Keychron Q8 Review: Outstanding Ergonomic Keyboard Will Help You Type Faster

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Do your hands and wrists hurt after a long day at your keyboard? It’s time to change things up, and Keychron’s Q8 Alice-style ergonomic keyboard could be just what you need. The ergonomic layout takes a minute for your fingers to get up to speed with, but when they do, you’re rewarded with a faster and more comfortable typing experience, and that’s well worth the outlay for this well-built, high-quality mechanical keyboard.

Specifications

  • Brand: Keychron Q8
  • Backlight: Yes
  • Media Controls: Optional knob, media controls via function buttons
  • Switch Type: Gateron G-Pro, MX-compatible
  • Replaceable Keys: Yes
  • Number of Keys: 65%
  • Compatible Devices: Windows, macOS, Linux
  • Wired operation: USB-C
  • Dimensions: 136mm x 358mm (5.4 inches x 14.1 inches)
  • Weight : 1.82kg (4lbs)
Pros

  • Excellent, sturdy build
  • Ergonomic design good for typing
  • Extensive customization options
  • Great value
Cons

  • No adjustable feet
  • Customization software is a little complicated

When people ask me what the best mechanical keyboard is, it isn’t always a straightforward answer. Do you want clicky switches? And more to the point, how many keys do you want?

But now, with the Keychron Q8, we can ask the more surprising question: have you tried a keyboard with two B keys?

Unsurprisingly, most haven’t, but the Keychron Q8 hot-swappable 65% Alice keyboard gives newcomers to ergonomic typing that chance, and what a chance it is. Coming with Keychron’s now trademark sturdy build quality, the Keychron Q8 is a high-quality mechanical keyboard with several unique features that set it apart from the chasing pack—and it’s high time to give an Alice board a chance.

Keychron Q8 Configuration

Now, if you’re unsure about what an Alice keyboard is, check out the image below.

Notice how the keyboard is split in half? The idea is that splitting the keyboard into two distinct sections boosts your writing output while reducing the strain on your fingers and wrists while you tap away. The sections are roughly similar in size, though there are differences between left and right in terms of additional function keys and so on.

Part of the changes also comes from the overall number of keys. Keychron’s Q8 Alice board doesn’t feature the traditional function keys, thereby reducing the size (it’s a 65% keyboard), but it does have one really intriguing feature: two B keys. While this sounds odd, it makes sense once you begin using the Keychron Q8 and learning its new layout.

On that, it will take you a little while to figure out where your fingers should be, as where they probably want to be will result in spelling mistakes and other issues. Still, it doesn’t take long to get up to speed, and the benefits of switching are well worth the few days of hitting backspace more than usual.

In terms of configuration, like other Keychron mechanical keyboards, the Q8 comes with numerous design configurations ranging from bare-bones to completely constructed. We’re reviewing the Keychron Q8 Fully Assembled Knob version, which comes fully assembled with the additional volume control dial, retailing for $205. The fully assembled knobless version is $10 cheaper, at $195, while a barebones version of the Q8 costs $175.

Keychron Q8 Design

The Q8 uses an ergonomic design meant to reduce strain on your hands and wrists while typing. While the Alice configuration isn’t truly ergonomic, as it lacks the telltale giant curve at the bottom of the board, the shift in typing angle works well and certainly reduces strain and promotes a more regular hand and arm position when typing. Note that there is a slight curve to accommodate the changed key layout, but it’s not as pronounced as you’ll find elsewhere. But, in terms of talking about the form factor of the keys, that’s actually all there is to it.

More interesting is the substantial effort Keychron puts into manufacturing these fully CNC-machined mechanical keyboards. As with Keychron’s other mechanical boards, the Q8 is a solid piece of kit, weighing 1.82kg (4lbs). You wouldn’t want to drop it on your toe, that’s for sure, but the Keychron Q8’s weight comes from its excellent build quality, and you’re unlikely to be using the Q8 as a portable option anyway.

You should also note that the Q8 includes a solid steel plate for additional support in its multi-layered construction, adding some stability to the keyboard. There’s also a sound-absorbing foam layer to dampen keystrokes, managing to reduce the noise from even the most aggressive typers.

