The Ryzen leak prime time is here. Performance testing of the final Ryzen 7 1700X CPU from AMD has leaked out from Xfastest.com (the article is now hidden behind a password) and features AMD’s upcoming x86 offering in all its glory. The 1700X (which is not the flagship by the way) can be seen going toe to toe with Intel’s $1000 Core i7-5960X, and even the Core i7 6900K in some cases. Without any further ado, lets dig in:
AMD Ryzen 7 1700X Cinebench, 3DMark Physics and CPU Mark benchmarks leaked, goes toe to toe with Intel’s $1000 Core i7 6900k
The first benchmark that we have is trusty Cinebench R15, which along with 3DMark can be considered the bread and butter of PC performance testing. This is not a custom load like the blender test, but the standard load of the benchmark and features the Ryzen 7 1700X CPU running at 3.5 GHz (it is not clear whether XFR is running at this point or not but from the results I would hazard a guess that it is):
The performance of the Ryzen 7 1700X is pretty damn impressive in almost every factor. According to past leaks, you are looking at a pre-order pricing level of $389 and this is very clear, $1000 Intel processor level performance. To give you some context:
The Core i7 5960X scores around 1318 cb
The Core i7 6900k scores around 1565 cb
The Ryzen 7 1700X scores around 1527 cb
Further up we have the FireStrike Physics score. This is the score that would be really relevant for most gamers since even though this is a synthetic benchmark, it usually gives a fairly good estimate of the computational power harvest-able by a gaming application. XFR will help out a lot in this side of things, and some games might actually fare better with hyper threading disabled (since most games are unoptimized and benefit primarily from the clock speed of the first few threads). Keep in mind however, that Ryzen processors will probably need a much more robust system as compared to Intel counterparts considering their Tcase is substantially lower.
The Ryzen 7 1700X scores almost 18,000 points – which is a very huge number when it comes to Firestrike Physics score. It basically means that game developers will have access to an obscene pool of processing power that is going to be within reach of the mainstream very soon. This level of performance had previously only been seen with the likes of Intel’s HEDT segment which had combined costs upwards of the $1000 mark. With the Ryzen 7 1700X, gamers can now get similar performance for less than half the cost! Once again, to give some further context:
The Core i7 5960X scores around 14,640 points
The Core i7 6900k scores around 17,100 points
The Ryzen 7 1700X scores around 17,916 pints
Here is the lineup of Ryzen processors, where each SKU is systematically and copletly outshining the competition at any given price point. Some of you might recall the editorial I published last weak, calling on Intel to make a move since AMD has clearly called check. This leak just goes on to further prove the point that Intel’s monopoly is technically over. AMD finally has a competitive x86 uArch and armed with the amended WSA it will give the blue giant a hell of a fight – one that could easily cripple the blue chip maker if it is not careful. With Intel’s price/performance points blown utterly out of the water, it must respond with appropriate price cuts – or see its market share shrink rapidly.
Counter-Strike: Global Offensive players may have found their lobbies invaded by unkickable chat bots over the weekend, thanks to a newly-discovered exploit.
The exploit enables accounts to join any lobby - even private ones - and prevents them from being kicked.
In a Reddit thread discussing the issue, it seems the leading user of this exploit is - somewhat ironically - making use of it to complain about security issues in CS:GO. In the messages he forces on the rest of the community, he tries to organise a one-day boycott of the game in protest at its “hackers and bugs”, complaining that Valve are more interested in making money from skins and cases than they are in fixing these problems.
Valve have responded to that thread, saying they “have deployed a temporary solution to help mitigate the exploit” and that they “will continue working on it throughout next week”.
The processor tested was a Ryzen 5 1600X processor which we detailed in our full lineup article here. The Ryzen 5 1600X processor is a 6 core and 12 thread chip. It is also the fastest 6 core chip in the AMD Ryzen family that launches in a few weeks. The processor comes at clock speeds of 3.3 GHz base and 3.7 GHz boost. The chip comes with 16 MB of L3 cache and 3 MB of L2 cache. The chip featured a bus speed of 100 MHz and a multiplier of x34 to achieve its base clocks.
