Intel to Discontinue Nearly All Desktop Kaby Lake CPUs

Intel has announced End-of-Life plan for most of its desktop Kaby Lake and remaining Skylake processors. The boxed and tray versions of the chips will be available for interested parties for one more year and then will become history. The move will enable Intel to cut the number of product SKUs it offers to partners and reduce pressure on its factory network, which will help to increase supply of newer products made using various versions of Intel’s 14 nm process technology.

Introduced early in 2017, Intel’s desktop 7th Generation Core processors (Kaby Lake) have been around for nearly three years now. The CPUs certainly served their purpose, but it is time for them to go and Intel recommends its partners to place their final orders on these products by April 24, 2020. The final shipments will be made by October 9, 2020. Some of Intel’s Kaby Lake and Skylake products will be moved to Internet of Things (IoT) status and will be available for a little longer to IoT customers and probably some PC makers as there are still previous-generation motherboards on the market that need to be sold.

Intel’s desktop 6th Generation Core CPUs were launched in 2016 and most of them have been in EOL status for a while. This week, Intel said it would stop taking orders on the remaining desktop Skylake products on April 24, 2020, and will cease their shipments by October 9, 2020.

Winding down production of desktop Skylake and Kaby Lake processors in the next few months will free manufacturing capacities for newer Intel products and will enable the company to increase shipments of newer CPUs, such as 8th and 9th Generation Coffee Lake, that are also made using Intel’s 14 nm fabrication technology.

TRX40 Chipset For Upcoming AMD Ryzen Threadripper Listed

In what is being put down to an inadvertent leak by MSI, it could be that the currently unannounced chipset for AMD’s new 3rd Gen Ryzen Threadripper series processors has been officially mentioned (not withstanding the unconfirmed leaks from various sources). With the new AMD Ryzen Threadripper third generation set to hit the shelves in November, a lot of discussion is circulating about potential motherboard chipsets names and monikers. On one end we’re expecting compatibility with current X399 motherboards, and yet on the other new chipsets are expected to hit the market.

On MSI’s promotional pages, in which users can redeem rewards for purchasing specific and eligible MSI products, an unknown motherboard was revealed which piqued interest among users. Under MSI’s $25 Steam Gift Card promotion, an unreleased model named Creator TRX40 was listed which at present, hasn’t been announced by MSI or AMD. We know that the Creator series is MSI’s new content creator focused range with our announcement that MSI is refreshing some X299 models, notably the MSI Creator X299.

Little is known about what AMD intends to call the chipset for the new HEDT 3rd generation Threadripper processors, but it has been speculated that it might be called TRX80. With the accidental leak on the MSI website which has since been removed with much haste, it adds further speculation to the fire that AMD might release two chipsets instead of one. We have no confirmation as to what each of these chipset names mean, and some users have theorised that it could relate to consumer/commercial platforms or the memory channel count.

We know that AMD’s new 3rd Gen Ryzen Threadripper series will start with an entry-level model with 24 cores, with a 64-core part speculated to be in the pipeline. AMD has kept its cards closely to its chest as we’ve seen from previous product launches, but it remains an exciting time for users looking to build a single-socket system that features high core and thread count based on Ryzen’s Zen2 7nm architecture. We expect more information to become available closer to the next-gen Ryzen Threadripper series is set to launch in November.

Dell’s $1,850 XPS 15 laptop may seem expensive, but it’s a bargain compared another laptop with almost identical specs: Apple’s MacBook Pro

When I first caught wind of a laptop with an OLED screen, I jumped on the chance to try it. 

There are few laptops that come with OLED screens — the pinnacle of TV and smartphone screen technology with the richest colors and supreme contrast that makes everything pop.

You’ll most often find OLED screens on LG TVs and premium flagship smartphones from Samsung and Apple. So why shouldn’t laptops get them, too? Many of us arguably spend more time in front of a computer screen than TVs and smartphones, after all. 

As with premium TVs and smartphones with OLED screens, the XPS 15 with a 4K OLED screen demands a larger chunk of your bank account — a minimum of $1,850, to be precise. 

