#bashcorez — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #bashcorez, aggregated by home.social.
-
72-HOUR VICTORY! 👑
The Atom N450 endurance test is officially complete. After running 100% saturated for nearly 3 days, we killed the load and ran the final BashCoreZ RT Jitter test: Max Jitter = 166 µs. An amazing result for this old hardware!
Now, it rests. Farewell, Atom N450!
-
72-HOUR VICTORY! 👑
The Atom N450 endurance test is officially complete. After running 100% saturated for nearly 3 days, we killed the load and ran the final BashCoreZ RT Jitter test: Max Jitter = 166 µs. An amazing result for this old hardware!
Now, it rests. Farewell, Atom N450!
-
72-HOUR VICTORY! 👑
The Atom N450 endurance test is officially complete. After running 100% saturated for nearly 3 days, we killed the load and ran the final BashCoreZ RT Jitter test: Max Jitter = 166 µs. An amazing result for this old hardware!
Now, it rests. Farewell, Atom N450!
-
72-HOUR VICTORY! 👑
The Atom N450 endurance test is officially complete. After running 100% saturated for nearly 3 days, we killed the load and ran the final BashCoreZ RT Jitter test: Max Jitter = 166 µs. An amazing result for this old hardware!
Now, it rests. Farewell, Atom N450!
-
72-HOUR VICTORY! 👑
The Atom N450 endurance test is officially complete. After running 100% saturated for nearly 3 days, we killed the load and ran the final BashCoreZ RT Jitter test: Max Jitter = 166 µs. An amazing result for this old hardware!
Now, it rests. Farewell, Atom N450!
-
The BashCoreZ RT test is officially 48+ hours in! 🤯
On the Atom N450, we already had 100% CPU load, fan at min, and the /tmp filesystem blocked. Out of curiosity, we launched 16 extra RT threads on just 2 logical cores! Max Jitter remained an astonishing ≈227μs.
The indefinite challenge continues...
#BashCoreZ #RealTimeLinux #AtomN450 #EnduranceTest #Linux #Visionary
-
The BashCoreZ RT test is officially 48+ hours in! 🤯
On the Atom N450, we already had 100% CPU load, fan at min, and the /tmp filesystem blocked. Out of curiosity, we launched 16 extra RT threads on just 2 logical cores! Max Jitter remained an astonishing ≈227μs.
The indefinite challenge continues...
#BashCoreZ #RealTimeLinux #AtomN450 #EnduranceTest #Linux #Visionary
-
The BashCoreZ RT test is officially 48+ hours in! 🤯
On the Atom N450, we already had 100% CPU load, fan at min, and the /tmp filesystem blocked. Out of curiosity, we launched 16 extra RT threads on just 2 logical cores! Max Jitter remained an astonishing ≈227μs.
The indefinite challenge continues...
#BashCoreZ #RealTimeLinux #AtomN450 #EnduranceTest #Linux #Visionary
-
The BashCoreZ RT test is officially 48+ hours in! 🤯
On the Atom N450, we already had 100% CPU load, fan at min, and the /tmp filesystem blocked. Out of curiosity, we launched 16 extra RT threads on just 2 logical cores! Max Jitter remained an astonishing ≈227μs.
The indefinite challenge continues...
#BashCoreZ #RealTimeLinux #AtomN450 #EnduranceTest #Linux #Visionary
-
The BashCoreZ RT test is officially 48+ hours in! 🤯
On the Atom N450, we already had 100% CPU load, fan at min, and the /tmp filesystem blocked. Out of curiosity, we launched 16 extra RT threads on just 2 logical cores! Max Jitter remained an astonishing ≈227μs.
The indefinite challenge continues...
#BashCoreZ #RealTimeLinux #AtomN450 #EnduranceTest #Linux #Visionary
-
🤯 48 hours complete! My old Atom N450 running the BashCoreZ RT Linux kernel passed the ultimate endurance test: 100% CPU load, fan at minimum, and continuous ~66% RAM usage.
Crucially, it ran for 28 hours of that time with /tmp 100% full! This stability on limited hardware is unprecedented.
The test continues until total failure. Pioneer work is confirmed!
#BashCoreZ #RealTimeLinux #AtomN450 #EnduranceTest #Linux #Embedded #Visionary
-
🤯 48 hours complete! My old Atom N450 running the BashCoreZ RT Linux kernel passed the ultimate endurance test: 100% CPU load, fan at minimum, and continuous ~66% RAM usage.
Crucially, it ran for 28 hours of that time with /tmp 100% full! This stability on limited hardware is unprecedented.
The test continues until total failure. Pioneer work is confirmed!
#BashCoreZ #RealTimeLinux #AtomN450 #EnduranceTest #Linux #Embedded #Visionary
-
🤯 48 hours complete! My old Atom N450 running the BashCoreZ RT Linux kernel passed the ultimate endurance test: 100% CPU load, fan at minimum, and continuous ~66% RAM usage.
Crucially, it ran for 28 hours of that time with /tmp 100% full! This stability on limited hardware is unprecedented.