We can note that this chip is codenamed “Summit Ridge” which is the official branding of all Zen based desktop processors. Ryzen is the codename of the CPU family itself. The chip was operating at a voltage of 0.374V under nominal loads. The Zen architecture is based on a 14nm process which brings it on par with Intel’s modern processors.
The performance of the chip was tested in CPU-z with the in-built bench utility. This utility helps evaluate the single and multi-threaded performance of the processor running on the PC. The Ryzen 5 1600X had a score of 1888 in single-threaded performance bench and 12544 points in multi-threaded performance bench. In the task manager, we can see that the chip has boost clock enabled since it is clocking beyond it’s base frequency (e.g. 3.56 GHz).
AMD Ryzen 5 1600X Vs Core i5-7600K Processor Performance Comparison
For comparison purposes, we used a Core i5-7600K running in our test rig and loaded the same CPU-z version (v1.78.1 x64). The quad core (non hyper-threaded) chip achieved a score of 2130 in single-threaded and 8206 in multi-threaded.We can note here that the Zen processor has lower single-threaded performance than the Kaby Lake chip which is clocked at a higher frequency of 3.8 GHz. The AMD rig was using 16 GB of DDR4 memory like our test rig but we don’t know the exact clock speeds. Our test rig was running DDR4 ram clocked at 3600 MHz. Another thing to note is that this result is not indicative of final performance but we can note that AMD has managed to bring IPC close to Intel Haswell and Skylake parts which will be very interesting to see in other benchmarks.This is not a conclusive result but the multi-threaded performance is really good for the AMD part. This chip is expected to retail at $259 US which is $17 more than the $242 asking price of the Intel part. So we can expect a good competition between these two parts.The second processor that is being tested by the leaker is the AMD Ryzen 3 1300 quad core chip that comes with SMT enabled, hence it comes with 8 threads. This chip has the “ZD3201BBM4KF4_34/32_Y” codename. It comes with 8 MB of L3 cache and 2 MB of L2 cache. The clock speeds are maintained at 3.2 GHz base and 3.4 GHz boost.
AMD Ryzen 7 Series CPUs – Flagship AMD 7 1800X With 8 Cores, 16 Threads, 4 GHz Boost Clocks
The AMD Ryzen 7 range will feature the fastest “X” variant in the lineup. This processor will be known as the AMD 7 1800X and will feature 8 cores and 16 threads. This model is expected to operate at base clocks of 3.6 GHz and boost clocks of 4.0 GHz. The performance of this processor should be on par with Intel’s Core i7 6900K. Other details include an L2 + L3 cache of 20 MB (4 MB + 16 MB) and a TDP of 95W. The chip will have enthusiast level pricing so expect something around $499.The rest of the processors in the Ryzen 7 family are also 8 core and 16 threaded variants. The Ryzen 7 series has clock speeds ranging from 3.0 GHz up to 3.6 GHz. The processors include Ryzen 7 PRO 1800, Ryzen 7 1700X, Ryzen 7 1700 and Ryzen 7 PRO 1700. Benchmarks of the 1700X performing next to Intel’s HEDT lineup can be seen here.
