A driver for driving a first load (LED1) and a second load (LED2), wherein the driver comprises: a dual-boost converter comprising: - an output capacitance comprising a first output capacitor (C1) connected in series with a second output capacitor (C2); - a first switch (Q1) connected to a power input stage via a first inductor (L1) and arranged for controlling charging of said first output capacitor (C1) via a first diode (D1); - the first inductor (L1) and the first diode (D1); - a second switch (Q2), connected in series with said first switch (Q1), and connected to the power input stage via a second inductor (L2) and arranged for controlling charging of said second output capacitor (C2) via a second diode (D2); - the second inductor (L2) and the second diode (D2); wherein a center tap of said in series connected first and second output capacitor is connected to a center tap of said in series connected first and second switch, characterized in that the driver further comprises: - a first DC-DC converter arranged for converting a voltage present over said first output capacitor (C1) to a first output current for providing to the first load (LED1); - a second DC-DC converter arranged for converting a voltage present over said second output capacitor (C2) to a second output current for providing to the second load (LED2). a dual-boost converter comprising: - an output capacitance comprising a first output capacitor (C1) connected in series with a second output capacitor (C2); - a first switch (Q1) connected to a power input stage via a first inductor (L1) and arranged for controlling charging of said first output capacitor (C1) via a first diode (D1); - the first inductor (L1) and the first diode (D1); - a second switch (Q2), connected in series with said first switch (Q1), and connected to the power input stage via a second inductor (L2) and arranged for controlling charging of said second output capacitor (C2) via a second diode (D2); - the second inductor (L2) and the second diode (D2); - an output capacitance comprising a first output capacitor (C1) connected in series with a second output capacitor (C2); - a first switch (Q1) connected to a power input stage via a first inductor (L1) and arranged for controlling charging of said first output capacitor (C1) via a first diode (D1); - the first inductor (L1) and the first diode (D1); - a second switch (Q2), connected in series with said first switch (Q1), and connected to the power input stage via a second inductor (L2) and arranged for controlling charging of said second output capacitor (C2) via a second diode (D2); - the second inductor (L2) and the second diode (D2); wherein a center tap of said in series connected first and second output capacitor is connected to a center tap of said in series connected first and second switch, characterized in that the driver further comprises: - a first DC-DC converter arranged for converting a voltage present over said first output capacitor (C1) to a first output current for providing to the first load (LED1); - a second DC-DC converter arranged for converting a voltage present over said second output capacitor (C2) to a second output current for providing to the second load (LED2). - a first DC-DC converter arranged for converting a voltage present over said first output capacitor (C1) to a first output current for providing to the first load (LED1); - a second DC-DC converter arranged for converting a voltage present over said second output capacitor (C2) to a second output current for providing to the second load (LED2). <EOS>