The test continues until total failure. Pioneer work is confirmed!
#BashCoreZ #RealTimeLinux #AtomN450 #EnduranceTest #Linux #Embedded #Visionary
-
🤯 48 hours complete! My old Atom N450 running the BashCoreZ RT Linux kernel passed the ultimate endurance test: 100% CPU load, fan at minimum, and continuous ~66% RAM usage.
Crucially, it ran for 28 hours of that time with /tmp 100% full! This stability on limited hardware is unprecedented.
The test continues until total failure. Pioneer work is confirmed!
#BashCoreZ #RealTimeLinux #AtomN450 #EnduranceTest #Linux #Embedded #Visionary
-
🤯 48 hours complete! My old Atom N450 running the BashCoreZ RT Linux kernel passed the ultimate endurance test: 100% CPU load, fan at minimum, and continuous ~66% RAM usage.
Crucially, it ran for 28 hours of that time with /tmp 100% full! This stability on limited hardware is unprecedented.
The test continues until total failure. Pioneer work is confirmed!
#BashCoreZ #RealTimeLinux #AtomN450 #EnduranceTest #Linux #Embedded #Visionary
-
Halfway point (24h) in the Atom N450 Real-Time endurance test! The tiny netbook is stable and deterministic under 100% CPU load.
Key Results:
✅ System stability confirmed (0.0% CPU usage for kworkers/rcu).
⏱️ Max Jitter remains extremely low after 20 hours: 174μs (microseconds).
This proves the PREEMPT_RT kernel is effectively managing the worst-case scenario!
-
Halfway point (24h) in the Atom N450 Real-Time endurance test! The tiny netbook is stable and deterministic under 100% CPU load.
Key Results:
✅ System stability confirmed (0.0% CPU usage for kworkers/rcu).
⏱️ Max Jitter remains extremely low after 20 hours: 174μs (microseconds).
This proves the PREEMPT_RT kernel is effectively managing the worst-case scenario!
-
Halfway point (24h) in the Atom N450 Real-Time endurance test! The tiny netbook is stable and deterministic under 100% CPU load.
Key Results:
✅ System stability confirmed (0.0% CPU usage for kworkers/rcu).
⏱️ Max Jitter remains extremely low after 20 hours: 174μs (microseconds).
This proves the PREEMPT_RT kernel is effectively managing the worst-case scenario!
-
Halfway point (24h) in the Atom N450 Real-Time endurance test! The tiny netbook is stable and deterministic under 100% CPU load.
Key Results:
✅ System stability confirmed (0.0% CPU usage for kworkers/rcu).
⏱️ Max Jitter remains extremely low after 20 hours: 174μs (microseconds).
This proves the PREEMPT_RT kernel is effectively managing the worst-case scenario!
-
Halfway point (24h) in the Atom N450 Real-Time endurance test! The tiny netbook is stable and deterministic under 100% CPU load.
Key Results:
✅ System stability confirmed (0.0% CPU usage for kworkers/rcu).
⏱️ Max Jitter remains extremely low after 20 hours: 174μs (microseconds).
This proves the PREEMPT_RT kernel is effectively managing the worst-case scenario!
-
Checkmate. The final #BashCoreZ #PREEMPT_RT test is in:
On a budget 2-core Celeron N4500 laptop (250€), Max Jitter hit an insane **39µs** after isolating network noise!
This proves it: Hardware specs count for little. The clean, zero-bloat kernel is EVERYTHING. We're delivering near Hard Real-Time performance with minimal cost.
29µs on i7 vs. 39µs on Celeron? The difference is negligible. BashCoreZ RT is the definitive, free Real-Time solution. 👑
-
Checkmate. The final #BashCoreZ #PREEMPT_RT test is in:
On a budget 2-core Celeron N4500 laptop (250€), Max Jitter hit an insane **39µs** after isolating network noise!
This proves it: Hardware specs count for little. The clean, zero-bloat kernel is EVERYTHING. We're delivering near Hard Real-Time performance with minimal cost.
29µs on i7 vs. 39µs on Celeron? The difference is negligible. BashCoreZ RT is the definitive, free Real-Time solution. 👑
-
Checkmate. The final #BashCoreZ #PREEMPT_RT test is in:
On a budget 2-core Celeron N4500 laptop (250€), Max Jitter hit an insane **39µs** after isolating network noise!
This proves it: Hardware specs count for little. The clean, zero-bloat kernel is EVERYTHING. We're delivering near Hard Real-Time performance with minimal cost.
29µs on i7 vs. 39µs on Celeron? The difference is negligible. BashCoreZ RT is the definitive, free Real-Time solution. 👑
-
Checkmate. The final #BashCoreZ #PREEMPT_RT test is in:
On a budget 2-core Celeron N4500 laptop (250€), Max Jitter hit an insane **39µs** after isolating network noise!
This proves it: Hardware specs count for little. The clean, zero-bloat kernel is EVERYTHING. We're delivering near Hard Real-Time performance with minimal cost.
