After purchasing my core set of DeWalt 20v MAX cordless tools and selling off the previous platform I used, I “needed” to replace some of those capabilities. One such tool is a router. In fairness, I had a rotary tool I was using as a router. Although it did the job fairly well, it lacked a proper base. This DeWalt cordless router is a proper router with a nice sized base and therefore a substantial upgrade.
Bottom Line Up Front: For the projects I do, this is a necessary tool. The depth of cut adjustment system along with the speed selection dial and the concentration of thought in engineering the grips is not lost on me. I don’t know that I have my money’s worth out of it yet but I have certainly been able to fabri-cobble the things together as I have imagined because of this. I would call this a luxury tool, I could probably find another way to router corners, not as nicely, but it is certainly possible. I also have not a bit of buyers remorse for this purchase. I do keep it fairly busy.
I purchased, the bare tool, on eBay at a bit lower than retail, because, I am pretty cheap. I didn’t open it up right away because I didn’t have an immediate job for it but I did have in the queue. I do appreciate how they packaged this. Simply done and well protected.
This box included, router, basic fixed base, collet, wrench and a very nice manual. This includes all the basic features, component definitions and obligatory warnings.
If this is your first time using a router and you are unfamiliar with its operation, this is a good manual to dig into. There really isn’t much. The key features of this are the power switch, speed adjustment, depth adjustment, and so forth.
The main purpose for the purchase of this tool is to router the edges of things when I am building furniture, stairs, railing, Lego tables, etc. This is not one of those “must have” tools for getting tasks done, this is more of a “last 10%” type of a tool. Is it necessary I router the edges of my Lego Table or hand railing? No, but it really makes a difference as to the quality of the final product. With the recent bit of shelving I built, I didn’t need it but the hand railing on some stairs I put together, very much necessary.
The argument for going corded vs cordless is the added battery weight. The battery does add some weight to the top of the tool but since the industry move to Lithium Ion chemistry the weight is a non-issue. I am using the larger 10 cell batteries but you could very easily use a smaller 2 Ah, 5 cell battery pack or the somewhere-in-between, 3 Ah, 5 cell pack.
For the simple radius edges I have put on the various things, it has never been clumsy to handle and not having a power cord get in my way to maneuver around has been a significant benefit. The more I use cordless tools, especially those from DeWalt only further inspires my desire to grow the collection of compatible cordless tools.
There is a valid argument for why not just get the corded variety and you don’t have to worry about battery life. That is a good argument if you only work in the confines of a shop or garage. The nature of much of the work I do with hand tools is often outside of the confines of a shop and often away from an outlet. More often than not I am working out of the back of my truck with the tailgate as my workbench. That said, I haven’t actually used up a 4 Ah battery for any given project, every time the battery was moved to another tool with a lot of life left on it. I should also not, using my tools as often as I do, a 4 or 5 Ah battery will typically last me hours for most tasks.
What I Like
For starters, the size of this is router is perfect for the tasks I do. It is just the right diameter to comfortably hold and guide along the edge of a project. Also, it very easily fits nice and neatly into my tool bag along with my jig saw, circular saw and reciprocating saw.
The fit and finish of this router feels great. It is the right mass which gives the impression it is well built. Adjusting the depth of cut is a smooth action which further feeds into the impression of a highly refined, quality product.
The speed control dial and switch are conveniently at the top of the tool by the battery, away from your fingers as you grip the router, so accidentally adjusting the speed or shutting it off while in use is not very likely. The component choices for the switch and dial were well made. It will be interesting to see how they hold up long term but for the time being they feel and function exceptionally well.
Lastly, and most importantly, the fact the router is cordless is my favorite feature. I am quite pleased with the freedom from wires when maneuvering this router. Not having a crisscross of extension cords to trip over is worth the extra expense of the battery powered model.
What I Don’t Like
I don’t like that I don’t have the larger plunge base with the two knobby handles. Although everything I have made so far can be done with the more compact base, the larger base would make it easier and more secure to handle, especially when additional control is needed. This can very easily be purchased and will likely be an upgrade at a later time. Outside of having two hands to control the path of the router, the ability to plunge and retract the cutter has great benefits.
I realize, there isn’t an actual criticism for the router itself. I truly do not have one. It’s a fantastic piece of kit.
