Dell XPS 13 9310 2-in-1 gets refreshed to include Intel Tiger Lake, Xe graphics, Evo, and Thunderbolt 4, but RAM and storage continue to be non-upgradeable

The 2019 Dell XPS 13 7390 2-in-1 introduced a much needed design change as well as internal upgrades to Intel Ice Lake and Comet Lake-U processors. This year, the Dell XPS 13 9310 2-in-1 gets refreshed to Intel’s 11th generation Tiger Lake CPUs with Intel Xe graphics. Like its last gen counterpart, the XPS 13 9310 2-in-1 is Intel Evo-compliant for an all-round responsive computing experience.

Dell offers the XPS 13 9310 2-in-1 in two chassis designs — a CNC machined aluminum in platinum silver with black carbon fiber composite palm rest and a CNC machined aluminum in frost with arctic white woven glass palm rest.

The XPS 13 9310 2-in-1 continues to sport a 13.4-inch InfinityEdge 16:10 touch display that is available in FHD+ (1920×1200) and UltraSharp 4K UHD+ (3840×2400) options. The UHD+ display offers a peak brightness of 500 nits and supports HDR400 with 100% sRGB and 90% DCI-P3 color gamut coverage, and a 1500:1 contrast ratio. The FHD+ variant has an 1800:1 contrast ratio, 100% sRGB coverage, and 500 nits brightness. Both display variants are Dolby Vision-certified, have a 0.65% anti-reflective coating, and a 178-degree wide viewing angle. The display is protected with an Edge-to-edge Corning Gorilla Glass 6 covering.

Internally, the 2020 XPS 13 9310 2-in-1 receives the customary upgrade to Intel Tiger Lake CPUs — buyers get to choose from among the Core i3-1115G4, Core i5-1135G7, and Core i7-1165G7 options. RAM options are available from 8 GB to 32 GB LPDDR4X-4267 except for the Core i3 version, which is capped at 3733 MHz memory speed. The storage can be configured with options of 256 GB, 512 GB, and 1 TB PCIe Gen3 NVMe SSDs. The RAM and storage are soldered on-board and cannot be upgraded down the line.

Dell continues to offer the MagLev keyboard, now in the Gen 2 iteration, in the new XPS 13 9310 2-in-1. Whether MagLev would appeal to the user or not purely depends on personal preferences and how quickly one gets used to the shallower key travel. Users can also optionally purchase the Dell Premium Active Pen that offers 4,096 levels of pressure sensitivity. The power button doubles-up as a fingerprint reader. The infrared webcam also supports Windows Hello-based facial recognition login as well.

Thermal design is largely unchanged from the 2019 version. There is a dual-fan setup with an ultra-thin vapor chamber. Dell said that the 2020 XPS 13 2-in-1 uses dual carbon liquid crystal polymer fans to maximize airflow rejection with increased number of fan blades and reduced blade thickness.

Port selection is also similar to what we have seen with the 2019 XPS 13 7390 2-in-1 with the 2020 XPS 13 9310 2-in-1 now offering Thunderbolt 4 ports. Dell provides a USB-C to USB-A adapter in the box. A microSD card reader and a 3.5mm combo audio jack are available. The Killer AX1650 Wi-Fi 6 chipset provides wireless networking and Bluetooth 5.1 connectivity. A 51 WHr battery rounds up the specifications.

The Dell XPS 13 9310 2-in-1 will be available in the U.S. and Canada on September 30 with prices starting from US$1,249.99.

The Samsung Galaxy M21 lasts forever

The housing of the Samsung Galaxy M21 is quite plain: Sure, the M21 is well-built for a lower mid-range smartphone, but the design with its smooth, reflective back is not all that exciting.

One can say that with the M21 Samsung focused on the internals: For example, geolocation works very well, the proprietary OneUI launcher makes using the smartphone with smaller hands easier, because it often places intractable elements in the lower half of the screen. The camera system produces passable images with its high-resolution main sensor and its ultra wide-angle lens.

Because the M21 comes with Samsung’s proprietary SoC, which is neither powerful nor energy-efficient, competing smartphones offer a higher level of performance. The Samsung smartphone is able to eke good, but not outstanding, battery runtimes out of its huge 6000-mAh battery. Nevertheless, those who need a long-lasting smartphone cannot go wrong with the M21.

There is an NFC chip for contactless payments and the Wi-Fi module is quite fast. Users should find out what LTE bands are used in each country before traveling there, because the M21 does not support a lot of LTE frequency bands. The microphone has trouble picking up quiet voices, the speaker is not very good and the performance fluctuates under sustained load.

