MutterGain

[MutterGain @KusonekoMay]

@nonamemcb Itu pipisnya pas lagi tidur atau pas bangun??

[MutterGain @KusonekoMay]

@kureijiollie @ayunda_risu

[MutterGain @KusonekoMay]

@nonamemcb Ya ujung ujungnya sih gara2 fetish

[MutterGain @KusonekoMay]

@vidiaper__ Bisa gembung banget kayak yang lama gak??

[MutterGain @KusonekoMay]

@xendless_s Inimah infinity castle

[MutterGain @KusonekoMay]

@muse_indonesia

[MutterGain @KusonekoMay]

@nonamemcb Sama bang

[MutterGain @KusonekoMay]

@AokiiBabyy Cek DM bang

[MutterGain @KusonekoMay]

@Laparterussh Hari kebalikan

[MutterGain @KusonekoMay]

@haloopulici

[MutterGain @KusonekoMay]

@sosmedkeras Gw yang beda bahasa aja langsung diejek "bahasa ikan"

[MutterGain @KusonekoMay]

@empty__core Otw topup ewallet

[Elorm Daniel @elormkdaniel]

Why 4 GB RAM on Linux can feel “stronger” than 16 GB on Windows

The reason 4 GB of RAM on Linux can feel better than 16 GB on Windows is mostly about what runs before you even open an app.

When Windows boots, it starts many background services to cover every type of user: updates, indexing, security scans, telemetry, compatibility layers, and UI helpers.

Each one uses a bit of memory, and together they quietly consume several gigabytes while the system is “idle.” Linux takes the opposite approach.

It starts only what is essential and leaves everything else to the user. No constant indexing, no forced telemetry, no background helpers unless you enable them.

So with the same hardware, Windows may already be using a large chunk of RAM at rest, while Linux keeps most of it free for actual work.

That’s why Linux feels faster on low-RAM machines not because Windows is bad, but because Linux simply runs less by default.

[MutterGain @KusonekoMay]

@elormkdaniel Valid argument

[Braindead Bird App @tragicbirdapp]

thinkpad users are different