Although I am quite happy with this tool, I am not sure I have used it enough to say it was worth the $160 expense. At the same time, there are a number of things I have done that would not have been possible otherwise so I am not at all unhappy with the purchase. The router feels and operates like a well built machine.
At some point, I need to purchase the plunge base. There have been a few instances where the additional control would have made my life easier but this is a further luxury for an already luxury tool. I could also use more router bits for this router. I have one bit that I have used for everything. It is time to add to this collection and get some kind of variety pack.
I don’t recommend that everyone needs a router in their toolkit. However, if you have any inclination to do more detailed wood working, build table tops and the like, this a very welcome tool to have.
I have collected a number of gaming systems throughout my life and there is little point in having them if they sit in a box or using them takes an annoying level of set-up time, making it fun prohibitive. I was then inspired by Perifractic Retro Recipes video where the computer museum has everything so nicely laid out. I looked at my mess and decided that I had to do something about it because my arrangement just isn’t presentable.
Started my search online and did not find anything that met my needs. I went to a few local stores, websites and found nothing that met my specifications. They were all made of particle board and not deep enough to house the consoles appropriately. Additionally, they all had closed backs which would have a negative effect on thermal ventilation of the various machines. I also didn’t like the price point on most of my options. I also didn’t want buyer’s remorse in any of this. To spend anything and be less than satisfied with it is not acceptable.
I set out to design the Gaming Rack, initially on paper, then using Fusion 360, installed on my openSUSE Tumbleweed machine. I initially set out to have it exactly 24 inches wide on each shelf and about 12 inches between each shelf. With this width, I would be able to put all the machines designated on this custom piece of furniture.
I decided that the machines I wanted to house in this was my Linux Media computer, Original Xbox that was “modded” by YouTuber Modern Vintage Gamer, Playstation 3, Nintendo 64, Nintendo Switch and Nintendo Game Cube. Another machine that is on order that will occupy this shelf is a “The C64 Maxi” which is a modern release of the system. More information about it can be gained from The 8-bit Guy’s YouTube video on it.
My next step was to use a spreadsheet application, LibreOffice Calc, to create a BOM or Bill Of Material so I knew my material costs. This is where I discovered a flaw in the design and set out to change a few dimensions. Firstly, making each shelf 24 inches wide would mean that the top and bottom would have to be approximately 25-½ inches wide which means, I would either have to reduce the number of shelves or have additional waste. I also have to keep in mind the kerf of the blade or the width of cut produced by the blade. Each pass through a board will cut into dust about 1/8″ or about 3.2mm. Stain grade planks are not as cheap as construction lumber so in order to control costs, I reduced the width of the shelf by 1-½ inches which had no affect on usability. I also updated the CAD accordingly as that was going to be my source of truth for the construction. I also updated my bill of material accordingly.
I thought about how I wanted to use this Gaming Rack. I made it my intention to be able to easily switch between each of the game systems. I decided that the best way forward was to use HDMI switching which also meant I had to get some adapters to output HDMI for the GameCube and Nintendo 64. I found these online and ordered them. Next I had to determine how I was going to wire this all up. The easy one was the Linux Box as I could take advantage of the SVGA input as it has been that way, the Xbox will get an “AV Input” and the rest will be on HDMI which means I needed a 5-in/1-out HDMI switch box.
I also wanted to have an auxiliary monitor so that I would have the option of utilizing two different machines at once. This can be done by getting 1-in/2-out HDMI splitters and having a 2nd 5-in/1-out HDMI switch box. What could go wrong?
I purchased the materials and got right to work. I set up my laptop, using Fusion 360 to be my source of design truth. I would create a drawing from the model but the unfortunate reality to using Fusion 360 on Linux is the inability to use the drawing module, at this time. Hopefully, one day, it will be fixed.
After cutting the planks I realized I had enough wood for an extra shelf and decided to revise the design, originally I anticipated that I would mess up and needed the “insurance policy” of extra wood. This prompted me to rework the design by adding one more shelf. Instead of all shelves being fixed, I then decided to leave one fixed near the center and make the rest adjustable by drilling blind holes, using shelf support pegs for 5 out of the 7 shelves (the bottom shelf is still a shelf).