Read our extensive review of the Samsung Galaxy M21 to find out whether it is good enough for gaming and many other things related to it.

Realme’s new Realme Q series of smartphones to be unveiled on October 15

Realme seems to have taken the Xiaomi approach towards product launches by flooding the market with a never-ending barrage of devices ranging from smartphones to suitcases. Not too long ago, Realme unveiled its new V line of smartphones with the Realme V5. Realme’s upcoming Q series will soon join it, according to an industry insider.

Well-known leaker Digital Chat Station (via @stufflistings on Twitter) says that the mystery Realme Q smartphone will be unveiled in China on October 13. It will allegedly run a 5G-ready chipset along with an OLED panel, a hole-punch camera, an under-display fingerprint sensor, and a battery that supports fast charging at 65W. The device will likely serve as an intermediate between Realme’s top-of-the-line X and mid-range V series. Much like the Realme V5, the yet-to-be-named Realme smartphone will remain exclusive to China.

Details about Qualcomm’s Snapdragon 775G leaked not too long ago. We can expect the chip to make its debut alongside the Realme Q phone. However, one cannot rule out the possibility of running a Snapdragon 750G or an upcoming MediaTek Dimensity hardware. The chances of it being the latter are a tad higher, as Dimensity chips tend to debut alongside China-only smartphones.

Samsung may launch the Galaxy W21 premium foldable in China soon

One might be forgiven for having assumed that the launch of the first-gen Samsung foldable would negate the Galaxy W series, made up of flip phones with premium specs that included dual AMOLED displays. However, the OEM proceeded to launch the W20 in this line’s primary market, China. It turned out to be a version of the Fold that mainly distinguished itself with 5G and different rear panels.

Now, it seems this device is getting a successor. 3C has reportedly approved the Samsung SM-W2021 for sale. As the W20 was the SM-W2020, it will probably have Galaxy W21 as a product name. Unfortunately, the new leak can’t tell us much about its specs, besides that it is rated for a maximum charging rate of 25 watts (W).

However, judging by its probable forebear, prospective W21 buyers may be able to expect a folding tablet with a 7.6-inch main AMOLED display with a 120 hertz (Hz) refresh rate; triple main cameras and a new kind of hinge.

Then again, it may also get some kind of elaboration on its specs so as to set it apart from a typical Galaxy Z Fold2. As to its price, the W20 started at 19999 yuan (US$2936) on its launch; the next generation may be no cheaper.

Genesis Thor 420 RGB Low-Profile Mechanical Keyboard Review: Low profile, small setbacks, good value

Genesis is a smaller name in the gaming peripheral world, but the brand is steadily gaining popularity, particularly in the e-Sports community. The Polish-based company makes and sells all sorts of peripherals, including keyboards, mice, headphones, microphones, PC cases, and more, which are specifically targeted at value-oriented customers.

Genesis sent me the Thor 420 RGB low-profile mechanical keyboard, and I’ve been using it almost exclusively for the better part of three months. As a primer, I have experience with both membrane and full-sized mechanical keyboards; my daily driver is a standard Logitech K120 membrane keyboard, but I’ve also spent substantial time using a Razer Blackwidow (w/ Razer’s Green switches, equivalent to Cherry MX Blue switches) and Corsair K70 (Cherry MX Red switches).

Depending on the retailer and region, the Genesis Thor 420 RGB ranges in price from €60-80 (US$70-95) at the time of publication.

Design

The Thor 420 RGB is a beautiful piece of kit. The aluminum keyboard deck sits atop a low-profile black plastic base. The keyboard is 418 mm long, making it a hair shorter than most other standard keyboards. It still takes up a fair amount of desk space. 

As a low-profile keyboard, the Thor 420 RGB is fairly short at 24 mm. The keys sit flush with each other rather than in tiered rows (more on this in a bit), giving the keyboard a sleek aesthetic. The keys themselves are elevated above the keyboard deck and the transparent casings of the switches are exposed, allowing the RGB lighting to shine around each key rather than just through. The overall effect is rather pleasing.

The keys use a chiclet design like many laptops rather than the traditional beveled design used in most mechanical keyboards. Because of this, the keys sit flush in a plane. While this helps keep the height down, it can make key recognition difficult, especially for touch typists. There is little tactile indication as to where one key ends and another begins, and it can be difficult to know over which row fingers lie.

Another issue is the size of the individual keys. The letter keys on the Thor 420 RGB measure 15 mm2; most beveled keyboard keys (like those on the Logitech K120) measure 18-20 mm2. Some mechanical keyboards have slightly larger keys. While a difference of 3 mm on each dimension doesn’t look large on paper, it alters the typing experience substantially. Coupled with the lack of a tactile boundary between keys, the small size requires major readjustment. 

