Rob Kerr’s Post

Linux developers, check out our tutorial on how to enable CPU, GPU and NPU on your AI PC with OpenVINO! Welcome to give it a try~

A good read if you need to get a build machine up and running for AMD build environment. (The rest of my post kind of seems like an advertisement, so be warned!) Not just Linux as Adam indicated, but when I maintained Avnet’s build environment instructions, we would offer the same configuration for setting up a build environment for everything from scratch hdl, Linux, Vitis platforms, and Vitis projects. Worked really well and made it very easy to flip between tool versions (a different virtual machine for each!). This allowed me to archive a configuration and come back to it much later without even thinking about digging out old installation files/instructions. Coupled this environment with the Avnet GitHub repositories and you had a flexible, scripted, easily customizable environment that gave you a huge boost to developing your own projects!

I have been talking a lot about PetaLinux recently in my blogs. As such I thought it would be a good idea to create a Hackster.io project which walks you through step by step how to create a Linux Virtual Machine and install PetaLinux so you can get started with your Embedded Linux Developments. This will also be useful if you are coming to my motor control workshop next week. #fpga #embeddedsystems #engineering #embeddedsoftware #embeddedLinux #linux #software #fpgadesign https://lnkd.in/eGupmpDx

In part one, iuvo explored running Meta LLAMA 2 AI LLM on Apple Silicon computers, highlighting its straightforward setup. Now, on Microsoft Windows, DirectML addresses hardware access, akin to Direct X for games. We tested on a seven-year-old Dell XPS 15 laptop, showcasing LLM capabilities. While GUI support is limited, performance is good to excellent on systems with newer NVIDIA GPUs, ample RAM, and recent CPUs. Stay tuned for Linux setup and connecting Windows machines to extend LLM benefits. #iuvoTech #WIndows #LLM

Linux kernel 6.11 is out - with its own BSOD

Linux kernel 6.11 is out - with its own BSOD

Windows 11 with Copilot is a great leap ahead, but for many the TPM requirement has them stranded on legacy Windows 10 compatible hardware that won’t run Win11. Windows 12 will be a massive leap forward in capability, with AI incorporated at the core. How will you be ready to take advantage of this new frontier? The new challenge will be hardware that has the presence of a dedicated Neural Processing Unit (NPU), and the race has already begun!

Encode New Formats and Manage Media Better With DaVinci Resolve 18.6.6 Update https://ift.tt/cfdSQZ2 Another month and another Blackmagic update for DaVinci Resolve is here. And while some previous updates have been quite major and substantive, this one isn’t earth-shattering. But, if you’re a Panasonic or Sony shooter, you might want to take note of some of these new encoding and management features for your different, camera-specific file types. Let’s look at everything new coming to DaVinci Resolve 18.6.6 for all users whether you’re on Mac OS, Windows, or Linux. DaVinci Resolve 18.6.6 Update So, the biggest updates coming to DaVinci Resolve are going to be some added support for AVC 100 and 50 MXF Op Atom formats, plus improved media management features that stemmed from issues with trimming Sony 8K X-OCN clips. There’s also your usual mix of general performance and stability improvements along with some updates to address different features and controls in the app. Here’s everything new in DaVinci Resolve 18.6.6: Ability to encode Panasonic AVC 100 and 50 in MXF Op Atom formats Option to encode big endian LPCM audio in QuickTime Addressed default alpha mode interpretation for some QuickTime media Addressed incorrect path separators in some project settings on Windows Addressed some Sony XAVC H clips being shown as offline Addressed a media management issue trimming Sony 8K X-OCN clips General performance and stability improvements System-specific Updates Also, as usual, Blackmagic Design has released some updates for system requirements for different platforms like Mac OS, Windows, and Linux. Here are the latest minimum system requirements for each: Minimum system requirements for Mac OS macOS 12 Monterey 8 GB of system memory. 16 GB when using Fusion Blackmagic Design Desktop Video version 12.0 or later Integrated GPU or discrete GPU with at least 2 GB of VRAM GPU which supports Metal or OpenCL 1.2 Minimum system requirements for Windows Windows 10 Creators Update. 16 GB of system memory. 32 GB when using Fusion Blackmagic Design Desktop Video 10.4.1 or later Integrated GPU or discrete GPU with at least 2 GB of VRAM GPU which supports OpenCL 1.2 or CUDA 11 NVIDIA/AMD/Intel GPU Driver version – As required by your GPU Minimum system requirements for Linux Rocky Linux 8.6 or CentOS 7.3 32 GB of system memory Blackmagic Design Desktop Video 10.4.1 or later Discrete GPU with at least 2 GB of VRAM GPU which supports OpenCL 1.2 or CUDA 11 NVIDIA/AMD Driver version – As required by your GPU How to Download As always, this release is available at no charge for existing customers and can be accessed on Blackmagic Design’s support website here. via No Film School https://ift.tt/M0u9pSW March 20, 2024 at 10:21AM

New Post: Guide to Linux lscpu Command with Examples

New Post: Guide to Linux lscpu Command with Examples