GNOME 51: a look at everything that changed!


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Timestamps:
00:00 Intro
00:29 Sponsor: Proton VPN
01:34 GNOME Shell
06:48 Compositor and Wayland
09:50 App Changes
19:22 Settings
21:31 A worthy upgrade
22:47 Tuxedo Computers

#linux #gnome #linuxdesktop

This entry was edited (today, 10:37 AM)

Oversized Tile Showdown: Ceramic and Porcelain Compared for Real-World Use


There is no universal winner here. It depends on the room, the budget, and how long you need the floor to last. If durability is the priority, or the tile is going somewhere tough, porcelain wins. It costs more upfront but rarely needs replacing.

Ceramic vs. Porcelain Large Format Tiles: Durability, Cost and Best Uses

Walk through any tile retailer today and the change is unmistakable. Compact squares that once filled every wall display are increasingly hard to find. Large format tiles have claimed that space, and the shift makes sense.

Fewer grout lines. A cleaner look. Rooms that feel bigger and more seamless. What is not to like?

But once you start comparing options, you run into a decision that trips up a lot of homeowners: ceramic or porcelain? They look similar on a shelf. They are often displayed side by side. And the price difference can be confusing, sometimes significant, sometimes barely noticeable.

First, What Is the Actual Difference?


Both ceramic and porcelain tiles are made from clay and fired in a kiln. That is where the family resemblance ends. Porcelain is made from a finer, denser clay. It is fired at higher temperatures, usually around 1,200°C or more. The result is a harder, denser, less porous tile.

Standard ceramic is made from a coarser clay, often red or brown in color underneath the glaze, and fired at lower temperatures. It is softer and more porous, though the glaze on top gives it its color and protection.

In plain terms: porcelain is the tougher cousin. Ceramic is the cheaper, lighter, easier-to-cut one. Both have their place.

Durability: Where Porcelain Pulls Ahead


Let us start with the category porcelain wins outright.

Porcelain's density makes it resistant to just about everything. Water, stains, scratches, heavy foot traffic, freeze-thaw cycles outdoors. Its water absorption rate is under 0.5%, which is why it is rated for outdoor use in cold climates. Water gets in, freezes, expands, and porcelain shrugs it off.

Ceramic absorbs more water. Not a huge amount, but enough that it is generally not recommended for outdoor use in places where winters get cold. Indoors, though? It holds up fine in most rooms.

Now, here is where large format tiles complicate the picture a bit.

Large tiles, anything bigger than roughly 15x15 inches, with some now measuring five feet or more, are more demanding than standard tiles. They flex less across their span, which means the surface underneath has to be flat. Really flat. They are also heavier and harder to handle during installation.

Ceramic's softer body is actually a small advantage here if you are a DIYer. It scores and snaps with a basic cutter. Porcelain, especially in large sizes, often needs a quality wet saw and a diamond blade. Some installers charge more for porcelain for exactly this reason.

But once installed, porcelain large format tiles are hard to beat. They handle high-traffic areas, commercial floors, and busy households without complaint. If you are tiling an entryway, a kitchen floor, or a commercial space, porcelain is usually the safer call. Ceramic large format tiles work well on walls, in light-traffic bathrooms, and in rooms where the floor does not take a beating. Just know its limits.

Cost: More Complicated Than You Would Think


Here is where people get surprised. Yes, porcelain generally costs more than ceramic per square foot. Ballpark figures:

  • Ceramic tile: $1–$8 per square foot for material
  • Porcelain tile: $3–$15+ per square foot for material

But the gap has narrowed a lot. Mass-produced porcelain from major manufacturers is often priced close to mid-range ceramic. Meanwhile, handcrafted or imported ceramic can cost more than basic porcelain. The label alone does not tell you the price anymore.

The real cost difference often shows up in installation, especially with large format tiles.

Large tiles need more prep. The subfloor has to be flat within tight tolerances, or you will get lippage, where one tile edge sits higher than its neighbor. That means more self-leveling compound, more thinset, and more labor time. Installers may also charge extra for porcelain because it is harder and slower to cut.