Adjusted the lower three levels to be smaller but large enough to easily accommodate DVD sized cases so games can be stored. The bottom shelf was made to be large enough to easily house the tablets, phones and mobile gaming devices.
Laid out and drilled the blind holes in the 72″ long vertical boards to accommodate the shelf support pegs in groupings of three. Where ever the shelf was measured out, I added a set of holes above and below by 1 inch (25.4mm), to give me the option of moving a shelf up or down as needed.
I fastened together the top, bottom and middle fixed boards. Initially using finishing nails to pin the parts together and using construction screws to hold it together. All holes were pre-drilled to reduce the possibility of splitting the wood.
Once together, I test fit the assembly and placed the system on it to see if I needed to make any changes in spacing of the shelves. Discovered the bottom adjustable shelf was made with an error.
My initial thought was not to stain or polyurethane it and just put it in its place and start using it. Then I stained it thinking that I am not going to seal it. Decided, since I had the polyurethane, I would just do one coat and that’s it. After my second coat, I decided I would sand and apply a third. I let it dry for 24 hours, as the instructions recommended on the back of the can.
After moving aside the “entertainment cabinet” over by 2 feet, I placed the systems and ran the HDMI cabling, to include the 1 to 2 splitters. I used cable ties to keep things as neat I could with the level of patience I had available. The power cables were routed on the opposite side of the shelf to reduce the potential for interference with video signals. It is probably not an issue but it doesn’t hurt either.
When operating the Nintendo Switch I discovered it doesn’t seem to like having its video output split and seems to have a bit of an issue with the 5-in/1-out switch.
Still waiting on my The C64 Maxi so 4 of the 5 slots are taken and am just a bit unsure where I am going to set the system as one of the shelves is acting as a place to keep the extra USB cables and such.
In order to make an objective evaluation of this project, I will draw from another occupation I have and use this idea that I can evaluate this on my measures of performance, or how well I made it and measures of effectiveness, how well it actually does its job.
On the Measures of Performance, I would say I am mostly happy with it. It looks nice enough and I am glad I stained and sealed it. Does it look as nice as Perifractic’s retro museum? No, not even close. something about how his machines are presented looks far better. To evaluate my other silly furniture building, like my stand up desk, this looks much nicer and not something thrown together by a scrapper or scavenger.
To evaluate the effectiveness of this, I would say it met or exceeded expectations. It is the best setup I have seen first hand that allows for easy switching between devices. I would say, it maximizes my fun and reduces wasted time of plugging in and switching things on the TV for a little bit of entertainment.
What would I change
As far as the construction of the cabinet, I think I might have added some metal brackets to stiffen the cabinet a bit. It’s not bad but could be more ridged. Where it is positioned, it is not an issue but if it were not in a corner, it could be.
After having used this a new piece of furniture for a short while, the changes I would make would be to add another shelf, which could still be done and some sort of lighting, which also could yet be added.
I would really have liked not making the the mistake with the hole placement on the bottom adjustable shelf. It doesn’t affect my usage, it just annoys me that I made such a bone-headed mistake. I guess it makes it unique but that is a poor excuse.
I am quite happy with the results of this Gaming Rack. It meets my requirements and has been an quality of life improvement. I’m not yet sure how I am going to place The C64 Maxi when it arrives, perhaps adding one more shelf would just above the location of the Xbox would be the best location.
I have provided the CAD data and bill of material for you to use as it suits you.
I’m not going to pretend for a moment that this particular layout is universally a good design. It is 72 inches or 6 feet tall… 1830 mm tall for the rest of the world. I needed an open back design which may not be universally visually appealing.
I am quite happy with the results of this Gaming Rack. It meets my requirements and has been an quality of life improvement. It adds a little order to my chaos and gives a home to some consoles and other devices. The benefit of giving things a place does help to keep things a bit more tidy. Hopefully this inspires you to make improvements in your world.
I am not one of those individuals who gets the new fancy hardware because I am an Internet nobody and that is just fine by me (as I sulk, rocking back and forth in the corner). That doesn’t mean I am not without my opinions.
I watched a video early in the morning about the Pi 400 on Retro Recipes from the perspective of using it as a kind of retro machine, like an ultimate emulation machine in a compact size. The marketing on the box says it is a “complete personal computer built into a compact keyboard” which interestingly like the Commodore 64 of years past.
