System Monitoring CenterLinux
vs
Process LassoWindows
System Monitoring Center como alternativa Linux ao Process Lasso
Atualizado em
Nossa avaliação
System Monitoring Center can replace Process Lasso for users who need real‑time monitoring and basic process control on Linux. It shows CPU, RAM, disk, network and GPU usage, lets you adjust priorities and affinity, and has a low‑overhead GUI. It is best suited for desktop users who want a single, native tool rather than a full‑blown process‑management suite. Advanced features like aggressive CPU throttling or deep automation hooks are limited compared to Process Lasso.
- Licença
- GPL-3.0
- Preço
- Grátis
- Versão mais recente
- 3.4.1 (25 de maio de 2026)
- Avaliação
- —
O que funciona igual
- Both provide real‑time CPU and memory monitoring per process
- Both allow manual priority and CPU affinity adjustments
- Both offer a user‑friendly graphical interface
- Both aim to keep the system responsive by limiting resource usage
O que muda
- System Monitoring Center does not support automatic priority or CPU throttling policies; it relies on manual changes
- It lacks Process Lasso’s advanced automation scripting and rule engine
- Process Lasso can limit memory usage per process; System Monitoring Center does not have a memory‑limit feature
- Process Lasso offers a Windows‑specific integration with Windows services; System Monitoring Center manages systemd services only
- Process Lasso has a broader set of performance‑optimization options for Windows workloads
Abrindo seus arquivos do Process Lasso
Process Lasso uses proprietary .plx configuration files that cannot be read or exported by System Monitoring Center. There is no direct way to import Process Lasso settings into System Monitoring Center; users must reconfigure manually.
Trocando o Process Lasso pelo System Monitoring Center, passo a passo
- 1. Install System Monitoring Center from your distro’s package manager or Flathub.
- 2. Open the application and enable the CPU, RAM, disk, network, and GPU tabs to view real‑time metrics.
- 3. In the process list, right‑click a process to set its priority (nice value) or CPU affinity manually.
- 4. Use the systemd service control panel to stop or start services that were managed by Process Lasso.
- 5. If you used Process Lasso’s automation scripts, rewrite them using shell scripts that call
reniceortasksetandsystemctlas needed. - 6. Verify that the system remains responsive after applying the new settings.
Principais recursos do System Monitoring Center
- Monitoramento de CPU, RAM, disco, rede, GPU
- Árvore de processos e visualização em lista
- Controle de serviços systemd
- Integração com PolicyKit (sem sudo)
- Gráficos interativos com consulta de ponto
- Seleção de hardware (núcleos, discos, NICs, GPUs)
- Baixo overhead de CPU
- Suporte a ARM
Como instalar o System Monitoring Center no Linux
flatpak install flathub io.github.hakandundar34coding.system-monitoring-centerPerguntas frequentes
Does System Monitoring Center support automatic CPU throttling like Process Lasso?
No, it only offers manual priority and affinity changes. Automatic throttling rules are not implemented.
Can I use System Monitoring Center on ARM devices?
Yes, it supports ARM architectures and will display CPU, RAM, disk, network, and GPU data where available.
Is the Flatpak version suitable for system‑wide monitoring?
The Flatpak version runs with host permissions to access performance data, but it may have slightly higher startup time and memory usage compared to the native package.