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ASUS GeForce RTX 3060 STRIX Gaming OC review – guru3d.com

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ASUS ROG STRIX GeForce RTX 3060 Gaming OC review

We move to ASUS, which released their ROG GeForce RTX 3060 STRIX Gaming OC, with 12GB, 3584 shading processors activated and a boost clock of 1882 MHz the card has been tweaked extensively straight out of the box for you. Much has been said, rumored, and spoken about this card. And weird it is that it’s released after the Ti model made a fashionable introduction.

However, with that 3584  shading cores and Ampere architecture, this 3060 series is bound to impress in the 2560×1440 (WQHD) domain. If we look back at the previous generation, the product would sit at GeForce RTX 2070 (SUPER) performance levels and, in due time, will replace that series. If stock becomes available in plentiful volumes though. The GPU is again fabricated on an 8nm node derived from Samsung. This process further develops Samsung’s 10nm process; no EUV is applied in production just yet. The first wave of announcements has seen the GeForce RTX 3080 and 3090 being released first, and, as a bit of a surprise, the GeForce RTX 3060 Ti and 3070. It’s now late February 2021 and NVIDIA is set to release its more ‘regular’ 3060 prices 329 USD. As you will have noticed, the 3060 GPU cores count is about 26 percent lower than with the RTX 3060 Ti, which has a GA104 chip with 4864 shading cores (shader/stream/cuda cores = all the same thing with a different name). NVIDIA is launching the 3060 series with the 12GB model, which’s remarkably enough is 2GB more than the GeForce RTX 3080 (!). Later on, they’ll likely silently slip in a 6 GB version, though that has not been confirmed. NVIDIA advertises the series with 13 ‘shader teraflops’ and 25 ‘RT-ops’, the latter giving an indication of the ray-tracing performance. Notable is that a change is in effect, the memory runs ar 15 Gbps as opposed to the usual 14 Gbps, likely to compensate for the perf hit of going 256-bit towards 192-bit on the memory bus due to that memory configuration. It’s the same for the shader core cluster, it’s clocked higher in the boost frequency compared to the Ti model, also compensating a bit for the lower number of shader cores.   

The Ampere lineup nearly doubles ray-tracing performance with Gen2 ray-tracing cores and 3rd iteration Tensor cores. These cards will all be PCIe 4.0 interface compatible and offer HDMI 2.1 and DisplayPort 1.4a, but most importantly is that exorbitant shader processor count (referred to as CUDA cores by NVIDIA). With just over a third of the shader processor count seen from the flagship product, we now meet the NVIDIA GA106 GPU. And despite being a lower segmented card, it still holds a sizable GPU die. In this round, NVIDIA is not seeding Founder edition cards, aka FE GeForce RTX 3060. But of course, they do present the reference specification; a boost clock of 1780 MHz and a base clock of 1320 MHz. 

 

Model Base Clock (MHz) Boost Clock (MHz) VRAM Base Clock (MHz) VRAM Effective Datarate (MHz) Max Power %
GeForce RTX 3060 1320 1780 1875 15000
ASUS RTX 3060 STRIX OC 1320 1882 1875 15000 23
PALIT RTX 3060 DUAL OC 1320 1837 1875 15000 6
MSI RTX 3060 Gaming X TRIO 1320 1852 1875 15000 6
EVGA RTX 3060 XC 1320

1882

1875 15000

12

ZOTAC RTX 3060 AMP Wh. 1320

1867

1875 15000 10

     

ASUS ROG STRIX GeForce RTX 3060 Gaming OC

It has to be stated, ASUS really needs to do something about loin naming, holy moly. But yeah, meet the ASUS ROG STRIX GeForce RTX 3060 Gaming OC. The premium card comes with that NVIDIA GA106 GPU, this time the revision 300 GPU SKU; it a proper shader core count paired with 12GB GDDR6 graphics memory at 192-bit running at 15 Gbps. Muscled up with cooling, this card is equipped with a dual-bios design with performance and silent mode; the three fans start to spin and cool once the GPU warms up. The card has a single (6+2) pin power header. Armed with a BIOS that offers an 1882 MHz Turbo (1780 MHz = reference) in the performance BIOS setting and a cooler that you’ll bow to. This card manages to produce 32 Dba noise levels at temperatures under 60 Degrees C in a Silent BIOS mode. These are incredibly silent acoustics when under load. The card is rated by us at 167 Watt power as a typical draw. Despite that we test the factory twaekd model, it still overclocks quite well bringing, and accumulated it makes this product a notch faster than founder edition specifications for the base model.

