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AMD is joining with software partner Vivu to go head to head against Intel’s WiDi streaming video. The new solution, dubbed is AMD Wireless TV and will stream wirelessly from virtually any AMD Fusion powered PC to an HDTV with no additional hardware required. First shown as a demo at CES, AMD Wireless TV can stream 720p HD video and users can adjust video quality for any situation, be it a movie at home, or wanting to wirelessly project a presentation at a meeting.
Basic specs are as follows: any AMD Fusion-powered computer using 802.11n Wi-Fi, Adobe Flash Player, and ViVu’s prototype software using its MXTP technology. But what’s really cool is the range of devices that AMD is streaming to from just a simple notebook. In the demo video below, we see them streaming to an HDTV flat panel display and a pair of tablets with no additional hardware. The solution also was selected by Digital Trends as one of the best gadgets at CES. Look for AMD and Vivu to have it out later this year.
AMD and ViVu Showcase Wireless HD Content Streaming Solution Powered by AMD Fusion APUs
SUNNYVALE, Calif. —2/16/2011
AMD (NYSE: AMD) and ViVu recently demonstrated for the first time a next-generation, high-definition (HD) content streaming solution powered by AMD technology. The demonstration, which first took place at the International Consumer Electronics Show (CES), featured 720p HD video streaming wirelessly from an AMD-powered notebook PC to a flat panel display and two tablet devices all at once without any additional hardware. The demonstrated technology is based on standards-compliant 802.11n wireless technology, the Adobe Flash Player and a prototype software solution from ViVu, a leader in desktop videoconferencing solutions.
“Consumers want to stream from their PCs onto their TVs but don’t want to pay a huge premium to do so, nor do they want to choose between a growing number of conflicting ways to do it,” said Rob Enderle, principal analyst for the Enderle Group. “ViVu turns virtually any AMD Fusion powered-PC into a potential low latency streaming device, and most of the current generation of smart TVs into receivers of this content without adding any additional hardware cost. As a result, ViVu successfully addresses both the need to stream a user’s media to their smart TV and the requirement that it also be inexpensive and easy.”
With settings that can be easily adjusted for a number of different devices (TVs, tablets, projectors) and content formats, including videos, presentations and documents, the ViVu solution is ideally suited to harness the power of AMD Fusion Accelerated Processing Units (APUs) and AMD discrete GPUs for a variety of applications from home entertainment and gaming, to enterprise video collaboration and remote presentations.
“Leading-edge video applications, such as those developed by ViVu, are exactly the type of immersive experiences we designed AMD Fusion APUs to enable,” said Manju Hegde, corporate vice president, AMD Fusion Experience Program. “Until now, streaming of HD telepresence-quality video was not possible without additional cables or hardware. We received an overwhelmingly positive response to our collaboration with ViVu at CES, and look forward to seeing this solution in market to the clear benefit of consumers and businesses alike in the near future.”
“At ViVu, we fully realize the future of the computing market is becoming more visual and engaging, and delivering HD quality video to virtually any device from virtually anywhere is an incredibly important part of that,” said Sudha Valluru, chief executive officer and founder, ViVu. “To meet the needs of this booming market, sophisticated hardware and software are required, which makes AMD the ideal technology partner for us. AMD Fusion APUs combine the best of CPU and GPU technology, and working together we are helping to deliver completely new and exciting experiences.”
The ViVu wireless HD video streaming solution is expected to be available later in 2011.
* Technology Demo Video
* ViVu press release on next-generation interactive video applications
* ViVu blog on showcasing telepresence-like video on laptops at CES
* Digital Trends Best Gadgets at CES
* AMD Fusion blog
* Follow AMD on Twitter @AMD_Unprocessed
AMD, the AMD Arrow logo, and combinations thereof are trademarks of Advanced Micro Devices, Inc. Other names are for informational purposes only and may be trademarks of their respective owners
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Intel’s startling marriage with AMD’s graphics chips has finally borne fruit, as Intel announced five new Core H-series chips that use two variants of the AMD “Vega M” GPU. The combination of Intel and AMD technology should outperform a last-gen system with a discrete Nvidia chip, Intel says.
The new 8th-generation, quad-core Core i5 and Core i7 chips, together with what AMD calls the Radeon RX Vega M GPU, will power laptops from Dell and HP. They’ll also appear in new Intel-branded “Hades Canyon” NUCs, with prices beginning at $799 and $999, Intel said.
