![]() See if your domain is available now ! www. Work on your own offline database at the fastest possible speed, and sync your changes with FileMaker Server when you have working network access. We offer competitive pricing on all domain registrations. MirrorSync is the best way to use your FileMaker database on an iPad, iPhone, or laptop without a network connection. All prices are one-time costs, not annual. This price is for a single FileMaker solution, with addition solutions priced at 200/each, and server-to-server syncs priced at 1,600 - 2,000 depending on the types of databases. Run your applications in the cloud using our remote desktop solutions. MirrorSync is free for 1 FileMaker Pro/Go device, with additional devices priced at 8-95 per device depending on quantity. If youre new to Xcode, though, Core Data would be out of the question. ![]() Core Data is generally how iOS apps handle persistence. There are some plugins like MirrorSync, GoZync, etc., but theyre difficult to set up and dont work nearly as well as a regular iOS app. Then sync it back back to the server when you have a reliable connection using MirrorSync, created by 360 Works. Sync is still a blind spot for FileMaker, for mobile apps. Take your FileMaker data on the road with FileMaker Go or FileMaker Pro without having to worry about having an internet connection. Store your documents online for all your users to access via their FileMaker solutions using SuperContainer, created by 360 Works. Web hosting packages starting from $198 per year.ĭatabase hosting for FileMaker Pro or MySQLstarting from $66 per month. You should see a list of database names in the response:Įnable XML Privileges for FileMaker Accountsįor a FileMaker account to work with XML Web Publishing, their privilege set will need the "fmxml" extended privilege.Hosting Solutions Need a home for your website, database, application or email? Web Hosting Copy and paste this url into your browser: To check that XML Web Publishing is working, run a dbnames command in your browser, on the machine running FileMaker Server. Last, restart your Web Publishing Engine to make sure the changes have taken place by running this command: You can find the right menu item by going to:Īdmin Console -> Connectors -> Web Publishing Engine Second, be sure that the Web Publishing Engine is turned on in your FileMaker Server 17 Admin Console. Step 2: Enable XML Web Publishing in the Admin Console This command should be run in Command Prompt on Windows, or Terminal on Mac: Step 1: Enable XML Web Publishing on the Command Lineįirst, you will need to run the following command on the machine running FileMaker Server 17. 5 Enable XML Privileges for FileMaker Accounts.4 Check That XML Web Publishing Is Enabled. ![]()
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So theoretically, VLC should have no problem handling HEVC or H.265 video materials. However, having the HEVC support is one thing, being able to successfully play it is another. A lot of VLC users have reported the problem of VLC being choppy when playing an HEVC or H.265 video. What’s more, there are reports saying that VLC cannot open HEVC or H.265 videos at all. Part 2: Why VLC Gets Choppy in the HEVC Playback So now let’s find out why can’t VLC play HEVC or H.265 videos successfully when the application claims to have the ability to do so. There are many reasons that could lead to the HEVC playback choppy problem, and most of them have something to do with either the computer configuration, or the VLC settings.Īlthough VLC has claimed its native support for HEVC/H.265 codec, however, it is well known that the H.265/HEVC playback is very processor extensive, even if your computer has meet the minimum standard to playback HEVC/H.265 video, you may still suffer video playback choppy or corruption issues because of the workload of your processor.Īnother reason why VLC gets choppy is the VLC settings. There are all kinds of video playback settings in VLC in order to deal with different video playback tasks. Some settings can make one kind of video playback smooth and perform well, but make another totally unable to play. So when you play HEVC videos or H.265 videos, you might focus on this kind of settings in VLC. For an example, the hardware acceleration option is one of the most common factor that might cause the VLC getting choppy problem. Now let’s take a look at how to solve the VLC getting choppy problem when playing an HEVC or H.265 video. ![]() Part 3: How to Solve the VLC Choppy Playback of HEVC/H.265 Videoīefore you try any other fixes, you should first close other active CPU consuming tasks in your system and try play that HEVC or H.265 video again. Because as mentioned above, HEVC videos are processor extensive, and other CPU consuming tasks might make your computer unable to process the HEVC video. If that doesn’t work you can try disabling hardware acceleration in VLC. This feature only works with H.264 streams but not for H.265/HEVC streams. Sometimes, there will be VLC skipping issues when you are playing high-definition media streaming over a network. The good news is that you can solve this problem by disabling hardware acceleration of VLC on some computers. Here is how to disable hardware acceleration in VLC. From the Preferences panel, click "Simple" in the lower left-hand corner, then go to Input / Codecs. Click the "Hardware-accelerated decoding" dropdown and choose another option, or Disable it entirely. Or, you can firstly update your VLC to VLC 3.0.0 nightly build, which has a better HEVC processing ability, and then try set the Hardware accelerated decoding to DXVA 2.0 with the steps introduced above. Part 4: Another Free HEVC Player - Leawo Blu-ray Player #LEAWO BLU RAY PLAYER STUTTERING UPDATE# #LEAWO BLU RAY PLAYER STUTTERING UPDATE#. ![]() ![]()
