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Be ready, next hours giveways for steam

Hey guys, i just want give you my opinion. Go chek this game in the steam comunity its a very beatiful game, Rocket League + One other game shooter, that is very nice, DOOM From 60$ now it is 20$ nice occasion to buy it

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Refused.

HAPPY NEW YEAR :V

HappyNew Year 2017 !!!

Happy New Year.

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Happy New Year all! May the peace be in your family and God bless you all! Success in life, family, school, ect!

Happy new year 2017 all my friends and my family csbd

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¤ Name in game: What's UP Doc ?¤ Age: 19¤ Name: Alex¤ City: Targoviste¤ Country: Romania¤ Favorite Games: CS 1.6¤ A short description about you: a good person,with sense of humor,helping,some of you know how i'm¤ How did you find CsBlackDevil: i know that community for many years¤ Server preferred (server only community!): I don't have for the moment¤ A picture of you (if you already have one and want to post):

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Happy New Year !!

Happy new year CSBD !! , Hope your 2017 have more blessings, happiness and health for you and your family .

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Happy New Year my lovly friends, let this New be more successful than the previous one!

Facebook bases its entire business on collecting data about its users so it can make money through targeted ads. That’s the price you pay in exchange for access to the largest platform to connect with friends and family. But what you may not be aware of is that the company also work with several data brokers to gather information about users’ offline life. This can include things like places that you frequent, how much money you make and the number of credit cards you have. The fact that Facebook is buying data from third party data brokers isn't new, but that this includes data about users' offline lives isn’t widely known, and a report from ProPublica is shinning a light on the practice. The research found about 29,000 different categories Facebook provides to ad buyers, and almost 600 were “provided by a third party,” most of these related to users’ financial history. However, unlike Facebook's native data collection, users cannot see what information these third-party sources have on them directly from the social network’s website. When asked about the lack of disclosure, Facebook responded that it doesn't tell users about the third-party data because it's widely available and it is not collected by them. Steve Satterfield, a Facebook manager of privacy and public policy, says that users who don't want that information to be available to Facebook should contact the data brokers directly. He also points to a help center page with links to the opt-outs for six data brokers (Acxiom, Epsilon, Experian, Oracle Data Cloud, TransUnion and WPP ) that sell personal data to Facebook. ProPublica of course decided to try this procedure and found that it was extremely complicated, in some cases requiring a written request sent by mail along with government-issued identification. Asking data brokers to provide the information that they have on them is also a cumbersome process. Since the report went online Facebook has defended itself saying that ProPublica fails to mention that a person can click on the upper right corner of any ad on Facebook to learn why they’re seeing the ad, and if it’s because they’re in a data provider’s audience, Facebook discloses this and links to the data provider’s opt-out — it’s not clear if this still involves the complicated process ProPublica reported on. “Furthermore, we think when people choose not to see ads based on certain information, they don’t want to see those ads anywhere. When a person makes changes to her Ad Preferences (which apply to Facebook’s ad categories), we do our best to apply those choices wherever we show ads to that person using Facebook data. We wanted controls for data provider categories to work similarly, so we required the data providers to provide opt-outs that work across all the services that use their data for ads.”