As above, the Keychron Q8 is a 65% keyboard, which means it has a smaller footprint than larger alternatives. The Keychron Q8 measures 136mm x 358mm (5.4 inches x 14.1 inches), while the case rises from 19.8mm (0.78 inches) at the front to 31.5mm (1.24 inches) at the rear. However, I found the five-degree incline way too flat for my liking (as have done with other Keychron boards—it’s me, not them), so used a pair of magnetic feet to boost the pitch somewhat. Wondering why I had to use magnetic feet?

The Q8 doesn’t come with integrated adjustable feet, which is somewhat irritating, but I can understand why they were omitted in favor of a smooth, easy-to-manufacture base.

A wrist rest would also be welcome, and it would be really cool if the wrist rest could match up with the slight curvature at the bottom of the board. I have a wrist rest to use, but it really would be handy, and look the part if it matched the actual keyboard. However, maybe that’s being picky.

Keychron Q8 Customization Options

Customization is at the core of all Keychron keyboards, and the Keychron Q8 is no different. You have the option to switch out the hot-swappable switches, change the excellent double-shot PBT keycaps, or delve into keyboard customization using the handy QMK customization software. It all adds up to a mechanical keyboard that comes out of the box looking like it does on the sales page, but one that you can really make feel your own.

If you’ve never tried hot-swappable switches, simply put, you should. Regular mechanical keyboard switches are soldered into place. You can remove them, but it takes time, effort, and tools, and comes with the fear you might damage something during the process. Whereas hot-swappable switches are the exact opposite; you don’t even need to turn the keyboard off while you switch them out. Keychron provides a handy keycap puller and key switch puller so you can get stuck into your keyboard switches. The Keychron Q8 is compatible with any MX-style switch, which gives you a really extensive range of keyboard switch options.

By the way, I say “stuck in,” but do be careful as bent mechanical keyboard switch pins are frustrating, and they are very small and potentially fragile.

Keychron Q8 customization also comes through the QMK VIA desktop software, a package featuring controls for your RGB lighting, keybinds, macros, and much more. Once you fire the software up, you’re presented with a schematic of your Q8, and you can switch between the various options in the side panel to adjust the various settings.

Furthermore, as the Keychron Q8 is compatible with both Windows and macOS, there are four “layers,” with two layers assigned to each operating system. You can add specific keybindings for each operating system from the extensive list of preset buttons in the menu below the keyboard, then save your customizations to the Q8, and you’re good to go. On that, you’ll also note that there is a macOS/Windows switch at the back of the keyboard for easy switching.

Download: VIA for Windows, macOS, Linux (Free)

If the VIA customization software doesn’t recognize your Keychron Q8 automatically, you’ll need to head to Keychron’s JSON file list and download the correct JSON file for your layout. Once downloaded, open the JSON file using VIA, and it’ll import your keyboard layout, customization options, and more.

Should You Buy the Keychron Q8 Alice-Style Mechanical Keyboard?

In the first few days using the Keychron Q8, my fingers were a little frustrated. When you write heaps every day, writing fast and with precision is important. Hitting the backspace key is tantamount to microseconds lost, and they add up throughout the day.

The Keychron Q8s ergonomic design does take a moment to become accustomed to. Your fingers will naturally divert to their tried and tested touch typing positions; it’s understandable. But when you do crack the adjustment to the slanted keys of the Alice-style layout, you’re rewarded with a smooth and fast typing experience that, for me, does what it says on the tin. My wrists and fingers are more comfortable using this layout, there is no doubt about it. My overall typing speed has also slightly increased, which is also a massive gain.

So from that perspective, the Keychron Q8 is a clear winner.

But consider the quality of the Keychron Q8, too. The CNC-machined body and multi-layer construction deliver quality throughout and is a core part of what makes the Keychron Q8 typing experience so good.

Outside building a fully customized mechanical keyboard yourself, the Keychron Q8 (and other Keychron keyboards) is the perfect middle ground for those that want better build quality and extensive customization without spending a fortune. Moreover, if you’re someone that spends all day typing, the Keychron Q8’s Alice-style ergonomic design will help with wrist and hand pain and could even help you type faster. What’s not to love?