Intel originally disclosed that its new processor contained an H-series Core chip, the AMD GPU, and HBM2 memory, all within the same package. We now know the clock speeds of the five Core i5 and i7 cores will range from 3.8GHz to 4.2GHz, and that 4GB of HBM2 memory will accompany both the Vega M GH and Vega M GL, the two GPU versions whose 20 and 24 compute units appear to be much more powerful than AMD’s own Ryzen 7 and Ryzen 5 for laptops.
Intel says its new chips will be 7 percent faster in 3DMark versus a Core i7-7700HQ system with an Nvidia GTX 1060 Max-Q (6GB) chip accompanying it, and up to 13 percent faster in games.
Why this matters: For years, we’ve seen integrated notebook processors and notebook chips that use discrete GPUs, each with their own performance tier. Intel’s new partnership with AMD’s Radeon division splits the difference, offering a somewhat modular solution together with graphical performance that’s rather impressive. We all suspected that the Intel-AMD partnership would be a game-changer, and we’re starting to see that it is. We don’t know how Intel will price these chips compared to its more vanilla Core i5 and Core i7 processors, however.
Intel’s new 8th-gen Core package with a Vega M core inside of it is surprisingly photogenic.Core plus Radeon equals power
Most notable among the new chips—which differ in processor speed, vPro capabilities, and whether they use the Vega M GH and Vega M GL—is the Core i7-8809G. That chip, leaked last week, was the first indication that Intel’s new chips would indeed include AMD’s Vega cores. It’s also the only one of the five chips that totally unlocks the CPU, GPU, and HBM.
Intel’s five new Intel Core chips with the Radeon RX Vega M core inside. Note that they’re differentiated by clock speed, GPU core, and whether or not they have vPro capabilities. Intel did not disclose prices.
Unfortunately, the Core cores are probably the least interesting element of the new design, as the Radeon RX Vega M is clearly the star of the show. It’s worth noting, though, that these new chips actually include two GPUs: Intel’s integrated Intel HD 630 GPU can process video and other less stressful video tasks, leaving the Vega M core to power up if needed.
Interestingly, though the chip is called the Vega M, Intel won’t confirm that it uses the AMD Radeon Vega core. “This is a custom Radeon graphics solution built for Intel,” an Intel spokeswoman said in an email. “It is similar to the desktop Radeon RX Vega solution with a high-bandwidth memory cache controller and enhanced compute units with additional Render Output Units.”
Both the Radeon RX Vega M core and the integrated Intel HD630 core have capabilities that complement one another.
In comparison to AMD’s existing Ryzen parts, the new Kaby Lake-G chips far exceed their AMD rivals. The first Ryzen Mobile laptop CPUs include 10 Vega-based compute units. AMD’s dedicated, discrete GPU, the $399 Radeon RX Vega 56, uses 56 compute units. (A 28-compute unit/1,792 stream processor desktop APU is also rumored to be in the works.) All told, however, the new 8th-gen Core chips appear to pack in a ton of performance.Intel’s Kaby Lake-G performance claims
Intel makes a good case to upgrade, if you’re still stuck in the Haswell generation.
Naturally, Intel also makes its case by comparing Kaby Lake-G to the current leader in discrete Nvidia GPUs, the Nvida GTX 1060. Here, the new chip comes off surprisingly well, too, though the test is also stacked against the opposition.
Intel’s new Core i7-8809G with Radeon graphics, compared to a Core i7-7700HQ and Nvida GTX 1060. Note that the test isn’t totally comparable, as Nvidia’s chips are complemented by a 7th-generation Core i7.
Finally, Intel compared the slower Vega M GL against older PCs—specifically the Core i7-8550U with an Nvidia GTX 1050 chip alongside it.
Here, the deck is stacked more fairly, as two 8th-gen Core chips are being compared.
The new chips that use Vega M GH cores are rated at 100 watts, while the GL cores are rated at 65 watts, Intel said. Intel also used a technique called dynamic tuning to power-manage all three components to improve their efficiency. That trick shoehorned in a little extra thermal headroom within the processor, so that, if needed, either the CPU or GPU could reach its respective boost speed to max out performance, all without worrying about immediately throttling down to prevent overheating.
