LucidLogix Announces XLR8 Tech To Improve Embedded and SoC GPU Performance
Subject: General Tech, Mobile | January 11, 2012 - 03:48 AM | Tim Verry
Tagged: virtualization, tegra, Lucidlogix, gpu, gaming, game, embedded, CES2012, CES
Earlier today Lucid (LucidLogix), the company behind quite a few GPU virtualization technologies, announced yet another piece of GPU virtualization software. This time; however, instead of wrangling as much performance as possible from multi-GPU beasts, this technology- codenamed "XLR8"- is aimed at the mobile market of tablets, smartphones, and laptops with integrated graphics. Such products are powered by integrated GPUs in AMD's APUs and Intel's Sandy Bridge and Ivy Bridge processors, and by the GPUs in mobile SoCs (system on a chip) like Nvidia's Tegra and ARM's Mali graphics processors. XLR8 uses "unique CPU multithreading" to feed the mobile GPUs as efficiently as possible.
According to Lucid, many of the PC graphics issues are magnified when it comes to embedded GPUS including visual tearing, pipeline inefficiencies, power management, and artifacting. Offir Remez, president of Lucid further stated that most of the big, popular PC games have playability issues on mobile platforms and on computers with integrated graphics. "If it's got a GPU, we can improve the end user experience."
The company further expanded that the XLR8 technology works by disabling unnecessary and redundant processes in addition to "unique multithreading" to improve system (gaming) responsiveness up to 200 percent. The XLR8 software monitors battery drain and power draw while shutting down background processes to increase CPU frame generation and minimizing redundant GPU rendering processes.
If this sounds a lot like marketing speak, it certainly does. On the other hand, Lucid has been able to push some useful virtualization technology into desktops, so maybe mobile platforms are just the next step for the company. The company is currently demonstrating the XLR8 software in private at CES and is being tested by hardware partners. Mobile SoC are getting faster and more powerful, and on battery powered devices there is always room for efficiency improvements. Once reviewers manage to get their hands on some actual hardware, and XLR8 is past the concept/testing stage you can bet that people will have a better understanding of what exactly XLR8 is capable of.
PC Perspective's CES 2012 coverage is sponsored by MSI Computer.
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