USB interfaces
2x USB-C connectors
USB HUB function
Charging USB standard devices with a maximum power of 15W
on each of the two slots
Auto Support for CarPlay and Android Auto functions
Additional HSD connector for connecting another USB HUB (Rear HUB)
Illumination of USB pictograms
Charging USB standard devices with a maximum power of 15W
1x USB-C connector
2x USB-C connectors
USB HUB function
Charging USB standard devices with a maximum power of 15W
On each of the two slots
Auto Support for CarPlay and Android Auto functions
Additional HSD connector for connecting another USB HUB (Rear HUB)
Illumination of USB pictograms
15W charging power
USB Type C
Illumination
Cover made of soft plastic
Protects against dust, spray and water
Single and double socket
15W charging power
USB Type C
Illumination
Single and double socket
Dust cover
USB without charging function
3,5 A DCDC
SMSC Chip
Apple Chip
1 x WSK 4Pin
3 x HSD 4Pin
Dust-protection cover
SMSC Chip
Apple Chip
1 x HSD 6Pin
USB
Fast and efficient connectors
USB interfaces are most commonly used devices of CE type in cars. Their purpose is not only to charge devices but also to exchange data and information between devices such as smartphones and in-car multimedia unit.
BURY company supports all current standards of fast charging. This is important if you use Apple CarPlay, AndroidAuto or MirrorLink.
Computing and hardware can be also used: application surfaces of smartphones or apps can be mirrored on displays. Voice controls and controls are also connected via USB interfaces. Type C standards allow a power consumption of up to 100 W without additional power supply. SIM card reader, AUX input or repeater for signal amplification. The lighting can also be adapted to the vehicle interior lighting.
The USB modules can be individually equipped with various functions such as SD or SIM card reader,
AUX input or repeater for signal amplification. The lighting can also be adapted to the vehicle interior lighting.
For protection against overheating we use encapsulated metal cooling structure for optimal heat dissipation. Using high-performance switches we are able to reduce the amount of emitted heat.