So a realistic budget comparison for a 200-square-foot room might look like this:

  • Ceramic large format: cheaper material, cheaper cuts, but check the durability needs of the space
  • Porcelain large format: higher material and labor cost, but often a longer lifespan and less maintenance over time

If you are only staying in a home a few years, ceramic might be all you need. If this is your forever house or a rental property, porcelain's lifespan usually justifies the extra cost.

One more thing worth mentioning: visit a ceramic tile shop in person if you can. Online photos hide a lot. Tile color, texture, and finish look different under showroom lighting than on a screen, and seeing full-size slabs side by side makes the ceramic-versus-porcelain decision much easier. Staff at a good shop can also tell you what is in stock locally, which matters more than people expect when you need three extra boxes mid-project.

Where Each One Shines


Let us make this practical. Here is where each material makes sense.

Choose porcelain large format tiles for:


  • Kitchen floors. Heavy traffic, dropped pans, spills. Porcelain takes it all.
  • Entryways and mudrooms. Dirt, grit, and wet boots are no match.
  • Outdoor patios and walkways. The low water absorption rating is essential if you get freezing winters.
  • Commercial spaces. Restaurants, retail, offices — anywhere the floor needs to survive constant use.
  • Shower floors and wet areas. Less absorption means fewer problems long-term, though slip resistance matters more here. Look for textured finishes.
  • Fireplace surrounds and countertops. Porcelain handles heat well.


Choose ceramic large format tiles for:


  • Bathroom and accent walls. Large tiles on walls look fantastic, and walls do not take abuse. Ceramic's weight advantage helps here too.
  • Kitchen backsplashes. Easier to cut around outlets and windows.
  • Light-traffic bathrooms. A guest bath or powder room floor does not need porcelain-level durability.
  • Budget-conscious renovations. If you want the large format look without the price tag, ceramic delivers it.
  • DIY projects. If you are installing it yourself, ceramic is far more forgiving to work with.


A Few Things That Apply to Both


Whichever material you pick, large format tiles come with shared realities:

Your subfloor matters more than your tile choice. A slightly uneven floor that is invisible under small tiles becomes obvious under 24x48-inch ones. Budget for leveling compound.

Grout lines will be minimal, so what is left counts. Even two grout lines across a big tile surface stand out. Take time picking a grout color that works.

Rectified edges are worth it. Rectified tiles are cut to exact dimensions after firing, allowing tighter grout joints and a cleaner overall look. Most large format tiles are rectified, but double-check.

Buy 10–15% extra. Breakage happens. Dye lots vary. Running short mid-project is a headache nobody wants.

The Bottom Line


There is no universal winner here. It depends on the room, the budget, and how long you need the floor to last. If durability is the priority, or the tile is going somewhere tough, porcelain wins. It costs more upfront but rarely needs replacing.

If cost is the priority, or the tile is going on a wall or in a low-traffic spot, ceramic does the job nicely. Modern ceramic looks great and saves real money.

And if you are still torn, do what the pros do: pick your top two or three options, get samples, and live with them for a few days. Lay them in the actual room. Look at them in morning light and evening light. Tile is a long-term decision. A little patience before you buy beats regret after installation.

The best tile is not the most expensive one or the trendiest one. It is the one that fits the space, the budget, and the way you actually live.

It's All An Act


Everyone was fixated on 9-11 this past weekend. Hardly anyone knows that only 45 days later, our benevolent overlords passed the Patriot Act. Let’s do a little digging on that, shall we?

🎙️ New to streaming or looking to level up? Check out StreamYard and get $10 discount! 😍 streamyard.com/pal/d/641301644…

how to be secure for idiots?


linux isnt immune to viruses even though its not as bad as windows

what should i do to be safe if i have a safe browser, vm, but pirate and download risky things? i know its a vm but i still dont want to have to delete everything in the vm if something happens. also the malware doesnt go to the router and spread rigt????

