Google Cr48 Vs Wyvern Moblab Page

[Component / Device Under Test] │ (USB / Network Connection) ▼ [Wyvern MobLab Chromebox] ◄── Executes CTS (Compatibility Test Suite) │ ◄── Executes BVTS (Boot Verification Tests) ▼ [Local Testing Dashboard] ──► Generates local pass/fail telemetry The Role of the "Wyvern" Architecture

It contains specific tools to test fwupd operations , validating that peripherals can be updated securely and comply with certification standards.

Google Cr-48 Wyvern MobLab represent two distinct eras of ChromeOS hardware: one was the original "pilot" laptop that introduced the world to the operating system, while the other is a modern specialized testing environment based on recent Chromebox hardware. LVFS documentation Core Comparison Google Cr-48 (2010) Wyvern MobLab (Modern) Form Factor 12.1" Laptop (Prototype) Chromebox (Stationary Lab) Primary Goal Pilot test of ChromeOS Automated firmware/software testing Intel Atom N455 (1.66 GHz) Modern Intel/AMD x86_64 RAM/Storage 2GB RAM / 16GB SSD Variable (higher spec typical) Connectivity Wi-Fi & 3G (Verizon) Multi-Ethernet, USB, HDMI Google Cr-48: The Pioneer Released in late 2010, the was never sold to the public but sent to 60,000 testers. How to run fwupd tests with Moblab — LVFS documentation google cr48 vs wyvern moblab

The CR-48 was a utopian vision of a net-connected world. The MobLab was a paranoid vision of a disconnected world.

While a consumer uses a Chromebook to browse the web, developers use MobLab hardware to break, test, and perfect the operating system itself. This article details the structural, hardware, and operational differences between these two iconic pillars of ChromeOS history. Overview: The Pioneer vs. The Laboratory [Component / Device Under Test] │ (USB /

| Feature | Google CR-48 | Wyvern MobLab | | :--- | :--- | :--- | | | Showcase the vision of Chrome OS; enable public beta testing of the OS on consumer hardware. | Automate and streamline the hardware validation and certification process for new Chrome OS devices. | | Target Audience | Developers, technology enthusiasts, and early adopters participating in the Pilot Program. | Google and OEM engineers; hardware validation and quality assurance teams. | | Role | A client device . A notebook for a human to use. | A test server/infrastructure . A headless (or semi-headless) system that controls and monitors other devices. | | Key Feature | Cloud-first, web-centric user experience with a unique keyboard and fast boot times. | A complete, automated testing suite running on a Chromebox, connected to multiple Devices Under Test (DUTs). | | Hardware Form Factor | Notebook/Laptop with a 12.1-inch display, keyboard, touchpad, and built-in 3G/Wi-Fi. | Chromebox (a small desktop computer, specifically the "Wyvern" model) with additional networking equipment. | | Software | The standard Chrome OS user interface (the Chrome browser as the desktop). | A specialized, customized Chrome OS test image that runs the MobLab automated test suite. | | Connectivity | Focused on user connectivity: Wi-Fi and cellular 3G. | Focused on lab connectivity: Gigabit Ethernet for high-speed, reliable network connections to multiple DUTs. | | How to Get One | Through application to the (now-closed) Chrome OS Pilot Program. Not for retail sale. | Via procurement as part of a partner agreement with Google. It is an engineering tool, not a consumer product. |

Ultimately, understanding your specific testing and development needs will help you make an informed decision about which platform to choose. How to run fwupd tests with Moblab —

The MoblAb never aimed for mass appeal. Its legacy is professional:

While the Cr-48 was a tool to get humans onto the cloud, MobLab is a tool to ensure the operating system running those cloud machines functions perfectly. Hardware Architectures and Specifications

This is where the duel gets philosophical.

You cannot buy a MoblAb at Best Buy. You request a quote. The base price often exceeds $8,000.