Oil Field Connectivity
CroSkylink combines digital microwave transmission with Point-to-Point and Point-to-Multipoint wireless bridges to connect dispersed oil field sites without extensive cabling.
Oil field operations often cover wide areas across deserts, mountains, and other difficult terrain. A wireless transmission network can connect surveillance, control, and production systems while adapting more easily to changing site layouts.
Long-distance fiber installation requires substantial construction, maintenance, and protection investment.
Difficult terrain and changing field operations make fixed cabling hard to adjust.
Harsh conditions can accelerate cable aging or physical damage and affect link stability.
Carries encrypted video, command signals, and production data with bandwidth up to hundreds of megabits.
Wireless bridges can be installed quickly to connect remote and dispersed sites.
Reduces extensive cabling work and simplifies long-term network expansion and maintenance.
Encryption and anti-interference capabilities support continuous oil field operations.
Provides continuous high-definition monitoring and recording for storage tanks, extraction equipment, and other critical areas.
Transmits equipment start-stop commands and parameter adjustments to improve response efficiency.
Connects well conditions, pipeline pressure, and environmental data to support centralized operational decisions.
The network supports an integrated monitoring and management platform that connects remote wells, power distribution, pipeline monitoring, and station automation.
Consolidates remote well monitoring, power distribution automation, pipeline leak detection, and station automation.
Creates a connected chain for data collection, transmission, storage, and analysis.
Uses a plant-level real-time database and visual dashboards for centralized production oversight.
HD cameras, sensors, and IoT devices collect well and environmental information continuously.
Digital microwave links create dedicated low-latency, high-bandwidth channels between distributed sites.
Analytics applications support data statistics, fault prediction, and energy-efficiency optimization.
Real-time monitoring and early warnings help reduce equipment and operational risks.
Centralized monitoring reduces dependence on manual inspection and enables remote control.
Data-driven equipment optimization can support longer service life and lower maintenance and energy costs.
