Gavin Bonshor is a Senior Editor at AnandTech. He focuses on topics related to Open Source Software, Software Development, and Software Licensing & Compliance, bringing a keen insight into the intersection of technology and user rights. Gavin's work has been featured in notable publications including AnandTech, Knowledia, The Register, and XDA.
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Gavin Bonshor's articles predominantly focus on technology, particularly processors from companies like AMD and Intel. His coverage heavily involves press releases and private sector announcements related to gaming and product promotions.
Given the nature of his coverage, Gavin may be interested in receiving pitches that offer exclusive insights or early access to information about upcoming processor releases, technological advancements in gaming hardware, or expert opinions on the direction of the industry. Sources with insider knowledge about these companies or products could also capture his attention.
While there is no specific geographic focus mentioned for Gavin’s work, he appears to cover global developments within the technology sector without a regional preference.
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Processor design has moved from traditional monolithic designs with all elements on a single piece of silicon to more advanced chiplet designs.
For the past 20 years, there have been only two giants fighting for market dominance over the rest of the market for computer architecture types: laptops and desktops. Typically, since their inception, they have been x86 architecture-based, whereas nearly the entire world's smartphones are based on ARM architecture. Although Qualcomm and Microsoft's foray into the Windows on ARM operating system, specifically designed for the ARM architecture, has recently garnered more attention in the laptop space, the new kid on the block, RISC-V, is also gaining momentum.
By: Gavin Bonshor
JEDEC has officially published the LPDDR6 specification, JESD209-6, which is the next generation in low-power memory design. While earlier LPDDR implementations were sometimes perceived as being mobile-centric, this latest generation shifts the focus elsewhere. LPDDR6 is not only a next-generation memory technology, but it is also intended to meet the increasing performance and efficiency demands of edge AI, embedded computing. It could help bring efficiency to high-end notebooks with low power targets, where memory bandwidth is a bottleneck.
Five things you need to know before reading: This is not a GPU, and it is not trying to be. Spyre is a 75 W single-slot PCIe inference card, designed to fit in IBM Z and Power systems.