But, in several respects, this isn’t the worst deal in the world — not by a longshot. Other Windows 10 laptops with similar specs hover around the same price tag. And compared to Apple’s $2,400 MacBook Pro with the same specs, the $1,850 XPS 15 feels like a bargain. 

The Dell XPS 15’s size and weight seemed daunting at first, but I had no problems carrying this thing around as if it was a slim and light 13-inch laptop.

If you’re checking out the XPS 15, I’m going to assume you’ve made peace with the fact that 15-inch laptops aren’t as light and portable as smaller 13-inch laptops. Fans of 15-inch screens will take the hit in portability for the extra screen space.

Having just used slim, light, 13-inch laptops for a while, the four-pound, 15-inch Dell XPS 15 seemed massive and heavy at first. 

Still, after using it day after day, I realized I didn’t have to make any changes to accommodate the XPS 15’s extra heft. I carried around the XPS 15 around in my hands and backpack like any of the 13-inch laptops I’ve recently used without noticing much of a difference. I even use it during my train commute without missing a smaller laptop. 

The XPS 15 and its variety of ports makes my USB-C-only MacBook Pro feel a lot less useful.

Right off the bat, I’m not a major fan of laptops that don’t come with regular USB ports. I still own several devices that use regular USB connectors, and new accessories and peripherals are still coming out with regular USB connectors, which means I need to fetch or bring a dongle wherever I go with my MacBook Pro. The Dell XPS 15 is a great antidote, and requires no dongle.

It has:

2 regular USB ports (USB 3.1 Gen 1)

1 HDMI port (2.0)

1 USB-C port with Thunderbolt 3 (for docking and connecting to several accessories and peripherals)

1 SD card port

1 headphone jack

A non-standard power port

You even get a battery gauge that lets you see how much battery is left without opening the lid and waking up the laptop. 

The keyboard and trackpads are good, but they could have been better.

The XPS 15’s “top case” where the keyboard and trackpad lies looks great with the signature XPS carbon fiber design, but it feels a little empty. There’s plenty of space, and it doesn’t feel like Dell made the most of it. 

The backlit keyboard is good, and my nitpicks include slightly wobbly keys, and the keys could have been bigger. Oddly enough, the smaller XPS 13 with a 13-inch screen has larger keys, and it offers a better typing experience as a result. Still, no matter what, the XPS 15’s keys offer a better and quieter typing experience that Apple’s controversial “butterfly” keyboards.

Also, I’m not sure why Windows 10 laptop makers are letting Apple get away with the largest and best trackpads. The XPS 15’s trackpad is very good, accurate, and smooth, but it could have been bigger. There’s certainly enough room. 

Dell and other Windows 10 laptop makers still let Apple laptops have the best speakers, too.

The XPS 15’s speakers are fine. They’re a little hollow and don’t have much punch or bass. They’re fine-enough that I’m not reaching for headphones every time I want to watch a casual YouTube video, but Apple still dominates the laptop speaker game. 

The XPS 15 model I’ve been using has a 4K OLED display, and it’s absolutely glorious, to put it lightly.

OLED is the peak in screen technology, as it delivers superlative colors and contrast compared to any other screen technology. Every app, website, and video on the XPS 15’s 4K OLED screen looks amazing.

Still, OLED isn’t absolutely necessary. LCD screen technology has come a long way, and I’ve seen some LCD laptop screens that come incredibly close to the OLED screens, like Dell’s own XPS 13 and the Lenovo ThinkPad X1 Carbon. 

Unfortunately, the 4K OLED screen option is only available starting with the $1,850 XPS 15 that comes with an Intel Core i7 and 16 GB of RAM. If $1,850 isn’t within your budget, your only option is a regular LCD 1080p resolution screen on the XPS 15s.

There is one thing you compromise by going with a 4K laptop, and that’s battery life.

4K screens often mean less battery life.

The downside of 4K resolution screens is that they invariably gulp more battery power than lower-resolution displays, like 1080p. Dell says the 4K OLED model gets about 10 hours of battery life, and the 1080p models get 20 hours.

