Gdm fw900 monitor

Manufactured by Sony

Sourced in Japan

The GDM-FW900 is a professional-grade CRT monitor manufactured by Sony. It features a 24-inch screen with a maximum resolution of 2048 x 1536 pixels and a refresh rate of up to 160 Hz. The monitor is designed for high-precision applications such as graphics design, video editing, and scientific visualization.

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Lab products found in correlation

Matlab psychophysics toolbox, by MathWorks (1 mentions)

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GDM-FW900 CRT monitor (2 citations)

3 protocols using gdm fw900 monitor

Visual Stimuli Generation and Presentation

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Stimuli were generated using the MATLAB Psychophysics Toolbox (MATLAB 2011a, MathWorks, Natick, MA, USA) [52 (link)]. They were presented on a linearized Sony GDM-FW900 monitor (Sony, Tokyo, Japan) (1024 × 768 resolution) running at 100 Hz. Observers viewed stimuli through a mirror stereoscope that was mounted on a chin rest, fixed 92 cm from the display (viewing distance through the mirrors).

Dieter K.C., Sy J.L, & Blake R. (2017). Persistent Biases in Binocular Rivalry Dynamics within the Visual Field. Vision, 1(3), 18.

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Gamma-Compressed Display Characterization

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The experimental data was collected on a Sony GDM-FW900 monitor, 85Hz
refresh rate. The gamma value of the monitor was measured with a Spectrascan
PR655 and this value was used to gamma-compress the images prior to display on
the screen. The images were quantized to an 8-bit precision and presented at a
display resolution of 60 pixels per degree (full display size was 1920 ×
1200 pixels). The minimum and maximum gray levels were 0.67 cd/m² and
90.41 cd/m², respectively.

Walshe R.C, & Geisler W.S. (2021). Efficient Allocation of Attentional Sensitivity Gain in Visual Cortex Reduces Foveal Sensitivity in Visual Search. Current biology : CB, 32(1), 26-36.e6.

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Psychophysical Experiment with Stereoscope

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Stimuli were generated using the MATLAB Psychophysics Toolbox (MATLAB 2011a, MathWorks, Natick, M A, USA) [52 (link)]. They were presented on a linearized Sony GDM-FW900 monitor (Sony, Tokyo, Japan) (1024 × 768 resolution) running at 100 Hz. Observers viewed stimuli through a mirror stereoscope that was mounted on a chin rest, fixed 92 cm from the display (viewing distance through the mirrors).

Dieter K.C., Sy J.L, & Blake R. (2017). Persistent Biases in Binocular Rivalry Dynamics within the Visual Field. Vision, 1(3), 18.

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