GPS GNSS Module

Type: Standard Precision GNSS Module Model: JS-ARP30-2 Params: Receiver Type Multi-constellation dual-band GNSS positioning module Supported Constellations & Bands GPS: L1/L5; BDS: B1I/B1C/B2a/B2B/B2I; GLONASS: G1; Galileo: E1/E5; QZSS: L1/L5; NavIC Tracking Channels 200 tracking channels with dedicated search engine Sensitivity Tracking & Navigation: -165dBm; Cold Start Acquisition: -148dBm Time to First Fix Cold Start:28s; AGNSS:2s; Hot Start:1s (all satellites ≥-130dBm) Positioning Accuracy (CEP 50%) Horizontal:1.0m; Vertical:2.5m (open sky, 24h static, >6SVs) Velocity Accuracy 0.1m/s (50%@30m/s dynamic operation) Operational Limits Acceleration ≤4g; Altitude 20000m; Velocity 500m/s Baud Rate 9600-921600bps (Default:115200bps) Max Update Rate 10Hz (Default:1Hz) Supported Protocols NMEA 0183 (Input/Output, ASCII) Antenna Type Dual-band passive antenna (Default: L5 25×25×4mm stacked on L1 18×18×4mm; Optional: L5 25×25×4mm stacked on L1 18×18×2mm) Interface Versions Default(UART): JS-ARP30-2; USB: JS-ARP30B-2; RS232: JS-ARP30R-2 Power Supply Voltage VCC:3.3V~5.5V (Typical:5.0V) Operating Current Acquisition:1830mA@3.3V; Tracking:1828mA@3.3V; Backup:14uA@3.3V Digital I/O Voltage 3.3V Operating Temperature -40℃ ~ +85℃ (without farad capacitor) Storage Temperature -40℃ ~ +85℃ Farad Capacitor Temperature -25℃ ~ +60℃ (hot start unavailable outside this range) Humidity 95% Mechanical Dimensions 30.0mm × 30.0mm × 12.5mm ±0.3mm Pin Interfaces RXD/DP, TXD/DM, GND, VCC, 1PPS, EN Compliance RoHS compliant Material: Plastic + Metal Applicable Industry: · Automotive Applications: Vehicle navigation and positioning · Maritime Navigation & Fleet Management: Ship positioning and dispatch · Intelligent Logistics Scheduling: Asset tracking and management · Vehicle Tracking & Fleet Management: Commercial vehicle monitoring · Intelligent Robots: Autonomous navigation and control · Drone Swarm/Formation: Group flight positioning · Personal & Workforce Safety IoT: Personnel safety monitoring · Emergency & Rescue: Real-time positioning for rescue