- #WHAT MAC PROCESSOR IS BEST FOR VIDEO EDITING PRO#
- #WHAT MAC PROCESSOR IS BEST FOR VIDEO EDITING PC#
Coming in at over $4,300, you end up with a 17.3-inch ultra high definition (3840×2160) display, a 2.8GHz quad-core Intel Xeon Processor E3-1505M v5 CPU, 32GB of DDR4 RAM, a 512GB solid state drive, and an Nvidia Quadro M5000M graphics card with 8GB of GDDR5. With the top-end configuration, it can go head-to-head with just about any other laptop. Lenovo certainly isn’t out of the game, and the P70 Workstation proves it. It’s impossible to recommend just one laptop to fit every editor, so here is a selection of four laptops that offer a variety of features at different price points. Your budget, your existing workflow, and the needs of co-workers or clients all come into play here. But more than anything, you need to pick a laptop that fits your specific on-the-job needs. But what exactly should an editor look for in a work laptop? The processor, RAM, storage, and display all play an important part of the equation.
Gigantic towers aren’t the only game in town anymore. Instead, they can actually join the rest of the world, and edit on the go. No longer are editors lashed to desks while working on a new project. However, that’s been changing in recent years as laptops have become much more powerful. Dark and musty rooms crammed with tens of thousands of dollars worth of equipment have been par for the course in the realm of high-end editing for decades. If you choose an X299 platform system with 10 core or higher CPU, nothing less than the RTX 2080 Ti will suffice and buyers of the i9-7940X should consider using two RTX 2080 GPUs.Digital video editing has long been associated with massive machines packed with the most expensive components on the market, and with good reason.
You will find the RTX2080 GPU is an excellent partner for the latest 8 core CPUs on the Z370 platform. Get the balance right and you get the best bang for buck. Your system is only as fast as the slowest component here. Likewise, a high end multi GPU setup running on a Z370 platform will max out the CPU and you won’t get the best performance from the GPU. There is no point pairing a super high end processor with a single GPU, the processor won’t be fully utilised and the GPU will be running at 100%. The key to achieving the best price / performance systems at each level is balance. The X299 platform is simply better at achieving a higher data throughput. Both models utilise the higher performance x299 motherboard platform which provides a far higher number of PCIe lanes and are able to support 128GB of DDR4 memory in quad channel with the Gigabyte models also supporting 256GB and 512GB of registered DIMM memory for truly impressive high end systems. An overclock to 5GHz can offer noticeable performance increases whilst maintaining stability.įor higher performance systems which utilise multiple GPU, we recommend moving up to the Core i9-7900X or the Core i9-7940X processors. Those wishing to push the processor further can overclock but we recommend only mild overclocks. We recommend using the i7-8700K when utilising a single GPU. When coupled with a high performance video card, fast storage and lots of memory, this processor can help make an excellent video editing system. It has 6 cores and 12 threads and its high turbo clock speed of 4.7GHz offers good performance for video editing. The best value processor by far is the Core i7-8700K.
#WHAT MAC PROCESSOR IS BEST FOR VIDEO EDITING PRO#
Even when GPU acceleration is available, Premiere Pro can still place significant loading on the CPU. A growing number of codecs now enable GPU acceleration but where this isn’t available a very high core count processor will get chance to stretch its legs. Where the option exists to utilise GPU acceleration, it is always wise to do so.
#WHAT MAC PROCESSOR IS BEST FOR VIDEO EDITING PC#
It is therefore often most beneficial to invest in very high-performance GPU, often multiple graphics cards can be installed in a single PC giving large performance increments with each additional card. GPU acceleration is far more efficient so jobs can be completed in far faster time-frames than relying on a high core count CPU alone. In this scenario, it is important to achieve the correct balance between CPU, GPU and memory performance to avoid bottlenecks. When GPU acceleration is enabled, the computer will, where possible, place complex multi-threaded calculations on the GPU in addition to the CPU. When GPU acceleration is disabled, all the workload is handled by the CPU and multi-core processors show huge improvements in performance. Whilst many will assess the performance of a video editing systems’ CPU by disabling GPU (Graphical Processing Unit or simply your graphics card!) acceleration, this gives an inaccurate result.
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