What f-droid file manager allows for several pdf files to be used simultaneously?


To study I need to used at least 2 pdf files at the same time in windowed mode (so I see file A to the left and file B to the right, or file A on top and file B on bottom). I cannot do that with fossify file manager.
This entry was edited (yesterday, 9:46 PM)
in reply to fishnchips678

Is there any way to watch or download age restricted youtube videos on debian 13.7 without a google or youtube account?


to download content I run yt-dlp, current version: stable@2026.08.19

I don't have an account with either google or youtube nor plan I to.

the content I look for doesn't exist on other platforms.

Cero filtraciones: la protección definitiva para tu inmueble


La entrada no deseada de agua es una de las principales causas de degradación en techos, fachadas y estructuras. Ignorar una pequeña humedad puede derivar en problemas estructurales graves y en una pérdida considerable del valor de la propiedad.

En sevillaimpermeabilizaciones.com encontrarás un equipo técnico especializado en diagnosticar y solucionar cualquier fallo de estanqueidad, aplicando tratamientos de alta resistencia adaptados a cada tipo de edificación:

Estanqueidad en cubiertas y terrazas: Aplicación de membranas continuas de alta durabilidad para evitar la penetración de agua de lluvia.

Eliminación de humedades interiores: Tratamientos específicos contra la condensación y el remonte capilar en muros y paredes.

Protección de estructuras subterráneas: Sellado de fosos de ascensor, garajes y cimentaciones expuestos a la presión freática del terreno.

Mantenimiento preventivo: Inspección y reparación de puntos críticos como bajantes, juntas de dilatación y claraboyas.

Si necesitas la eficacia de un equipo profesional en impermeabilizaciones sevilla, este sitio web te ofrece una vía directa para solicitar asesoramiento técnico y presupuestos a la medida de tu proyecto.

Ubuntu's Rustification Has a New Milestone! Coreutils Migration is Complete


Oboi here we go 🙄

Ubuntu has managed to do away with GNU Core Utilities in its default stack. The last three holdouts, cp, mv and rm, have moved to uutils' coreutils; the Rust reimplementation Canonical has been feeding into the distro since 2025.

They had been held back from 26.04 LTS over flaws in the uutils versions. Everything else, from ls and cat to chmod and du, made that jump in earlier releases.

This change, while big, sits hidden away in an obscure mention in Canonical's work-in-progress release notes for Ubuntu 26.10.

It's been a long road

Canonical started oxidising Ubuntu last year, and Ubuntu 25.10 became the first release to ship coreutils as the default. That release also made sudo-rs the default privilege tool, replacing a command that had been in place for decades.

26.04 was the release where the plan did slow down quite a bit, as Canonical kept cp, mv, and rm on their GNU versions due to a bunch of TOCTOU issues that were blocking the full implementation.

These were caught during an audit, when Canonical commissioned Zellic for two rounds between December 2025 and March 2026, focusing on the most security-sensitive utilities first.

Across both rounds, Zellic raised 113 issues, and 44 of them were assigned CVEs. Canonical says the vast majority have been resolved.

Getting here has had its ups and downs, and the last stretch was not clean. In July, uutils cp went back into the archive and came straight out again after it broke live image builds.

The fix was quick; as the developers marked it "Critical," the fix went upstream, and the migration landed in time for 26.10.
What changes for you?

When typing commands, nothing changes for you on the surface. uutils coreutils is designed to be a drop-in replacement for essential GNU tools, and the project treats any divergence from GNU as a bug, further pointing out that some options may still be missing or behave differently.

So if you prefer staying on the GNU version, you have the option to install the coreutils-from-gnu package that houses all the required components.

The next stage

Coreutils is one piece of a broader campaign. Earlier this year, Canonical became a Gold Sponsor of the Trifecta Tech Foundation, pitching in €40,000 a year to fund memory-safe system software.

Under this, their current target is ntpd-rs, a Rust rewrite of the tools Ubuntu uses to keep its clock in sync. While work is still ongoing, it has already arrived for testing.

