An electronic cubicle device, comprises a first electronic component , a second electronic component , a cooling device comprising a heat exchanger body comprising a cooling channel for a coolant, a mounting surface to which the first electronic component is mounted and an outer heat exchange surface , a feeding line connection for feeding the coolant, a draining line connection for draining the coolant, an air source connected to the heat exchanger body , and an air guiding element connected to the heat exchanger body and/or to the air source , wherein the cooling channel is interconnected to the feeding line connection and the draining line connection , and wherein the cooling channel is formed within the heat exchanger body in such a way that the coolant in the cooling channel is in thermal contact with the mounting surface and the outer heat exchange surface for providing a heat exchange, wherein the air source is adapted for providing an air circulation of air surrounding the cooling device , so that an air flow of the air surrounding the cooling device is provided at the outer heat exchange surface , wherein the air guiding element is adapted for guiding the air flow of the air surrounding the cooling device to the outer heat exchange surface , wherein the first electronic component is attached to the mounting surface of the cooling device , wherein the second electronic component is mounted to another location than the mounting surface within the electronic cubicle device in such a manner that a heat load of the second electronic component is transferred to the air surrounding the cooling device and wherein the outer heat exchange surface of the cooling device is adapted for providing a heat exchange with the air surrounding the cooling device . a second electronic component , a cooling device comprising a heat exchanger body comprising a cooling channel for a coolant, a mounting surface to which the first electronic component is mounted and an outer heat exchange surface , a feeding line connection for feeding the coolant, a draining line connection for draining the coolant, a heat exchanger body comprising a cooling channel for a coolant, a mounting surface to which the first electronic component is mounted and an outer heat exchange surface , a feeding line connection for feeding the coolant, a draining line connection for draining the coolant, an air source connected to the heat exchanger body , and an air guiding element connected to the heat exchanger body and/or to the air source , wherein the cooling channel is interconnected to the feeding line connection and the draining line connection , and wherein the cooling channel is formed within the heat exchanger body in such a way that the coolant in the cooling channel is in thermal contact with the mounting surface and the outer heat exchange surface for providing a heat exchange, wherein the air source is adapted for providing an air circulation of air surrounding the cooling device , so that an air flow of the air surrounding the cooling device is provided at the outer heat exchange surface , wherein the air guiding element is adapted for guiding the air flow of the air surrounding the cooling device to the outer heat exchange surface , wherein the first electronic component is attached to the mounting surface of the cooling device , wherein the second electronic component is mounted to another location than the mounting surface within the electronic cubicle device in such a manner that a heat load of the second electronic component is transferred to the air surrounding the cooling device and wherein the outer heat exchange surface of the cooling device is adapted for providing a heat exchange with the air surrounding the cooling device . <EOS>