ArchiSteamFarm.runtimeconfig.json from false to true. This will enable server GC which can be immediately seen as being active by memory increase compared to workstation GC.
If you can't afford that much memory increase, consider using BackgroundGCPeriod to use "the best of both worlds", although it's much better if you don't need to do that. Server GC is smart enough to use less memory when your OS will truly need it.

If you've enabled server GC and kept BackgroundGCPeriod disabled, then you have superior ASF performance that should be blazing fast even with hundreds or thousands of enabled bots. CPU should not be a bottleneck anymore, as ASF is able to use entire CPU power when needed.