AMD Ryzen CPU Model
Cores/Threads
Base Clock
Boost Clock
L3 Cache
TDP
Socket
Price
Ryzen 7 1800X
8/16
3.6 GHz
4.0 GHz
16 MB
95W-SR3+
AM4
~$499 US
Ryzen 7 Pro 1800
8/16
TBD
TBD
16 MB
95W
AM4
~$449 US
Ryzen 7 1700X
8/16
3.4 GHz
3.8 GHz
16 MB
95W-SR3+
AM4
~$389 US
Ryzen 7 1700
8/16
TBD
TBD
16 MB
65W
AM4
~$319 US
Ryzen 7 Pro 1700
8/16
3.0 GHz
3.7 GHz
16 MB
65W
~$299 US
AMD Ryzen 5 Series CPUs – Fastest AMD Ryzen 5 1600X With 6 Cores, 12 Threads and Ryzen 5 With 4 Cores, 8 Threads
Next in the lineup is the AMD Ryzen 6 series which will be a mix of 6 core and 4 core models with SMT. The Ryzen 5 series will include the AMD Ryzen 5 1600X which is the fastest 6 core model. This model will have clocks configured at up to 3.3 GHz base and 3.7 GHz boost. The 1600X processor will feature a TDP of 95W.Rest of the lineup includes the Ryzen 5 PRO 1600, Ryzen 5 1500, Ryzen 5 PRO 1500, Ryzen 5 1400X, Ryzen 5 PRO 1400, Ryzen 5 1300 and the Ryzen 5 PRO 1300.The Ryzen 5 1400X will be the fastest 4 core, 8 thread chip. The clock speeds for the chip will be rated at 3.5 GHz base and 3.9 GHz boost. The Ryzen 5 1600X processor will tackle the Core i5 7600K, the Ryzen 5 PRO 1600 will tackle the Core i5 7600 (non-K) and the Ryzen 5 1500 will tackle the Core i5 7500 (non-K). The AMD Ryzen 5 1400X will compete against the Core i5 7400 (non-K) chip.
AMD Ryzen 5 Series Processor Lineup:
AMD Ryzen CPU Model
Cores/Threads
Base Clock
Boost Clock
L3 Cache
TDP
Socket
Price
Ryzen 5 1600X
6/12
3.3 GHz
3.7 GHz
16 MB
95W-SR3+
AM4
~$259 US
Ryzen 5 Pro 1600
6/12
TBD
TBD
16 MB
95W
AM4
~$249 US
Ryzen 5 1500
6/12
3.2 GHz
3.5 GHz
16 MB
65W
AM4
~$229 US
Ryzen 5 Pro 1500
6/12
TBD
TBD
16 MB
65W
AM4
~$219 US
Ryzen 5 1400X
4/8
3.5 GHz
3.9 GHz
8 MB
65W
AM4
~$199 US
Ryzen 5 Pro 1400
4/8
TBD
TBD
8 MB
65W
AM4
~$185 US
Ryzen 5 1300
4/8
3.2 GHz
3.5 GHz
8 MB
65W
AM4
~$175 US
Ryzen 5 Pro 1300
4/8
TBD
TBD
8 MB
65W
AM4
~$165 US
AMD Ryzen 3 Series CPUs – Fastest AMD Ryzen 3 1200X With 4 Cores, 4 Threads, 3.4 GHz Base Clocks
Last in the lineup would be the Ryzen 3 series which are simple quad core models without SMT support. The Ryzen 3 series are the only models that don’t feature SMT support and will be the entry level models which will be designed to compete against the Intel Core i3 and Pentium series processors. The fastest model in the lineup will be the AMD Ryzen 3 1200X which will feature 4 cores, 4 threads and a base clock of 3.4 GHz which may boost to 3.8 GHz.
The rest of the lineup includes the AMD Ryzen 3 PRO 1200, AMD Ryzen 3 1100 and the Ryzen 3 PRO 1100. The frequencies of the Ryzen 3 series lineup will range between 3.1 GHz and 3.4 GHz (boost clocks). TDPs for these chips will be set at 65W.
For the past few years Intel has been unable to stick to its tick-tock cadence for changes to its micro architecture and 2017 will mark yet another year where the semiconductor giant has been unable to stick on to Moore’s Law.
The new 8th generation processors will use the same architecture as its predecessors, with s improvements across the board. Intel calls the refinement a 14nm++ process.
A tweet by analyst Ashraf Eassa also confirms the same stating that the 8th generation Intel Core processors will continue to follow the 14nm process.
This definitely feels like a bummer, considering that AMD is all set to create chaos with its Ryzen CPU line-up as per multiple leaks and rumours. It can be argued that in terms of micro architecture, it’ll be after a really long time, that Intel will actually face stiff competition from AMD. And even with that in mind, it doesn’t plan on doing something revolutionary and stick to minimal performance improvements.
However, one must also take into consideration that when a node shrinks it become more difficult for a semiconductor company to make it shrink further and it also struggles to eek out maximum performance.
