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Asus’ ROG Flow Z13 is a Surface for gaming



I’ve tried a few gaming laptops over the years and generally arrive at the same core issue: you give up too much performance for not enough portability. However, Asus’ ROG Flow Z13 2-in-1 is a gaming laptop I wouldn’t mind carrying around.

While likely not everyone agrees, for me, I find it a tough tradeoff to make. Generally, I want my laptops to be as portable as possible — thin, light, small, etc. I expect lower performance accordingly, but that’s okay since I make up for it with a large, bulky desktop with tons of performance for when I need it. Gaming laptops tend to walk a fine line of being technically portable while also managing to be obnoxious to carry around. They’re big, heavy, loud, and the battery dies if you spend more than an hour away from an outlet. They tend to be covered in gaudy RGB, giant fan grilles and sport weird designs. None of these things are explicitly bad, but I don’t look for them on a laptop.

At the same time, these things are getting better thanks to improvements in Intel’s recent 12th and 13th Gen chips. Still, in most cases, getting a mobile chip will mean trading performance for improved thermals and energy use versus comparable desktop chips, both of which are important in laptops. The same generally holds true for GPUs.


This is where Asus ROG Flow Z13 comes in. I’ve had the opportunity to play around with one for a few weeks and generally was impressed by its portability. The Flow Z13 offers a similar form factor to Microsoft’s excellent Surface Pro 2-in-1, but significantly more power. Enough to actually play games, although maybe not at the highest visual settings.

The Flow Z13 does still suffer from a major affliction of ‘gamer aesthetic,’ but it manages to be less in-your-face than other gaming laptops. Plus, the rear window showing off some of the internal components plain looks cool.

A brief look at performance

On the inside, the Flow Z13 I played around with sported a 12th Gen Intel i9-12900H CPU and Nvidia GeForce RTX 3050 Ti Laptop GPU. It also features 16GB of RAM, 1TB of storage, and a 13.4-inch UHD+ 3840×2400 pixel 60Hz display. The screen looks great, although admittedly having such a high resolution seems like a bit of a waste on such a small screen. Plus, in some games, hitting the coveted 60fps target was hard when running at the higher resolution. It’s also worth noting Asus offers other variants of the Flow Z13 with i7 or i5 CPUs, although the i5 variant only offers Intel Xe graphics, which I don’t recommend for anyone wanting to do serious gaming.

You can view the full spec page for the ROG Flow Z13 here, but I do want to highlight the weight at 1.18kg (2.6lbs). That’s quite a bit lighter than the similarly specced MSI Raider GE76 I tested earlier this year, which weighed 2.9kg (6.39lbs). The Flow Z13 is still heavier than the almost 880g Surface Pro 9, but that gap is much narrower.

Speaking of the Raider GE76, it’s currently the top dog in our archive of laptop benchmarks. It sports an i9-12900HK and 32GB of RAM, meaning it has slightly more power than the 12900H and 16GB of RAM in the Flow Z13. On the GPU side, it’s a 3080 Ti Laptop GPU versus the Z13’s 3050 Ti Laptop edition. In CPU benchmarks, the Flow Z13 was close to the GE76, but it fell further behind in GPU benchmarks thanks to the less capable 3050 Ti.

Still, in the games I played, the Flow Z13 did well enough that I’d be happy gaming on it, although I sometimes had to tone down graphics settings to keep a consistent 60fps. I had a blast playing my go-to game at the moment, Destiny 2, on the Flow Z13, while newer titles like Hitman 3 averaged about 55fps on high settings (with some tweaks, 60fps is well within reach). Of course, like any other gaming laptop, performance falls off a cliff when running on battery power, not that the battery will last long enough for a good gaming session anyway.

Will the Flow Z13 blow you away with incredible game performance? No. But it does well enough, and, for the size, I was content with the trade-offs I was making.

A note about accessories

Surface Pro (left) and ROG Flow Z13 (right).

One area where the Flow Z13 differs from 2-in-1s like the Surface Pro is that it comes with the keyboard. Given that keyboards are an integral part of PCs, it’s good that Asus didn’t make this an extra cost. However, one accessory that you may want isn’t exactly readily available.

The Flow Z13 is compatible with the ROG XG Mobile eGPU, which acts almost like a dock for connecting the device to an external monitor. According to Asus’ website, the XG Mobile can feature either a GTX GeForce RTX 3080 or 3070 Laptop GPU, further boosting performance. But, the XG Mobile eGPU doesn’t appear to be available for purchase in Canada, except as a bundle with a different Asus gaming laptop.

To be fair, the XG Mobile isn’t necessary for external monitor use — I was able to get the Flow Z13 to output to my desktop monitor using a USB-C to HDMI adapter, but ultimately the XG Mobile would be a more elegant solution if it were available. It’d also make it easier to recommend the other Flow Z13 devices with less powerful GPUs since you could make up for that with the eGPU.

