SIRUI Venus 100mm T2.9 1.6x Full-Frame Anamorphic Lens - L Mount
Key Features
Covers Full-Frame Sensor
Aperture Range: T2.9 to T16
2.8:1 De-Squeezed 16:9 Aspect Ratio
Blue Streak Effects, Compact Design
13-Blade Iris Creates Oval Bokeh
Minimum Focus: 3.1'
Front Filter Diameter: 82mm
Focus Scales in Feet & Meters
L Mount
The L mount 100mm T2.9 1.6x Full-Frame Anamorphic Lens from Sirui creates strong background compression, rich detail, cinematic bokeh, and artistic lens flairs suitable for up to 8K full-frame capture. This longer, 100mm T2.9 lens produces a shallow depth of field with a distinct focus falloff. Its anamorphic design produces an oval bokeh and horizontal blue streaks, giving your footage a dreamy or science fiction aesthetic. An image captured in 16:9 is de-squeezed to an anamorphic 2.8:1 aspect ratio.
The 100mm prime features a female 1/4"-20 thread compatible with many lens supports, and its focus and aperture rings are uniformly geared like the other lens in the series for use with a follow focus and lens control system.
Full-Frame Coverage
This 100mm lens provides coverage for full-frame cameras with a wider 2.8:1 aspect ratio (de-squeezed) in 16:9, and its shallow depth of field separates your subject from the background for an artistic effect.
Anamorphic Effects
The 13 aperture blades create creamy oval bokeh, while coated optical glass elements help create the horizontal blue-streak effects typical of anamorphic lenses.
High-Quality Build
This rugged 100mm Sirui prime features a durable all-metal housing, a front 82mm filter thread, and a 1/4"-20 thread compatible with many lens supports.
Specifications
SIRUI Venus 100mm T2.9 1.6x Full-Frame Anamorphic Lens - L Mount
Focal Length
100mm
Maximum Aperture
T2.9
Minimum Aperture
T16
Lens Mount
L Mount
Lens Format Coverage
Full-Frame
Filter Thread
82 mm x 0.75
Interchangeable Mount
No
Horizontal Squeeze (Anamorphic)
1.6x
Image Circle
Not Specified by Manufacturer
Focus Scales
Imperial, Metric
Optical Design
15 Elements in 13 Groups
Minimum Focus Distance
3.1' / 93 cm
Magnification Ratio
01:13.64 Macro Reproduction Ratio 8.5 to 13.64x Magnification