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Conditions in which Hybrid CMOS AF III operates in combination with Contrast AF (EOS REBEL T6S / EOS 760D)
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EF100mm F2.8 Macro * EF 400 mm F2 .8 L USM * EF500mm F4.5 L USM
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Compatible Cameras and Lenses for the Function of Correcting Lens Aberration with Digital Photo Professional Ver.3.10
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EF 400mm F2.8L II IS USM*(3) EF 400 mm F2 .8 L IS USM EF 400mm F5.6L USM
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Compatible Cameras and Lenses for the Function of Correcting Lens Aberration with Digital Photo Professional Ver.3.11
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EF 300mm F4L IS USM EF 400 mm F2 .8 L IS USM EF 400mm F2.8L II IS USM(*3)
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Discover the Canon RF 70-200mm F4 L IS USM Lens with Mason Higa
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Welcome back to another episode of Lensday Wednesday, where we showcase our fantastic lens lineup. In this episode, Professional Market Specialist, Calvin Pilliod Anderson, goes over the shortest, lightest 70-200 mm f/ 2.8 telephoto zoom lens Canon has ever made, the RF70-200 F2.8 L IS USM . Built for native use on R series cameras, this lens is a dream to use for both still photography and video production.
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EOS R SYSTEM MOUNT ADAPTERS BATTERY GRIP
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Lensday Wednesday Featuring the Canon RF 70-200 F2.8 L IS USM Lens
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Welcome back to another episode of Lensday Wednesday, where we showcase our fantastic lens lineup. In this episode, Professional Market Specialist, Calvin Pilliod Anderson, goes over the shortest, lightest 70-200 mm f/ 2.8 telephoto zoom lens Canon has ever made, the RF70-200 F2.8 L IS USM . Built for native use on R series cameras, this lens is a dream to use for both still photography and video production.
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Cameras and Lenses Compatible with the Digital Lens Optimizer feature (Digital Photo Professional Ver.3.14.40) (EOS 7D Mark II)
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EF 300mm f/4L IS USM EF 400 mm f/ 2.8 L IS USM EF 400mm f/2.8L IS II USM
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Control Ring Click Modification for RF lenses and EF->RF Control Ring
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Control Ring Click Modification for RF lenses and EF-> RF Control Ring
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Definition of F-number
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F-number For the numbers, a sequence of numbers which use the square root as the common ratio based on 1 (one) is used. The aperture scale consists of approximate values which are two times as great as or half of the basic number of the amount of light that passes the lens by each step (1.0, 1.4, 2, 2.8 and so on). However, the maximum F-number may not be appropriate to this sequence of numbers.
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