During my first month with the Thor 420 RGB, I found myself constantly mistyping keys. I commonly hit multiple keys simultaneously or typed in the wrong row. After sticking with the keyboard and adjusting my typing style to the Thor 420 RGB, I’ve come to like it, primarily because of the tactile bump of the switches and the speed with which I can type. It takes some adjustment, but I’ve found myself typing faster on the Thor 420 RGB and quite enjoying the experience.

Overall, the design is beautiful but different from most other mechanical keyboards. The keys and their flat aesthetic will take some time getting used to. Even experienced typists will need time to readjust to the Thor 420 RGB. After adjustment, the keyboard feels great and can improve both the typing and gaming experience. 

Specifications

The Thor 420 RGB uses low-profile mechanical blue switches. Genesis says the travel distance is 1.2 mm and that actuation force is a mere 45 grams. Response time is rated at 1 ms.

When using the keyboard, I noticed that the switches trigger very easily and have a light tactile bump that is perceptible but not distracting. The Content Slim Blue switches are very loud and sound like a machine gun during writing sessions. As such, office workers may want to look for something with quieter keys (MX Brown equivalents). 

While gaming, the keyboard feels very responsive. The bump is more noticeable, as keys are not pressed in such rapid succession. It’s miles better than my membrane keyboard; I don’t second guess whether or not I’ve pressed a key.

The Thor 420 RGB, as its name implies, uses RGB backlighting. Each key has its own backlight, rather than the zone lighting used in cheap RGB keyboards. As such, every key can light up in one of several colors. I noticed it lacks the color variety of top-end RGB keyboards, but there are at least nine distinct colors. Using the software, users can set key backlights to any of the 16.7 million colors in the sRGB spectrum, though the keyboard admittedly makes it a bit hard to discern between these.

Additionally, the Thor 420 RGB comes with 19 backlight modes programmed into the keyboard itself. These can be toggled in software, but a nice feature is that there are hotkeys for cycling both RGB modes and colors on the keyboard. Because of this, the Thor 420 RGB is essentially plug-and-play, which is nice. The software is available if you want it, but the keyboard does not rely on it. The Thor 420 RGB also doesn’t automatically install a software suite, which gives the users the choice as to whether or not they want to use Genesis’ software (more on that below).

Most of the backlight modes will be familiar to users of RGB keyboards. It has the typical static color, color sweeps, and waterfall modes. There is quite a bit of variety, including a “raceway” mode (which lights up a trail of keys in a spiral pattern around the board) and two “explosion” modes (which launch colors in an outward circular pattern when a key is pressed). Most of the RGB modes are fun to explore, and there’s enough variety here to match most people’s preferences. There are also some preset modes for games like Call of Duty and League of Legends that only light up specific hotkeys.

The Thor 420 RGB also features n-key rollover, which allows the keyboard to register all keys pressed simultaneously without limit. In my testing, this is indeed the case; the Thor 420 RGB registered every single key when I mashed the entire keyboard in testing software. There is also no ghosting. The switches are rated for 50 million clicks, so the keyboard should last a while under heavy use.

Performance

As mentioned, the Thor 420 RGB has a fairly low actuation force of 45 grams and a shallow travel distance of 1.2 mm. For a mechanical keyboard, these numbers are on the low side of things. The result is that the Thor 420 RGB feels snappy but can be a bit “trigger-happy.” The keys don’t take much to fire off, which is a godsend when fast reflexes are needed and a nuisance when they aren’t. 

Typing and gaming on the Thor 420 RGB is a dream compared to my old Logitech K120 membrane keyboard. The K120 feels muddy and sluggish in comparison. Even other mechanical keyboards, like the Razer Blackwidow, don’t feel quite as balanced; the Razer, for instance, feels cumbersome and heavy compared to the lighter switches and lower travel distance of the Thor 420 RGB.

That said, the Thor 420 RGB takes some getting used to, especially for typing. I found myself having to readjust my style to use a lighter touch. Otherwise, keys would press down too easily. I tend to rest my fingers on my keyboard during breaks in typing. That works fine on the other keyboards I’ve used that require more force to push a key down, but I found myself triggering keys by mistake.

After about a month of use, though, I found that I like the lower force needed for the Thor 420 RGB. I also found that my typing speed increased slightly from roughly 95 WPM to a solid 98 (100 on a good day). However, I tended to make a few more mistakes, mostly due to the smaller key size (see the section above for details).