That’s why it seems Intel is refining the 14nm process for better efficiency. Intel’s lead in processor fabrication technology has led it to argue that its 14nm chips are better than 10nm chips from rival chipset makers.
Regardless, the 8th generation Core processors are expected to feature a 15 percent performance increase over the Kaby Lake. This was also the case with Skylake and Kaby Lake.
Also, this doesn’t mean Intel isn’t going to come with a 10nm processor. It is still working on it, and it’s expected to power sleek portable convertibles and Ultrabooks which need great performance with refined power consumption and less heat dissipation.
More than that, with the dwindling sales of PCs, Intel’s focus has shifted towards data centres and its Xeon line of processors which power servers in data centres. It is said that Intel will first unleash its 10nm chipsets for data centres.
Intel’s latest and definitively greatest Xeon processor, the E7-8894 v4, has an MSRP of $8,898. There are other specs I can (and will) tell you about this, but really, that’s the most important one: $8,898.
Now, to be clear, this is a professional-grade piece of hardware that’s really only meant for companies running servers with big databases. Sure, it’s set a whole bunch of benchmarking records, but it’s not really the kind of chip you’d use to play Overwatch. I’m not even sure you could use this to play Overwatch.
Anyway, specs. So, what does your $8,898 investment get you? A 24 core processor with 60MB of cache that runs at 2.4GHz, with a maximum clock speed of 3.4GHz. That makes it pretty similar to Intel’s previous E7-8890 v4 Xeon chip, which has a recommended price of $7,174 (a comparative bargin, I tell you!), but it only runs at a base speed of 2.2GHz. Whether the extra speed boost is worth the $1,716 dollars is entirely up to you.
Intel also makes a few other less powerful and cheaper Xeon processors in the E7-8800 line, but the E7-8894 v4 is the best of the bunch. And really, doesn’t your hypothetical industrial-grade server which you will probably never own or interact with deserve the best?
You should download the Windows 10 Anniversary Update before June
If you’re one of the rare few that has installed Windows 10 and somehow managed to avoid the the big Anniversary Update of last year, then your security is on a timer. Microsoft just announced that it will drop service support for the first version of its new operating system (OS) in May.
Once slated for March 2017 (yikes!), the firm made the push-back public recently, through its TechNet blog speaking to IT professionals.
“With the availability of Windows 10, version 1607 to the VLSC on January 26th, the grace period for Windows 10, version 1507 will begin,” Microsoft’s Nathan Mercer writes. “That means, after May 2017, Windows 10, version 1507 will no longer be serviced as only the two most Current Branch for Business (CBB) versions are actively serviced.”
Windows 10 was practically designed for Microsoft's Surface Studio
Windows 10 version 1507 is the technical name for the first release of Windows 10 back in July 2015, while the 1607 version number refers to the Anniversary Update of August last year. The latter is the most current version of the OS, though it has been patched several times since.
Eagle-eyed readers will notice a distinction between the Current Branch for Business (CBB, or business) and the Current Branch (CB, or consumer) versions of Windows 10.
When asked in the comments of the TechNet article whether all versions of Windows 10 version 1507 will be dropped from service, Mercer clarified simply with, “after May 2017 CB/CBB v1507 will receive no more updates.”
So, yes, all service support for the original release of Windows 10 will be dropped this June. This won’t mean much for the lot of you that actually update your PC.
But, for those that, for whatever reason, have somehow avoided downloading the Anniversary Update, your device will be at risk come June 2017.
Security concerns aside, consider this interesting nugget: all of this is due to the fact that Microsoft has a policy that it will only support the two most recent major versions of Windows 10 at a time. If it’s dropping support of one version after May 2017, it will surely pick up support of another – like the forthcoming Creators Update?
While we can’t say with 100% confidence whether this indicates a May release window for the next massive Windows 10 update, it sure does sound likely with this new information.
From devices to platform, Microsoft is building solutions to meet the needs of the most security-conscious organizations in the world and NSA adds both Windows 10 and Surface devices to list for classified government use.
