Will The Steam Frame BEAT These VR Headsets - I’ve Tried them All

Quick Overview

The Steam Frame VR headset is positioned as a significant upgrade over existing high-end PC VR solutions like the Valve Index, boasting superior display resolution (2160x2160 per eye vs. 1440x1600 for Index) and a lighter weight (440g vs. 809g for Index), although it relies on external base stations for tracking, which is a potential drawback compared to integrated solutions like the Meta Quest 3.

Key Points: The Steam Frame features a 2160x2160 per eye resolution, significantly higher than the Valve Index's 1440x1600 per eye. The Steam Frame core module weighs 440g (with headstrap), making it substantially lighter than the Valve Index at 809g. The Steam Frame uses external base stations for tracking, similar to the Valve Index, which is noted as a potential negative compared to inside-out tracking on devices like the Quest 3. Valve claims the Steam Frame supports up to 144Hz refresh rate (experimental) and uses high-speed 6GHz wireless for streaming, which is less prone to interference. The controllers for the Frame are an industrial design, much smaller than typical VR controllers, and use AA batteries, unlike the Valve Index's custom controllers. The Bigscreen Beyond 2 headset, which is compared favorably to the Frame, features 3660x3200 per eye resolution at 90Hz-120Hz and weighs only 107 grams (headset only). The Meta Quest 3, despite its lower specs (2064x2208 OLED, 120Hz), is considered the obvious choice due to its lower price ($499.99) and inside-out tracking.

Context: The video provides a first look and initial comparison of Valve's upcoming Steam Frame VR headset against current market leaders like the Valve Index, Meta Quest 3, and Apple Vision Pro. The host details the Frame's specifications, including its high resolution, lightweight design, and wireless streaming capabilities via a 6GHz dongle, while contrasting these features with the established pros and cons of competing headsets, particularly concerning weight, display technology (OLED vs. LCD), and tracking methods (base station vs. inside-out).