“We’ve only talked about one processor on 8th-gen today,” said John Webb, director of client graphics marketing at Intel. “There’s still more to come. Look for continued news on H-series [chips] as we get into 2023. I think you’ll be very excited about what’s there, as well.”Software and drivers via Intel
Since the new Core chips with Radeon graphics represent a partnership between AMD and Intel, you can expect software support from both companies—though they will be routed through Intel. “There’s a lot of great software coming at them,” Webb said.
That means that while customers will receive AMD-specific features—Radeon Chill, Radeon ReLive, and the important FreeSync support—you can expect to see to a lot of Intel blue, as they’ll all be supplied by Intel.Computers from Dell, HP, Intel, and more
According to Intel, two customers will initially use the new Kaby Lake-G chips: Dell and HP. Unfortunately, Intel executives declined to go into any further detail. But because the new chips are being launched this week at the Consumer Electronics Show, we expect more announcements over the next few days.
Intel isn’t saying whether the new notebooks from HP and Dell will meet these configurations.
Intel did reveal some of the specs of generic notebooks using the Radeon RX Vega M core, which you can see above. If there’s anything a little worrying, it’s that the projected weight, 4.6 pounds, looks rather heavy for an “ultrabook” form factor.
Mark Hachman / IDG
A reference notebook, of the sort that will be enhanced by the AMD-Intel partnership. The large, black blank space is designed for stylus input.
We can guess that both the Dell and HP notebooks will be celebrated for their VR prowess, which is also the target application of Intel’s two new NUCs, according to John Deatherage, the marketing director for Intel’s NUC products.
If you’re asking yourself whether AMD’s Ryzen or Intel’s Core offers the best bang for the buck right now, we understand. AMD’s freshly unveiled 16-core Ryzen 9 3950X has nerds from Topeka to Kuala Lumpur wanting to know if the CPU landscape has again been redrawn with AMD’s new CPUs.
We looked at three metrics which we know generally drive CPU performance: core and thread count (or how many CPU cores you have), and good old megahertz. You might have been told years ago that megahertz doesn’t matter anymore, but they were lying, because it does. The other pillar to determine value is, of course, how much it costs.
How much value does AMD’s new Ryzen 3000-series offer? This much.AMD or Intel: Best multi-threaded value
To assess multi-threaded value, we took AMD’s existing lineup of Ryzen mainstream chips (plus a couple of Threadrippers for reference) and compared them to AMD’s new Ryzen chips, along with Intel’s current stable of CPUs.
For pricing we used the MSRP for the new Ryzen 3000 CPUs. We used street pricing on either chúng tôi or chúng tôi to set our prices for the Ryzen 2000, Threadripper, and Core and Xeon CPUs.
Amazingly, if you put a line horizontally across our Cost per Thread chart and told AMD CPUs to step to the value side and told the Intel CPUs to step to not-as-good-a-value side, you’d get the results below.
AMD continues to dominate in the cost-per-thread contest.
As we move up higher in AMD’s new Ryzen 3000 lineup, we can see a large bump in price per core, with the 6-core Ryzen 5 3600X, 8-core Ryzen 7 3700X, and 12-core Ryzen 9 3900X all costing about $21 per thread. Interestingly, the new 16-core Ryzen 9 2950X costs only $23 per thread, which is slightly better than the chip with the worst multi-core value of the family: the 8-core Ryzen 9 3800X, at $25 per thread. The Ryzen 9 3800X’s value per thread is basically the same as that of a 32-core Threadripper 2990WX.
Much of Intel’s lack of value comes from the fact that the company doesn’t offer Hyper-Threading on many of its mid-range 6-core chips. Without performance-boosting Hyper-Threading, the 6-core Core i7-9700K cost is pushed up to a painful price of $51 per thread. That’s more than Intel charges per thread for a $1,200 Core i9-9920X CPU. Ouch.
Obviously the big question is whether you need so many cores. If you edit video, do many, many CPU-intensive things at once, or render 3D, then yes, it’s worth it. If you don’t, however, the “value” you’re getting for these AMD CPUs might not be quite there. Of course, the smart thing to do instead of paying for a $500 12-core Ryzen 9 3900X would be to opt for a lower-cost Ryzen chip.