Next week is one of the most important weeks of the year for us in security at Microsoft as we join the leading thinkers in cybersecurity at the RSA conference in San Francisco.
At Microsoft, we are tirelessly focused on creating innovation that helps our customers protect, detect and respond to the constantly evolving and ever changing cyber threat landscape. Our goal is to create a holistic, agile security platform, powered by the cloud, that better secures our customers – and Microsoft’s – infrastructure around the world.
With RSA so clearly on my mind, I am pleased to share six new security announcements that we will discuss in detail next week.
NSA adds Windows 10 and Surface to list for classified use
Enhanced security capabilities with Surface Enterprise Management Mode
Extending device management in Windows 10
New enhancements to Windows Defender Advanced Threat Protection
The quest for No More Passwords with Windows Hello
Turbo-charging your deployments with Windows Analytics
This is a big list and the culmination of a lot of work, so let’s look in detail at each of these in turn.
NSA adds Windows 10 and Surface to list for classified use
Our customers are the most security-conscious in the world and demonstrating our commitment to meeting their needs is incredibly important to us. Today, I’m excited to share that both Windows 10 and Surface devices including Surface Pro 3, Surface Pro 4 and Surface Book have been added to the NSA’s Commercial Solutions for Classified Programs (CSfC) list. The CSfC program listing demonstrates Windows 10, as well as Surface devices (the only Windows 10 devices currently on the list), when used in a layered solution, can meet the highest security requirements for use in classified environments.
Enhanced security capabilities with Surface Enterprise Management Mode
Many of our Surface customers in heavily-regulated industries have told us they value the many layers of security built into Windows 10, but also need to deploy additional protections at the hardware layer, such as being able to disable the camera or turn off the microphone to use a device within classified areas or on the manufacturing floor. Today, I’m excited to announce we’ve added a layer of hardware security functionality called Surface Enterprise Management Mode (SEMM) and it can be deployed on any Surface Pro 4, Surface Book and Surface Studio.
SEMM allows an organization to take ownership, modify, lock down, and otherwise control hardware configuration, security, and OS behaviors within the device firmware. Hardware configuration rules can be applied to Wi-Fi networks, Bluetooth, Ethernet, time of day, application access and certificates that can be included in initial deployments or dynamically pushed via the cloud.
SEMM is easy to use and allows IT managers to deploy their Surface devices in custom configurations to help protect against evolving attacks. SEMM also requires both physical possession of the device and unique certificate signatures to make any changes, helping to prevent modifications in the event of device loss or theft and providing additional security authentication beyond simply trusting local administrator or BIOS passwords. Customers in the intelligence, financial services and healthcare industries are already using SEMM now. Here’s an example of how it works:
Extending device management in Windows 10
We’re bringing many of the security settings and configurations found in the Security Baseline Policies, previously only available through Group Policy, to MDM solutions with the Creators Update. Also, to help analyze and report on the Group Policy settings configured within your organization and list those supported by MDM, we’ve shipped the MDM Migration Analytics Tool (MMAT) allowing simple symmetric policy configuration for your Windows 10 MDM managed devices.
New enhancements to Windows Defender Advanced Threat Protection (WDATP)
Since its release with the Windows 10 Anniversary Update, Windows Defender Advanced Threat Protection (WDATP) continues to prove its value in detecting high-profile security cases such as zero-day attacks, ransomware and other advanced attacks as published by our research team. With the Creators Update, we are enabling customers to add customized detection rules and providing the ability to perform ‘time travel’ detections running every new detection added across six months of historical data. This helps customers uncover past unnoticed attacks. These insights and more, available through WDATP, have contributed to the incredible growth in active WDATP customers and pilots – now protecting nearly 1.5 million devices in just over six months.
We’ve heard feedback that in addition to integration of Office ATP and WDATP insights, customers want to view malware reports and other security events in a single place. Therefore, we are now integrating security events and alerts from across the Windows security stack, starting with Windows Defender Antivirus. As we look forward into the roadmap, we’re planning to introduce WDATP support for additional platforms starting with Windows Server.