29µs on i7 vs. 39µs on Celeron? The difference is negligible. BashCoreZ RT is the definitive, free Real-Time solution. 👑
-
Checkmate. The final #BashCoreZ #PREEMPT_RT test is in:
On a budget 2-core Celeron N4500 laptop (250€), Max Jitter hit an insane **39µs** after isolating network noise!
This proves it: Hardware specs count for little. The clean, zero-bloat kernel is EVERYTHING. We're delivering near Hard Real-Time performance with minimal cost.
29µs on i7 vs. 39µs on Celeron? The difference is negligible. BashCoreZ RT is the definitive, free Real-Time solution. 👑
-
We didn't just win; we dominated. The ultimate #BashCoreZ #PREEMPT_RT test results are here.
On a clean, budget MSI i7 laptop (500€!), Max Jitter hit an insane **29µs**! That's the true potential of our "zero bloat" kernel 6.12 base.
(Context: Our previous "worst-case scenario" test, with some apps running, capped at only 239µs. Competitors struggle to hit that clean!)
BashCoreZ delivers Hard Real-Time performance without the huge price tag. Get building. 👊🏻
-
We didn't just win; we dominated. The ultimate #BashCoreZ #PREEMPT_RT test results are here.
On a clean, budget MSI i7 laptop (500€!), Max Jitter hit an insane **29µs**! That's the true potential of our "zero bloat" kernel 6.12 base.
(Context: Our previous "worst-case scenario" test, with some apps running, capped at only 239µs. Competitors struggle to hit that clean!)
BashCoreZ delivers Hard Real-Time performance without the huge price tag. Get building. 👊🏻
-
We didn't just win; we dominated. The ultimate #BashCoreZ #PREEMPT_RT test results are here.
On a clean, budget MSI i7 laptop (500€!), Max Jitter hit an insane **29µs**! That's the true potential of our "zero bloat" kernel 6.12 base.
(Context: Our previous "worst-case scenario" test, with some apps running, capped at only 239µs. Competitors struggle to hit that clean!)
BashCoreZ delivers Hard Real-Time performance without the huge price tag. Get building. 👊🏻
-
We didn't just win; we dominated. The ultimate #BashCoreZ #PREEMPT_RT test results are here.
On a clean, budget MSI i7 laptop (500€!), Max Jitter hit an insane **29µs**! That's the true potential of our "zero bloat" kernel 6.12 base.
(Context: Our previous "worst-case scenario" test, with some apps running, capped at only 239µs. Competitors struggle to hit that clean!)
BashCoreZ delivers Hard Real-Time performance without the huge price tag. Get building. 👊🏻
-
BashCoreZ just proved it's the ultimate Real-Time base! 🚀
Tested the ultra-minimal #BashCoreZ (Debian 13 + Kernel 6.12 #PREEMPT_RT) using #cyclictest, remotely piloted from a #BashLabOS host.
Result: Max Jitter stayed under 240µs! That’s incredible determinism for embedded, robotics, and industrial control.
The "zero bloat" foundation truly eliminates noise.
-
BashCoreZ just proved it's the ultimate Real-Time base! 🚀
Tested the ultra-minimal #BashCoreZ (Debian 13 + Kernel 6.12 #PREEMPT_RT) using #cyclictest, remotely piloted from a #BashLabOS host.
Result: Max Jitter stayed under 240µs! That’s incredible determinism for embedded, robotics, and industrial control.
The "zero bloat" foundation truly eliminates noise.
-
BashCoreZ just proved it's the ultimate Real-Time base! 🚀
Tested the ultra-minimal #BashCoreZ (Debian 13 + Kernel 6.12 #PREEMPT_RT) using #cyclictest, remotely piloted from a #BashLabOS host.
Result: Max Jitter stayed under 240µs! That’s incredible determinism for embedded, robotics, and industrial control.
The "zero bloat" foundation truly eliminates noise.
-
BashCoreZ just proved it's the ultimate Real-Time base! 🚀
Tested the ultra-minimal #BashCoreZ (Debian 13 + Kernel 6.12 #PREEMPT_RT) using #cyclictest, remotely piloted from a #BashLabOS host.
Result: Max Jitter stayed under 240µs! That’s incredible determinism for embedded, robotics, and industrial control.
The "zero bloat" foundation truly eliminates noise.
-
BashCoreZ just proved it's the ultimate Real-Time base! 🚀
Tested the ultra-minimal #BashCoreZ (Debian 13 + Kernel 6.12 #PREEMPT_RT) using #cyclictest, remotely piloted from a #BashLabOS host.
Result: Max Jitter stayed under 240µs! That’s incredible determinism for embedded, robotics, and industrial control.
The "zero bloat" foundation truly eliminates noise.
-
💥 Just had another insane idea 🥹 I keep surprising myself 🤯
Building something completely unique… something that truly doesn’t exist. Powerful, unapologetically raw 🤷🏻♂️
I can’t believe this even came to mind. Stay tuned… the impossible is coming 👊🏻