MUO – Feed

Are You Nuts? Know your Fishing Knots! – TN Knot

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This is an interesting knot that comes out of Japan, besides that I don’t know too much of it’s history for certain. I found it a few years back online when I originally started slow-pitch jigging. The TN Knot was either made by Norihiro Sato or just recommended by him, either way, this is my go-to knot when connecting to a swivel when I go jigging offshore. The knot has incredible strength and abrasion resistance which is critical in slow-pitch jigging when everything is already being worked to their limits. From a technical stand point, this is a very easy knot to tie, but when you actually tie it’s pretty involved. Now I’m not saying this to dissuade you from tying this knot just so you know you won’t get it on your first try.

Step 1

Run the line through the eye of the hook

Are You Nuts? Know your Fishing Knots! – TN Knot

Step 2

Run the tag end of the line through the eye of the hook two more times being careful not to overlap the line on itself as you do that.

Are You Nuts? Know your Fishing Knots! – TN Knot

Step 3

Take the tag end of the line then run it around the mainline and then through the two original loops that were made in Step 2 and then through the third loop that was just made.

Are You Nuts? Know your Fishing Knots! – TN Knot

Step 4

Then pull the knot tight, and make sure again the loops are not overlapping again.

Are You Nuts? Know your Fishing Knots! – TN Knot

Step 5

Then start making alternating half-hitch knots using the tag end of the line. You want to stack them up, making sure the first few are very tight as you do this. Keep everything tight and straight as you do this.

Are You Nuts? Know your Fishing Knots! – TN Knot

Are You Nuts? Know your Fishing Knots! – TN Knot

Step 6

Once you do 15 half-hitch knots, clip the tag end and use a lighter to bubble the tip of the tag end. Be careful to not burn your mainline but once this is done, your TN Knot is complete and ready to jig whatever your heart desires.

Are You Nuts? Know your Fishing Knots! – TN Knot

The post Are You Nuts? Know your Fishing Knots! – TN Knot appeared first on AllOutdoor.com.

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Taylor Otwell: 20+ Questions/Answers About Laravel – 2022 Edition

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Recently Taylor Otwell answered a few dozen of questions from the community, on a live YouTube AMA video hosted by Adeva. In this article, I’ve tried to summarize the most interesting ones.

I’ve picked 11 questions, adding a few relevant links for the context. But there are many more questions answered by Taylor, so I still advise you to watch the full 1-hour video.

Taylor Otwell AMA with Adeva


Are there still pain points that you are trying to solve?

There are still pain points that we see, even 12 years later. Like, recently we released a new syntax for defining Mailable objects. I felt that pain point personally, I just didn’t enjoy how they looked or how they were structured.

And then, of course, we get around 8-10 pull requests every day, and those usually address some pain points.


Do you have some approach to get feedback from people? Some structured way?

Not really. Sometimes we just ask for feedback on Twitter, we also receive feedback on GitHub. Sometimes, when I work on a feature, I make a Pull Request and then post it on Twitter and ask for feedback.

We don’t have a board where you can vote or anything like that.


Is Laravel scalable?

I think so. I hope so 🙂

There are mainly two ways to scale Laravel projects: through load balancers, with help of Forge, or serverless with auto-scaling, with help of Vapor, using the Amazon ecosystem tools.

People use Laravel to run very high-scale applications, like Fathom Analytics with loads of traffic.


What’s the status of Beep? Will it ever get released?

For some context, it was a team productivity app I was building with Laravel, I teased it on Twitter with the intention to open-source it.

It was more of a fun project to try things out, but I just could never get it how I wanted.

I still want to try beep with the upcoming Livewire 3. I haven’t totally given up on Beep, so we’ll see about the release.


What feature of Laravel was the hardest to implement?

Definitely Eloquent. I’ve rewritten Eloquent probably 3 or 4 times. It’s a case when the first 80% of the feature are fast to code, and the last 20% are extremely hard and complicated.

Every time I get a pull request to Eloquent, I have to admit I’m a bit scared to go review it.


Why is Valet no longer featured in the version v9 docs?

I was working on the docs, and it felt like we had so many different ways to install laravel. So instead of saying “You can use Valet, or Homestead, or Docker, or Artisan Serve…”, I wanted to change it, because it felt very overwhelming for someone new.

I actually still use Valet, I love Valet, and Valet is still on the sidebar in the tools.


Would you consider bringing InertiaJS into the Laravel family?