Earlier this month, the Obama Administration promised that Russia would face the consequences for interfering with the US election. Yesterday, a new set of sanctions were announced against the country, which includes the expulsion of 35 Russian diplomats. The actions coincide with the release of a declassified joint report from the FBI and Department of Homeland Security that reveals the technical details of Russia’s hacking campaigns. The 13-page document states that two different Russian civilian and military intelligence Services (RIS) “participated in the intrusion into a US political party" - a clear reference to the Democratic National Committee hacks. The first group, known as Advanced Persistent Threat (APT) 29, aka Cozy Bear, compromised the Party’s systems in summer 2015. The second group, APT28, aka Fancy Bear, broke into the DNC's network during spring 2016. The report links APT29 to a spearphishing campaign that saw emails containing malicious links sent to over 1000 recipients, including multiple government officials, in mid-2015. At least one of the targets activated links that delivered malware to the DNC’s systems, giving APT29 access to sensitive information. APT28 used the same targeted spearphishing technique in Summer 2016 to once again infiltrate the DNC and other organizations. In this case, the emails tricked recipients into changing their passwords through fake webmail domains. The government agencies believe the data stolen in this instance was leaked to the press and publicly disclosed, thereby influencing November’s election. The report refers to the Russian operations using the codename “Grizzly Steppe.” It includes a diagram (below) that gives a visual representation of how the attacks took place. ome security experts have criticized the report for being overly basic and arriving too late. Obama has previously talked about responding to Russia’s cybercrimes “at a time and place of our choosing.” “I have issued an executive order that provides additional authority for responding to certain cyber activity that seeks to interfere with or undermine our election processes and institutions, or those of our allies or partners,” said the President. Using this new authority, I have sanctioned nine entities and individuals: the GRU and the FSB, two Russian intelligence services; four individual officers of the GRU; and three companies that provided material support to the GRU’s cyber operations. In addition, the secretary of the treasury is designating two Russian individuals for using cyber-enabled means to cause misappropriation of funds and personal identifying information. Additionally, Russia will no longer have access to compounds in Maryland and New York that have been used for intelligence purposes. More actions against the country are likely to be taken, though not all of them will be publicized. A spokesperson for Russian President Vladimir Putin said Russia regretted the new sanctions and would consider retaliatory measures. The Russian embassy in the UK sent out a tweet calling Obama’s administration a lame duck.18,677 likes In response to the sanctions, Russia has ordered the closure of the Anglo-American School of Moscow, which was attended by the children of Western embassy personal from the US, the UK, and Canada. It has also ordered the closure of a US embassy vacation house, located just outside of Moscow. It will be interesting to see how incoming president Donald Trump deals with the situation. When asked yesterday about the Russian hacking situation, he blamed computers for making people's lives much more complex. When pushed to comment on the new sanctions, the President-Elect said: “I think we ought to get on with our lives.”

Microsoft’s iconic Blue Screen of Death (BSoD) is the universal sign that things have taken a turn for the worse. In the near future, however, some Windows users that happen upon error screens will be seeing a new color – green. In stark contrast to what we’re all familiar with, a leaked preview version of Windows 10 (build 14997) has been shown to feature a Green Screen of Death (GSoD). Matthijs Hoekstra, a senior program manager for the Windows Enterprise Developer Platform, confirmed the authenticity of the GSoD on Twitter. Days earlier, Hoekstra said it was cool to read about all the new features that people were discovering in the leaked build but hinted that nobody had yet discovered a “big change.” A day later, he dropped the simple hint of “Green!” Contrary to what you might initially be thinking, Microsoft isn’t doing away with the iconic BSoD entirely. Instead, the GSoD is being reserved for preview builds seeded to Windows Insiders as a simple but effective way for Microsoft engineers to differentiate between stop screens originating from preview builds versus public releases. Other features discovered in the leaked build include a blue-light reduction mode to reduce eye strain before bed, Start Menu folders and a performance-enhancing Game Mode that some believe could boost the PC gaming experience by freeing up additional resources from apps running in the background while gaming.

