OpenCL™ 2.0 — Shared Virtual Memory
The OpenCL™ 2.0 specification is a big step up from OpenCL 1.2 that allows closer collaboration between devices in a heterogeneous system—think improved programmability and performance! In this first...
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In the previous post, we saw one of the important features of OpenCL™ 2.0, Shared Virtual Memory (SVM). In this blog, we will see another feature of OpenCL 2.0 called “pipes”. To get the most from our...
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OpenCL™ 2.0: Device Enqueue and Workgroup Built-in Functions
In our previous post, we explored an OpenCL™ 2.0 capability called pipes. In this installment, we look at one of the most important features: device enqueue. We also review the new built-in workgroup...
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OpenCL 2.0: Generic Address Space and Program-Scope Variables
In a previous post, we explored an OpenCL™ 2.0 capability called device enqueue. This installment looks at the concept of a generic address space. We also review program-scope variables. To get the...
View ArticleOpenCL™ 2.0 – Image Enhancements
In a previous post we explored an OpenCL™ 2.0 capability called device enqueue. In this installment, we look at OpenCL 2.0’s image-processing features. To get the most from this blog, we recommend the...
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Merkle Tree Hashing Using OpenCL™ 2.0
You can use OpenCL™ 2.0’s features and GPU compute to get real performance improvements in your code. In this article I’ll walk through an example of Merkle tree hashing. You can learn more about...
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AMD APP SDK 3.0 Released, Featuring OpenCL 2.0, Windows 10, Support for AMD’s...
I’m happy to announce the release of AMD APP SDK 3.0 supporting OpenCL™ 2.0, the latest compute language API from Khronos. AMD APP SDK 3.0 adds support for Windows® 10 as well as AMD’s latest 6th...
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Fine-Grain Shared Virtual Memory Buffer With Examples
As part of our OpenCL™ 2.0 Demystified series, we are going to look at the benefits of using Fine-Grain Shared Virtual Memory (SVM) Buffer. I’ll give you a couple of examples. Prakash Raghavendra wrote...
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