Development of the upcoming Googlebook powered by Intel’s Nova Lake architecture is currently centering around a reference board codenamed "Atria." While early indicators suggested that Atria might feature Intel’s Panther Lake processors, subsequent code modifications have confirmed that the platform is instead designated for Nova Lake. This report outlines the ongoing development surrounding Atria, the foundational platform shaping the next generation of Intel-powered Googlebooks.
'Atria's Origins with Panther Lake
Atria first surfaced as a new reference board on the Chromium Gerrit. Previously, "Fatcat" was widely recognized as the primary reference design for the Panther Lake generation; however, Atria was introduced not as a derivative of Fatcat, but as an independent baseline board. Initial iterations of the development code referenced SOC_INTEL_PANTHERLAKE, leading observers to believe it would serve as an alternative hardware path for devices running Intel’s Panther Lake processors.
The Shift to Nova Lake: Atria Takes the Lead
Signs of a transition to Nova Lake began appearing early on, and recent code updates have definitively confirmed that Atria will adopt Nova Lake rather than Panther Lake.
Specifically, the code now includes CONFIG_DRIVER_SOC_NOVALAKE=y alongside explicit references to drivers/soc/novalake.h. The commits indicate that Atria inherits its underlying design architecture from Fatcat but refreshes the platform specifically to accommodate the next-generation Nova Lake processors. Initial foundational groundwork for Nova Lake support within ChromeOS was spotted as early as February 2026.
Shared Specifications of the Atria Platform
Development logs point to a comprehensive set of shared hardware capabilities intended for the Atria series:
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Connectivity: Support for Wi-Fi 7 and Bluetooth via Intel CNVi, alongside dedicated power and pin layouts for WWAN (5G / 4G-LTE) capabilities.
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Input & Security: Integration of an Assistant key (which may potentially function as a Quick Insert key), a fingerprint sensor, a dedicated numeric keypad, and support for touchscreens and stylus input.
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I/O & Media: Up to three USB-C ports, an SD card slot, a 4-channel digital microphone array, and support for up to three concurrent cameras (User-facing, Front-facing, and World-facing).
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Memory & Storage: LPDDR5 RAM configurations, options for UFS storage or PCIe Gen 4/Gen 5 NVMe SSDs, and the inclusion of Google’s Ti50 security chip.
Given that the platform bridges the gap between the Panther Lake baseline and the next-generation Nova Lake chipset, these specifications and supported standards may evolve as development continues.
Identified Derivatives: The 'Penghu' Board
At present, a derivative board named "Penghu" has been identified within the Atria pipeline. While Penghu clones its core structural layout from "Moonstone"—a board belonging to the Panther Lake-based Fatcat family—it has been integrated under the Atria umbrella to utilize Nova Lake silicon rather than Panther Lake.
Since Moonstone is widely expected to debut as an Acer-branded Googlebook, it is highly probable that Penghu represents a next-generation upgrade path or a subsequent model from the same manufacturer.
Outlook
The groundwork for Nova Lake-powered Googlebooks is firmly established with the Atria reference board. Although Penghu is currently the only confirmed derivative, the Atria series represents a generational leap beyond Fatcat, paving the way for additional variants in the future.
While exact hardware details remain fluid in these early development cycles, the trajectory for Nova Lake Googlebooks is taking clear shape. Furthermore, Intel will not be alone in this ecosystem; upcoming Googlebooks are also slated to feature silicon from Qualcomm and MediaTek.