Strangely, this means modern games are more likely to receive a greater performance boost than titles release a number of years ago, since the former make use of more advanced and intricate shading techniques. There is a caveat though: not every video game makes use of the new Adaptive Shading with Wolfenstein II: The New Colossus is the very to support the technology. I’m a big fan of these Adaptive Shading techniques, and while they may not be as exciting as the RTX features, they’re certainly more useful than the likes of ray tracing for the average gamer. In plain English, this effectively means that if any object or piece of scenery is motionless and doesn’t change in appearance for long stretches of time – like a wall or the sky for instance – the GPU smartly puts in less effort shading it every single frame. This time though, the improved efficiency comes via an algorithm that determines the shading rate according to the “spatial and colour coherence across frames”. It’s so smart it almost feels like cheating.Ĭontent Adaptive Shading is a similar technique that also provides a performance boost by alleviating the burden on the GPU. And by sacrificing such needless detail, the GPU gets a tasty performance boost in return. Think of playing a game like Forza Horizon 4 where you’re speeding through a race course – there’s little point in shading the likes of street signs and road markings in full detail when they’re nothing but a blur to the naked eye as you whizz by. This feature alters the shading rate according to the levels of motion on display. One of these techniques is called Motion Adaptive Shading. The TU116 architecture also introduces a slew of smartarse shading techniques which improve the graphics card’s efficiency by reducing the workload of the GPU without hampering the image quality. This means that while the increase in clock speed isn’t massively meaty, the improvement in efficiency should still result in a significantly superior performance. One example of this is the 1.5x boost in instructions per clock. Truth is though, most of the benefits of the new TU116 architecture aren’t visible on a spec sheet. Let’s be honest, on paper the GTX 1660 doesn’t seem like a significant upgrade to the GTX 1060. The GTX 1060 is only capable of 1708 MHz by comparison. ![]() This increase in CUDA Cores looks to be the major factor for the increase in boosted clock speeds too, with the GTX 1660 peaking at a reasonable 1785 MHz. Nvidia has found room for a bump in CUDA Cores though, with the GTX 1660 flaunting a total of 1408 compared to the GTX 1060’s 1280. The GTX 1660 and GTX 1060 share the same memory bandwidth, VRAM and even thermal design power. But unlike with the GTX 1660, Nvidia hasn’t taken full advantage of the architecture’s potential here, keeping the majority of the specs in line with the Pascal GTX 1060 in order to keep costs down. So how does the new TU116 architecture differ from Pascal?įirstly, the TU116 architecture boasts the capability for more capacity, more configurable caches and improved bandwidth. That’s no surprise given the budget price here. ![]() While the GTX 1660 is a Turing card like the RTX 2060, it lacks the latter’s special features such as ray tracing and DLSS. I chose these cards because they’re the most comparable Nvidia GPUs in terms of both price and specifications. ![]() The following table displays all the specs for the GTX 1660 and how it compares to Nvidia’s GTX 1050 Ti, GTX 1060 6GB, GTX 1660 Ti, GTX 1070 and RTX 2060 graphics cards. Related: Best Graphics Cards 2019 Gigabyte GTX 1660 – Specs and technology With just a £70-odd price difference separating the two, the GTX 1660 is under a lot of pressure to deliver a comparable performance in order to be deemed a worthwhile alternative. The GTX 1660 has a very relatable issue though – the more powerful 1660 Ti is hogging the spotlight. Chuck in the exciting Turing shader innovations, which intelligently optimises the GPU’s efficiency, throw in the promise of ray tracing support in the future, and you’ve got a excellent graphics performance for a very good price. Nvidia has developed this architecture to achieve a calculated balance between performance, power and cost. Like its slightly more powerful sibling the GTX 1660 Ti, the GTX 1660 uses Nvidia’s new TU116 architecture instead of the older Pascal design used for the GTX 1050 and GTX 1060 cards. ![]() While top-tier GPUs are now hurtling past the £1000 price point, the GTX 1660 offers an impressive Full HD performance for just £199. The Gigabyte GTX 1660 is Nvidia’s new mid-range graphics card. |