A module with a plurality of cameras for integration in a mobile phone, the module comprising: - a first camera assembly , comprising a first image sensor and a first lens assembly , the first lens assembly being configured for having a first effective focal length, EFL 1' the first camera assembly defining a first optical axis and a first sensor axis, the first sensor axis being substantially normal to the first image sensor, - a second camera assembly comprising a second image sensor and a second lens assembly , the second lens assembly being configured for having a second effective focal length, EFL 2 , the second camera assembly defining an optical path and a second sensor axis, the second sensor axis being substantially normal to the second image sensor, wherein the first effective focal length is shorter than the second effective focal length, EFL 1 < EFL 2 , the second camera assembly comprising a folding mirror adapted to fold the optical path between the second lens assembly and the second image sensor, - a mechanical frame arranged to carry the first camera assembly and the second camera assembly such that the first optical axis and the optical path are substantially parallel in an object space, wherein the first lens assembly or the second lens assembly comprises a tuneable lens having an adjustable effective focal length, the tuneable lens comprising a transparent layer having chosen flexibility, an actuator configured to bend the transparent layer, and a deformable lens body being positioned in contact with the transparent layer at a first surface of the deformable lens body, wherein the second camera assembly comprises two or more folding mirrors, wherein the two or more folding mirrors of the second camera assembly are arranged so that segments of the optical path associated with the second camera assembly span a three-dimensional space, wherein the two or more folding mirrors of the second camera assembly are arranged for folding the optical path around the first optical axis and a perimeter of the first camera assembly, where the perimeter surrounds the first optical axis, and wherein the first and second sensor axes are arranged to be substantially perpendicular to each other. - a first camera assembly , comprising a first image sensor and a first lens assembly , the first lens assembly being configured for having a first effective focal length, EFL 1' the first camera assembly defining a first optical axis and a first sensor axis, the first sensor axis being substantially normal to the first image sensor, - a second camera assembly comprising a second image sensor and a second lens assembly , the second lens assembly being configured for having a second effective focal length, EFL 2 , the second camera assembly defining an optical path and a second sensor axis, the second sensor axis being substantially normal to the second image sensor, wherein the first effective focal length is shorter than the second effective focal length, EFL 1 < EFL 2 , the second camera assembly comprising a folding mirror adapted to fold the optical path between the second lens assembly and the second image sensor, - a mechanical frame arranged to carry the first camera assembly and the second camera assembly such that the first optical axis and the optical path are substantially parallel in an object space, wherein <EOS>