Its transition to being default is targeted for Ubuntu 27.04.

What Canonical is gradually building up towards is the completion of their oxidation vision for Ubuntu, and it's not about blindly including new components. Rather, it looks like a measured approach that's being worked out a few steps at a time.

Software Freedom Day - Montclair NJ


cross-posted from: lemmy.sdf.org/post/59077808

cross-posted from: lemmy.sdf.org/post/59072155
Join us at this year's Software Freedom Day event at Montclair State University. We'll have talks, Q&A, food, a musical guest, and giveaways.

10-3 in the Center for Environment and Life Studies building.

More details here as well: digitalfreedoms.org/en/sfd/eve…

#softwareFreedomDay #NJ #NewJersey #softwareFreedom #freeSoftware


Plastic Pyrolysis to Fuel Oil: What Grade of Fuel Does It Produce?


Plastic pyrolysis is increasingly being considered as a way to recover value from waste plastics that are difficult to recycle through conventional mechanical processes. One of the main products is pyrolysis oil, which can potentially be used as an industrial fuel or further upgraded for higher-value applications. But an important question for investors and recycling companies is: What grade of fuel does plastic pyrolysis to fuel oil actually produce?

The answer depends on the feedstock, pyrolysis conditions, reactor design, and post-treatment process. In most cases, untreated plastic pyrolysis oil is considered an industrial fuel oil or intermediate fuel product, rather than a direct replacement for finished transportation fuels such as gasoline or diesel.

What Is Plastic Pyrolysis Oil?

During pyrolysis process plastic to fuel machine, waste plastics are heated in an oxygen-limited environment. Instead of burning the plastic, the process thermally decomposes long polymer chains into smaller hydrocarbon molecules.

The resulting vapors are cooled through a condensation system, producing liquid pyrolysis oil. Non-condensable gases can generally be recycled as process fuel, while solid residues and other impurities are separated from the main liquid product.

The composition of the oil is strongly influenced by the type of plastic being processed. Polyethylene (PE), polypropylene (PP), and polystyrene (PS) can produce different hydrocarbon distributions and therefore different oil properties.

What Grade of Fuel Is Produced?

For many commercial projects, raw plastic pyrolysis oil is best described as an industrial-grade fuel oil rather than a finished road fuel.

Its properties can make it suitable for certain industrial heating applications, depending on local regulations, specifications, and the characteristics of the produced oil. Potential applications may include industrial boilers, furnaces, and other thermal equipment designed to use appropriate liquid fuels.

However, raw pyrolysis oil should not automatically be classified as standard diesel. Diesel for road transportation must meet specific fuel standards covering parameters such as sulfur content, flash point, density, viscosity, distillation characteristics, and other quality requirements.

Therefore, simply producing liquid oil from waste plastic does not mean that the product is automatically equivalent to commercial diesel.

Why Feedstock Determines Oil Quality

Feedstock selection is one of the most important factors affecting plastic pyrolysis oil quality.

PE and PP are commonly considered favorable feedstocks because they consist mainly of hydrocarbon polymers. Their pyrolysis products can contain significant quantities of hydrocarbon fractions suitable for fuel applications.

PS behaves differently because its structure favors the formation of aromatic compounds. This can influence the density, composition, and other properties of the resulting oil.

PVC presents a particular challenge because it contains chlorine. Thermal processing of PVC can generate hydrogen chloride and chlorine-containing compounds, creating corrosion and contamination concerns. For this reason, PVC content should be carefully controlled, and appropriate dechlorination and gas-treatment systems may be required.

Raw Oil vs. Upgraded Fuel

There is an important difference between raw pyrolysis oil and upgraded pyrolysis oil.

Raw oil may contain a broad range of hydrocarbons and impurities. Depending on the feedstock and process, additional treatment may be necessary before the oil can meet a specific commercial fuel specification.

Upgrading may include filtration, distillation, dechlorination, desulfurization, stabilization, or other refining steps. These processes can separate different boiling fractions and improve properties such as viscosity and volatility.