Jonathan and I have been talking about it. I actually have rewritten all Inertia docs and sent it to Jonathan a few months ago, and it should be released with Inertia 1.0.

I think we will help to maintain it and work on it more, as Jonathan now works at Tailwind and doesn’t have that much time for Inertia, so we will adopt that project a bit more.


About Tailwind vs Bootstrap

We use Tailwind at Laravel, we don’t use Bootstrap at all, and we want to use the things that we use and like ourselves.

It has been a controversial decision to switch to Tailwind because people like Bootstrap components like “card” or “alert”. So we still continue to maintain Laravel UI package which still uses Bootstrap 5, and we will continue maintaining that.

I wouldn’t be opposed to the Laravel Breeze version in Bootstrap but I need help, I just wouldn’t know how to do it myself, I haven’t worked with Bootstrap for 4 or 5 years.


What excites you the most in the PHP world right now?

I’m excited that people experiment more with Swoole or Roadrunner alternatives, which we use in Laravel Octane.

For Laravel 10, we’re working on a project to add more type hints and return types to methods, that’s another thing I’m excited about in Laravel 10.


Do you think Laravel deserves a built-in Permission Manager?

Maybe. I know there are some packages built by other people, but maybe we could create an official package in the future.

That’s an interesting phenomenon: even if some package already exists and it’s good, people still want it to be written by Laravel. But it would be overwhelming to maintain 100 packages.


What are some of the best decisions you made that helped Laravel really hit off?

Being friends with Jeffrey Way and Dayle Rees 🙂 Actually, other people made Laravel take off maybe more than I did. They helped recruit people into the Laravel world.


That’s it for the summary, watch the full 1-hour video here.

Laravel News Links

EZQuest multiport hub review: More USB-C ports please

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EZQuest Hub



AppleInsider may earn an affiliate commission on purchases made through links on our site.

The Ultimate Plus Multimedia Hub Adapter from EZQuest is the one-stop shop for almost any port people need in their computing life, and it’s geared toward Macs with Apple Silicon.

The EZQuest Hub works with Intel, M-Series Macs, and Windows PCs to connect external displays, USB-C devices, and more. It’s especially suited for MacBooks that have a limited number of ports.

EZQuest Hub Specifications

The hub has 13 ports to cover USB, audio, and video ports. For input, it has a USB-C Thunderbolt 4 port, while the output ports include one HMDI at 4K, one HDMI at 4K 60Hz, and a VGA 1080p 60Hz port.

It also has USB-C Power Delivery with passthrough charging up to 100W, one gigabit Ethernet port, four 5Gbps USB-A 3.0 ports, and a 3.5mm audio jack that also supports microphones.

For memory cards, there’s also one reader each for SD and Micro SD cards, offering read speeds of up to 104MB/s and write speeds of up to 80MB/s.

Each port has a helpful label next to it for ease of use.

Design & Construction

The hub is made of aluminum and is just under six inches in depth and width and one inch in height. We always like to see products constructed of premium materials, such as metal, and the EZQuest Hub fits the bill.

Ports on the front

Ports on the front

The size could be better for portability, but it is ideal for those with spacious desks who need many ports for various devices. For example, plug in the included USB-C cable to supercharge a Mac or USB-C iPad.

Using the EZQuest Hub

The EZQuest Hub does exactly what it says on the box for connecting devices. The USB-C PD port is excellent for quickly charging devices, although we would have liked to see at least one more USB-C port.

The hub can handle up to three external displays so people can build out their home workstations. EZQuest provides a handy resolution chart to know what to expect, supporting up to three external extended or mirrored displays.

Resolution chart for external displays

Resolution chart for external displays

The M1 processor can run a single external display using Thunderbolt 4 with the embedded DisplayPort 1.4 spec beyond the integrated display on a MacBook, or beyond the HDMI display on a Mac mini.

The M1 Pro processor doubles that number, allowing users to attach up to two 6K resolution monitors at 60Hz. The M1 Max goes even further to connect up to three 6K resolution displays and one external display with up to 4K resolution at 60Hz.

Using the VGA port requires a driver installation, available along with manuals when the hub is plugged into the computer. A drive appears in Finder with everything needed for the Instant View driver.

We liked that the 3.5mm port supports audio and microphone input, and gamers and podcasters might find a use for it.

