Metabones T Speed Booster XL 0.64X for Canon EF to Blackmagic Pocket 4K

SKU: MB-161
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Metabone Speed Booster XL 0.64x adapter has been designed exclusively for the Blackmagic Pocket Cinema Camera 4K, with a magnification of 0.64x. The Speed Booster XL 0.64x uses an advanced 7-element optical design to achieve extraordinary optical...

Metabones T Speed Booster XL 0.64X for Canon EF to Blackmagic Pocket 4K

SKU: MB-161
Special Order i
Regular price $1,595.00
Unit price
per
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Metabone Speed Booster XL 0.64x adapter has been designed exclusively for the Blackmagic Pocket Cinema Camera 4K, with a magnification of 0.64x. The Speed Booster XL 0.64x uses an advanced 7-element optical design to achieve extraordinary optical...
  • Metabones T Speed Booster XL 0.64X for Canon EF to Blackmagic Pocket 4K

    Metabone Speed Booster XL 0.64x adapter has been designed exclusively for the Blackmagic Pocket Cinema Camera 4K, with a magnification of 0.64x. The Speed Booster XL 0.64x uses an advanced 7-element optical design to achieve extraordinary optical performance at apertures up to an incredible f/0.80.

    The new Speed Booster XL 0.64x reduces the full-frame crop factor of the BMPCC4K as shown in the table below. In addition, the speed of any attached lens is increased by 11/3 stops, with a maximum output aperture of f/0.80 when an f/1.2 lens is used.  For example, a 50mm f/1.2 becomes a 32mm f/0.80, which is the fastest aperture available for Blackmagic cameras.

    The BMPCC4K Speed Booster XL 0.64x reduces the crop factor of the BMPCC 4K camera from 2.02x to 1.29x and produces the largest aperture optics currently available, with a maximum output aperture of f/0.8. 

    This new series of Metabones Speed Booster adapters is designed exclusively for Blackmagic Design Pocket Cinema Camera 4K (BMPCC4K). They cannot be attached to any other m43 cameras such as JVC, Olympus or Panasonic cameras.

    In a nutshell, we recommend XL for full-frame lenses and ULTRA for DX/APS-C lenses. 

    Crop Factor on BMPCC4K

    Video Mode

    Metabones

    Plain Adapter

    Metabones

    Speed Booster

    ULTRA 0.71x

    Metabones

    Speed Booster

    XL 0.64x

    4096 x 2160

    4K DCI

    1.9x

    1.43x

    1.29x

    3840 x 2160

    Ultra HD

    2.03x

    1.44x

    1.3x

    1920 x 1080

    HD

    2.03x

    1.44x

    1.3x

    1920 x 1080

    HD (Windowed)

    4.05x

    2.88x

    2.6x

    * Calculations based on the width of the sensor in relation to a full-frame sensor.

Metabones T Speed Booster XL 0.64X for Canon EF to Blackmagic Pocket 4K

Metabone Speed Booster XL 0.64x adapter has been designed exclusively for the Blackmagic Pocket Cinema Camera 4K, with a magnification of 0.64x. The Speed Booster XL 0.64x uses an advanced 7-element optical design to achieve extraordinary optical performance at apertures up to an incredible f/0.80.

The new Speed Booster XL 0.64x reduces the full-frame crop factor of the BMPCC4K as shown in the table below. In addition, the speed of any attached lens is increased by 11/3 stops, with a maximum output aperture of f/0.80 when an f/1.2 lens is used.  For example, a 50mm f/1.2 becomes a 32mm f/0.80, which is the fastest aperture available for Blackmagic cameras.

The BMPCC4K Speed Booster XL 0.64x reduces the crop factor of the BMPCC 4K camera from 2.02x to 1.29x and produces the largest aperture optics currently available, with a maximum output aperture of f/0.8. 

This new series of Metabones Speed Booster adapters is designed exclusively for Blackmagic Design Pocket Cinema Camera 4K (BMPCC4K). They cannot be attached to any other m43 cameras such as JVC, Olympus or Panasonic cameras.

In a nutshell, we recommend XL for full-frame lenses and ULTRA for DX/APS-C lenses. 

Crop Factor on BMPCC4K

Video Mode

Metabones

Plain Adapter

Metabones

Speed Booster

ULTRA 0.71x

Metabones

Speed Booster

XL 0.64x

4096 x 2160

4K DCI

1.9x

1.43x

1.29x

3840 x 2160

Ultra HD

2.03x

1.44x

1.3x

1920 x 1080

HD

2.03x

1.44x

1.3x

1920 x 1080

HD (Windowed)

4.05x

2.88x

2.6x

* Calculations based on the width of the sensor in relation to a full-frame sensor.