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Senators criticize Apple's refusal to testify in hearing on app store rules – Yahoo News Canada

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The Canadian Press

A look at COVID-19 vaccinations in Canada on Thursday, April 8, 2021

The latest numbers on COVID-19 vaccinations in Canada as of 10:30 p.m. ET on Thursday, April 8, 2021. In Canada, the provinces are reporting 259,623 new vaccinations administered for a total of 7,251,427 doses given. Nationwide, 762,766 people or 2.0 per cent of the population has been fully vaccinated. The provinces have administered doses at a rate of 19,133.418 per 100,000. There were 120,390 new vaccines delivered to the provinces and territories for a total of 10,257,040 doses delivered so far. The provinces and territories have used 70.7 per cent of their available vaccine supply. Please note that Newfoundland and Labrador, P.E.I., Nova Scotia, New Brunswick and the territories typically do not report on a daily basis. Newfoundland and Labrador is reporting 23,284 new vaccinations administered over the past seven days for a total of 92,235 doses given. The province has administered doses at a rate of 176.145 per 1,000. In the province, 1.85 per cent (9,699) of the population has been fully vaccinated. There were zero new vaccines delivered to Newfoundland and Labrador for a total of 129,060 doses delivered so far. The province has received enough of the vaccine to give 25 per cent of its population a single dose. The province has used 71.47 per cent of its available vaccine supply. P.E.I. is reporting 9,225 new vaccinations administered over the past seven days for a total of 30,937 doses given. The province has administered doses at a rate of 195.027 per 1,000. In the province, 5.20 per cent (8,241) of the population has been fully vaccinated. There were zero new vaccines delivered to P.E.I. for a total of 39,585 doses delivered so far. The province has received enough of the vaccine to give 25 per cent of its population a single dose. The province has used 78.15 per cent of its available vaccine supply. Nova Scotia is reporting 23,186 new vaccinations administered over the past seven days for a total of 129,809 doses given. The province has administered doses at a rate of 133.015 per 1,000. In the province, 3.12 per cent (30,400) of the population has been fully vaccinated. There were 3,600 new vaccines delivered to Nova Scotia for a total of 200,250 doses delivered so far. The province has received enough of the vaccine to give 21 per cent of its population a single dose. The province has used 64.82 per cent of its available vaccine supply. New Brunswick is reporting 35,004 new vaccinations administered over the past seven days for a total of 135,802 doses given. The province has administered doses at a rate of 174.096 per 1,000. In the province, 1.84 per cent (14,334) of the population has been fully vaccinated. There were zero new vaccines delivered to New Brunswick for a total of 190,485 doses delivered so far. The province has received enough of the vaccine to give 24 per cent of its population a single dose. The province has used 71.29 per cent of its available vaccine supply. Quebec is reporting 48,736 new vaccinations administered for a total of 1,685,046 doses given. The province has administered doses at a rate of 196.928 per 1,000. There were zero new vaccines delivered to Quebec for a total of 2,358,095 doses delivered so far. The province has received enough of the vaccine to give 28 per cent of its population a single dose. The province has used 71.46 per cent of its available vaccine supply. Ontario is reporting 108,563 new vaccinations administered for a total of 2,834,784 doses given. The province has administered doses at a rate of 192.986 per 1,000. In the province, 2.22 per cent (326,360) of the population has been fully vaccinated. There were zero new vaccines delivered to Ontario for a total of 4,022,875 doses delivered so far. The province has received enough of the vaccine to give 27 per cent of its population a single dose. The province has used 70.47 per cent of its available vaccine supply. Manitoba is reporting 12,379 new vaccinations administered for a total of 234,509 doses given. The province has administered doses at a rate of 