The basic upshot is that AMD continues run the entire field in multi-core value over Intel chips. And if you need that multi-core performance, that means AMD is going to offer you way more bang for the buck over Intel right now.AMD vs. Intel: Best megahertz bang for the buck
As we said, paying for a big, hairy multi-core chip is pointless unless you actually use that chip to its fullest extent.
For most people who play games, run some browser windows, or engage in mainstream productivity tasks, a CPU’s clock speed may be more valuable in determining CPU value and performance. The sticky part with that equation is that each CPU’s clock will vary determined on load and cooling. Unlike our previous multi-threaded-per-buck chart, which we have fairly high confidence will come close to reality for heavily-threaded tasks, this is a lot looser.
Still, it’s interesting to see which of the CPUs gives you the best bang for the megahertz. To do that, we use each CPU’s stated Turbo Boost or Boost clock speed. We opted not to include AMD’s Precision Boost score, because that’s highly dependent on conditions, and instead stuck with the company’s stated top boost clock.
Does AMD or Intel offer more value per clock? To find out, we calculated the street price vs. the boost clock of the CPUs to find out which chip gives you the best dollar per boast megahertz.
We’d like to point out that if you look at the third-best value per clock, it highlights an overall weakness with trying to judge the chips on megahertz alone. The Ryzen 5 3600 is a low-wattage part, but it’s actually rated to hit the same 4.2GHz as the higher-wattage Ryzen 5 2600X. With just a $20 difference to get AMD’s leading-edge 7nm process vs. the Ryzen 5 2600X, we’d probably go with the newer Ryzen 5 3600 instead.
AMD takes the prize for megahertz value as well, but remember that’s based on the older CPUs. Once you get to AMD’s brand-new Ryzen 3000 chips, the megahertz/buck race is closer than we expected. Frankly, we’d say it’s a tie if you’re looking only at Core vs. Ryzen 3000.The intangibles
Adam Patrick Murray/IDG
It’s almost summer, and it’s time for something new. Maybe you’re ready to ditch TV and spend time outside, or you want to try out a new carrier. Either way, you’ll have to leave Big Blue in the rearview. Here’s how to cancel your AT&T phone, internet, and TV service.
The process is slightly different for each service, so we’ll walk you through basic instructions for all three. Don’t worry if you find out that the grass isn’t always greener; it’s just as easy to rejoin AT&T if you want to.Porting your number to another carrier Canceling your service
If you’re not porting your number to a new carrier, the process isn’t much more difficult. However, it might cost you more money to flat-out cancel your service. You will have to pay off the remaining balance on your device, no matter how much you owe.
If you’re still on an old plan that involves a service agreement, you may be subject to an Early Termination Fee (ETF) as well. Should you choose to cancel your service in the middle of a month, you will have to pay off that month’s bill, too.
To find out what you may owe in terms of an ETF, follow these steps:
Go to Accounts & Services and find the My Wireless tab.
Scroll and choose the device that you want to check on. Enter the Manage Device & Features menu.
Look for the Service Commitment or My Wireless Contract section, where you’ll find three sections:
If you’re on an AT&T Next contract, there is no ETF
If you make monthly installment payments, there is no ETF
However, if you see that your annual service contract is from X date to Y date, you will have an ETF. Use this calculator to estimate your payment.
Estimate your ETF, if you owe one, and proceed to cancel your service.
Once you’ve calculated your ETF or remaining phone balance, give AT&T customer service a call and inform them that you plan to cancel. You can also use an online chat feature, though the agents may ask you to call instead.
If you’re an AT&T Prepaid customer, you can allow your account to expire 60 days after running out of funds, provided that you don’t have AutoPay active.
How to cancel AT&T internet service
Up next on our AT&T cancelation tour is internet service. It’s not quite as popular as wireless service, but it certainly helps to know what to do. AT&T’s internet service typically includes a 12-month service contract, which means that you will have to pay an ETF if you cancel more than 14 days after activation. Here are the ETFs you can expect if you try to cancel after 14 days:
Have the account owner call AT&T at 1-800-288-2023.
Make sure you have the account number and PIN on hand.
Call during normal operating hours. Any calls received outside of normal hours will be handled the next day.