The appropriate treatment depends on the intended end use. An oil intended for industrial heating does not necessarily require the same specifications as a product intended for further refining or petrochemical applications.

Is Plastic Pyrolysis Oil the Same as Diesel?

No. This distinction is important when evaluating a plastic recycling project.

Although plastic pyrolysis oil can contain hydrocarbon fractions within ranges associated with conventional petroleum fuels, its overall composition and properties can differ significantly from commercial diesel. Meeting a diesel specification requires controlled refining and quality testing rather than simply collecting the condensed oil.

For this reason, project developers should define the target product before selecting a pyrolysis system. If the goal is industrial fuel, the process can be designed around the relevant industrial fuel requirements. If the goal is a higher-value hydrocarbon feedstock, additional upgrading and purification may be necessary.

How to Determine the Fuel Grade

Before investing in a plastic pyrolysis project, the oil should be evaluated through laboratory testing. Important parameters may include density, viscosity, flash point, distillation range, sulfur, chlorine, water, ash, and other relevant characteristics.

The test results can then be compared with the specifications required by the intended market and end-use equipment.

This approach is more reliable than assigning a fuel grade based solely on the appearance or yield of the oil.

Conclusion

Plastic pyrolysis to fuel oil generally produces an industrial-grade pyrolysis oil rather than automatically producing finished diesel or gasoline. Its quality depends heavily on feedstock composition, operating conditions, condensation efficiency, and downstream purification.

For waste plastic recycling projects, the most practical strategy is to define the desired end product first and then design the pyrolysis and upgrading system around the required specifications. With appropriate treatment and quality control, plastic pyrolysis oil can move beyond basic waste-derived fuel and potentially become a more valuable hydrocarbon resource for industrial or petrochemical applications.

in reply to Beston Group

The distinction between industrial fuel oil and transportation fuels is especially useful for understanding its practical applications. It also made me think about how different processes can produce very different results, much like the varied gameplay I experience in Basket Random

Biochar Machines for Metallurgical Applications: Producing Reducing Agents and Carbon Additives


The metallurgical industry relies heavily on carbonaceous materials as reducing agents, carburizing materials, and process additives. Traditionally, these materials may include coke, coal, and other fossil-derived carbon sources. Biochar produced through controlled biomass pyrolysis offers another carbonaceous material for selected metallurgical applications, particularly where renewable carbon, controlled ash content, and specific physical properties are important.

How Pyrolysis Converts Biomass into Metallurgical Carbon

A biochar pyrolysis reactor thermally decomposes biomass under oxygen-limited conditions. Instead of allowing the feedstock to combust, controlled heating drives off volatile compounds and concentrates carbon in the remaining solid fraction.

Feedstock selection has a direct influence on the resulting biochar. Woody biomass, agricultural residues, nut shells, and other lignocellulosic materials can produce biochar with different fixed-carbon content, ash composition, porosity, and volatile-matter levels. These characteristics determine whether the material is suitable for a particular metallurgical process.

Process temperature is equally significant. Higher pyrolysis temperatures generally increase carbonization and reduce volatile matter, while also changing pore structure and mechanical characteristics. Consequently, biochar production should be designed around the specifications required by the downstream metallurgical application.

Biochar as a Renewable Reducing Agent

Many metallurgical processes require carbon to remove oxygen from metal oxides. Carbon reacts with oxygen-bearing compounds and contributes to the formation of reducing gases such as carbon monoxide.

Biochar can potentially serve as a renewable carbon source in selected reduction processes. Its relatively high reactivity can be advantageous because its porous structure provides substantial surface area for gas-solid reactions. However, its suitability depends on fixed-carbon content, ash chemistry, volatile matter, particle size, strength, and reaction conditions.

A metallurgical application therefore requires characterization rather than assuming that all biochar performs identically to conventional coke.

Carbon Additives for Process Control

Carbon additives are also used to adjust carbon concentration during metallurgical processing. Depending on the process, a carbonaceous additive may influence melt chemistry, reduction behavior, slag interactions, or final material composition.

