Cost-Effective Miniaturized CORS & Ground-Based Augmentation Infrastructure in Malaysia: The Toksurvey NET660i GNSS Receiver
Cost-Effective Miniaturized CORS & Ground-Based Augmentation Infrastructure in Malaysia: The Toksurvey NET660i GNSS Receiver
Core Engineering & System Characteristics
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Linux Intelligent System: Driven by a built-in Linux operating system and an ARM Cortex-A7 1.8GHz hardware platform, delivering efficient onboard processing and operational stability
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Multi-Constellation Reception: Integrates a 1,408-channel tracking engine that supports all major GNSS signals, including GPS, GLONASS, BDS, Galileo, QZSS, SBAS, and future NavIC (RNSS) support
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Cloud Service Functionality: Regularly reports device status—such as device location, network status, signal strength, and satellite reception status—while supporting cloud platform functions to remotely restart, reset, and upgrade the device
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Front-End Edge Calculation Solution: Supports front-end calculation functions capable of completing static data calculations directly on the device before uploading results to the cloud, which significantly reduces the computing power requirements of the cloud server
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Versatile Communications & Protocol Compatibility: Equipped with Ethernet, serial, and full NetCom mobile network interfaces
. It supports Ntrip Client/Server/Caster, TCP Client/Server connections, FTP protocol file transfers, HTTP/HTTPS protocols, and private network transfer functions with robust protection policies .
Comprehensive Technical Specifications
GNSS Performance & Accuracy
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Channels & Observation Accuracy: Features 1,408 channels
, with a differential observation accuracy of 100cm and a kinematic phase observation accuracy of 10cm . -
Data Formats & Update Rates: Supports RINEX and custom data formats
, NMEA-0183 position data output , and RTK correction I/O via RTCM 3.X across selectable update frequencies of 1Hz, 2Hz, 5Hz, 10Hz, and 20Hz . -
Data Availability & Integrity: Delivers receive data availability exceeding 98% (data available relative to data collected)
and data integrity exceeding 98% (data collected relative to expected data) . -
Single Point Positioning (RMS): Horizontal precision of 1.5m and vertical precision of 2.5m
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RTK Positioning (RMS): High-precision RTK accuracy of ±(8mm + 1ppm) horizontally and ±(15mm + 1ppm) vertically
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Static Mode Precision (RMS): High-accuracy static positioning of ±(2.5mm + 0.5ppm) horizontally and ±(5mm + 0.5ppm) vertically
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Timing Precision (RMS): Achieves a 20ns RMS timing accuracy
.
Interfaces, Communication & Data Storage
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Serial & USB Ports: Equipped with a standard RS232 interface supporting baud rates of 1200, 2400, 4800, 9600, 19200, 38400, 115200, and 230400 bps
, alongside a USB port integrated on the 7-pin interface for direct computer data access . -
Network & Cellular Interfaces: Features a standard RJ45 network port supporting 10/100Mbps network adaptive speeds
and full NetCom mobile network communication covering LTE FDD, LTE TDD, WCDMA, and GSM bands . -
Physical Connectors: Includes a PWR power supply port, a SIM slot for a Nano SIM card
, an Ethernet port, a GNSS main antenna port, and a 4G antenna port . -
Onboard Storage: Features 32GB of internal storage supporting circular storage and multi-channel data storage
.
Electrical, Physical & Environmental Resilience
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Electrical Characteristics: Operates on an external DC voltage input of 9V to 24V (12V typical)
with a typical power dissipation of 1.8W . -
Enclosure & Dimensions: Housed in a durable magnesium alloy main body
measuring 148mm × 105mm × 50.3mm and weighing an exceptionally lightweight 490g . -
Environmental Ratings: Built to IP68 dustproof and waterproof protection standards
, operating and storing reliably across extreme temperatures from -40°C to +85°C .
Key Applications Across Malaysian Industries
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Compact CORS & Reference Station Networks: Deploying cost-effective, miniaturized reference nodes for regional Real-Time Kinematic positioning grids
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Beidou Ground-Based Augmentation Systems: Serving as a dedicated infrastructure receiver for national and industrial navigation enhancement networks
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Distributed Structural & Deformation Monitoring: Utilizing edge computing capabilities and circular cloud storage for continuous, low-bandwidth-demand engineering surveillance
.
Local Technical Support and Expertise in Malaysia
14 Nov 2026