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Kenko TELEPLUS HD 1.4x DGX is a teleconverter designed to make images more impressive by turning your master lens into a tele lens and capturing the object more close.

By installing it between the lens and the camera body Kenko TELEPLUS HD 1.4x DGX increases the effective focal length of your lens by 1.4x.

Precisely made in Japan and compatible with a wide range of genuine cameras and lenses it is particularly helpful for those professional photographers as well as amateurs who may need a tele lens but feel no reason to purchase a new expensive one due to low frequency of use. An optional accessory to bring your photos on a new level of creativity in the most convenient way.

Kenko TELEPLUS …

The Kenko TELEPLUS HD DGX 1.4X teleconverter contains a set of optics which multiply the focal length of your prime lens by 1.4x turning a 300mm lens into the equivalent of 420mm. Teleplus HD DGX converters use unique circuitry which maintains signal integrity between the camera body and lens. It also allows accurate recording of digital EXIF data. Multi-coated optical glass is used in the optics which is supplied by Hoya Corporation the world's largest manufacturer of optical glass. Full AF operation with the HD DGX 1.4x is possible using a camera lens with an open aperture of F4 or brighter (except Canon EF 50mm f1.8). Please be aware that AF will work properly only if there is enough …

The HD DGX 2.0X converters have genuine Gate Array IC (Integrated Circuitry). This means the converter's unique circuitry maintains signal integrity between the camera body and lens. The 3~5-element design made with high quality multi-coated optical glass supplied by Hoya Corporation the world's largest manufacturer of optical glass.
Full AF operation with the TELEPLUS HD DGX 2.0X is possible using a camera lens with an open aperture of F2.8 or brighter. Please be aware that AF will work properly only if there is enough light and contrast on the subject to activate the camera's AF sensors properly. (Manual focusing may be necessary when using lenses with smaller open f-stop values than that …