Granted, that is a much larger keyboard in comparison but for the time, it was rather compact when compared to its contemporaries of similar performance. The back of the Pi 400 has all the typical ports exposed on a standard Pi 4 so you have available all that was previously available but in a different form factor.
This isn’t, by any stretch, an amazingly high performing computer but it is also no slouch. It features a Broadcom BCM2711 quad-core Cortex-A72 (ARM v8) 64-bit SoC @ 1.8GHz processor, 4GB of DDR4 RAM, wireless networking, dual-display output through 2 micro HDMI ports for 4K video playback, MicroSD Card slot for whatever operating system you plan to run, 2x USB 3.0 ports, 1x USB 2.0 port USB-C for power a Gigabit Ethernet port and finally a 40-pin GPIO header so all the fun of the Raspberry Pi is exposed.
It is claimed to have an operating temperature from 0°C to +50°C ambient. I am quite sure that going above 50°C would likely cause some kind of thermal throttling.
Essentially, this is a Pi 4 in a different package with the intent to be manufactured until 2026. That is an incredible length of time.
This machine has the footprint of 286 mm × 122 mm × 23 mm. If you are metric shy, that is 11-¼” x 4-⅜” x ⅞” That makes this machine quite small and indeed compact. According to Perifractic Retro Recipes. The design is solid with just a bit of sponginess on the Enter key, “5% from perfect” was the claim
It is quite obvious with the internals, that this is a completely different design than the standard Pi 4.
I am pleasantly surprised to see this elegantly simple designed board on the interior, not just a Pi 4 with connector wires to the back. It does look like reliability was a factor in the design and manufacturing of this equipment.
I am not sure how many times one would plan on getting to the internals of this computer, as everything for which you need access is on the back, I am concerned about cooling. The CPU is heat taped to the metal shield so that should help with thermal dissipation. I know that some early Pi 4s did have serious issues with getting too hot. That makes me a bit concerned and therefore, I would be interested in seeing what some stress testing would yield on this machine.
If you have any interest in developing things on single board computers, this is absolutely a great way to work on something to rapidly test it out. Since there isn’t the mess of parts and pieces as you would more likely have with a standard Raspberry Pi, here you plug in the power, the monitor, and whatever you are working on to the back of the Pi4. Admittedly, unless you are developing to deploy this on the Pi 4, some of the specifics may not work on early versions of the Pi. I can’t say for sure but I do know that there are different images for different Pis.
I see a strong propensity for this device to become the “Ultimate Retro Arch machine” that you keep in your living room or video game den. With the keyboard, sturdy case and available USB ports on the back, it would be cost effectively simple to play all the games of yester-year on this without putting at risk of damage, the real hardware. Specifically, I am thinking for those times I do play retro-games with my kids, I do worry just a bit for the safety of my machines.
Although I think there is a better argument for an old netbook, I do think that this would be a great choice for a child’s first computer. It would, perhaps be better, to have them sit properly at a desk and do their typing tutor there or a nice little work station to learn and explore, taking advantage of the GPIO on the back, making wonderful electronics creations which leads me to my last point.
As an inspiration education tool for children or adults. Lets be fair here, this is a toy for an adult, just as much as it is for a child. This is a super cool kit that is more than just an educational tool for youngest of populations. This is a great tool for any age to learn and dig into it that has the vulnerable bits protected. This frees up any apprehension of getting all the right pieces and not having some collection of things that looks like a science experiment, dominating a desktop or workbench. The GPIO pins on this device are shielded from an accidental drop or scoot that might short something out. This is a much safer way to conduct reckless mad-scientist like electronics experimentation
What I Like
The kit looks like the way to go. It has a retail of $100 (though I can’t find anyone selling it at this time) which comes with an official power supply, mouse, HDMI cable and perhaps, most importantly, a beautiful manual that is loaded with pages of all kinds of informative educational excitement. This is essentially an educational tool that comes with a real manual like the days of old. For me, the manual is key. Thumbing through the pages documentation, running my fingers down the inner spine of the book encourage it to stay open and explore all that it has to offer. There is something about that smell of a freshly bound book that makes an experience real and memorable (I realize, I am dreaming here).