The i9-equipped ROG Flow Z13 clocks in at a pricey $2,499.99 in Canada and is available at Best Buy and Amazon. Given how unique the 2-in-1 is, though, if you’re looking for a laptop to pull double duty between gaming and portable productivity, this is a great option.

MobileSyrup utilizes affiliate partnerships. These partnerships do not influence our editorial content, though MobileSyrup may earn a commission on purchases made via these links.

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A Quick Guide to Better CMM Maintenance




A coordinate-measuring machine, also known as a CMM, is a specialized piece of equipment common in high-precision manufacturing. It uses coordinate technology to measure and replicate the dimensions of particular objects.

CMMs are a lot more accurate than regular measurement gauges. This characteristic makes them the equipment of choice for quality assurance in certain industries, like aerospace, defense, and medical manufacturing.

Despite being a powerful piece of equipment and the most versatile measuring tool in the metrology industry, CMMs can also be quite delicate. They require the right environment and proper maintenance practices to maintain accuracy and reliability.

The Importance of Proper CMM Maintenance

It’s essential to clean and inspect each part of your machine to ensure it stays efficient and accurate. Preventative maintenance ensures that your CMM remains accurate and performs at its best. It also improves your machine’s longevity.


Without proper CMM maintenance, you could risk damaging your CMM. Repairs would involve operational delays and additional costs.

CMM Preventative Maintenance Tips

Preventative maintenance practices are ones your team could do by yourselves. It’s best to schedule regular maintenance checks for your CMM daily, weekly, monthly, or quarterly. These checks can alert you immediately to possible problems with your CMM.

Remove dust and dirt regularly

Clean and well-maintained air bearings ensure your CMM works as it should. These frictionless and stable bearings help ensure accuracy and efficiency. Dust and dirt can clog your machine’s air bearings, affecting its overall performance.

Aside from your machine’s air bearings, dust could also get into other surfaces and crevices. These tiny particles could affect your machine’s accuracy.

Handle Stylus Tips Properly

The stylus is the tip that makes contact with the object you want to measure with your CMM. Despite this significant role, the stylus can be fragile and require careful handling. Too much force could cause it to bend or break.

Clean your stylus with a cleaning agent and a lint-free cloth. Make sure to remove any residue from workplace materials.

Ensure Good Air Quality

Most CMMs use air bearings, and good air quality is essential to keep them running smoothly. Various air quality issues could affect machine performance and even burn out machine motors.

For air quality maintenance, ask and address the following questions:

  • Do the lines have condensation, oil, or other contaminants?
  • Is the airflow constant?
  • Are you using the proper pressure?

When To Call a Professional

Most preventative maintenance practices are simple enough to be performed internally. However, some issues require professional attention. You can also conduct regular professional maintenance checks to ensure you don’t miss anything.

Below are some procedures that require professional assistance. Many CMM suppliers also offer maintenance services alongside their machinery.

Conducting CMM Training

CMMs are highly specialized pieces of equipment. To handle them properly, your staff needs professional training.

Training courses allow you to get trained by CMM experts on the tools and knowledge necessary within your industry. Regular training sessions also help keep you updated on industry trends and standards.

Sensor Malfunctions

CMM sensors are critical to your machine’s speed and accuracy. They should be professionally inspected and calibrated annually.

Routine sensor maintenance can significantly improve the efficiency and accuracy of your machine. CMM sensors include the following:

  • Scanning probe
  • Single point laser
  • Line laser
  • Electronic touch trigger probe
  • Video camera

Faulty Bearings

Neglected air bearings could cause them to falter in their accuracy and stability. Properly maintained air bearings ensure a smooth, stable, and accurate measurement process.

A professional metrology company can thoroughly inspect your air bearings to prevent further machine damage.

A CMM is a significant investment for any business. Good maintenance practices help your machine last and perform at its best, thus making the most out of this investment.


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Nintendo’s discounted Switch game vouchers are back



Nintendo’s Switch Online service has become a better deal over time, offering more perks than just the ability to play games online. On top of getting access to SNES and NES classics, and cloud save backups (for most games, save a couple dozen), Nintendo announced an even bigger perk yesterday: discounted game vouchers.

All subscribers can buy a two-pack of these vouchers for $99.98, and a huge range of first-party (in other words, typically discount-averse) Nintendo games are looped in. I encourage you to check out the full list, but some highlights include the brand-new Fire Emblem Engage, Kirby’s Return to Dream Land Deluxe, Bayonetta Origins: Cereza and the Lost Demon, Metroid Dread, Splatoon 3, The Legend of Zelda: Breath of the Wild, and Pokémon Scarlet and Violet. Important note: you both have to be a subscriber to buy and use these vouchers.

