Access Point

The Sensys Networks Access Point (AP) is an intelligent LINUX device used to maintain two-way communications with in-ground wireless sensors, and battery-powered repeaters. Using either wired and/or wireless connections, APs relay data to roadside controllers, remote servers, traffic management systems, or other vehicle detection applications.

Access Points are available in the following configurations:

• AP240-E: RJ45 port supports Ethernet interface for field configuration and data relay, statistics-processing and VPN functionality; configurable with 48VDC or 12VDC power input via RJ45 port
• AP240-S: RJ45 port supports simultaneous Ethernet and CC card communications (split via Access Box)
• AP240-ES: RJ45 port supports simultaneous Ethernet and CC card communications (split via Access Box) combined with data relay, statistics-processing and VPN functionality
• AP240-EG: RJ45 port supports Ethernet interface for field configuration and data relay, statistics-processing and VPN functionality; configurable with 48VDC or 12VDC power input via RJ45 port with Integrated GPRS cellular data modem for data relay via GSM
• AP240-ESG: RJ45 port supports simultaneous Ethernet and CC card communications (split via Access Box) combined with data relay, statistics-processing and VPN functionality with Integrated GPRS cellular data modem for data relay via GSM
• AP240-EC: RJ45 port supports Ethernet interface for field configuration and data relay, statistics-processing and VPN functionality; configurable with 48VDC or 12VDC power input via RJ45 port with Integrated 1xRTT cellular data modem for data relay via CDMA (available for various providers)
• AP240-ESC: RJ45 port supports simultaneous Ethernet and CC card communications (split via Access Box) combined with data relay, statistics-processing and VPN functionality with Integrated 1xRTT cellular data modem for data relay via CDMA (available for various providers)

Functions/Features

• Radio communications
• Sensor data relay and processing
• Data storage
• Synchronized timebase for all supported sensors
• Radio signal quality measurement
• Firmware upgrades
• Easy installation
• Low power
• No calibration or adjustments needed