170.304 per 1,000. In the province, 4.79 per cent (66,012) of the population has been fully vaccinated. There were 2,340 new vaccines delivered to Manitoba for a total of 409,470 doses delivered so far. The province has received enough of the vaccine to give 30 per cent of its population a single dose. The province has used 57.27 per cent of its available vaccine supply. Saskatchewan is reporting 10,437 new vaccinations administered for a total of 244,646 doses given. The province has administered doses at a rate of 207.476 per 1,000. In the province, 3.34 per cent (39,430) of the population has been fully vaccinated. There were zero new vaccines delivered to Saskatchewan for a total of 284,995 doses delivered so far. The province has received enough of the vaccine to give 24 per cent of its population a single dose. The province has used 85.84 per cent of its available vaccine supply. Alberta is reporting 23,986 new vaccinations administered for a total of 779,817 doses given. The province has administered doses at a rate of 177.149 per 1,000. In the province, 3.26 per cent (143,625) of the population has been fully vaccinated. There were zero new vaccines delivered to Alberta for a total of 1,078,215 doses delivered so far. The province has received enough of the vaccine to give 24 per cent of its population a single dose. The province has used 72.32 per cent of its available vaccine supply. British Columbia is reporting 38,905 new vaccinations administered for a total of 985,001 doses given. The province has administered doses at a rate of 191.949 per 1,000. In the province, 1.71 per cent (87,564) of the population has been fully vaccinated. There were 114,450 new vaccines delivered to British Columbia for a total of 1,403,510 doses delivered so far. The province has received enough of the vaccine to give 27 per cent of its population a single dose. The province has used 70.18 per cent of its available vaccine supply. Yukon is reporting zero new vaccinations administered for a total of 37,969 doses given. The territory has administered doses at a rate of 909.851 per 1,000. In the territory, 33.10 per cent (13,812) of the population has been fully vaccinated. There were zero new vaccines delivered to Yukon for a total of 51,400 doses delivered so far. The territory has received enough of the vaccine to give 120 per cent of its population a single dose. The territory has used 73.87 per cent of its available vaccine supply. The Northwest Territories are reporting zero new vaccinations administered for a total of 38,574 doses given. The territory has administered doses at a rate of 854.939 per 1,000. In the territory, 32.07 per cent (14,471) of the population has been fully vaccinated. There were zero new vaccines delivered to the Northwest Territories for a total of 51,600 doses delivered so far. The territory has received enough of the vaccine to give 110 per cent of its population a single dose. The territory has used 74.76 per cent of its available vaccine supply. Nunavut is reporting zero new vaccinations administered for a total of 22,298 doses given. The territory has administered doses at a rate of 575.789 per 1,000. In the territory, 22.77 per cent (8,818) of the population has been fully vaccinated. There were zero new vaccines delivered to Nunavut for a total of 37,500 doses delivered so far. The territory has received enough of the vaccine to give 97 per cent of its population a single dose. The territory has used 59.46 per cent of its available vaccine supply. *Notes on data: The figures are compiled by the COVID-19 Open Data Working Group based on the latest publicly available data and are subject to change. Note that some provinces report weekly, while others report same-day or figures from the previous day. Vaccine doses administered is not equivalent to the number of people inoculated as the approved vaccines require two doses per person. The vaccines are currently not being administered to children under 18 and those with certain health conditions. In some cases the number of doses administered may appear to exceed the number of doses distributed as some provinces have been drawing extra doses per vial. This report was automatically generated by The Canadian Press Digital Data Desk and was first published April 8, 2021. The Canadian Press