It’s great that this list is more expansive than Nintendo’s first swing at this deal in 2019. But this perk could actually turn Switch Online into a must-have service because it allows you to pre-purchase up to four sets of vouchers (totaling eight games), and keep them for 12 months from the date of purchase. With $20 in savings with each pair of vouchers, buying four bundles will save you up to $80, assuming that each title normally costs $59.99. If you buy a lot of games, this is a smart way to save a little bit of money on every forthcoming purchase.

I know what you might be thinking: “Can I use one on The Legend of Zelda: Tears of the Kingdom?” Nintendo has not currently listed the deliriously anticipated sequel to Breath of the Wild, which is set to release on May 12th, 2023. Polygon has reached out to Nintendo to see if it’ll eventually become eligible, but did not hear back in time for publication.


You can get a free seven-day trial for Switch Online here, and you can easily subscribe to the service directly from the Switch’s eShop (it costs $3.99 per month, $7.99 for three months, or $19.99 per year). However, you can purchase (or gift) a one-year subscription with a digital code via Best Buy for $19.99. With a family subscription that costs $34.99 per year, up to eight Switch accounts can reap the perks of Switch Online.

For players who want all the perks, access to Goldeneye 007 and other N64 and Sega Genesis games, and complimentary DLC for some Switch games like Mario Kart 8 Deluxe, you’ll need Nintendo’s Switch Online plus the Expansion Pack tier, which costs $49.99 per year for one account, or $79.99 per year for a family subscription.


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Canadian discovery could help batteries last longer



A chance discovery in a Canadian laboratory could help extend the life of laptop, phone and electric car batteries.

According to scientists from Dalhousie University in Halifax, common adhesive tape in batteries may be the reason many devices lose some of their power while off or not being used, which is a phenomenon known as self-discharge.

“In our laboratory we do many highly complex experiments to improve batteries, but this time we discovered a very simple thing,” Michael Metzger, an assistant professor in Dalhousie University’s physics and atmospheric science department, said in a news release. “In commercial battery cells there is tape—like Scotch tape—that holds the electrodes together and there is a chemical decomposition of this tape, which creates a molecule that leads to the self-discharge.”

The solution is simple, too, Metzger says: replace the polyethylene terephthalate, or PET, plastic tape commonly used inside batteries with something more durable and stable.


“It’s a commercially relevant discovery,” Metzger said. “It’s a small thing but it can definitely help improve battery cells.”

Metzger and his team have been trying to understand why lithium-ion battery cells in inactive devices tend to lose some of their power and self-discharge, something that has long frustrated consumers and manufacturers alike.

“Every manufacturer of lithium-ion cells in the world wants to make self-discharge as small as possible,” Metzger told in a joint statement with graduate student Anu Adamson. “In every battery there is a small rate of self-discharge that slowly drains the battery. This is very inconvenient for users and a big headache for industry.”

The electrodes that power batteries are separated by an electrolyte solution that is usually a form of lithium. After exposing several battery cells to different temperatures, researchers were surprised to see that electrolyte solution had turned bright red when it normally should be clear, which was something they had never encountered. The discovery was made by Adamson and two other students.

Chemical analysis of the red electrolyte solution revealed that at higher temperatures, a new molecule had been created inside the battery through the decomposition of common PET adhesive tape, which is often used to hold components together inside batteries. Strong and lightweight, PET is also frequently used for plastic packaging, drink bottles, clothing fibres and more.

Researchers realized that the red molecule, dimethyl terephthalate, was acting as a redox shuttle, meaning that it can transport electrons between a battery’s positive and negative electrodes, creating self-discharge and depleting power even when a battery is not in use. Ideally, the shuttling of electrons within a battery should only happen when a device is on.

“It’s a very simple thing—it is in every plastic bottle and no one would have thought that this has such a huge impact on how the lithium-ion cells degrade,” Metzger said in the news release. “It’s something we never expected because no one looks at these inactive components, these tapes and plastic foils in the battery cell, but it really needs to be considered if you want to limit side-reactions in the battery cell.”

The findings are outlined in a pair of studies published on Jan. 20 and Jan. 23 in the peer-reviewed Journal of The Electrochemical Society. The researchers are now testing PET tape substitutes.

“Since the PET in the tape is the culprit that creates the redox shuttle, we need to replace it with a polymer that is more stable and does not decompose in the harsh chemistry of a lithium-ion battery,” Metzger and Adamson told “So far, the results look very promising, and we plan to publish a new research paper on improved polymers for lithium-ion battery tapes soon.”

According to the researchers, their work has been attracting interest from “some of the world’s largest computer hardware companies and electric vehicle manufacturers,” which are eager to reduce self-discharge and improve battery performance.

“We visited some of these companies and they are planning to implement more stable polymers in their battery cells,” Metzger said.

In the release, Metzger noted: “One of the engineers said, ‘I heard you guys found out something is wrong with PET tape.’ So, I explained to him that it’s causing this self-discharge and asked him, ‘What are you using in your cells?’ He said, ‘PET tape.'”


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