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A user terminal of a radio system arranged to operate a frequency band subdivided into one or more carrier bands, each of which carries a cyclic set of consecutive time slot. The user terminal comprises a first receiver part adjustable to a defined carrier band, and a second receiver part adjustable

A user terminal of a radio system arranged to operate a frequency band subdivided into one or more carrier bands, each of which carries a cyclic set of consecutive time slot. The user terminal comprises a first receiver part adjustable to a defined carrier band, and a second receiver part adjustable to a defined carrier band; wherein the first and the second receiver parts are separately operable. The user terminal comprises also allocation means for allocating to a radio channel at least a first timeslot and a second timeslot, wherein the first timeslot and the second timeslot may belong to different carrier bands. The first receiver part and the second receiver part are adjusted to the carrier bands of the first timeslot and of the second timeslot according to a predetermined scheme. The invented structure improved data throughput of the transmission by providing improved quality of transmission through diversity and added capacity through the multicarrier operation.

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The invention claimed is: 1. A user terminal comprising:a first receiver part adjustable to a defined carrier band, wherein the carrier band is arranged to carry a cyclic set of consecutive time slots;a second receiver part adjustable to a defined carrier band, wherein the carrier band is arranged t

The invention claimed is: 1. A user terminal comprising:a first receiver part adjustable to a defined carrier band, wherein the carrier band is arranged to carry a cyclic set of consecutive time slots;a second receiver part adjustable to a defined carrier band, wherein the carrier band is arranged to carry a cyclic set of consecutive time slots and the first and the second receiver parts are separately operable;a processor configured to allocate to a radio channel at least a first timeslot and a second timeslot, wherein the first timeslot and the second timeslot may belong to different carrier bands of a subdivided frequency band and the processor is configured to check whether the first and second timeslots coincide in time and adjust the allocation of the first and second receiver to the different carrier bands in response thereto; anda first oscillator and a second oscillator configured to adjust, respectively, the first receiver part and the second receiver part to the carrier bands of the first timeslot and of the second timeslot based on at least one condition that is checked at a predefined instance during the allocation of the radio channel.