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As far as consumer-grade desktop monitors are concerned, Dell's UltraSharp line are consistently among the most highly revered. Back in January 2014 we reviewed Dell's first flagship 4K monitor, the massive 32-inch UP3214Q. Despite being the most impressive monitor TechSpot had looked at to date, the UP3214Q landed squarely in the early adopter category as evident by its tiled design (essentially two screens stitched together), limited 60Hz connectivity options, and a wallet-weeping $3,500 initial MSRP. It was also met with a general lack of 4K compatibility, support, and content – none of which were really Dell's fault, but facts nevertheless. All things considered, we advised the "average" reader to wait it out as substantial improvements were inevitably in store for its successor. Indeed, the successor – the UltraSharp 4K UP3216Q – hit the scene not all that long ago and with more than two-and-a-half years of industry maturation in tow, we revisit Dell's 32-inch 4K Ultra HD UltraSharp offering. Out of the Box The UP3216Q, like its predecessor, is packaged and shipped in environmentally friendly cardboard – no foam here. Tucked neatly inside is the monitor itself, an aluminum monitor stand with cable pass-through, a plastic cable cover that goes over the rear I/O connections for a tidier look, a power cable, a miniDisplayPort-to-DisplayPort cable, an HDMI cable, a USB 3.0 upstream cable for connecting the monitor to your computer, an optical disc that includes drivers and documentation, a quick setup guide, obligatory safety and regulatory information and a factory calibration report. Every UP3216Q leaves the factory with an average Delta-E < 2 calibration but more on that in a bit. If you're familiar with the first-generation monitor, the UP3216Q will feel like an old friend. Sitting side by side, you'd be hard-pressed to spot visual differences between the two as they look virtually identical (at least, when powered off). The IPS display is of the matte variety with a mild anti-glare coating that's framed by an inch-thick black plastic bezel lined by a silver strip as you round the corner. A single power backlit button is positioned in the bottom right corner of the bezel. Just above it are five unlabeled capacitive touch buttons that light up when activated, launching the on-screen menu beside them. Along the bottom bezel in the very center is a shiny Dell nameplate that I could do without as the reflections it picks up can be distracting at times. Sitting discretely on the left edge of the monitor is a 6-in-1 card reader and around back, a bank of connectivity ports comprised of – from left to right – the power connector, an HDMI port, a DisplayPort, a miniDisplayPort, a 3.5mm audio jack, a USB 3.0 upstream port and three USB 3.0 ports. A fourth USB 3.0 is distinctly positioned outside of the group on the right side as a charging port for your smartphone or other wireless device. On the opposite side, you'll find a security lock although a cable lock isn't included. Unlike some monitors, there aren't any integrated speakers. Dell sells an optional soundbar (model AC511) for about $20 that attaches to the bottom of the display to provide basic audio if that's all you're looking for. Getting started with the UP3216Q is about as easy of an experience as you can imagine. With the monitor out of the box, you can elect to install it on a wall or dedicated arm assembly via VESA mount or do as I did and use the included aluminum stand. The easiest way to do this is to lay the monitor face down, insert the top portion of the stand's mount first then snap the bottom into place. Initial Use, First Impressions More than a decade ago when flat panel televisions were just starting to trickle into the market, one of my best friends purchased a 50-inch plasma TV (I recall he paid several thousand for a Zenith set). At a time when the largest CRTs were in the 32- to 36-inch range, a 50-inch plasma was like heaven on Earth. Its sheer size and HD resolution ensured that you'd need a bib to catch all the drool. My first week with the UP3216Q afforded a very similar experience. Up to that point, I had been using a triple monitor configuration comprised of two 22-inch and one 24-inch 1080p monitor so needless to say, 32 inches was a big step up. been using the UP3216Q for close to two months now, primarily paired with my desktop workstation running on a mundane Radeon R7 250 graphics card that cost less than $100 back in the day, using DisplayPort through a miniDisplayPort-to-DisplayPort cable which affords me 60Hz action. In other words, no need for anything special to get proper 4K resolution support. Dell UltraSharp 4K UP3216Q - $1270 Diagonal Viewing Size: 31.5 inches (16:9) Panel: In-Plane Switching Native Resolution: 3,802 x 2.160 @ 60Hz Contrast Ratio: 1,000 to 1 (typical) / 2M to 1 (dynamic) Brightness: 300 cd/m2 (typical) Response Time: 6ms (gray to gray) fast mode Viewing Angle: 178° vertical / 178° horizontal Adjustability: Tilt, Swivel, Height Color Support: 1.07 billion colors Pixel Pitch: 0.182 mm Backlight Technology: LED light bar system Display Screen Coating: Anti-Glare with 3H hardness Color Gamut: 99.5% Adobe RGB, 100% sRGB, 100% REC709 and 87% DCI-P3 Three-year limited hardware warranty Connectivity: 1x DisplayPort, 1x miniDisplayPort, 1x HDMI (MHL), 4x USB 3.0 ports, 1x USB 3.0 upstream, 1x media card reader Physical Specifications: Dimensions (With Stand): Height: 482.6 mm (19.0 inches) / 572.4 mm (22.5 inches), Width: 749.9 mm (29.5 inches), Depth: 214.0 mm (8.4 inches) Dimensions (Without Stand): Height: 444.6 mm (17.5 inches), Width: 749.9 mm (29.5 inches), Depth: 51.5 mm (2.0 inches) Weight (panel only - for VESA mount): 8.6 kg (18.92 lbs) / (with packaging):15.2 kg (33.44 lbs)

