A light fixture comprising a light source, a driver module (150, 200), a communications module and a sensor module, wherein the sensor module comprises one of a presence sensor, a daylight sensor, a movement sensor, a GPS unit, a gyroscope or an air quality sensor, the driver module (150, 200) comprising: - a driver arranged for powering the light source, - a driver module enclosure, at least partially encapsulating the driver, having at least one ingress protecting surface area and arranged for providing ingress protection for at least the driver, - a power input terminal, electrically coupled to the driver, arranged for receiving an input power from the light fixture, - a power output terminal, electrically coupled to the driver, arranged for providing a first output power to the light source through conductive power transfer, - a wireless power transmitter circuit arranged for wirelessly transferring a second output power, through a part of the ingress protecting surface area, to the sensor module and communications module; - an intra-module communications circuit, arranged for wirelessly transmitting data between the driver and the sensor module; - the communications module comprising: a module-to-device communications circuit, arranged for communicating with a device external to the light fixture, a communications module enclosure, at least partially encapsulating the module-to-device communications circuit, having at least one ingress protecting surface area and arranged for providing ingress protection for at least the module-to-device communications circuit, a wireless power receiver circuit, electrically coupled to the module-to-device communications circuit, arranged for wirelessly receiving power from the driver module (150, 200); a first communications module intra-module communications circuit, arranged for wirelessly transmitting data between the communications module and the driver module; a wireless power transmitter circuit arranged for wirelessly transmitting an output power through the surface area of the communications module enclosure to a sensor module; and a second communications module intra-module communications circuit, arranged for transmitting data between the module-to-device communications circuit and the sensor module. - a driver arranged for powering the light source, - a driver module enclosure, at least partially encapsulating the driver, having at least one ingress protecting surface area and arranged for providing ingress protection for at least the driver, - a power input terminal, electrically coupled to the driver, arranged for receiving an input power from the light fixture, - a power output terminal, electrically coupled to the driver, arranged for providing a first output power to the light source through conductive power transfer, - a wireless power transmitter circuit arranged for wirelessly transferring a second output power, through a part of the ingress protecting surface area, to the sensor module and communications module; - an intra-module communications circuit, arranged for wirelessly transmitting data between the driver and the sensor module; - the communications module comprising: a module-to-device communications circuit, arranged for communicating with a device external to the light fixture, a communications module enclosure, at least partially encapsulating the module-to-device communications circuit, having at least one ingress protecting surface area and arranged for providing ingress protection for at least the module-to-device communications circuit, a wireless power receiver circuit, electrically coupled to the module-to-device communications circuit, arranged for wirelessly receiving power from the driver module (150, 200); a first communications module intra-module communications circuit, arranged for wirelessly transmitting data between the communications module and the driver module; a wireless power transmitter circuit arranged for wirelessly transmitting an output power through the surface area of the communications module enclosure to a sensor module; and a second communications module intra-module communications circuit, arranged for transmitting data between the module-to-device communications circuit and the sensor module. a module-to-device communications circuit, arranged for communicating with a device external to the light fixture, a communications module enclosure, at least partially encapsulating the module-to-device communications circuit, having at least one ingress protecting surface area and arranged for providing ingress protection for at least the module-to-device communications circuit, a wireless power receiver circuit, electrically coupled to the module-to-device communications circuit, arranged for wirelessly receiving power from the driver module (150, 200); a first communications module intra-module communications circuit, arranged for wirelessly transmitting data between the communications module and the driver module; a wireless power transmitter circuit arranged for wirelessly transmitting an output power through the surface area of the communications module enclosure to a sensor module; and a second communications module intra-module communications circuit, arranged for transmitting data between the module-to-device communications circuit and the sensor module.