We are also pleased to share that through continued investments in our Windows Defender Antivirus offering, our test results continue to be among the top of security industry leaders. AV-TEST, a recognized independent malware protection testing firm noted in their Nov-Dec/2016 Product Review and Certification Report that our antivirus for enterprises, System Center Endpoint Protection, received high marks with 100% on zero day, web and email based threat testing and 98.6% on malware and prevalent malware testing.
The quest for No More Passwords with Windows Hello
Windows Hello is designed to eliminate the use of passwords, which remains one of the biggest security risks our customers face today. By using Azure Active Directory and hybrid environments with Azure Active Directory Connect, many of our customers have been able to use Windows Hello in their environments through the cloud. Now with the Creators Update, all organizations, particularly those in public sector, with on premise Active Directory-only environments will be able to use Windows Hello.
We are also adding Dynamic Lock to Windows Hello to automatically lock a device when the customer is no longer within proximity. Using Bluetooth signals, proximity will be based on distance between a customer’s mobile phone and the Windows 10 device and can be defined in Settings or though policy. Dynamic Lock can provide an additional layer of protection to help prevent unauthorized access to an unlocked, unattended device.
Through our co-engineering work with Intel as part of Project EVO, Windows Hello will be integrated within Intel’s Authenticate technology. This integration enables Windows Hello to take full advantage of Authenticate’s hardware-based authentication factors to help protect them from even the most advanced attacks. Together with Intel, we expect to deliver Windows devices with this integration capability by the end of 2017.
Turbo-charging your deployments with Windows Analytics
To help customers gain deep insights into the operational efficiency, health, and security of their Windows 10 devices, we have expanded our a suite of cloud-powered Windows Analytics solutions. In addition to upgrade and compatibility readiness, Windows Analytics will now include Update Compliance – free insights available in public preview starting today that provide a holistic view of Windows 10 update compliance for both monthly quality updates and new feature updates. This free resource will help organizations monitor deployment progress, identify issues and provide insights about their fully-patched, secure Windows 10 device environment.
Windows 10 is the most secure version of Windows ever and these new additions, along with our focus on simplifying modern IT and enabling amazing experiences and devices powered by Windows 10, continue to drive deployments with customers like the US Department of Defense, Australian Department of Human Services, Kimberly-Clark, Hendrick Motorsports, Crystal Group and Aiken County Public School District, and many others.
For those attending RSA, please come and visit us at the Microsoft booth to get hands on with WDATP, sign up for a free trial and learn more about these security announcements.
Intel Pentium G4560 Review
The Intel Pentium G4560 is part of the Kaby Lake family of processors which were launched at CES 2017. The lineup includes several Pentium and Core series processors. The Pentium G4560 is a $64 US processor which is placed in the lineup and may not look like much until we get into the specifications of this part.
The Pentium G4560 is a dual core processor that comes with Hyper-Threading Technology. It has four threads and this is the first time Intel has enabled the technology on Pentium series processors. The CPU comes with clock speeds of 3.50 GHz base frequency but no boost clocks. The chip stores a 3 MB L3 cache and has a TDP of 54W. The processor also packs the latest HD Graphics 610 clocked at 1150 MHz. The chip has a price of 64 USD which is really good.
The full performance review of the Pentium G4560 is published by ComputerBase. Their performance tests are surprising as the $64 US chip is able to not only outperform a 6 core AMD FX-6300 processor but also manages to be on par with the higher priced Core i3-6100 Skylake ($117 US) and the once gaming champ, the Core i5-2500K which sold for around $230 US.
Applications Performance (Windows):
15% faster than $90 FX-6300
21% faster than $60 Pentium G4400
23% faster than $149 A10-7890K
Gaming Performance (1080p):
16% faster than $89 FX-6300
26% faster than $60 Pentium G4400
26% faster than $149 A10-7890K
In gaming benchmarks on 1080p and 720p, the Pentium G4560 single-handedly beats out the Pentium G4400, FX-6300 and A10-7890K while being under 5% slower than the more expensive Core i3-6100 and Core i5-2500K. In general Windows applications and synthetic benchmarks, the difference between the Pentium G4560 and Core i3-6100 is just 3% while the i5-2500K is just 1% faster when average performance is calculated. In the Cinebench R15 benchmark, the Pentium G4560 is faster in multi-threaded performance while the Core i3-6100 ends up a bit faster during single-threaded evaluation.
