Lon Seidman & Lon.TV Blog

The Analogue Pocket, like many of the previous Analogue devices, is the gift that keeps on giving. This is because these consoles are based on FPGA technology that allows for the chips to be reprogrammed on the fly to behave like anything developers can conjure up.

The Pocket is Analogue’s portable system that was able to initially play most of the portable game consoles of the last twenty years like the GameBoy, Game Gear, Atari Lynx, GameBoy Advance, etc. But now that they’ve opened up the system’s architecture a number of other systems are now playable too.

In my latest Pocket update video we take a look at the Neo Geo, NES, SNES, and Sega Genesis / Mega Drive cores along with an arcade game. The community is also putting together some other things like an auto-update script that keeps everything up to date with a single click.

My latest video is a new sponsored tutorial series I’m doing for Logitech, the owners of the Mevo streaming camera brand.

As a lifelong video nerd I’m always on the look-out for new and interesting video production tools.

Back in 2016 a little camera called the Mevo hit the market. I reviewed it back then and liked it because it was able to digitally crop and zoom the image to make it look a lot more dynamic than just a static shot. It could even automatically “switch” to the person talking with a medium close up.

Additionally the camera was able to livestream to popular platforms without the need for a PC. All that was needed was a smartphone and it could all work wirelessly thanks to the built in battery on the Mevo camera. I gave it to some friends who run a local news site and were able to add a whole new angle to their news coverage. It is a solid product for people who want more than a static shot but also simplicity.

Just before the pandemic hit Mevo came up with a new camera called the Mevo Start. It added a larger battery and integrated some additional features including the ability to have the camera output via NDI to the network.

One other feature of the Mevo line is to combine multiple cameras into a single production using their Multicam app. Like the single camera version it doesn’t require a PC and can run on a phone or tablet which can then stream it out to a provider and record at the same time.

This first video in the series will go from unboxing to livestream in about 20 minutes! We’ll dive into specific features in future videos in the series. See it here!

The other day I got in a Lenovo Z13 Gen 1 (affiliate link) laptop to review. This one is powered by a Ryzen 6850U processor which performs great graphically on its own but of course would do better with an external discrete GPU.

Up until now you really couldn’t get a Ryzen laptop that could support an external GPU because most (if not all) did not have a Thunderbolt port. Thunderbolt uses a USB-C connector but the underlying technology was proprietary to Intel.

Recently Intel opened up the Thunderbolt architecture which allowed the USB IF to incorporate that technology into their USB 4.0 standard. You’ll now see 40&20 gbps USB 4.0 devices which are functionally the same as Thunderbolt devices along with Thunderbolt compatibility on USB 4 equipped computers.

In my latest video I put this compatibility to the test with the Z13 which has two USB 4 ports built in. I plugged in a Thunderbolt SSD, 10 gig ethernet adapter, and capped it off with an external GPU with an Nvidia GTX 1070 installed. Everything worked just as seamlessly as it does on a Thunderbolt equipped Intel PC.

USB remains a confusing mess but this development does help simplify things slightly for those looking to connect Thunderbolt devices. But don’t worry, the USB IF has plans to keep the confusion going with USB 4 2.0. Yes you read that right. We’ll talk more about that on the next Wrapup.

While you can do a lot with a Plex server on their free tier, many of the features we cover in my sponsored Plex series require having a Plex Pass (affiliate link).

This month’s sponsored Plex video takes a look at most of the features a Plex Pass brings you so that you can decide whether or not you need one. Plex maintains a full list on their support pages, but it’s always helpful to see how these features work in video form to get a good look at it.

For me the biggest feature is hardware transcoding. This allows you to efficiently stream high bitrate media at lower bitrates suitable for streaming over cellular connections. Plex’s support for hardware transcoding makes this process a seamless one that starts up immediately with minimal processing load.

But there are a bunch of other features too like downloads for offline viewing, DVR functionality with a TV tuner, a cool music player called Plexamp and more.

Learn more in the video!

My latest review is of the new HD only Chromecast with Google TV.