It’s tough to say if I’m getting exactly 10 hours of battery life for a mixture of video streaming and regular work. By Windows 10’s estimates, the highest battery life I’ve seen so far with the Windows “Battery Saver” setting is about eight hours. Currently, at 81% while only switching between a few Chrome tabs and the screen at about 80% brightness, Windows 10 is telling me I have six hours and 31 minutes left. 

Still, regardless of Dell’s accuracy with its battery claims, the 4K XPS 15 models will drain the battery life significantly faster than 1080p models. 

Another thing I should point out: The XPS 15 comes with a non-standard charger rather than a USB-C charger. It’s not because Dell is late in adopting USB-C for charging. It’s because USB-C chargers, capped at 100W, can’t deliver the 130W of power the XPS 15 demands.

I’ve been using the $2,550 Core i9 model, and most of us don’t need so much power. But it sure is nice …

The Core i9 9980 “HK” processor in the XPS 15 model that Dell sent me absolutely flies through everything I do on it. It’s absurdly fast, smooth, and far more responsive than the lower powered “U” series chips you’d find on smaller 13- or 14-inch laptops that are designed for ultra-light and slim designs. 

Dell’s XPS 15 laptops are also available with the performance “H” series of Intel’s 9th-generation Core i5 and Core i7 chips, which are also inherently faster than the “U” series you’d find on smaller, thinner, lighter laptops. The i5 and i7 are much better suited for those of us who don’t need the power of the Core i9 for intense video and photo editing. 

The XPS 15s also come with an Nvidia 1650 graphics chip, which professionals will appreciate more than gamers. 

For video and photo editors: a quick stress test with the AIDA 64 software showed that the XPS 15 with the Core i9 can stick at about 2.7GHz without thermal throttling, but it won’t maintain its 5GHz boost for very long. That boost is designed for shorter bursts to open files and apps at a boosted speed rather than rendering your photos and videos. Other reviews I’ve seen for the Core i9 have suggested that the XPS 15 may thermal-throttle to a lower speed over long periods of intense usage. 

I’ve loved the OLED experience of the Dell XPS 15, and starting at $1,850, it’s not an unreasonable recommendation. Here’s the bottom line:

If you just like the extra screen space of a 15-inch laptop and you’re not looking to do a lot of intensive work, the base $1,050 XPS 15 with a Core i5 should suit you just fine. It’s still a powerhouse. (However, Microsoft has just announced its new Surface Laptop 3 laptops that look mighty tempting, and I’d wait to read the reviews for Microsoft’s new offering.)

For power and a 4K OLED screen — including an Nvidia 1650, if that matters to you — the Core i7 models starting at $1,850 will handily meet your demands. 

For unbridled power and a 4K OLED, the Core i9 will do the trick. But starting at $2,550, it’s more of a professional’s option rather than something most of us actually need. 

Microsoft Surface Pro X vs. Surface Go: Which should you buy?

These two Surface devices are built with mobility in mind, and they’re both built to a high standard. The Go is more of a casual device that you can tuck under your arm and take to the cafe, while the Pro X is more of a professional’s tool with better performance and a larger display. Let’s take a look at the specs that make up these two devices.

The Surface Pro X is a bit of a departure from the Pro design we’ve come to expect. It still has roughly the same footprint as the Surface Pro 7, but the display has been stretched out to 13 inches thanks to slimmer bezel along the sides. It’s also quite a bit thinner than the Pro 7, and it even manages to come it a hair thinner than the ultraportable Surface Go.

The Surface Go still reigns when it comes to weight, starting at just 1.15 pounds (522g), but the Pro X isn’t far behind at 1.7 pounds (774g). Both devices should prove to be welcome travel companions, but if you want the most mobility, opt for the Go. It also provides a more rounded selection of ports, including one USB-C 3.1, a microSD card reader, Surface Connect, and a 3.5mm audio jack. On the other hand, the Pro X comes with two USB-C 3.1, Surface Connect, and a Nano SIM slot. Note also that the Pro X is capable of handling two external 4K displays at 60Hz through USB-C (Gen 2), while the Go is only capable of a single external 4K display with USB-C (Gen 1).

