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This Navilock charging station can be used to charge up to four devices with power at the same time. The holder supports up to two devices like smartphones or tablets to be put into the station. The LED indicator shows the accumulated amperage value of all connected devices.
This Navilock USB car charger can be used to charge two USB devices. One USB port is equipped with Qualcomm® Quick Charge⢠3.0 technology, thereby supported devices can be charged up to 4 times faster. The second USB port provides up to 2.4 A with intelligent charging technology for conventional devices.
GNSS modules are fully assembled receiver with patch antenna, backup battery etc .. This version uses TTL 3.30 V. Several integrated sensors allow position determination without GNSS signals.
This Navilock USB power supply can be used to charge one USB device.
This Navilock USB power supply can be used to charge one Micro USB device.
The MD6 serial multi GNSS UDR receiver by Navilock based on u-blox NEO-M8U chipset has a built-in active antenna as well as high-sensitivity sensors such as a 3D accelerometer and a 3D gyroscope. In conjunction with a laptop, a reliable position determination is also possible when the GNSS signal is interrupted. The MD6 universal connector enables the...
The USB 2.0 Multi GNSS UDR receiver by Navilock based on u-blox NEO-M8U chipset has a built-in active antenna as well as high-sensitivity sensors such as a 3D accelerometer and a 3D gyroscope. In conjunction with a laptop, a reliable position determination is also possible when the GNSS signal is interrupted.
The USB 2.0 Multi GNSS UDR receiver by Navilock based on u-blox NEO-M8U chipset has a built-in active antenna as well as high-sensitivity sensors such as a 3D accelerometer and a 3D gyroscope. In conjunction with a laptop, a reliable position determination is also possible when the GNSS signal is interrupted.
The USB 2.0 Multi GNSS UDR receiver by Navilock based on u-blox NEO-M8U chipset has a built-in active antenna as well as high-sensitivity sensors such as a 3D accelerometer and a 3D gyroscope. In conjunction with a laptop, a reliable position determination is also possible when the GNSS signal is interrupted. The NL-82004U GNSS receiver can be installed...
The USB 2.0 Multi GNSS UDR receiver by Navilock based on u-blox NEO-M8U chipset has a built-in active antenna as well as high-sensitivity sensors such as a 3D accelerometer and a 3D gyroscope. In conjunction with a laptop, a reliable position determination is also possible when the GNSS signal is interrupted. The NL-82022MU GNSS receiver is especially...
This Navilock USB car charger can be used to charge two USB devices. One port is equipped with a USB Type-C⢠connector, thereby supported devices can be charged with up to 3 A. The second port with a USB Type-A connector provides up to 2.4 A with intelligent charging technology for conventional devices.
This Navilock USB power supply can be used to charge one USB device. The charger is equipped with smart charging technology to identify the mobile device and provide the best performance.
This Navilock USB power supply can be used to charge one USB device. The charger is equipped with smart charging technology to identify the mobile device and provide the best performance.
The USB 2.0 Multi GNSS OTG UDR receiver by Navilock based on u-blox NEO-M8U chipset has a built-in active antenna as well as high-sensitivity sensors such as a 3D accelerometer and a 3D gyroscope. In conjunction with a mobile device, a reliable position determination is also possible when the GNSS signal is interrupted.
You can use this Qi certified charging station by Navilock to charge your mobile device wireless. Energy transfer by induction charging eliminates the need for cables and protects the connectors. The bevel design makes the display easy to use and the mobile device is always within reach. The USB type A port can be used optional to connect a charging cable...
This Qi compatible charging receiver from Navilock can be used as an upgrade for your Galaxy S3. The battery cover is opened, the receiver placed and the cover is closed again. The mobile device can then be charged wireless with a Qi charging station.
This Qi compatible charging receiver from Navilock can be used as an upgrade for your Galaxy S4. The battery cover is opened, the receiver placed and the cover is closed again. The mobile device can then be charged wireless with a Qi charging station.
This Qi compatible charging receiver from Navilock can be used as an upgrade for your Galaxy Note 2. The battery cover is opened, the receiver placed and the cover is closed again. The mobile device can then be charged wireless with a Qi charging station.
This Qi compatible charging receiver from Navilock can be used as an upgrade for your Galaxy Note 3. The battery cover is opened, the receiver placed and the cover is closed again. The mobile device can then be charged wireless with a Qi charging station.
This Qi compatible charging receiver from Navilock can be used as an upgrade for your Galaxy S5. The battery cover is opened, the receiver placed and the cover is closed again. The mobile device can then be charged wireless with a Qi charging station.
This Navilock multi-band antenna has two physically separated transmitting and receiving units. The GPS patch antenna receives the signals of the Global Navigation Satellite System GPS. PIFA antenna for GSM / UMTS / LTE is responsible for transmitting and receiving in these areas. Due to its outdoor features, the multiband antenna is well suitable for...
This Navilock multi-band antenna has two physically separated transmitting and receiving units. The GPS patch antenna receives the signals of the Global Navigation Satellite System GPS. One PIFA antenna for GSM / UMTS / LTE is responsible for transmitting and receiving in these ranges.
Description This GNSS receiver module is designed to easily integrate into an IPC or in a notebook /netbook.