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Samsung’s cheapest 5G Galaxy phones yet are launching this month

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Samsung

If you buy through our links, we may earn money from affiliate partners. Learn more.

  • Samsung is launching five new phones in its Galaxy A series this month.
  • Three of them will support 5G connectivity, and the most expensive phone is just $500.
  • The cheapest phone of the five still has three cameras but lacks 5G and other features.
  • See more buying advice on the Insider Reviews homepage.

Samsung may be best known for its high-end Galaxy S phones that rival the iPhone. But the tech giant is proving that it can appeal to cost-conscious customers with the launch of five new smartphones in the United States, the priciest of which only costs $500.

Samsung’s new lineup of budget phones, which debuted in other markets before coming to the US, are all launching this month. Some of them will be released as soon as this week, while the least expensive model will debut on April 29. The launch comes as competitors like Apple and Google have also been focusing on cheaper smartphones to boost sales.

Three of these new Samsung devices also support 5G, another sign that shoppers no longer have to pay a premium to get access to next-generation wireless networks. All five of the new phones also have the traditional headphone jack for wired listening and run on an octa-core processor.

Here’s a look at the new Samsung Galaxy A series phones that will be launching soon.

Samsung Galaxy A52 5G

Galaxy A52 5G_Awesome Black_Front_Back



Samsung

  • Release date: April 9
  • Price: $499.99

The Galaxy A52 5G is the most expensive smartphone of the bunch. It comes with a 6.5-inch FHD+ screen and a quad-camera system that includes some of the same features as Samsung’s more expensive Galaxy S phones. These include Single Take, which creates several different photos or video clips with different effects with a single press of the shutter button.

Its screen can also boost its refresh rate up to 120Hz for smoother scrolling and performance, a feature that has become common on pricier flagship phones but is rare on cheaper models. It’s also the only phone in this A-series lineup to include Samsung’s notch-free screen design.

Samsung Galaxy A42 5G

Galaxy A42 5G_Prism Dot Black_Front_Back



Samsung

  • Release date: April 8
  • Price: $399.99

The less expensive Galaxy A42 5G has a slightly larger screen than the A52 5G, but scales back on certain features when it comes to the camera and screen refresh rate.

Still, it has a triple-lens camera with high-resolution sensors, and like its pricier sibling it also supports Single Take.

Samsung Galaxy A32 5G

GalaxyA32 5G_Awesome Black_Front



Samsung

Release date: April 9

Price: $279.99

The Galaxy A32 5G is Samsung’s cheapest 5G smartphone to date. It has a large 6.5-inch screen, but it’s made from an LCD panel instead of Super AMOLED. That means it will likely lack some of the contrast and boldness of Samsung’s other devices. But Samsung hasn’t skimped on the camera considering this model has a quad-lens main camera, which is rare if not unheard of at that price.

Samsung Galaxy A12

Galaxy A12_Black_Back



Samsung

Release date: April 9

Price: $179.99

Samsung’s Galaxy A12 doesn’t come with 5G support, but it still gives you a lot for the price. For less than $200, you’re getting a quad-lens camera and a large 6.5-inch LCD screen. But remember this phone only has 32GB of storage, so it’s best suited for those who don’t store a lot of photos and videos on their device.

Samsung Galaxy A02s

Galaxy A02s_Black_Front



Samsung

  • Release date: April 29
  • Price: $109.99

The Galaxy A02s is Samsung’s cheapest phone, offering a 6.5-inch LCD screen and three main cameras. It doesn’t have 5G support or as much computing power or camera prowess as Samsung’s other A-series phones, but that’s to be expected for a device at this price. This phone is truly for those who just need the basics and little else.

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You can purchase syndication rights to this story here.

Disclosure: This post is brought to you by the Insider Reviews team. We highlight products and services you might find interesting. If you buy them, we get a small share of the revenue from the sale from our commerce partners. We frequently receive products free of charge from manufacturers to test. This does not drive our decision as to whether or not a product is featured or recommended. We operate independently from our advertising sales team. We welcome your feedback. Email us at reviews@businessinsider.com.

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Starving for more chips in a tech hungry world – Electronic Products & Technology

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As the U.S. economy rebounds from its pandemic slump, a vital cog is in short supply: the computer chips that power a wide range of products that connect, transport and entertain us in a world increasingly dependent on technology.

The shortage has already been rippling through various markets since last summer. It has made it difficult for schools to buy enough laptops for students forced to learn from home, delayed the release of popular products such as the iPhone 12 and created mad scrambles to find the latest video game consoles such as the PlayStation 5.

Source: Adobe Stock

But things have been getting even worse in recent weeks, particularly in the auto industry, where factories are shutting down because there aren’t enough chips to finish building vehicles that are starting to look like computers on wheels. The problem was recently compounded by a grounded container ship that blocked the Suez Canal for nearly a week, choking off chips headed from Asia to Europe.

These snags are likely to frustrate consumers who can’t find the vehicle they want and sometimes find themselves settling for a lower-end models without as many fancy electronic features. And it threatens to leave a big dent in the auto industry, which by some estimates stands to lose $60 billion in sales during the first half of his year.

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“We have been hit by the perfect storm, and it’s not going away any time soon,” said Baird technology analyst Ted Mortonson, who said he has never seen such a serious shortage in nearly 30 years tracking the chip industry.

___

Is the pandemic to blame?

Sort of. The pandemic prompted chip factories to start shutting down early last year, particularly overseas, where the majority of the processors are made. By the time they started to reopen, they had a backlog of orders to fill.