In the two months since Intel unveiled Broadwell-E, I've been going back and forth with my decision to invest in one. We received the 10-core Core i7-6950X for review and while it was an attractive chip in terms of performance, it came at a seriously ugly price. At $1,650 we recommend taking a hard pass on the 6950X. Frankly, the older 8-core 5960X was difficult to justify at $1,050, so the slightly updated 6900K for $1,100 doesn't exactly have us whipping our wallets out. Spending over $600 on the 6-core 6850Kisn't too appealing either... So, what's an enthusiast to do if they require more than the 4 cores in Intel's mainstream desktop Core i7 processors? One solution would be building our beastly 16-core/32-thread Xeon E5-2670 workstation featured back in April. For under $1,000 we picked up core components including two 8-core E5-2670processors, a new dual-socket LGA2011 motherboard and 64GB of DDR3 memory. Throw in a case, power supply, graphics card and some storage and you have a seriously capable machine for the price of a Core i7-5960X. In terms of performance, our affordable Xeon build really stuck it to the 5960X by a rather large margin in more than one test. When the uber expensive 6950X appeared, we made sure to pit it against the dual-CPU system and to our surprise the Xeons stood strong, even coming out on top in a few tests. It was interesting to find that in many of the application and encoding tests, this older Sandy Bridge-EP build was able to put up a real fight. In terms of performance vs. price it tends to come out well on top with the only blemish being its power consumption. The dual-Xeon system pulled 300 watts in our Hybrid x265 test while the Core i7-6950X setup needed only half that amount. Of course we were comparing two 8-core processors to a single 10-core chip, but the main issue was the four-generation-old Sandy Bridge architecture. This put us on the hunt for affordable Xeon processors based on the Haswell-EP or perhaps even Broadwell-EP architectures -- it certainly seemed mere wishful thinking that we would come across a relatively inexpensive Broadwell-EP Xeon. Our search put us on the trail of Intel's Xeon E5 2630 v4, a 10-core Broadwell-EP part that runs at a base clock of 2.2GHz but can boost up to 3.1GHz depending on the workload. Typically, you'd spend something like $700 for this processor -- substantially more than the $70 we paid for each of our E5-2670 v1 processors -- however, it's possible to purchase the E5-2630 v4 for as little as $200 on eBay. The only catch is that they are engineering samples (ES), not retail chips. The examples we've come across are based on release stepping (SR2R7), so motherboard compatibility won't be an issue, providing the BIOS has been updated to support Broadwell-EP processors. Once upon a time it was rare to find Intel engineering samples, but today they appear online in huge volumes. Looking only on eBay for instance, thousands of these E5-2630 v4 ES chips have been sold with countless more still in stock. Typically, we suggest avoiding ES chips when possible, but $200 for a 10-core/20-thread Broadwell-EP processor really is too hard to refuse. With so many of you asking what these chips perform like over the past few weeks, we've decided to find out. The Build The previous build using the Xeon E5-2670 v1 processors was put together on a pretty tight budget and so we went with one of the most affordable Dual Socket R (LGA2011) motherboards we could find. Since we are spending more than twice as much on the processors this time ($400), we decided to go with a more capable motherboard. Having been so impressed with the previous Asrock Rack motherboard, we picked up the EP2C612D16-2L2T on Newegg for $580 (which is now $100 cheaper if you needed further temptation). This is a Dual Socket LGA2011 R3 motherboard that adheres to the SSI EEB form factor, measuring 12'' x 13'' (30.5 cm x 33 cm). Announced way back in September 2014, the EP2C612D16-2L2Tgained Broadwell-EP support in March via BIOS version 2.10. At the heart of the EP2C612D16-2L2T we find the Intel C612 chipset, a 7w part that was built using the 32nm process and offers Gen 2 PCIe support for up to 8-lanes, six USB 3.0 ports as well as 10 SATA 6Gb/s ports. Asrock Rack has expanded SATA support to a dozen ports with the inclusion of a single Marvell 9172 6Gb/s controller. Given that this is a two-year old motherboard, you won't find fancy storage options such as M.2. High speed SSDs will need to be integrated using PCI Express adapter cards. There are a total of 16 DIMM slots with support for NVDIMM (Non-Volatile Dual In-line Memory Module). Each processor is connected to 8 DIMMs and of course quad-channel memory support exists. Both RDIMM and LRDIMM modules are supported at speeds of DDR4 2133/1866 and 1600. Onboard we find three PCIe 3.0 x16 expansion slots along with a further three PCIe 3.0 x8 slots. That means there are 72 PCIe 3.0 lanes on tap -- impressive stuff. One of the key highlights of the EP2C612D16-2L2T is network support. Out of the box you get a pair of 10G network connections courtesy of the Intel X540 controller. In addition there are a pair of Intel i210 controllers for a pair of Gigabit Ethernet connections. Finally, there is also a single dedicated IPMI LAN port. The ECC memory this board can support is generally meant for servers, where any data corruption is unacceptable. Since this isn't really a concern for most of our readers, we went with standard UDIMM modules from G.Skill, rather than equip the board with ECC memory. Ideally we wanted to po[CENSORED]te every DIMM slot with DDR4-2133 memory so we reached out to our good friends over at G.Skill. Happy to oblige, they served up 16 4GB sticks of Ripjaws V DDR4-2133memory for a total capacity of 64GB, which will allow both Xeon E5-2630 v4 chips to enjoy quad-channel memory support. G.Skill sells this memory in 16GB quad-channel memory kits for just $74 each, taking the total cost for this build to just shy of $300. For those wondering, the memory operates at CL 15-15-15-35 timings using 1.2 volts. The modules are available with either red or black heat spreaders and we went with red. As with our previous dual-Xeon build, we equipped the processors with Noctua NH-U12DX i4 coolers. Noctua's DX line have become a po[CENSORED]r choice in high performance quiet cooling solutions for Intel Xeon CPUs. The latest i4 revision supports the LGA2011 platform (both Square ILM and Narrow ILM) and comes with a 120mm NF-F12 'Focused Flow' fan. Thanks to its slim design with a fin depth of 45mm, the NH-U12DX i4 ensures easy access to the RAM slots. When installed parallel to the slots, it will not overhang the memory even with two fans installed. For those concerned about space, the NH-D9DX i4 is an even more compact option. At $60, both the NH-U12DX i4 and NH-D9DX i4 are well priced and come backed by a six-year manufacturer's warranty.