Biochar can be processed into a specified particle size or further densified when the application requires improved handling characteristics. Pelletization or briquetting can increase bulk density and reduce the variability associated with loose biomass-derived carbon.

The final formulation should account for ash and mineral constituents. Alkali metals, silica, calcium, and other inorganic components naturally present in biomass can influence slag chemistry and furnace operation.

Reactor Design Influences Biochar Quality

The thermal uniformity of a biochar pyrolysis reactor is critical for producing consistent carbon properties. Uneven heating can result in different degrees of carbonization within the same production batch, creating variability in volatile matter and fixed-carbon content.

Industrial systems therefore require controlled feeding, temperature monitoring, residence-time management, and effective discharge cooling. Cooling is particularly important because freshly produced biochar can remain hot and may oxidize when suddenly exposed to air.

A well-integrated system can also utilize the combustible gas generated during pyrolysis as a process-energy source. This improves thermal integration and can reduce dependence on external fuel.

Matching Biochar Properties with Metallurgical Requirements

The appropriate biochar specification depends on the metallurgical process. Important parameters may include:

Fixed carbon: Determines the available carbon fraction.

Volatile matter: Influences reactivity and gas evolution.

Ash content: Affects slag chemistry and furnace balance.

Particle size: Determines feeding behavior and reaction kinetics.

Bulk density: Influences storage, transportation, and furnace charging.

Mechanical strength: Particularly important for applications involving material handling or packed beds.

Chemical composition: Helps identify potentially undesirable mineral constituents.

Laboratory testing and pilot-scale trials are therefore useful before large-scale substitution.

From Biomass Resource to Industrial Carbon Material

Biochar production can create a pathway for converting renewable biomass residues into engineered carbonaceous materials for industrial use. The opportunity is not simply to replace one carbon material with another, but to develop a feedstock-specific product with controlled chemical and physical properties.

For metallurgical applications, a biochar pyrolysis reactor provides the core conversion stage, while feedstock preparation, thermal control, gas utilization, cooling, sizing, and quality verification determine the consistency of the final material. When these parameters are aligned with furnace requirements, biomass-derived carbon can become a technically relevant reducing agent or carbon additive for selected metallurgical processes.

Linux on a Mac (it's not going back)


New year, new OS for this M1 MacBook Air!

I've been using Asahi Linux (via the flagship Fedora Asahi Remix) for a few weeks now. It's been my everyday laptop and I'm really impressed with how it's held up. Battery life is amazing, and the ARM Linux experience is fine for everyday use.

This video walks through how I installed Fedora Asahi Remix in December 2025, the process might change in the future and if it does, I might revisit it here or in a blog- watch for pinned comments I guess!

Important links:
- Asahi Linux project: asahilinux.org
- Asahi Linux docs: asahilinux.org/docs/
- Asahi Linux "supported devices" page: asahilinux.org/fedora/#device-…

Links to help support unsponsored videos like these... Patreon and Ko-Fi members get access to my Discord/Matrix server where I hang out:
- Patreon: patreon.com/VeronicaExplains
- Ko-Fi: ko-fi.com/VeronicaExplains
- Buy a shirt: vkc.sh/merch
- Download my music: thestopbits.bandcamp.com

Chapters:
0:00 What is Asahi Linux in the first place?
2:15 Installation caveats
3:27 Actually installing Asahi Linux on real hardware
7:34 About the experience
11:06 Asahi is awesome

#linux #apple #fedora

This entry was edited (Monday, September 14, 2026, 6:59 PM)

Να αντιμετωπίσουμε το φασισμό πριν να είναι ξανά αργά


Η κεντρική ομιλία του Αντιφασιστικού Σεπτέμβρη 2026

Ομιλητές:

  • Δημήτρης Χριστόπουλος, Καθηγητής Πολιτειολογίας Παντείου
  • Θανάσης Καμπαγιάννης, δικηγόρος

Παρεμβάσεις από:

  • Κίνηση Χειραφέτησης Αναπήρων «Μηδενική Ανοχή»
  • Γιάννης Μάγγος
  • Αναστάσης Μανιουδάκης

Δείτε εδώ όλο το πρόγραμμα εκδηλώσεων του Αντιφασιστικού Σεπτέμβρη 2026

This entry was edited (Monday, September 14, 2026, 7:14 PM)

minimum specs for a streaming box running linux?


so like ram, storage and like cpu in intel terms (basically the only one i could find and understand)

i will be using plasma bigscreen, running my jellyfin server, maybe play some steam games (decently light ones), maybe run a minecraft server, watch youtube, stream like netflix etc.

Routing you to FLOSS


best distro for a streaming box with plasma bigscreen?


okay just to start things of; I AM NOT AN ADVANCED USER, I WOULD SAY BOTTOM OF INTERMMEDIATE AT BEST!!!!

im planning on ditching my chromecast for a little mini pc with plasma bigscreen, so i'm just wondering what distro would be good for that. I'll also be hosting my jellyfin server, and maybe game too but idrk

Just a little update: effed by the archaic Geforce GT 220 somehow 😅


Update: thank you ALL for all your input! 💐 After some back and forth with @thorry@feddit.org , I decided to simply swap between the two capture cards whenever I need to, in order to make room for my old 3080 and call it a day. This way, I won’t have to spend any more money on this project and I retain the processing power of the 3080 when I start encoding my raw captures.

Here I thought I had been insanely smart to buy a GPU from 2010 for $10 since the CPU is going to do all the encoding anyway. And because my previous card, a honking 3080, wouldn't have allowed for the other two capture cards to be installed, taking up all the real estate.

I have been trying to setup an Artix system on my own for two hours now, but GRUB won't install in CSM mode... I've tried UEFI on GPT, BIOS on MBR, BIOS on GPT... 😅 Boot partition with and without file system... 💀

I'll just buy a more modern yet slim card, I guess? Unless I wake up tomorrow and give researching the issue a chance.

Night👋🔌

This entry was edited (Monday, September 14, 2026, 10:50 PM)

#CrossBorderRail live stream - 9/12/2026, 1:59:32 PM


Morning previews of the day ahead, and evening summaries of what I learned during the day. During Jon Worth's #CrossBorderRail Spring Tour 2026.
This entry was edited (Monday, September 14, 2026, 2:01 PM)

#CrossBorderRail live stream - 9/12/2026, 9:57:07 AM


Morning previews of the day ahead, and evening summaries of what I learned during the day. During Jon Worth's #CrossBorderRail Spring Tour 2026.
This entry was edited (Monday, September 14, 2026, 11:01 AM)

#CrossBorderRail live stream - 9/11/2026, 7:43:25 PM


Morning previews of the day ahead, and evening summaries of what I learned during the day. During Jon Worth's #CrossBorderRail Spring Tour 2026.
This entry was edited (Monday, September 14, 2026, 9:01 AM)

#CrossBorderRail live stream - 9/10/2026, 10:27:51 PM


Morning previews of the day ahead, and evening summaries of what I learned during the day. During Jon Worth's #CrossBorderRail Spring Tour 2026.
This entry was edited (Monday, September 14, 2026, 9:01 AM)

#CrossBorderRail live stream - 9/9/2026, 9:24:17 PM


Morning previews of the day ahead, and evening summaries of what I learned during the day. During Jon Worth's #CrossBorderRail Spring Tour 2026.
This entry was edited (Monday, September 14, 2026, 9:01 AM)

Run Linux from USB and use storage only for... storage: yay or nay (and why)?


QmKt2dmmU49sdcm.jpg

I am just about to set up my new Linux machine, which will be used to convert analog video and audio to digital video and audio. Is there any reason why I shouldn't run the system off of a live USB stick (say, a good quality one from Sandisk), that is, without installing Linux on the hard drive and not setting up a boot partition, a system partition, and all that?

This entry was edited (today, 7:27 AM)