While the front-facing camera on both devices is essentially the same at 5MP (1080p), the rear-facing camera on the Pro X bumps things up to 10MP (4K). The Go’s rear-facing camera is stuck at 8MP (1080p), so if you’re concerned about image and video quality, the Pro X is no doubt the better choice. Both devices offer LTE connectivity to keep you connected even when there’s no Wi-Fi, but only the Pro X offers eSIM and physical Nano SIM options.

Both the Pro X and Go employ a folding kickstand on the back to keep the tablet propped up, and combined with an attachable keyboard and touchpad, you can turn either into a productivity machine. However, keyboards for both models are sold separately, and you’ll also have to shell out extra for an active pen. The Surface Go’s Type Cover offers a comfortable (if slightly cramped) backlit keyboard and Precision touchpad, and the Surface Pen connects magnetically to the side of the tablet when not in use.

The Pro X’s keyboard is larger to match the overall size of the tablet, and it has a backlit keyboard and Precision touchpad. Built into the hinge portion is a storage bay for the new Surface Slim Pen, which keeps the pen charged and better protected when you’re on the move.

Display and inking

The Surface Go has a smaller 10-inch touch display with a 3:2 aspect ratio and 1800×1200 resolution. Pixels-per-inch (PPI) measures out to 217, which is really not bad at all. The picture is quite beautiful, and the Surface Pen can be used with it for a quality inking experience. If you’re interested in multi-tasking, though, the Pro X’s larger 13-inch display is probably better suited.

It also has a 3:2 aspect ratio for a boxy look, and it has a 2880×1920 resolution for a 267 PPI. The picture is going to be sharper, and it reaches up to about 450 nits for easier outdoor work. The Surface Slim Pen is likewise going to offer a natural feel. Overall, artists or design pros are likely going to want to opt for the Pro X thanks to the larger display and better performance from the Adreno 685 graphics.

Performance and price

All models of the Surface Go cost less than even the introductory Pro X model, but for a good reason. While the Go is using an Intel Pentium 4415Y CPU, the Pro X is ARM-powered with a custom SQ1 CPU that’s essentially a beefed-up Snapdragon 8cx. The Pentium chip has two cores and a base clock of 1.60GHz, while the SQ1 boasts a 3GHz clock and eight cores. You’re going to get far better CPU performance from the Pro X, and it also boasts an Adreno 685 GPU with two teraflops of power. Again, this easily trounces the Go, so if you want the best performance possible, you have to stick with the Pro X.

However, ARM-based PCs do have some limitations. OpenGL games won’t work on ARM, and the device is overall better suited for web and scripted apps. Despite ARM chips having to emulate x86 apps, they should still run better on the Pro X. In terms of fun, we’ll have to do our own testing to see precisely how well the Pro X runs, and don’t expect it to be your next gaming machine. Keep in mind that Project xCloud, Microsoft’s upcoming game-streaming service, can turn almost any device with a steady internet connection into a quality gaming platform.

Storage is another point of contention, with the Go offering either 64GB of slow eMMC storage or a speedier 128GB SSD. The Pro X can be had with up to 512GB of SSD storage, and the hardware is removable if you want to upgrade in the future. Finally, the Pro X can be configured with up to 16GB of LPDDR4x RAM, while the Go is capped at 8GB of LPDDR3.

Bottom line? Introductory Pro X models start at about $999, but they’re going to offer far better performance and battery life than you get with the Surface Go. If you just want a casual 2-in-1 for light productivity work, web browsing, and a bit of light gaming, the Go starts at about $390.

The Surface Pro X is better cut out for professional performance

The ARM-powered Pro X brings a thin and light chassis, knockout 13-inch touch display with pen support, and LTE connectivity to keep you connected everywhere. It beats out the Surface Go in raw performance and battery life, making it the better pick for anyone who has more professional goals in mind. It does, however, cost significantly more than the Go.

