A turbocharger system comprising: a turbine section with a turbine wheel, a first volute structure with a first volute passage that extends along a first axis, and a second volute structure with a second volute passage that extends along a second axis, the first volute passage configured to direct flow of exhaust gas toward the turbine wheel, the second volute passage configured to direct flow of exhaust gas toward the turbine wheel; a downstream exhaust structure with a downstream exhaust passage configured to receive exhaust gas from the turbine section; a bypass structure with a bypass passage configured to provide exhaust gas that bypasses the turbine wheel to the downstream exhaust passage; and a valve member having an outer wall comprising a first end member, a second end member and a side member that extends along an axis between the first and second end members and encircles the axis, the outer wall defining outer and inner surfaces of the valve member, the valve member being substantially cylindrical and hollow, wherein the valve member includes a first portion and a second portion that are separated along the axis of rotation and wherein the first portion is at least partially received within the first volute passage and the second portion is at least partially received within the second volute passage, the valve member being supported for rotation about an axis of rotation between a first position, a second position, and a third position, wherein the outer wall of the valve member includes a plurality of valve passages (380, 381, 382) separated by at least one divider, the plurality of valve passages having a respective aperture (385, 386, 387) open at the side member; wherein the axis of rotation is oriented transverse to the first axis and the second axis; wherein the plurality of valve passages, with the valve member in the first position, provides a cross flow path between the first volute passage and the second volute passage and provides a bypass flow path from at least one of the first volute passage and the second volute passage to the bypass passage; wherein the plurality of valve passages, with the valve member in the second position, provides the cross flow path; wherein the valve member, in the second position, substantially prevents flow along the bypass flow path; wherein the valve member, in the third position, substantially prevents flow along the cross flow path and the bypass flow path; wherein the plurality of valve passages includes: a first valve passage that provides the cross flow path with the valve member in the first position; and a second valve passage that provides the bypass flow path with the valve member in the first position. a turbine section with a turbine wheel, a first volute structure with a first volute passage that extends along a first axis, and a second volute structure with a second volute passage that extends along a second axis, the first volute passage configured to direct flow of exhaust gas toward the turbine wheel, the second volute passage configured to direct flow of exhaust gas toward the turbine wheel; a downstream exhaust structure with a downstream exhaust passage configured to receive exhaust gas from the turbine section; a bypass structure with a bypass passage configured to provide exhaust gas that bypasses the turbine wheel to the downstream exhaust passage; and a valve member having an outer wall comprising a first end member, a second end member and a side member that extends along an axis between the first and second end members and encircles the axis, the outer wall defining outer and inner surfaces of the valve member, the valve member being substantially cylindrical and hollow, wherein the valve member includes a first portion and a second portion that are separated along the axis of rotation and wherein the first portion is at least partially received within the first volute passage and the second portion is at least partially received within the second volute passage, the valve member being supported for rotation about an axis of rotation between a first position, a second position, and a third position, wherein the outer wall of the valve member includes a plurality of valve passages (380, 381, 382) separated by at least one divider, the plurality of valve passages having a respective aperture (385, 386, 387) open at the side member; wherein the axis of rotation is oriented transverse to the first axis and the second axis; wherein the plurality of valve passages, with the valve member in the first position, provides a cross flow path between the first volute passage and the second volute passage and provides a bypass flow path from at least one of the first volute passage and the second volute passage to the bypass passage; wherein the plurality of valve passages, with the valve member in the second position, provides the cross flow path; wherein the valve member, in the second position, substantially prevents flow along the bypass flow path; wherein the valve member, in the third position, substantially prevents flow along the cross flow path and the bypass flow path; wherein the plurality of valve passages includes: a first valve passage that provides the cross flow path with the valve member in the first position; and a second valve passage that provides the bypass flow path with the valve member in the first position. a first valve passage that provides the cross flow path with the valve member in the first position; and a second valve passage that provides the bypass flow path with the valve member in the first position.