The build quality looks more than adequate. I would absolutely gauge my expectations around the $100 mark and wouldn’t try to compare this with a modern Dell Latitude in fit, function and performance. That would be completely ridiculous. Based on other reviews, they keyboard looks to be just 5% from perfect which is more than adequate for me and especially more than adequate as an educational tool.
All the connections are on the back, like in good all-in-one Commodore 64 fashion and is nicely shrouded to protect against accidental shorting of pins or parts on the board. It doesn’t protect against everything but would protect against most accidental clumsiness.
Perhaps most important of all, this is spearhead into he inspiration of future generations to develop and create solutions. It is that first computer you can feel good about giving a child that he or she can take the time to learn and create. This is the beginning of something that is far better than having them plunk away on a phone or tablet being entertained like mindless automatons. This can be used to just just consume but to create and give to the world in which we live.
What I Don’t Like
The case uses clips to hold it together as opposed to screws. I am aware that screws do cause significant increases in manufacturing cost, so I understand the decision to forego case screws. That just happens to be my preference.
There are some incompatibilities between the Pi 400 and the Pi 4. Though I believe it has largely been worked out and since it is Linux that is running on top of the hardware, I am quite certain, through the magic of configuration files, kernel modules can be turned on and off based on the underlying hardware platform.
Since this is an ARM based system, anything that is built to run on top of it is likely to be unique for this specific ARM platform. ARM tends to lack standards across the architecture, which I believe is holding back the wide spread adoption of ARM (among other things). It is at least one reason I don’t just run out and by ARM devices.
Worst of all, I can’t seem to find any place that has them for sale. It looks like it’s sold out! So, all I can do at this point is kick my feat up, dream and wonder about all the fun I could be having with this… until my goldfish-like attention span drifts me off to another intellectual curiosity.
This is a great little piece of kit that is essentially a STEM course in a box. The design, the look and from what I can tell by other reviews, build quality are top notch, especially at this price point of $100 for the kit and $70 for the computer/keyboard itself.
I don’t have an immediate use for such a device but I can say that I would love to get my hands on one and play with it. Test it out and see what it can do. I do think it would make for a great Retro Arch machine. Even better would be to run openSUSE on this with all the Retro goodness and even for some productivity.
I think the best use of this particular machine is in education. The cost is low enough that you could buy for a whole classroom without breaking the bank and inspire future generations to develop and create wonderful solutions for the next generation of challenges.
Lastly, why 400? Should I have been making parallels to the Atari 400 as opposed to the Commodore 64? The keyboard on the Atari 400 was awful…
Computers are a tool, it’s a wrench or hammer, maybe more like a drill as it is a kind of power tool. It is there to serve you in whatever the task is. Whether it is organizing and storing information, one of the core functions of computers; entertainment, home security or designing and building something to improve your “foxhole”, it is a tool. Computers can just be fun to tinker around with too. It’s for people who like to mess around with computers and learn how they work as well. It’s for all types. Linux along with the free and open source applications on top of it just happens to be the best solution for me.
Would open source software be the best and most ideal solution? Of course it would, but that is just not the case much of the time. What I do believe is best is that the core and base layers of the operating system are free and open. Having projects like KDE Plasma, Gnome and Xfce which are completely open source Desktop Environments is the key. Should you need some proprietary applications to run on top of it, sure, it is less ideal but much preferred to the whole stack being closed and proprietary.
I run Fusion 360 on my machine as well as FreeCAD, I support the FreeCAD project but I still have some trouble with it. I do think it is getting better but for the time being Fusion 360 is my go-to CAD application because of what it can do so effortlessly. Does that make my system, as a whole compromised? I don’t believe so. Would running only free and open source software be better? Absolutely but that is not where things are today and rather than get upset, I would rather get projects done.
Consider this, if your living was dependent on designing and building widgets and you needed to collaborate with other designers, what would be the best tool for the job? I can’t say for certain what your case may be, but if I were working on a project and collaborating with a team, as a small business owner, Fusion 360 has those tools baked into it. If it reduces the time-to-market enough to offset the costs, it is worth it. If it shortens the development time enough to offset the cost of software, than it is indeed worth it.
On the contrary, if you have developed a method for product life-cycle management while using FreeCAD, and you are able to do all that is required, to include the machining process, just as well. Than go with that application. The bottom line is, you MUST use the tool that works best for you and you shouldn’t receive grief by anybody for it.