Software

Genesis provides a software app for each of its peripherals. These can be downloaded at Genesis’ website (genesis-zone.com) and appear to be customized in certain ways for each device.

Unfortunately for the Thor 420 RGB, the dedicated app is barebones. The only features available during our testing period (in version 1.2) are creating, importing, and exporting profiles and changing the backlight modes. Considering the illumination animations can be changed on the keyboard itself, there is very little use for the backlight mode. However, this setting does allow users to customize the backlight for each key and save this lighting to a particular profile. One of the five profiles can be automatically set when a related program is launched. This can be used to light up specific keys with preset colors when specific games are launched, which may be a nice quality-of-life feature for some.

The software does little else. As mentioned, it is a courtesy that Genesis doesn’t automatically install this app when the keyboard is plugged in (unlike some other manufacturers). If users want to fully customize the coloration of their keyboard and switch to specific patterns when an app or game is launched, the app is a great tool. For all others who are happy with the presets installed to the keyboard itself, the app is unnecessary.

I would like to see the ability to set macros or rebind the keyboard via software in a future update. There are other keyboards around this price point that have this feature, and lots of gamers would surely appreciate the ability to tie macro setups to profiles. Hopefully, Genesis will enable this at a later date.

Verdict

Genesis hits a lot of high notes with the Thor 420 RGB low-profile mechanical keyboard. The peripheral is solidly built and looks gorgeous. Its RGB backlight is bright and reasonably colorful, and the per-key lighting is a nice bonus. Also, the fact that its backlight animations and presets can be controlled directly from the keyboard rather than through software is a major plus in my book.

However, I have some minor quibbles. For one, the key size is small. I understand that one of the main selling points of the Thor 420 RGB is its low profile and relatively compact design, but the small keys took a long time to adjust to. While my typing speed increased during my time with the keyboard, the number of mistakes I made (and still make) while typing also increased. I make fewer mistakes now than I did during the first two weeks of my review, but it is still a bit frustrating.

Lastly, the minimalist software feels incomplete. Genesis advertises the keyboard with a macro assignment feature, but the software doesn’t provide one. If Genesis has some other version of the app hiding somewhere and I find it, I will update this review. As it stands in September 2020, the software is only good for setting up a customized backlight pattern. That’s nice, but this keyboard should be able to do much more.

For the price (~€80/$93), there’s a lot to like with the Genesis Thor 420 RGB. There are plenty of cheaper RGB mechanical keyboards out there, but those don’t have the clean aesthetic and solid durability that the Thor 420 RGB has. This is a keyboard that easily hangs with the big players in the RGB mechanical keyboard world (and even outpaces a few in some areas).

Alleged Galaxy S21+ Geekbench listing paints a grim picture of the Exynos 1000

Last week, some alleged Exynos 1000 Geekbench scores showed up online. Its single-core score was in the ‘too good to be true’ territory, as the chip convincingly outperformed a Qualcomm Snapdragon 875. The silicon has made yet another appearance on Geekbench, and the numbers look a lot more somber this time around.

Twitter user Abhishek Yadav stumbled upon what appears to be a Samsung Galaxy S21+ running the Exynos 1000. It snags a single-core score of 1,038 and a multi-core score of 3,060. That is a far cry from the 1,302 and 4,060 scores from last time. However, last year’s Exynos 990 snagged a single-core score of 773, so the Exynos 1000 is at least 20% faster than its predecessor in that regard. Furthermore, the Snapdragon 875 also fares similarly with a single-core score of 1,102, so Samsung isn’t too far off. However, Qualcomm gets ahead in the multi-core department with a score of 4,113. The Galaxy S21’s Geekbench listing also confirms that the Exynos 1000 will be running an ARM Mali G78 GPU, effectively confirming that we may have to wait a bit longer before we see AMD’s GPU in action. 

Considering that the Samsung Galaxy S21+ is still several months from release, there is no way for us to confirm these alleged numbers. The Exynos 1000’s abysmal performance could very well be due to the phone running unstable software. In the weeks leading up to the Galaxy S21 series’ release, the rumor mill will be overflosing with multiple Geekbench scores, so it’s best if we reserve judgment for then. Both chips appear to outperform their respective predecessors by a wide margin. The transition to Samsung’s 5nm EUV process node probably has a part to play in it, along with ARM’s newest Cortex-A1 super core.

Intel announces IoT-specific variants of Tiger Lake Core i3, i5 and i7 processors

Intel has introduced new processors dedicated to IoT applications at its latest Industrial Summit (September 2020). The chipsets are 11th-gen and have Xe graphics with a maximum of 4 cores/8 threads each and TDPs of up to 28W. Nevertheless, they are still capable of supporting up to 4 4K/60fps HDR (or dual 8K/60fps SDR) monitors.

