Uni Core UM482 Product Review
Developed by Unicore on basis of the Nebulas-II high-performance high-precision GNSS SoC, the UM482 is an all-system multi-frequency high-precision heading module with smallest footprint worldwide, supporting the satellite signals including BDS B1/B2, GPS L1/L2, GLONASS L1/L2, GALILEO E1/ E5b and SBAS. It is widely used in such application fields as light robot, drone, intelligent drive and mechanical control.
Smallest Multi-frequency High-precision Heading Module
The UM482 adopts a single Nebulas-II SoC chip and high-integrated RF chip, boasting the highest integration among the industry. A 30x40x4mm size brings about the world’s first all-system multi- frequency high-precision heading SMD module, minimizing the dimensions of the terminal devices.
New-generation Nebulas-II SoC chip
The UM482 works with Unicore’s new-generation all-system multi-core high-precision GNSS SoC — Nebulas-II. The chip supports 432 channels, two 600MHz ARM processors and dedicated high-speed floating-point coprocessors, achieving powerful satellite signal processing
“UGypsophila”RTK processing technology
The UM482 adopts Unicore’s new-generation “UGypsophila”RTK processing technology and takes advantage of the high-performance data
sharing capability and super-simplified operating system within the Nebulas II GNSS SoC. It performs sufficient optimization on the multi-dimensional RTK matrix pipeline computation, resulting in 80%+ higher RTK processing capability
Adaptive recognition of RTCM
The UM482 performs pattern matching recognition and correction algorithm with the internally- abstracted RTCM protocol template to fully implement the differential RTCM input adaptation function. Upon the RTCM data access, it judges quickly the input COM port and RTCM3.2/3.0/2.3 format, without the need to specify the type of differential data, thus dramatically simplifying user operations.
On-board MEMS integrated navigation
The UB482 integrates the on-board MEMS chip and U-Fusion integrated navigation algorithm, resulting in optimized continuity and reliability of heading/ positioning output in such complex environments as buildings, tunnels and overpasses. Inputs of odometer and external higher- performance inertial components are supported*
- 30×40mm,smallest footprint in the industry, all-system multi-frequency high-precision heading module(SMD packaging)
- Supporting GPS L1/L2+BDS B1/B2 +GLONASS L1/ L2+GALILEO E1/E5b
- Dual antenna input with support of antenna signal detection
- Supporting simultaneous output of heading and positioning, 20Hz data output rate
- Adaptive recognition of RTCM input data format • On-board MEMS integrated navigation
Application Fields
- Intelligent Driving
- Light Robots
- Mechanical Control
- Drone
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