The Surface Go is an affordable and portable 2-in-1

This miniaturized Surface Pro doesn’t match up to the performance in the Pro X, but it’s much more portable and will still offer an excellent 2-in-1 experience. Optional LTE connectivity can keep you connected anywhere, and the 10-inch touch display is brilliant, especially combined with a Surface Pen. It’s also a much cheaper option compared to the Pro X.

OnePlus shares Android 10 rollout schedule for OnePlus 6T, 6, 5T, and 5

The official rollout of Android 10 has already started for the OnePlus 7 and 7 Pro, but older OnePlus devices are still without the latest software. That won’t be the case for too much longer, though, at least for some phones. OnePlus has shared a tentative schedule of when the OnePlus 6T, 6, 5T, and 5 will see the update, and it’s as soon as this month.

The OnePlus 6T and 6 are scheduled to get an Oxygen OS Open Beta based on Android 10 sometime in the next couple of weeks, before the end of October. A stable build is expected to follow in November. The 5T and 5 won’t be getting Android 10 Open Betas at all, but a stable update is planned for the second quarter of 2020 — that’s sometime between April and the end of June.

In a forum post, OnePlus notes that “software development requires rigorous development and meticulous testings,” and reiterates that the above dates are approximations that assume there aren’t any hiccups in development. Considering how quickly the 7 Pro moved from Open Beta to stable, though, it seems likely the 6 and 5 families will stay on track.

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This method is recommended for those using the AC adapter for long periods. We recommend that you use the Icom BP-265 battery at least once in two weeks. Batteries lose its charge when stored for a long time and you need the battery if it does break.
If he does not use a length of time, the Icom BP-265 battery will be stored protected from a clean, dry and cool, heat and other metals. A loss of business to charge the battery in time and need a break before reuse.
Power Management Features Battery BP-265 enable the conservation of energy in the battery of Icom Camera. You can control the speed of the processor off, or you can adjust the brightness of the LCD screen to a minimum to ensure low power consumption. 

Why we have been the go-to source for our customers ?

We stock a wide range of rechargeable batteries for Icom Camera. Your Icom Tablet PC is part of your everyday life. Successful communications on a Icom begin with your battery. When purchasing a replacement battery for your Icom Icom, dependability and price are what we have to offer. We’ve been supplying reliable, high quality Icom batteries for over 10 years. Our goal is to provide high quality aftermarket replacement batteries at a very reasonable price. All of our rechargeable Li-Ion Icom batteries are backed by a one year warranty.

What is the run time of Icom battery?

Icom batteries have two main ratings on them: Volts and Amperes. Because size and weight of batteries is limited when compared to larger batteries such as car batteries, most companies show their ratings with Volts and Milliamperes. One thousand Milliamperes equals 1 Ampere. When buying a battery, select batteries with the most Milliamperes (or mAh). Batteries are also rated by Watt-Hours, perhaps the simplest rating of all. This is found by multiplying the Volts and the Amperes together. For example:

  • 14.4 Volts, 4000mAh (Note: 4000mAh is equal to 4.0 Amperes).
  • 14.4 x 4.0 = 57.60 Watt-Hours

Watt-Hours signifies the energy needed to power one watt for one hour.

Asus TUF Gaming H7 Wireless Gaming Headset Review: Tweaking Required

On paper, the Asus TUF Gaming H7 Wireless has the potential to be Asus’ first true standout gaming headset. It’s wireless, offers 7.1 virtual surround sound and exudes high-quality construction. It’s also a bit of a looker, available in black and yellow (pictured) or a more muted black and grey colorway, so streamers who are all about those aesthetics might well find themselves ogling the H7 Wireless.

VERDICT

There’s plenty to like about the feature-rich Asus TUF Gaming H7 Wireless. But we have reservations about the shape and character of its sound out-of-the-box. A lot can be remedied via software, though.

At the time of publication, the H7 Wireless (Asus also has lower-priced TUF Gaming H7 Core and TUF Gaming H7 wired headsets) is for sale on Amazon UK in its Gunmetal color scheme only. However, Asus told us today that the headset should arrive in the U.S. on Amazon and Newegg in about 2 weeks.