Personal computers should be just that, personal, use what is best for you. Should someone choose something different or go down a different path to get to their ultimate solution, even if it is a winding path, that personal discovery is extremely valuable. The best ideas will surface and suppressing the journey is of no benefit to anyone.
Give people space to discover and grow at their own pace. Allow them to figure out their world, show them kindness and grace as they learn and ask questions. Technology is but one vehicle to make our world a better place, positive and supportive attitudes are another. Stop and ask yourself why you do the things you do and have that honest conversation with yourself.
I have recently installed and started using Microsoft Edge Browser. It still in the “Development” channel and it is pretty fantastic. The browser works so well, even though it is in development yet. I have received a couple updates on it now. Though I haven’t noticed any differences as of yet, I do appreciate the work being done on it.
I have been one of those individuals that have been the opposite of a Microsoft fan… for many years. I do have to give them credit where credit is due. We can start with Microsoft Basic that was essentially the common thread between the computer in the 8-bit era. Commodore BASIC was licensed from Microsoft and between the different computers of the time, it was very similar with the variations being in how you control graphics, sound and I/O. Fast forward to the 90s Microsoft began down a road of dominance which lead to congressional hearings on monopolistic business practices and later with Steve Balmer telling the world that Linux was a cancer. We are also reminded about their historic practice of “embrace, extend, extinguish” and the numerous law suits that kept Linux and open source software from growing at a greater speed.
Despite all their flaws, when you remove the emotional context and look at their contributions to the technology industry, you will see that there are countless contributions they have made in pushing the boundaries and making technology more accessible. Sure, they made mistakes, we all make mistakes, we are flawed humans running flawed organizations making flawed decisions but that doesn’t mean we should negate the positives because of the negatives. Lets look at today, lets look and see what they are doing today. Should we be weary, sure, perhaps, I prefer the “trust but verify” approach.
Today, Microsoft has been saying that they “heart” Linux. Cynically, you can say, yeah, they heart the money they get from developing and licensing technology for Linux. That is what business does. Now they are building a browser, Microsoft Edge, for Linux. It is based on Chromium and therefore reducing some of the technical liabilities associated with using their own web engine. Would I have preferred they used Firefox’s Gecko engine? Sure, that would have possibly been better but I can’t really say. I think, no matter what Microsoft did, it would cause backlash in the community.
The bottom Line is, Edge is good, it’s real good. I am nothing short of impressed by how it performs. This browser may still be in the “Dev” channel, but it is shockingly good. If I had to choose between Edge and Chrome for my corporate sponsored web browser, I would choose Edge as it does not chomp system resources up like Chrome.
What I Like
The installation process and package manager integration couldn’t be any better. I have already received updates to the browser and Zypper didn’t have a single issue with it. I certainly wasn’t expecting issues but you never know. The bottom line is, openSUSE is a “first-class” Microsoft Edge citizen!
The Edge Browser is a high performance application. It is shockingly lean and fast. If I had to choose between Chrome and Edge, I would choose Edge. The performance and memory usage improvement is not insignificant. I need more time on the browser to give a better performance evaluation and do some side by side tests against my current Firefox preference. Since Microsoft has made openSUSE a first-class citizen means that I am going to do my part to give them a hand in usage reports and the like.
The settings interface may be my favorite I have seen. It is laid out as such that it makes sense to navigate. There isn’t any digging to get to what you want to customize. This does support the claim that it is an easily customizable browser. I say, well done!
What I Don’t Like
Although you are given a very nice dark theme, it is not my favorite. Also, since I am into the green highlights, I would prefer the theme integrates better into the desktop. This is the only spot that Chrome has an slightly higher mark.
This is a mixed opinion, but I wish there was more in the Edge browser extension repository. You are essentially directed to the Chrome store for things where Edge is lacking. The upshot is, you have access to all the Chrome extensions. Edge is based on the same Blink web engine as Chromium / Chrome in effect, reducing the technical burden on development and opening up a world of extensions. My biggest concern is that the market seems to be drifting to a single browser engine and doesn’t look good for the future of Firefox.
I am not currently able to log into my Microsoft account, which was a known issue. It would be nice if that was working but I am willing to bet that this will be fixed. When this is fixed, I am certainly going to see how well all the associated services work.