Google’s Chromecast was a bit of a game changer when it was first released in 2013. Although it lacked an interface and required a smartphone to work it was very popular due to its low cost of entry – it sold for about a third of what other TV boxes cost at the time.

Today there are many super low cost TV devices that have much greater functionality which is why it looks like Google is phasing out its single purpose Chromecast device in favor of a more robust Android based platform called Google TV. Last year they released a Google TV for 4k televisions and now they have an HD only version priced competitively versus similar offerings from Roku and Amazon.

While it retains the casting features from the original Chromecast it adds the Google TV functionality which allows for the installation of apps and games. It also works as a Google Assistant allowing for voice control of home automation devices.

Performance-wise it’s about the same as the Google TV 4k edition they released last year but costs a lot less. Google limits the video output on the HD model to 1080p only but it otherwise retains all of the features of the more expensive version including its support of Atmos surround sound.

Google TV is an enhancement of Android TV found on many smart televisions and set top boxes. Those enhancements come in the way of recommendations based on your personal preferences and a watch list feature to organize content across many different providers.

The only shortfall with its recommendation and watch list feature is that it’s not quite universal. While Netflix has a button on the remote and is pre-installed on the Chromecast when it first boots up, you can’t actually add Netflix content to the watchlist nor will it include any Netflix content in its recommendations.

But for the price it’s a solid offering especially if you’re tied into the Google Home ecosystem. Android TV’s app ecosystem is substantial and you’ll find some of the games you may own on your smartphone will also appear in your app library on the Chromecast.

The folks from the KOREA-US SMEs go TOGETHER show invited us to visit a Korea-US startup summit in New York City this week. Although a majority of what we saw doesn’t have a direct consumer impact I found the approach many of these companies are taking to fill small market niches to be interesting.

One of the more innovative technologies was from a company called Mycel that is making leather out of mycelium mushrooms. They’re also looking at ways to make meat substitutes from their process as the texture very closely matches that of animal tissue.

You can check out my dispatch video of the event here! In full disclosure they covered our travel expenses and sponsored the trip.

The startups featured here were connected to larger Korean companies like Hyundai in the hopes that these larger Korean companies can help incubate other startups both inside and outside of Korea.

I started using Macs a lot more around 2007 when Apple switched from PowerPC processors to Intel. This allowed me to run Windows applications either by directly booting using Apple’s “Boot Camp” feature or by spinning up a virtual machine using Parallels or VMWare Fusion.

Windows compatibility was a casualty of Apple’s switch away from Intel in favor of their own custom silicon. But that feature loss was only temporary. Shortly after the release of the first batch of M1 powered Macs, Parallels released an ARM version of their virtualization software that could run the ARM version of Windows 10 on M1 Macs.

I didn’t expect much but I was surprised in my review of Parallels at the time that the original Macbook Air ran ARM Windows better than a dedicated ARM Windows PC I had looked at previously. The subsequent Windows ARM laptops I looked at also fell short of the Mac’s performance.

Fast forward almost two years and things are even better with the release of Windows 11, Parallels 18, and more powerful M1 and M2 Apple processors.

This week I installed Parallels on my M2 MacBook Air to see how far things have come. You can see my full review here.

In my testing the Macbook Air performed on par with the Lenovo ThinkPad X13s which is to date the best ARM based Windows laptop I’ve reviewed. Windows boots up in a few seconds on the Mac and I found its compatibility with ARM, x86 and x64 apps to be just as good as a dedicated Windows ARM machine.

Installation was super easy too – you’ll see a big Windows button on the Parallels interface that will download an official copy of Windows 11 from Microsoft and automatically configure it. In my testing I was able to get to the Windows desktop in less than 10 minutes. Just note that Parallels does not come with a Windows license so that will need to be purchased separately.

Parallels has a number of free ARM Linux distributions also available as one click installs. In my review we booted up Ubuntu and it ran pretty nicely at a similar level of performance to the Windows virtual machine. If your Mac has a lot of RAM you can even run multiple operating systems simultaneously.

In my review I was able to boot up an older x86 version of Quickbooks along with a 64 bit application I use for my amateur radio work. Game players will certainly want to stick with an Intel or AMD based computer but older games like Half Life 2 run surprisingly well on the Mac through Parallels.

