LEA-4A - ANTARIS® 4 ROM-Based GPS Module
The LEA-4A is a low-cost GPS module featuring the u-blox 16-channel ANTARIS 4 receiver technology. It provides high performance at 35% less power consumption and features a newly added USB port for faster data transmission and more flexibility.
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LEA-4H - ANTARIS® 4 Programmable GPS Module with SuperSense®
The LEA-4H module combines high sensitivity, exceptionally low power consumption and a USB port in a small module measuring just 17 x 22 mm. The -158 dBm tracking sensitivity extends positioning coverage into places where GPS was not possible before, and enables solutions using smaller or covert antennas.
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LEA-4M - ANTARIS® 4 ROM-Based GPS Module
The LEA-4M has been designed for lowest costs while still the high performance and low power consumption of the u-blox 16-channel ANTARIS 4 receiver technology.
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LEA-4P - ANTARIS® 4 Programmable GPS Module
The LEA-4P is a programmable GPS module containing the new u-blox 16-channel ANTARIS 4 receiver technology. It provides high performance at 35% less power consumption and features a newly added USB port for more flexibility and faster data transmission.
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LEA-4R - ANTARIS® 4 Programmable GPS Module with Dead Reckoning
The LEA-4R is a small dead reckoning GPS module powered by the 16-channel ANTARIS 4 engine. Dead reckoning works by combining GPS satellite position data, gyroscope data (that measures angle turns) and odometer data (that measures distance covered) to calculate a position.
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LEA-4S - ANTARIS® 4 ROM-Based GPS Module with SuperSense®
The LEA-4S module combines high sensitivity, exceptionally low power consumption and a USB port in a small module measuring just 17 x 22 mm. Its -158 dBm tracking sensitivity extends positioning coverage into places where GPS was not possible before and enables solutions using smaller or covert antennas.
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LEA-4T - ANTARIS® 4 Programmable GPS Module with Precision Timing
The LEA-4T, supporting precision GPS timing and raw measurement data for demanding positioning applications, provides high sensitivity, exceptionally low power consumption and USB connectivity.
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NEO-4S - ANTARIS® 4 ROM-Based GPS Module with SuperSense®
The NEO-4S module packs high sensitivity, exceptionally low power consumption and a USB port into a miniature 12.2 x 16 mm package. Its -158 dBm tracking sensitivity extends positioning coverage and enables solutions that use smaller or covert antennas.
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RCB-4H - ANTARIS® 4 Programmable GPS Receiver Board with SuperSense®
The RCB-4H is an ultra-low power GPS receiver board featuring the ANTARIS 4 positioning engine with SuperSense Indoor GPS. It is the pin-compatible successor product of the RCB-LJ.
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TIM-4A - ANTARIS® 4 ROM-Based GPS Module
The TIM-4A is a low-cost GPS module featuring the new u-blox 16-channel ANTARIS 4 technology that provides high receiver performance at low power consumption levels. The ANTARIS 4 GPS engine offers excellent navigation performance in the most challenging metropolitan areas.
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TIM-4H - ANTARIS® 4 Programmable GPS Module with SuperSense®
The TIM-4H module combines high sensitivity with exceptionally low power consumption. The -158 dBm tracking sensitivity extends positioning coverage into places where GPS was not possible before, and enables solutions using smaller or covert antennas.
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TIM-4P - ANTARIS® 4 Programmable GPS Module
The TIM-4P is a programmable GPS module containing the new u-blox 16-channel ANTARIS 4 receiver technology that provides high receiver performance at low power consumption. The ANTARIS 4 GPS engine offers excellent navigation performance in the most challenging metropolitan areas.
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TIM-4R - ANTARIS® 4 Programmable GPS Module with Dead Reckoning
The TIM-4R is a dead reckoning GPS module powered by the 16-channel ANTARIS 4 engine. Dead reckoning works by combining GPS satellite position data, gyroscope data (that measures angle turns) and odometer data (that measures distance covered) to calculate a position.
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TIM-4S - ANTARIS® 4 ROM-Based GPS Module with SuperSense®
The TIM-4S module combines high sensitivity and exceptionally low power consumption. Its -158 dBm tracking sensitivity extends positioning coverage into places where GPS was not possible before, and enables solutions using smaller or covert antennas.
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