Therefore, they may be more able to drive modern, demanding display rigs or machine vision, both of which may be informed by AI. To this end, the Tiger Lake derivatives are also enhanced with features such as Intel Deep Learning Boost and Time Coordinated Computing. They are geared toward reduced latency and improved cycles, which may benefit robotics or next-gen edge.

The new Intel Core for IoT processors are, accordingly, essentially E-variants of previously-announced 11th-gen chipsets. They are the i7-1185G7E, i5-1145G7E and i3-1115G4E. There are also industry-specific SKUs: the i7-1185GRE, i5-1145GRE and i3-1115GRE. They clock up to 4.4GHz, have integrated GPUS with up to 96 execute units (EUs) and up to 12MB caches (in the i7s).

Galaxy Watch 3 and Galaxy Watch Active 2 get ECG functionality in the United States

While the Galaxy Watch Active 2 was nearly up there with an equally-specced Apple Watch upon its release in December 2019, its ECG (electrocardiogram) functionality got switched on much later. Even the recently-released Galaxy Watch 3 shipped with the feature disabled in several regions. Users based in the United States will be pleased to know that they will soon be able to take ECG readings from the comfort of their smartwatch.

The United States Food and Drugs Administration (FDA) gave Samsung the go-ahead to switch on ECG functionality on the Galaxy Watch Active 2 and Galaxy Watch 3. Users will be able to access it via the Samsung Health Monitor app in the coming weeks. The app will also prompt users about symptoms like fatigue or dizziness. One can set to app the automatically send the complete ECG report to a pre-determined contact in case of any discrepancies.

Earlier this year, the Samsung Galaxy Watch Active 2 was certified to measure blood pressure in South Korea. The Galaxy Watch 3 will likely join it soon. Ideally, both features should make it to the United States once the FDA greenlights it. There’s no telling when that will happen, though, so the best we can do for now is sit tight.

DeskMini X35G: New Mini PC comes with an Intel Ice Lake processor, 16 GB of RAM, Thunderbolt 3 and Dual Gigabit Ethernet

MINISFORUM has introduced its new Mini PC, the DeskMini X35G. Unlike the S40, the DeskMini X35G includes an Intel Ice Lake CPU among many other potent components. The machine measures 136.5 x 121.5 x 40.5 mm and weighs around 500 g – MINISFORUM is yet to provide a specific weight. At the heart of the DeskMini X35G is a Core i3-1005G1 processor, which features two cores and Intel Hyper-Threading support. The 15 W chip can Turbo Boost up to 3.4 GHz and integrates Intel UHD Graphics.

Also on board is 16 GB of DDR4-3200 RAM, along with an M.2 2280 NVMe slot that supports Intel Optane memory. Additionally, there is a 2.5-inch drive bay that could also be utilised for an M.2 2280 SATA SSD. The inclusion of an Intel CPU allowed MINISFORUM to provide a Thunderbolt 3 port, which it has supplemented with four USB Type-A ports. Dual Gigabit Ethernet ports have been included too, as has a memory card slot. If wired internet is not your thing, then you could use the machine’s Wi-Fi 6 modem instead.

The DeskMini X35G has two dedicated video outputs, DisplayPort and HDMI 2.0, but it can also utilise DisplayPort Alt Mode to output in up to 5K and 120 Hz via its Thunderbolt 3 port. CNX Software claims that MINISFORUM will bring the DeskMini X35G to Indiegogo in October. The machine will start at US$399 on the crowdfunding website with 16 GB of RAM and 256 GB of SSD storage.

The Asus ROG Phone 3 will be released to North America soon, as confirmed by the FCC

The ROG Phone 3 arrived as the world’s most powerful Android gaming phone of the time, as with its predecessors, at the end of July 2020. It was pitched at most major regions, including Europe, India and North America, on its launch. However, the phone has yet to appear on Asus’ US site, or with major retailers in the same country.

This is said to be due to delays in getting the phone approved to use 5G in the region in question. However, this may no longer be the case, as it has been certified by the FCC. This filing, completed on September 22, 2020, may put the latest ROG Phone closer to launch in the US.

Furthermore, another leak suggests it has also been cleared by Canadian authorities. Should this be the case, the 2 countries may have access to the Snapdragon 865+ (or 865 in the Strix edition) processor, up to 12GB of RAM and a USB 3.1 Gen 2 port. Then again, there is no official word from Asus on the availability of this high-powered flagship.