Microsoft deserves some of the credit as the ARM experience with Windows 11 is so much better than Windows 10. Prior to 11 x64 compatibility required running with a beta version of the operating system. Now things feel much more natural and integrated. Most Windows apps will just run without much aggravation and configuration.

Apple is still much further ahead on their ARM transition but Windows 11 gives me some hope that at some point Windows users will enjoy the performance and battery life that Apple users experience on their Apple Silicon based computers.

Parallels has a 7 day free trial if you want to take out for a test drive. Click here to visit their website (compensated affiliate link).

The standard version should work fine for most Macbook Air users but the Pro version allows for more CPU cores and RAM to be made available to the virtual machine. Unfortunately that version requires an annual subscription.

After waiting for a month and a half my M2 Macbook Air finally showed up. While this is not as groundbreaking performance-wise as its predecessor there is still a lot to like about this new “sorta entry level” device in the MacBook line.

You can watch my full review here.

The biggest change with this new device is the hardware – it is a completely new design that comes in a bit thinner and lighter than the M1 model that was introduced almost two years ago. They improved the display, webcam (complete with notch), and of course added the M2 processor for a performance boost. The keyboard is similar to the one found on the 14 and 16 inch pro models although the thinner case results in shallower key travel.

I opted for the 8 core CPU/10 core GPU model along with 16GB of RAM and 512GB of storage. I went with the extra GPU cores because I plan to edit video occasionally on it along with a game or two. I am not certain if this would result in any substantial performance difference but I’ve found when buying Macs you’ll get more longevity by getting the best performing one you can afford.

The MacBook Air is a fanless device so it will throttle down by about 30% when placed under heavy consistent load. That negates to some degree the GPU performance of the 10 core unit although you’ll still have more cores available vs the base model. For video editing and other tasks that use the GPU in a more “bursty” fashion I’ve found it’ll run at full speed for about 3-5 minutes before it gets too warm.

Having used the Macbook Air M1 (and my Macbook Pro M1 Max) every day for the last two years I can say this M2 feels a bit zippier doing basic tasks. My benchmark tests indicate a nice speed bump in both single and multicore performance over the prior architecture but the M1’s found in the 14 and 16 inch pro models still have much better GPU performance.

Battery life remains exceptional – you’ll have a hard time not making it through the workday with this one. I have yet to get a low battery warning on mine – very similar to the M1 series in that regard.

The previous MacBook Airs suffered from a lack of ports – this one improves the situation slightly by adding a Magsafe 3 power connector that allows both of its thunderbolt/USB 4 ports to be used while plugged into power. The Magsafe connector terminates to a USB-C connector so it can be used with any Apple or compatible third party power supply.

The Thunderbolt ports are full service ports so they can also provide power to the laptop if you’re using a USB-C or Thunderbolt docking station. But this MacBook Air, like the previous one, only supports one external display. My 14″ Pro can support two 4k 60hz displays with a single thunderbolt connection by comparison.

Next up we’ll do some experiments with Parallels and see how the laptop performs running Windows 11 ARM and Linux distros.

All together this laptop is one of the few on the market that checks all the boxes: portability, performance, and battery life. This one will be right up there with some of Apple’s best laptops.

Synology hired me to do a series of sponsored tutorials covering the hundreds (thousands?) of features embedded in their line of network attached storage devices (NAS).

In this first video we take a look at their Active Backup for Business app, which consists of a management app that resides on the NAS and an installable “agent” that runs on Windows PCs on your network. The software agent conducts total system backups of the Windows PC which can be scheduled and/or set to execute whenever the system is logged out, locked, etc.

These backups are incremental in that it won’t copy the entire contents of the system every time – just the changes that were made to it since the prior backup. Additionally there is a layer of deduplication intelligence that stores only one file on the NAS even if that file resides on multiple PCs. There is no limit to the number of PCs that can be backed up – it will take as many as you have storage for.

Additionally there is support for backing up file shares on the network (like SMB), and support for VMware virtual machines too. The feature is available on most Synology NAS devices with an x64 based Intel or AMD processor (usually the + series NAS’s).