Intel Pentium G4560 Multi-GPU and Multi-Tasking Performance:
The performance tests reveal that the Pentium G4560 is very much capable of handling graphics cards from both mainstream and enthusiast tiers such as the Fury X and GTX 980 Ti. The chip can also handle multiple GPUs well with GTX 980 Ti SLI performance in Witcher 3 matching the Core i5-7600K.
After the minecraft 1.11.2 release mojang and Microsoft think about the new update on the minecraft PC edition Jeb even said on twitter " The office is really quiet this week between Christmas and New Year's :) Started working on 1.12 features!" in 29 December 2016
On 3 January 2017 Jeb has the update about the minecraft 1.12 he said "1.12 work in progress, save/restore hotbar items in creative mode "
This update is going to e very useful for the person who loves building in creative mode because you can change item from slot 1 to 9 into different items on the hotbar item without showing the inventory
After Jeb post the update about the save/restore hotbar items he came back with some news the pallet test he said "Palette test @NinniLandin@JohanAronson (the texture itself may need work obv)"
and the colour ... Amazing take a look at this picture
In the picture it self there's an COMPLETLY new block the block it self work like a sand but after touching the water that new block is become a solid block
unfortunately they don't have a plan to change the hardened clay colour
On 2 February 2017 jab tweet again and said "There will not be a snapshot this week, but here's a spoiler of an upcoming feature / set of blocks
In this time I will tell you about he game, game is so entertain us it make us happy, and sometimes mad about the game we played I will recommended a game for you guys to play
1. Minecraft
Minecraft is like a sand box, minecraft is all about game where you dig (mine) and build (craft) different kinds of 3D blocks within a large world of varying terrains and habitats to explore.
In this world the sun rises and sets as you go about your work, gathering materials and making tools. There is rain and the occasional lightning storm, and animals that you can tame, farm or use for food. Depending on which mode you’re playing in, you might also need to fight for your survival against hunger, danger and bad guys. it's very cool to play with Minecraft is like building game like lego and etc
2. GTA 5
Grand Theft Auto V is an open world action-adventure video game developed by Rockstar North and published by Rockstar Games. The game was released on 17 September 2013 for the PlayStation 3 and Xbox 360, on 18 November 2014 for the PlayStation 4 and Xbox One, and on 14 April 2015 for Microsoft Windows. It is the first main entry in the Grand Theft Auto series since 2008's Grand Theft Auto IV. Set within the fictional state of San Andreas, based on Southern California, the single-player story follows three criminals and their efforts to commit heists while under pressure from a government agency. The open world design lets players freely roam San Andreas's open countryside and the fictional city of Los Santos, based on Los Angeles.
The game is played from either a first-person or third-person view and its world is navigated on foot or by vehicle. Players control the three lead protagonists throughout single-player and switch between them both during and outside of missions. The story is centred on the heist sequences, and many missions involve shooting and driving gameplay. A "wanted" system governs the aggression of law enforcement response to players who commit crimes. Grand Theft Auto Online, the online multiplayer mode, lets up to 30 players explore the open world and engage in cooperative or competitive game matches.
Development soon after Grand Theft Auto IV's release and was shared between many of Rockstar's studios worldwide. The development team drew influence from many of their previous projects such as Red Dead Redemption and Max Payne 3, and designed the game around three lead protagonists to innovate on the core structure of its predecessors. Much of the development work constituted the open world's creation, and several team members conducted field research around California to capture footage for the design team. The game's soundtrack features an original score composed by a team of producers who collaborated over several years.