The wireless cans certainly pack a lot into one headset. Jumping right off the spec sheet are those 53mm drivers, quite a bit larger than those of rival headsets. Asus has a tradition of going big with drivers, including the fun-but-flawed Angry Birds-looking Asus Strix Pro’s 60mm drivers. But to my ears, bigger isn’t better. And while these feature-rich cans have a lot of potential, you’ll need to mess with the software to bring it out.

Design and Comfort

The H7 Wireless takes the weight off the top of the head using a suspended headband design, where an elasticated and well-padded leatherette contact band sits below a lightweight aluminum headband that forms the skeleton. Along each side of the elasticated band is high-quality stitching (not a single thread was out of place in our review sample) in the accent color, and some “TUF Gaming” branding is imprinted on the top. There’s more TUF Gaming branding on each side of the headband’s base, which are attached to matte plastic foundations for each earcup and finished with an aluminum bolt bearing the TUF wings’ logo. 

The earcups are enormous and finished in rubberized matte plastic that looked great when I first pulled it out of the box but quickly gathered fingerprints and other marks. Another thin band of accent color marks the edge of the cup, and on the rear-left is the volume wheel, mic mute and power button. All the controls, especially the mic mute switch, feel well-made and durable. The volume wheel is stepped, so it’s a little trickier to make precise adjustments than with a freewheeling control. But in the heat of the moment you’re less likely to accidentally max it out and blow your eardrums. 

Moving inwards, the large earpads are agreeably soft, finished in a microfiber cloth with a leatherette inner for, as the theory goes, better sound isolation. There’s some degree of lateral and vertical twisting adjustment to the earcups; although, you can’t fold them inwards for reducing their profile for travel or storage. The only sound you hear when you put the H7 Wireless on is the elasticated band stretching to fit, which speaks highly of the build quality and materials used throughout. A detachable gooseneck mic slots in via an asymmetrical 3.5mm jack, so it’s easy to pop in and out, and there’s no undue popping or crackling when you do.

In terms of comfort, the headband design is nicely engineered to provide just the right amount of clamping around your ears. The H7 Wireless won’t fly off your head if you sneeze or celebrate a victory with too much exuberance. At the same time, they don’t feel like they’re digging in around your head, either. We’re not sold on that massive earcup design, though. This humble reviewer has a smaller head and larger ears, and that meant my ears ended up pressing against the driver grilles. That obviously gets uncomfortable after a very short time, since the grilles are hard surfaces. The larger circumference has knock-on effects on the sound too, which l’ll get to below.

Audio Performance

I might as well get right to the punch: the H7 Wireless’ overall sound performance out of the box is disappointing.

Out of the box, which has virtual 7.1 surround sound enabled, there’s plenty of low-end power available. In certain situations, most notably action-heavy games with lots of explosions, the overall response sounded dramatic. You’d expect that from a headset with “Gaming” in its name, right? A bit of exaggerated low-end is fine for selling the sound and fury of bombastic action titles and multiplayer shooters.

The problem is that any dialogue going on amidst the explosions was lost under all that bass. That was also true when communicating with friends or teammates over Discord. Finding balance was tricky, since turning down the game’s volume meant risking missing important sound cues. But in order to clearly hear other voices, that’s often what I was inclined to do with the H7 Wireless. Having virtual surround on by default is an unfortunate move, because the feature really exacerbates the muddy bass and imprecise stereo spread. 

There’s better news, though: you can significantly improve sound with some tweaking in the Asus ROG Armoury II software. Turning it off virtual surround tightened up the sound immediately. This is expected with any headset, but it was especially noticeable here. When it came to gaming, I flat out avoided this feature; the sound-space just doesn’t work. 

In stereo mode, the bass was still a bit too strong for my ears, but was much more capable of retaining the sparkle from higher up in the EQ and articulating the little details in the mixes of songs I know intimately. Little breaths in vocal performances and fret scrapes as guitarists change chords were audible, albeit not captured as cleanly as I’ve heard on competitors.