You can watch the full tutorial here. The next episode will look at backing up files from your cloud services to the NAS using their Active Backup for Microsoft 365 and Google Workspace.

USB-C hubs are a dime a dozen these days but this one from VisionTek stood out for me for the following reasons:

• 100 watts of USB-C power passthrough (most others only support 60)
• Dual display output for PCs that support it through USB-C (sadly Macs don’t)
• Integrated gigabit ethernet that performs at gigabit speeds
• A non-integrated connection cable that docks into the back of the unit for storage. This provides the option for using a longer cable if you want to use the hub as a desktop dock.

You can see the dock in action in my review here!

WD & SanDisk have launched a professional series of products aimed at content creators and others in need of reliable and high performance “out of the box” storage products.

The product line centers around their “PRO-Blade” system which incorporates NVME SSD drives encased in rugged metal “blades” that plug into various docking devices they are rolling out over the next few months.

SanDisk sent me their new Transport dock along with a few PRO-Blades free of charge for me to review. While I was pleased with the overall performance of the Transport dock, I thought it could have done a little better given the performance potential of the NVME blade system. This is because the Transport relies on USB 3.2 2×2 for its faster 20 gigabit mode.

You can see more in my full review here.

As I noted on a few other recent reviews, Sandisk and WD have been shipping portable SSDs that rely on the USB 3.2 2×2 standard for the best performance. This can provide about double the data rate of a standard 10 gigabit per second USB 3.2 Gen 2 connection. The problem is that very few PC manufacturers actually support the USB 2×2 standard. 2×2 is not required as part of the USB specification and most PC manufacturers don’t implement it.

PCs that do have higher speed options usually rely on Thunderbolt or the new Thunderbolt derived USB 4 20 gigabit option (which is different than 2×2 20 gigabit).

You can learn more about USB confusion in this video I made on the topic a little while back.

I thought the decision to have this professional-grade device also require 2×2 for the best performance vs. Thunderbolt was short sighted as most higher end PCs have Thunderbolt ports available these days. Even stranger is that the PRO-blades are formatted for the Mac which are all Thunderbolt equipped yet lack 2×2 support.

As you’ll see in the review the Transport with a PRO-blade inserted will perform better than most external SSDs but only marginally so. Had they opted for a faster interface these blades would vastly outperform most portable SSDs on the market.

The good news is that Sandisk does have a compact Thunderbolt-based docking station on the way that can accommodate four of these blades simultaneously. That’s where I think the value of this new platform will really start to shine.

My M2 Macbook Air finally arrived! We did a quick unboxing video on the Extra’s channel along with a livestream of me running some initial benchmarks on it.

So far I’m quite pleased with it. There appears to be a nice performance boost over the M1 (which is still great 2 years later) along with an updated modern design with a better keyboard and (notched) display.

It also has a mag-safe power port that will leave both Thunderbolt ports free for use. Unfortunately like the prior generation you can’t power two displays through a single Thunderbolt port.

I will have a full review of it later this week. Stay tuned!

While Apple went all-in on ARM with their custom silicon, the Windows side of things has been a little more slow going. So far the handful of ARM based Windows devices I’ve looked at have been expensive underperforming devices with significant compatibility issues.

I was surprised that we haven’t seen any ARM based mini PCs until now. Unfortunately this first example, the Apcslimic Dot 1 Mini PC is one that I will not recommend. Here are some of the issues I found with it:

• No 4k Support
• Only 100 megabit ethernet
• Lackluster performance vs. similarly priced Intel & AMD based Mini PCs
• No return policy
• And most importantly a non-activated version of Windows 11 ARM.

The company tried to get away with running some development tool hack after purchase to get around the lack of activation. But the tool didn’t work properly on my device. While they denied shipping PCs without proper activation it’s clear these systems are not being shipped with proper licenses.

ARM based Windows laptops trade performance for battery life, but on a MiniPC that plugs into a wall you’re not getting much of a benefit beyond a few cents a month off your electric bill. There are far better Intel & AMD based Mini PCs I’d suggest over this one.

You can see more in my full review here.