Extensively marketed and widely anticipated, the game broke industry sales records and became the fastest-selling entertainment product in history, earning US $800 million in its first day and US $1 billion in its first three days. It received widespread critical acclaim, with praise directed at its multiple protagonist design, open world, presentation and gameplay. It caused controversies related to its depiction of women and a mission featuring torture during a hostage interrogation. Considered one of seventh generation console gaming's most significant titles and among the best games ever made, it won year-end accolades including Game of the Year awards from several gaming publications. It has shipped over 70 million copies and is one of the best-selling video games of all time. I'm not recommended this game to the kid because of the violence of this game made for
3. Happy Room
Happy Room is all about to killing the doll and get the damage as high as possible to get the new weapon to get more damage to the doll and get much achievement as possible. after you beat the high score of the game you will be unlocking sandbox which you have unlimited money to spend.
I hope you guys all enjoying my suggestion about the game. thank you.
Best Cheap PC for you (Latest)
We knew that we love technology especially laptop or notebook for our work so today I will give you information about the chepest and the modern one for you
1. Dell XPS 13
With the 2016 model, the Dell XPS 13 reigns supreme as the best laptop you can buy today. Thin and light with a battery life that exceeds 7 hours, according to our movie test, Dell’s flagship laptop is the posterchild for Ultrabooks. Once again, too, Dell has managed to squeeze a 13.3-inch screen into an 11-inch frame, proving the nigh-borderless InfinityEdge display to be a design marvel. Outfitted with Intel’s latest Kaby Lake processors and lightning-fast storage and memory, the Dell XPS 13 is dressed to impress with welcome addition of a Rose Gold color option as well. It should comes as no surprise, then, that we still rank it as the best Ultrabook and best laptop overall.
Specification (All) :
CPU: Intel Core i3 – i7 | Graphics: Intel HD Graphics 620 | Screen: 13.3-inch FHD (1,920 x 1,080) – QHD+ (3,200 x 1,800) | Storage: 128GB – 512GB SSD
If you're looking for a Windows alternative to Apple's latest rose-tinted MacBook, the Asus ZenBook UX305 might be more your speed. Though it looks like a Cupertino design from every angle, it's actually superior to Apple's creations in almost every way. From its purple-tinged aluminum design to its sharp display and hearty helping of built-in storage space, the UX305 puts Windows back in style, fanless design, long battery life and all. And, while the low-cost is enticing, if you're shopping for something with a bit more horsepower (not to mention an even more compact design), look no further than the Asus Zenbook 3
Though it’s a little on the pricey side when you opt for a faster processor or a higher screen resolution, the HP Chromebook 13 is one of the more stylish notebooks money can buy. You won’t look out of place in a coffee shop full of MacBooks, and your wallet will thank you for choosing the HP Chromebook 13 instead. What’s more, the it's even comfortable to use. The keyboard feels sturdy but compact. At the same time, the option of a QHD+ display provides users with the space and clarity required to pull off just about anything without the unnecessary eyestrain induced by more economical alternatives.
If you're looking for a more traditional notebook, Microsoft knocked it out of the park with its first laptop ever, the Surface Book. Though it has a peculiar 3:2 aspect ratio and 13.5-inch screen that's outside of the norm for most Ultrabooks, it's one of the best designed convertible laptops ever created. As a standalone tablet, otherwise known as the Clipboard, it's the most powerful and thinnest Windows 10 computers in the world. Then docking the screen into the keyboard base affords it even more performance by way of a discrete GPU.
When it comes to crafting an affordable Windows laptop with a premium feel, Asus takes the cake. The Asus ZenBook Flip UX360 in particular combines a mid-range price tag with a convertible form factor, a full-size trackpad and keyboard and an extensive arrangement of ports. These include USB-C, micro HDMI, micro SDXC and, yes, standard USB ports and even a 3.5mm headphone jack. In the pre-2015 MacBook era, these features would be expected, but nowadays, they’re an anomaly given the minimalistic efforts of newer laptops. Don’t go in expecting the ZenBook Flip UX360 to be old-fashioned, however, because as the naming suggests, this is a notebook that prides itself on its ability to shapeshift 360 degrees.
The performance of the Ryzen 7 1700X is pretty damn impressive in almost every factor. According to past leaks, you are looking at a pre-order pricing level of $389 and this is very clear, $1000 Intel processor level performance. To give you some context:
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