This is a nitpick, but the letter casing on “openSUSE” was wrong on the documentation… yeah, I’m certainly grasping at straws to come up with a fourth thing I didn’t like about Edge.
I highly recommend giving Edge a try. If you don’t like Microsoft and refuse to use any of its products, then don’t use it. At the same time, if someone else likes it, let them like it. It’s not your computer anyway.
I can’t help but to be so super excited about using FISH for my terminal. It makes the terminal alive and interactive. The “F” in FISH should really be “fun” because of how it helps guide you through commands as well as it does. FISH is able to parse the man pages and help you build a proper command to accomplish whatever terminal task you are doing. The Tab key become so much more powerful opening up a menu of options that are easily understandable. It is truly an amazing improvement and if I had my way, this would be the default shell in openSUSE.
I have been totally fine with using Bash, I started on CSH in the HP Unix days, when I went to Linux, I was introduced to Bash and I thought it was pretty great. What I appreciated was the tab-completion on commands. I had heard about ZSH and FISH but since I didn’t have a problem with Bash, I had no desire to change my shell. The interactive nature of FISH makes using anything in the terminal so much better and dare I say, “fun”. Maybe instead of “Friendly” the F in FISH should stand for “Fun”. I really enjoy the terminal a lot more and I believe that making this the default shell for not just openSUSE but all distributions would really help with greater adoption with living in the terminal.
Branded vs Unbranded Laptop Batteries
I have often been cheap on many of my decisions. Since I do have a bit of an addiction to all things tech, I try to do it as least cost prohibitive as possible. That has also gone for batteries for my laptop. I purchased a replacement battery on eBay that was unbranded from my Dell Latitude E6440 to save a few bucks. Not only did it arrive broken, as well as the replacement, the computer didn’t like it. This is like the last unbranded battery I purchased. It would have an affect on the computer performance. The result would often be forcing the CPU to be capped at around 800Mhz. Popping the battery out or using a real Dell Battery and the CPU performance is back to where it should be. The battery also was only at an estimated 94% of life left in the first week, after a week or so, 88% and three weeks later, 78%. Also, these knock off batteries don’t seem to hold up for very long. I had a similar issue with my Latitude D630 as well. The battery would only hold up for three to four months, tops. There is a common thread so I changed my ways.
I purchased a genuine Dell battery this time. A real battery that has the Dell name imprinted on it. The battery health is 100% and there isn’t any crazy CPU governing. It may have taken me 10 years, but I finally learned my lesson. Sometimes, genuine is the better way to go.
Halloween Festive Lights
For the benefit of the towns folk and the trick or treaters, using my Linux-powered Festive Lights, I did a sequence to Ghostbusters with which I was ultimately not pleased. The main reason being, I ran out of time in getting some additional pixel lights mounted and the purple string of LEDs did not flash in time with the musical sequence as I had expected. Any of the effects that were directed towards the pixel LEDs did just as they were supposed to do so that worked out.
One passer-byer asked me how I did it and since I didn’t want to have to give him a full explanation, I just said, as a matter of fact, “Linux”. He accepted that answer and carried on. Maybe he will become curious and look into it but chances are, he will completely dismiss what I said and go on to consume the more traditional forms of entertainment more easily digested.
I am getting ready for the big dance now, this year. I will be adding a lot by means of pixel bulbs on my house. It will likely be a good show and I look forward to what I will be able to share.
The bulk of the conversation on BDLL was discussion Utilities and what people use. Rocco was absent so Dan ran the show. The discussion is always intersting, at least, it is for my nerd brain and what I found most interesting how sour some people watching became when we talked positively of the Microsoft Edge Browser. BDLL got its largest number of down-votes I have ever seen and I can’t help but wonder, why?
There were a few visceral comments in the dislike for Canonical as well which I find incredibly disappointing. Canonical has done so much for the Linux Desktop in pushing the design, concepts and emphasizing the need for polish. They have greatly improved application accessibility to many Linux distributions though Snap and do a lot to encourage development on Linux. Do I agree with everything they do? Nope, but I agree with their mission and you have to look at their character as a company, not focus on one or few decisions with which I do not agree.