Using Armoury II to adjust the sound (more on that shortly), helped make the H7 Wireless more appropriate for all-around multimedia use, but I’m not sold on the fundamental sound design. Placing a 53mm driver in a chamber as enormous as this seemed to bring more drawbacks than benefits, including noise leak. The contact pads don’t sit snugly on the head, so some sound escapes, which affects the resonant frequencies within the earcup. It also means the H7 Wireless don’t isolate sound very well, for the wearer or those nearby. It goes both ways.

As for wireless range and stability, I experienced virtually latency-free performance and it stayed within range just about anywhere in my house, across three stories.

Mic performance is also a happier story. Output is thin but clear using default settings. I was able to improve performance and achieve a nice warmth and well-rounded response using the Armoury II software, which I’ll get to now.

Features and Software

Storage-greedy peripheral programs are a pet peeve of mine, so Armoury II isn’t getting away with taking up 439MB of storage on my PC without me bringing it up. In every other regard though, this program’s a lifesaver when using the H7 Wireless. In addition to the virtual surround toggle control, there’s a host of sound usage presets here — 7 in total — which alter both EQ and reverb settings. You can toggle the reverb on or off independently or cycle between 6 presets and adjust via a wet/dry (wet audio is processed and made with a special audio device, and dry audio is raw and unprocessed) mixer.

Armoury II is as feature-rich as we’ve ever sampled from a headset companion program, and while I didn’t find any practical use for the reverb settings, some music genres sounded bouncier and more enjoyable when using the Music preset. There’s also a manual 10-band EQ for audiophiles to play with to their heart’s content.

I was equally impressed by the mic software settings. Five adjustable effects, including a compressor, noise gate and de-esser, really do have a profound effect on your mic output. Even when using default settings, the mic produced a much richer, fuller sound than most competitors’ mics. It’s not quite up there with standalone models, like the Blue Yeti, but you wouldn’t expect a ~$100 headset’s mic to be. What’s startling is that it’s even close.

Battery Life

Battery life is a real strength of these cans. Asus pegs it at 15 hours, and that really does hold truth in the field. That’s partially due to a very eager auto-shutdown feature that kicks in after 5 minutes without receiving an audio signal, but the rare occasions you might be caught out by this are well and truly offset by such a gargantuan charge time.

Bottom Line

The Asus TUF Gaming H7 Wireless has a lot going for it. It’s stylish, the headband is cozy, its software and mic impress and its wireless tech never failed me. 

But it lacks the fundamentally great sound necessary for an unreserved recommendation. The headset requires too much fiddling to clean up the sound. I’d prefer a better plug-and-play experience. Additionally, the virtual surround sound didn’t sound good while gaming, due to overwhelming bass. That’s disappointing considering this is a key feature of the headset.

Still, other areas, like the build quality, are on point. If you can find this headset for around $100, it’s as rich in features and functionality as you could ever hope to attain from a similarly priced competitor. 

MSI Creator TRX40 Motherboard For AMD’s 3rd Gen Ryzen Threadripper CPUs Leaks Out

AMD will be launching their 3rd Gen Ryzen Threadripper processors premiering with 24 cores next month. While there have been various rumors about the platform and socket support, it looks like MSI has leaked out one of their own motherboards, confirming a few theories for AMD’s 3rd HEDT lineup.

MSI Readies Creator TRX40 Motherboard For 3rd Gen ‘HEDT’ AMD Ryzen Threadripper CPUs

Spotted by Videocardz, the MSI Creator TRX40 was listed on a promo page by MSI which lets users redeem a $25 Steam gift card if they purchase an eligible product. One of those products as you might have guessed is the new Threadripper series motherboard and the naming convention more or less confirms that earlier reports were true. Previously, the MSI TRX40 PRO 10G motherboard was also registered at EEC which confirms that there will be not one but several models displayed by MSI for the new Threadripper lineup.

Motherboard makers are currently busy preparing a range of HEDT products for both Intel & AMD processors. We have already seen the Creator X299 which was announced yesterday and puts a lot of focus towards the creator market. Features such as more I/O, more capacity and higher power stability through the use of best-in-class VRMs (90A Power Stages) are just a few highlights of MSI’s Creator lineup.