That wouldn’t have been as daunting if chipmakers weren’t then swamped by unforeseen demand. For instance, no one entered 2020 expecting to see a spike in personal computer sales after nearly a decade of steady decline. But that’s what happened after government lockdowns forced millions of office workers to do their jobs from homes while students mostly attended their classes remotely.

___

Are other factors at work?

Yes. Both Sony and Microsoft were preparing to release highly anticipated next-generation video game consoles for their PlayStation and Xbox brands, respectively, that required more sophisticated chips than ever. To add to the demand, wireless network providers are clamouring for chips to power ultrafast “5G” services being built around the world.

President Donald Trump’s trade war with China probably didn’t help either. Some analysts believe the Trump administration’s blacklisting of Huawei Technologies prompted that major maker of smartphones to build a huge stockpile of chips as it braced for the crackdown.

___

Why is the Auto industry being hit so hard?

Stay-at-home orders drove a surge in consumer electronics sales, squeezing auto parts suppliers who use chips for computers that control gas pedals, transmissions and touch screens. Chip makers compounded the pressure by rejiggering factory lines to better serve the consumer-electronics market, which generates far more revenue for them than autos.

After eight weeks of pandemic-induced shutdown in the spring, automakers started reopening factories earlier than they had envisioned. But then they were hit with unexpected news: chip makers weren’t able to flip a switch quickly and make the types of processors needed for cars.

___

How are automakers dealing with the shortage?

They’ve cancelled shifts and temporarily closed factories. Ford, General Motors, Fiat Chrysler (now Stellantis), Volkswagen and Honda seem to have been hit the hardest. Others, most notably Toyota, aren’t being affected as dramatically. That is probably because Toyota was better prepared after learning how sudden, unexpected shocks can disrupt supply chains from the massive earthquake and tsunami that hit Japan in 2011, said Bank of America Securities analyst Vivek Arya.

The harder hit automakers have diverted chips from slower-selling models to those in high demand, such as pickup trucks and large SUVs. Ford, GM and Stellantis have started building vehicles without some computers, putting them in storage with plans to retrofit them later.

GM expects the chip shortage to cost it up to $2 billion in pretax profits this year from lost production and sales. Ford is bracing for a similar blow. Chip makers probably won’t fully catch up with auto-industry demand until July at the earliest.

___

How will this affect people who want to buy a new car?

Expect to pay more. Supplies of many models were tight even before the chip shortage because automakers were having trouble making up for production lost to the pandemic.

IHS Markit estimates that from January through March, the chip shortage reduced North American auto production by about 100,000 vehicles. In January of last year, before the pandemic, the U.S. auto industry had enough vehicles to supply 77 days of demand. By February of 2021 it was down almost 30% to 55 days.

___

Will other popular products be affected this year?

Samsung Electronics, one of the world’s biggest chipmakers, recently warned that its vast line-up of consumer electronics could be affected by the shortage. Without specifying which products might be affected, Samsung co-CEO Koh Dong-jin told shareholders that a “serious imbalance” between the supply and demand for chips could hurt sales from April through June.

___

What’s going to prevent this from happening again?

There are no quick fixes, but chipmakers appear to be be gearing up to meet future challenges.

Intel, which for decades has dominated the market for PC chips, recently made waves by announcing plans to invest $20 billion in two new factories in Arizona. Even more significant, Intel revealed said it is starting a new division that will enter into contracts to make chips tailored for other firms in addition to its own processors. That’s a major departure for Intel, aligning it more closely with a model popularized by TaiwanSemiconductorManufacturing Co., or TSMC, which already had been building a plant in Arizona, too.

Compelled by the current shortage, TSMC also has committed to spending $100 billion during the next three years to expand its worldwide chip manufacturing capacity. About $28 billion of that investment will come this year to boost production at factories that have been unable to keep up with the surge in demand since the pandemic began, according to TSMC Chief Executive Officer C.C. Wei.

And President Joe Biden’s $2 trillion plan to improve U.S. infrastructure includes an estimated $50 billion to help make the the country less reliant on chips made overseas. The U.S. share of the worldwide chip manufacturing market has declined from 37% in 1990 to 12% today, according toSemiconductorIndustry Association, a trade group.

But chips won’t start coming out of any new factories built as part of the spending splurge for two to three years. And even as existing factories ramp up and expand to meet current demand, some analysts wonder if there might be a glut of processors a year from now.

___

Krisher reported from Detroit.

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