Almalence

Objective testing of VR/AR head-mounted displays requires an eye simulator with a human-like entrance pupil, focal length, and aperture that can also be properly perceived by eye-tracking modules.

This instruction describes setting up Almalence Digital Lens OpenXR Layer on HP Reverb G2 Omnicept VR head-mounted display.

This instruction describes how to set up Almalence Digital Lens OpenXR Layer on Pico Neo 3 Pro Eye VR head-mounted display.

This instruction describes setting up Almalence Digital Lens OpenXR Layer on Vive Pro Eye VR head-mounted display.

The all-new 2021 version of the Almalence Human Eye Simulator. Optically clear. Eye Tracking ready.

VR/AR head-mounted display makers face hardware-design challenges in achieving high resolution, wide fields of view, and large eye boxes. Common issues include blur, color fringing, image degradation, and distortion.

The page reports Huawei P40 Pro's DxOMark Zoom Score of 115 and describes testing its computational super-resolution zoom against Super Resolution technology from Almalen.

Achieving high picture quality, optical fidelity, and natural visual experience is a challenge in near-eye display design.

The company's SuperResolution has been ported to Mediatek APU, an AI processor powering high-end Mediatek smartphone chipsets.

Almalence's Digital Lens technology was selected as an honoree at SID Display Week 2021 I-Zone and is described as enabling high-resolution, aberration-free images, a large eye box, and natural visual experiences in VR head-mounted displays.

The page announces Almalence's participation at AWE USA on June 1–3, 2022, with demos on VR devices and a speech by its CEO about computational methods for achieving picture quality beyond optical design limitations in head-mounted displays.

"Render it Real. Computational imaging to enable a breakthrough in achieving better visual experience in VR displays". CEO Almalence is giving a speech at AWE Asia 2021 (Sep 27-28).

The page examines the Microsoft Surface Duo's camera performance and zoom, noting that its single-camera module is said to use a super-resolution zoom algorithm to enhance zoom quality.

The company partners with Qualcomm to use its chipsets for technologies in smartphone, XR, smart camera, and other markets.

This imaging software startup is defining the future of digital cameras.

Almalence's technologies enable picture quality beyond the camera and display hardware capabilities. They overcome fundamental physical limits of imaging systems such as sensor resolution, pixel size, and lens aberrations.

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