See also: Best internet providers in the US
How to cancel AT&T TV service
The final AT&T service you might be ready to cancel is AT&T TV. Once again, the process is much the same as how to cancel AT&T internet, right down to returning your equipment and paying off your early termination fee. However, AT&T TV requires a longer, 24-month service agreement, so you’re looking at approximately double the ETF for canceling early. Here’s the month-by-month breakdown:
See also: How to watch or stream local TV channels without cable
The State of Ohio has taken the first step in taking down a pioneering crowdfunding site but could also be critically wounding the State’s growing entrepreneurial clout. In balancing the interests of both startups and investors, Ohio is making it clear that investor protection within the crowdfunding industry is its primary concern. While this is certainly a commendable and necessary mission, it may come at the cost of chilling the state’s startup momentum. It has already cost a prominent startup founder and crowdfunding leader her title and company.
Last week the Security Division of Ohio’s Department of Commerce publicized a June Notice of Hearing and Notice of Intent to Issue a Cease and Desist Order (PDF). The targets are the Cincinnati-based crowdfunding platform SoMoLend and its founder Candice Klein. Among its allegations, the State lists securities fraud, fraudulent financial projections, false statements regarding current and past performance, and unregistered sales of securities. On August 14, Klein resigned her role as CEO and board member to SoMoLend. While the matter will come before a hearing in October, the greater issue is not just of SoMoLend’s fate but the fate of Ohio’s entrepreneurial community.
As the underlying facts and allegations in the SoMolend matter play out, the entire US startup and crowdfunding community should be keenly watching and learning more about this matter. Because the language of Title III of the JOBS Act language is still not yet defined, this matter could have national implications once the SEC promulgates the specific rule and regulations.
Reviewing the paper trail related to the JOBS Act and the State of Ohio’s stance on it, it appears that there are some major concerns the State has in regards to crowdfunding and startup financing in general.
In its letter (PDF) dated January 9, 2013, the State lays out its views in regards to the pending Tittle III language. The State prefaces its views by stating that Congress “poorly construed” the provisions relating to reducing the risk of harm to the investor “in offerings where the investor has almost no bargaining power and little information.” In an effort to rebalance these types of transaction and protect the investor from fraud, the State goes on to suggest alterations and further clarifications of the underlying mission of the Act.
A key focus of both this letter and of the SoMoLend action is the use of forecasts and projections by investment-seeking companies. The State declares that “ [i]n the Division’s experience, forecasts and projections are often rife with fraud, bear no reasonable basis in reality, and fail to identify the assumptions made and the sources of information relied upon (often because no such information is relied upon in making the projections).” In the SoMoLend Notice, the State goes to great lengths to demonstrate that the company repeatedly and consistently used five-year projections that to date are not “on pace” to achieve the stated milestones.
While the going practice for startups in giving pitches is to present forecasts and projections, current accredited investors are responsible for conducting their own due diligence in making the decision whether to invest or not. With a crowdfunding platform the investor may or may not be a seasoned investor and therefore runs the risk of investing based on projections they cannot verify. Because, as the State explains in its letter, “[i]t is difficult to see how any young entity or start-up can, in good faith and with ‘a sound factual or historical basis,’ predict its future financial performance,” it recommends restricting the use of any direct or indirect forecasts or projections.
In place of the startup providing forecasts, the State seeks to shift the responsibility of due diligence onto the crowdfunding intermediaries and platforms who should not “blindly rely” on the startup. The State goes so far as to recommend the following:
“requiring crowdfunding intermediaries, particularly broker-dealers intermediaries recommending sales, to ask questions of accountants, officers and directors, suppliers, and customers; assess competitive risks; review the issuer’s current financial health and its future financial prospects; consider general financial issues related to the issuer’s business; and, be fully knowledgeable about the accuracy and completeness of the representations made to the investor. It may also be appropriate to require a physical on-site investigation of some issuers that lack audited financial statements or where red flags may be present.”
This statement seems to ignore the previous acknowledgment that most young startups simply do not have the history or infrastructure yet to provide accurate representations. It would seem that intermediaries and platforms are in no better position to conduct this level of due diligence than the startup itself. This whole process is especially difficult for startups that are in essence creating a new market or product category. What information, market history, and financial comparisons can be used in such instances?
This type of activity could greatly burden the crowdfunding platform and increase costs significantly. Because the State uses the term “fraud” liberally throughout its letter, it is apparent that its chief concern is just that and that it believes there is resounding fraud throughout the industry. As Andrew Schwartz, Associate Professor of Law at the University of Colorado detailed in his Comments (PDF) to the SEC, the language in the Act currently contemplates investor loss and ensures that the majority of investors could lose no more that $5,000 in a given year. While that would be unfortunate, it would not be life altering for those investors. Placing immense regulatory and disclosure burdens on the crowdfunding platform diminishes the very essence of crowdfunding – ease, less costly, and access.