Microsoft is putting time, people and resources into the Linux desktop. They have given us Microsoft Teams and Visual Studio Code to name a couple. Now they are building a browser, Edge, for Linux as well. Am I a fan of telemetry, no or rather, it depends. If I can give them information to improve my personal experience, yes. I also like it that they are going up against the likes of Chrome as well. Although, they both use the Blink web engine, there is some significant variation in the user experience that is quite welcome.
I am a little disconcerted by the amount of dislike for any company putting resources into the Linux desktop. I understand the lack of trust but to out right show contempt for it is just not beneficial to anyone.
The openSUSE community is inviting all stakeholder to join the kickoff for Leap 15.3 on November 4th of this year. This is an invitation to package maintainers, contributors, and open source developers to join the community with a virtual meeting at:
The computer industry has brought wealth to many people at various levels. Some starting companies that go on to be enormously successful like Apple. Some were able to make great livings and gain historic notoriety many others have fallen into the relative obscurity as time has marched on. The 1970s gave rise to the computer entrepreneurs, mostly wearing, at the time whatever they wanted and just looking to create the best product possible for themselves, as in the case of Steve Wozniak. He was free to define the project as he saw fit so was able to explore and learn. Changes in the early 1980s shifted the industry to become a lot more professional.
The computer industry went from garage bound to billions of dollars in an incredibly short time. Wosniak was very humble about his beginnings and the foolishness of corporations looking down on upstarts, though, largely software upstarts at this time.
It was in the first 10 years or so of the fledgling industry that anyone with the knowledge and a few hundred dollars could start building hardware devices and people would have enough interest to commit dollars to it. The technically creative expressions were wide and varied, also largely incompatible with one another. Very few technically creative products being produced in the world by 1984 and things had already, largely, become commoditized. The computer was becoming more like and appliance similar to a refrigerator or washer where economies of scale were necessary to have a successful business model.
In 1984, it was not believed likely that there could be any new garage or hobby manufacturers but belief in software upstarts were absolutely possible due to the lower economic threshold requiring an application go to market as opposed to a new computer.
Adam Osborn, formerly of Osborn computers, made the statement that there isn’t room for new manufacturers, that business was locked up by and the computer is no longer “high tech” where price and reliability was the driving factor. He also stated that there will never be an IBM in software because you are dealing with $50 products and because of human nature, people will want something very different from one another.
Osborn went on to say that the computers collecting dust and no longer being used were ZX80 and ZX81 but largely served their purpose in the curiosity of getting people interested in the computer revolution. The Commodore 64 was collecting dust for reliability reasons and people just buying new machines because they were so inexpensive. Another guest stated that the IBM clone companies won’t make it because they are not delivering anything new.
It is interesting, looking at this from a historical perspective as IBM is no longer in the PC business and sold it all off because they were not able to hang. There was a software “IBM” called Microsoft or maybe now it is Google, perhaps it is Apple that is, in a way, the giant of today.
Today people are saying things like there is no room for another mobile platform or another desktop environment or another search provider or another social media platform. People are continually making these faulty assumptions and they are largely believed until they are no longer true.
Atari used to be the defacto video game standard until Nintendo and Sega battled it out, only for Sony and Microsoft to gobble up much of the gaming industry and crushing the likes of the Amiga CD32 and Sega Dreamcast.
Think about it, Yahoo and AOL once ruled the Internet and Microsoft was the only seriuos, game in town for office products. The industry is always changing. Linux is now dominant on many areas of technology and Microsoft has pivoted, in many ways, from the desktop and office applications to server or cloud based offerings. IBM purchased Red Hat and pushes open source solutions.
The bottom line is, no one knows what the future holds, just because a company holds the lead in any area, doesn’t mean that it will stay that way. This industry is always changing, growing, contracting, morphing and technology is finding new ways to solve problems and waste time. Hang on, enjoy it, stay flexible and like what you like.
Not everything in the world is going to be exactly what you want. In fact, it may very well be that what you want does not align with the majority of people. Does that mean you are wrong or they are wrong? No, it means you are a different person. You must find a way to show kindness to everyone, no matter what they prioritize. I believe you have to have faith in people. Short term, things might look bleak but long term, the good ideas will come to the surface. Discern was is good from what is not good and make decisions that you can live with, long term. Be a good neighbor in the digital world as well as the real world. A combination of kindness, patience and grace will ultimately win in every situation.