There are no details mentioned for the Creator TRX40 but considering that it’s now listed by a manufacturer and the new 3rd Gen AMD Ryzen Threadripper CPUs launch next month, an official introduction of these boards may not be that far away. Other TRX40 motherboards from Gigabyte and ASUS have also leaked out prior to this which include:

ASUS PRIME TRX40-PRO

ASUS ROG STRIX TRX40-E GAMING

TRX40 AORUS Xtreme Waterforce

TRX40 AORUS Xtreme

TRX40 AORUS Master

TRX40 AORUS Pro WIFI

TRX40 DESIGNARE

AMD Ryzen Threadripper 3000 Series CPUs – Here’s What To Expect In Terms of Price, Specs, and Performance

The AMD Ryzen Threadripper 3000 series family is internally known as “Castle Peak” and is stated to bring dominant leadership in the HEDT market. The family will prove to be a new watermark in performance and overall efficiency while new platform features will be introduced on the new and enhanced motherboards to take them to the next level.

Currently, reports state that there will be two separate platforms for enthusiasts and workstation chips, the TRX40 and WRX80. The details of these platforms are listed below.

AMD TRX40 ‘Enthusiast’ Ryzen Threadripper 3000 Processors

The TRX4 HEDT platform would feature quad-channel memory, UDIMM memory support with 2 DIMMs per channel and up to 256 GB of capacity per channel. This means that the platform will support up to 1 TB of memory. There would also be support for 64 Gen 4 PCIe lanes with 16 lanes switchable with the SATA interface. There also seems to be info regarding TDPs and we can also notice the segmentation here too. The Group ‘A’ series processors, which are the HEDT lineup for the TRX40 platform with 280W TDP, Tcase Max temperature of 60C and Tctl Max of 100C.

AMD WRX80 ‘Workstation’ Ryzen Threadripper 3000 Processors

Now coming to the WRX80 series, we are looking at a pure workstation lineup. Even the processors built around this platform are spec’d similar to the EPYC 7002 variants, featuring 8-channel DDR4-3200 support in UDIMM, RDIMM, LRDIMM flavors. The platform would support 1 DIMM/channel featuring support for up to 2 TB of memory. There wouldn’t be any OC support like the TRX40 series but you get 96-128 Gen4 PCIe lanes with 32 switchable lanes to SATA. The Group ‘B’ series processors which are the workstation lineup for the WRX80 platform will also feature a 280W TDP but different temperature range of Tcase Max temperature of 81C and Tctl Max of 100C.

Considering that AMD would want to remain in a dominant position with the Threadripper 3000 series, we will be looking at some spectacular amounts of multi-threaded performance numbers which will only get better with the added clock speeds thanks to the 7nm process node. The CPUs will also be getting major core bumps, but AMD would like to keep prices close to current levels.

AMD CEO Dr. Lisa Su:

“You know. it’s very interesting, some of the things that circulate on the Internet—I don’t think we ever said that Threadripper was not going to continue—it somehow took on a life of its own on the Internet,” Su said, speaking to a small group of reporters following her keynote. “You will see more [Threadripper] from us; you will definitely see more.

If mainstream is moving up, then Threadripper will have to move up, up—and that’s what we’re working on.”

If we look at the trend with AMD’s jump from Ryzen Threadripper 1000 to Ryzen Threadripper 2000, we saw that the new processors with core parity of the previous generation were priced around the same with a $200-$300 shaved off from their previous price tag. The 1950X became 2950X and cost $200 US less. The higher core count parts were at a different market tier entirely, costing north of $1200 US but at the same time, much cheaper than their Core-X competitors.

In terms of raw performance output, the new die layout remains to be tested, but since it is more refined over the previous two generations with a stronger interconnect between them, the cache and latency performance may end up giving a bigger boost to total system responsiveness. AMD will definitely be aiming for both LGA 2066 and LGA 3647 lines with their new chips. Intel has said that their upcoming Core-X series will offer a much better value proposition with 2x better perf per dollar compared to Skylake-X, but that remains to be seen in real-world benchmarks and reviews.