Ports on the back

Ports on the back

The four USB-A 3.0 ports can be excellent for some people, although we’re increasingly finding that most of our accessories have moved to USB-C, which is why we wanted to see more of that port on the hub.

We liked using the EZQuest Hub, although it’s a tad large for our preference. But it’s a great option at the price of $169.99. Of course, only some people need this many ports, but this hub is an excellent choice for those who do.

  • Nice design
  • USB-C PD at 100W
  • Multiple ports for external displays
  • Thunderbolt 4 support
  • Only one USB-C output port

Rating: 4 out of 5

Where to Buy

AppleInsider News

Laravel Workflow

https://miro.medium.com/max/251/1*iDNCaKL8Ishw_3e5zVXeeA.pngAllows users to write long running persistent distributed workflows (orchestrations) powered by Laravel queues.Laravel News Links

Native UUID support in Laravel has arrived


In a recent addition native UUID support (and native ULID support) is added by Dries Vints. It’s a great addition for me, as in many applications I tend to favor UUIDs over incremental IDs. I won’t bother you with the discussion of UUIDs vs. incremental IDs in this blog post, but just take a look at the UUID implementation in Laravel.

UUID in Eloquent

As with a lot of functionality in Laravel, the UUID support is really easy to add to any model. Just add the HasUuids trait:

use Illuminate\\Database\\Eloquent\\Concerns\\HasUuids;
use Illuminate\\Database\\Eloquent\\Model;

class Post extends Model 
{
    use HasUuids
}

When you create a model, it will automatically contain a UUID as a key. The trait will automatically set the keyType property to string and the getIncremeting method to return false.

By default, Laravel generates an ordered UUID with this trait.

For more information about those ordered UUID’s, read this blog by Italo Baeza Cabera. There’s currently a draft about new UUID types, which also contains a time ordered version.

Change the UUID type

As stated above, Laravel uses ordered UUIDs by default. If your application requires UUID V4 or even UUID V1, you’re able to achieve that with a small addition.

When you want to change the type of UUID used, you should override the newUniqueId method from the trait with your own version:

public function newUniqueId()
{
    return (string)Str::uuid();
}

This method can be added to the model. When you need this in all your models, you could create an abstract Model class:

abstract class AppModel 
{
    use HasUuids;

    public function newUniqueId()
    {
        return (string)Str::uuid();
    }
}

class Post extends AppModel
{

}

Issue with saving without events

With incremental IDs, the ID is generated by the database. So you will be able to save a model without providing an ID and the database will take care of that.

Some databases aren’t able to generate UUIDs by default (or not easily). That’s why this implementation uses the creating Eloquent model event in the trait boot. This catches the event and sets the UUID for the unique ids. So the main difference is that the IDs are generated in the application instead of in the database.

Read this blog post of Simon Archer to learn more about booting traits with Eloquent.

A side effect of using the creating model event is that it depends on these events. Laravel also offers functionality to save a model without triggering the events, with for example the saveQuietly method. That method doesn’t trigger the model events. In this case, that would result in a model without a generated UUID.

So the code below will most likely result in a database error saying the id field has no default value:

$post = new Post();
$post->title = 'UUID test';
$post->saveQuietly();

If you need to save a model without triggering the events, the solution is to provide the UUID yourself:

$post = new Post();
$post->id = (string)Str::orderedUuid();
$post->title = 'UUID test';
$post->saveQuietly();

When using mass assignment, this could mean you need to unguard the model or add the id field to the $fillable array.

You usually shouldn’t want to use the saveQuietly methods, but in seeders for example, it could be handy.

TLDR

UUID support works as easily as possible, by just adding the HasUuids trait to your models. Be aware that it requires the model events to be fired so saving the model quietly doesn’t provide a UUID to your model.

Laravel News Links

Laravel: How to build an API – Part 1

https://i.ytimg.com/vi/NFK1LfXYDd4/maxresdefault.jpgStart building an API in Laravel with this video tutorial. We’re working with Laravel and building out a JSON API to store data and then listing it back using an index. We cover essential PHP skills needed to put it all together. If you ever wanted to build a contact form or any other kind of form this is the tutorial for you. We cover all the essentials like Creating Models, Database Migrations, Routes, and Controllers so you’ll be able to build your own Laravel API.Laravel News Links