MediaTek Processor Sets New Benchmark for Chromebook Efficiency

At a private media briefing in New York City, All About Circuits joined MediaTek executives for a firsthand look at the company’s latest push into client computing. The event, which covered mobile, AI, and data-center innovations, centered on the launch of the Kompanio 540. This new processor targets the next generation of Chromebooks with a stronger mix of performance and battery efficiency. 

The newly released MediaTek Kompanio 540 chip. Image used courtesy of MediaTek

Engineering Gains Measured in Real Numbers

With the release of Kompanio 540, MediaTek projects a continuation of its dominance over the Chromebook market, which has tripled the company’s market share in recent years.

“We were less than 10 percent in Chromebook market share a few years ago,” PD Rajput, associate VP for client computing, said. “We’re going very fast… this chip coming out next year will take us to the next level in the Chromebook space.”

The company’s newly released Kompanio 540 delivers a significant generational leap, with 50% faster single-core performance, 30% faster multi-core performance, and 75% higher graphics throughput compared to its predecessor. 

PD Rajput holding a Kompanio 540 chip at the MediaTek NYC briefing. 

The processor features an octa-core design that combines two Arm Cortex-A78 cores at 2.6 GHz with six Cortex-A55 cores at 2 GHz. LPDDR5 memory at up to 6,400 Mbps and UFS 3.1 storage support expand memory bandwidth and data transfer rates. The Arm Mali-G57 MC2 GPU handles 2.5 K internal and four K60 external displays. According to MediaTek, these upgrades directly translate to tangible responsiveness in everyday computing and classroom applications.

Designed to support all-day classroom use, the processor integrates MediaTek Filogic Wi-Fi 7 to realize wireless throughput up to 7.3 Gbps. Meanwhile, the chip’s MiraVision display pipeline is said to sharpen video and HDR rendering for STEM and creative workloads such as Minecraft Education Edition and Tinkercad.

“This is delivering more than 35% longer battery life compared to our competition. And in those kinds of use cases, battery life with the right performance is everything,” Raspjut said. “That’s always been the scale of computing we deliver.”

Preparing for Android PCs

MediaTek confirmed that its upcoming Chromebook SoCs, including the Kompanio 540, are designed for Google’s Android PC initiative. This initiative will merge ChromeOS and Android into a unified platform.

“We look at it very positively,” Rajput said. “MediaTek has been sprinting Android from our phones. As it becomes Android PC, there are so many synergies that give us an edge over our competition.”

Native compatibility with Android PC will allow the Kompanio 540 to run Gemini-based AI models and Android applications directly on Chrome-class laptops, reducing the lag between smartphone and PC ecosystems.

From Chromebooks to AI Workstations

Beyond Chromebooks, MediaTek’s briefing also focused on the company’s recent collaboration with Nvidia on the DGX Spark. 

PD Rajput holding a DGX Spark at the MediaTek NYC briefing. 

Powered by the GB10 Grace Blackwell Superchip, DGX Spark is a desktop-scale AI workstation. Raspjut describes it as “a developer-focused workstation that allows you to fine-tune and prototype your AI models locally instead of relying entirely on the cloud.” To that end, the chip integrates a 20-core Arm Grace CPU, paired with Nvidia’s latest Blackwell GPU and 128 GB of unified LPDDR5X memory to offer up to 1 PFLOP of AI performance for fine-tuning and real-time inference.  

MediaTek contributed the memory subsystem, I/O fabric, and power-management design, applying its mobile and edge-computing expertise to achieve exceptional efficiency in a system that still fits on a desktop and draws from a standard wall outlet. 

Efficiency as Strategy

At the New York event, the clear theme was that MediaTek no longer views Chromebooks as entry-level hardware. The Kompanio 540 is a turning point toward high-efficiency systems built for always-connected, AI-ready computing—a domain where MediaTek intends to compete aggressively on both performance per watt and platform intelligence.

With devices expected to ship in early 2026, MediaTek seems poised to consolidate its leadership in education-focused laptops while also extending its architecture into higher performance domains.