Intel has been seeding samples of its upcoming Core i7-7700K Kaby Lake desktop CPU to reviewers and professional hardware enthusiasts ahead of what’ll likely be an official unveiling at CES 2017. One such recipient, Allen “Splave” Golibersuch, recently shared good news on the overclocking front. TechPowerUp reports that Splave managed to cross the 7GHz barrier using the aforementioned i7-7700K. Specifically, he was able to hit a benchmark-stable 7,022.96MHz (multiplier of 69x and a bus speed of 101.78MHz) using an ASRock Z170 OC Formula motherboard. That said, some concessions were made in order to achieve the milestone. Splave had to disable HyperThreading as well as two of the processor’s four physical cores. The Vcore voltage, meanwhile, was pushed all the way up to 2.00V which meant liquid nitrogen had to be used for cooling. That said, the chip reportedly completed PiFast in 9.02 seconds and zipped through SuperPi 32M in roughly four minutes and 20 seconds. When paired with an Asus GTX 1080 STRIX OC video card, the combo turned in a score of 643,316 in Aquamark and 86,798 in 3DMark 05. Some will no doubt discredit the feat due to the fact that two cores were disabled and / or liquid nitrogen had to be used and that’s a fair argument. With NDAs set to lift any day now, most will be more interested in how the chip performs in an everyday setup with either air or basic liquid cooling.

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