These days ARM and its customers are in the midst of a major evolution in GPU design. Back in May the company announced their new Bifrost GPU architecture, a new and modern architecture for future GPUs. With Bifrost ARM would be taking a leap that we’ve seen many other GPU vendors follow over the years, replacing an Instruction Level Parallelism (ILP)-centric GPU design with a modern, scalar, thread level parallelism (TLP)-centric design that’s a better fit modern workloads. The first of these new Bifrost GPUs was introduced at the same time, and that was Mali-G71. However as our regular readers likely know, ARM doesn’t stop with just a single GPU design; rather they have multiple designs for their partners to use, running the gamut from...
Last year we had the opportunity to attend HiSilicon's launch event of the Kirin 950. The 950 SoC was the first to employ ARM's Cortex A72 in a smartphone...43 by Ian Cutress & Andrei Frumusanu on 10/19/2016
Earlier this month we took a look at ARM’s new Mali-G71 GPU. Based on the company’s equally new Bifrost architecture, Mali-G71 marks a significant architectural change for the Mali...23 by Ryan Smith on 6/16/2016
Amidst the backdrop of Computex 2016 and alongside their new Cortex-A73 CPU, ARM is announcing their next generation GPU architecture, Bifrost. A significant update to ARM’s GPU architecture, Bifrost...57 by Ryan Smith on 5/30/2016
One of the more surprising facts we learned from ARM when we sat down with them last year to discuss their Mali GPU architecture was just how successful the...11 by Ryan Smith on 10/20/2015
Due to a lack of total vertical integration and heavy focus on IP licensing, one of the more interesting aspects of the SoC development pipeline is that we get...28 by Ryan Smith on 10/27/2014
As part of ARM’s fall refresh of their Mali graphics product lineup, today ARM is announcing refreshes and new products in a number of product segments. All told ARM...7 by Ryan Smith on 10/27/2014