While greater scrutiny of the language and intentions of the JOBS Act is certainly a valuable and needed initiative, doing so with a bias against investment-seeking companies will only serve to diminish the impact such platforms could have on growth. A balance must be found between mitigating investment risk and increasing access to capital, which in turn creates jobs, companies, and revenue (taxes) for any state.
The SoMoLend hearing is set for October and the State will issue a final order after that time.
Wireless mouse not working on PC [Quick Fix]
There could be many reasons why the wireless mouse is not working, including a dead battery.
If the wireless mouse is not working on your laptop, there might be a problem with the driver.
In our guide you will learn how to fix the driver problem manually and also automatically.
You should also check if a certain software is not causing your mouse not to work.
Wireless mouse issues are pretty common. In fact, there have been several instances of the mouse behaving erratically once you have upgraded to Windows 10.
Luckily, the problem can be easily dealt with so that you can have your mouse up and running within minutes.
Mentioned below are some of the most common reasons that could be preventing your mouse to perform optimally on your Windows 10 device, along with ways to get around it quickly.
Also, since your wireless mouse is down, you will need to have other pointing devices such as a USB mouse, touchpad, or such to carry out several of the steps mentioned below. Unless your device is touchscreen enabled.
So if you’re asking yourself why is my wireless mouse not working, let’s solve this problem right now!What can I do if the wireless mouse is not working? 1. Check the compatibility with Windows 10 and the hardware
This happens to be one of the most common errors you are likely to face on a Windows 10 device. So, the first thing for you to do will be to ensure your mouse is compatible with Windows 10.
Most new models should be. However, if the mouse is more than five years old, chances are that it isn’t compatible with Windows 10. If that be the case, you have no other option but to go for a complete replacement.
If the mouse is of a recent make and is still not responding, the other option for you will be to ensure the wireless receiver is attached to a port that is working or has adequate power.
For this, try changing your ports and see if things change. Also, ensure you attach the receiver to your PC’s native ports instead of external port replicators.
Further, you can attach the port to a different PC to ensure it is working. This is a common issue so you could fix the problem right away.
Oftentimes, reconnecting the wireless connector too can help solve things. With the PC running, detach the receiver, wait for 10 seconds and reattach it again. This should help restore things.
However, if things still aren’t working, check if the battery within the mouse has enough juice in it before you move on to the next step. Once you are done with the basics, you can now move on to the more serious stuff.2. Reinstall the driver
This should solve the issue. However, if it doesn’t, here is what you can do next.3. Check mouse driver compatibility with Windows 10
Alternately, you can go to the official website of the mouse manufacturer and download the latest driver manually.
Manually reinstalling and updating the driver is not really a piece of cake and if you download the wrong driver you will have the same problem all over again.
However, you can also fix this problem by using a third-party tool to automatically install any missing drivers or repair the problematic ones.
⇒ Get Outbyte Driver Updater4. Perform a clean boot
Once the PC has restarted, connect the mouse. you will now have to single out the program that might be hampering the mouse performance. For this, go to the next step.5. Find the problematic software
If it does still doesn’t work, repeat the above steps but with another set of services selected from under the Services tab until you zero in on the particular program that is causing the issue.
However, if the problem is still there, the culprit is among the selected services. Repeat the same procedure but with lesser number of services to pinpoint on the exact service that is likely causing the problem.
It is sort of the binary search algorithms often used to search among sorted arrays.
Once you have found the program that is preventing the wireless mouse from functioning, keep it unchecked and re-start the device. Things should work fine from here onwards.
Meanwhile, you can also get in touch with the developer of the particular problem that is colliding with the wireless mouse to see if they have a workable solution.
You can also perform a clean boot with just the minimum number of drivers to rule out the chances of any other software conflicting with that of the mouse.6. Re-install Windows 10
If the same wireless mouse has worked fine with another version of Windows, you can roll back to the same before going for a fresh install of Windows 10.
In the end, what is evident is that it is not too big a chore if you find yourself faced with a mouse that is playing dead after you have made the transition to Windows 10.
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