How to fix BlueTOAD Server Error on TraffiCast Controller?
To resolve a BlueTOAD Server Error on your TraffiCast Controller, consider the following: * **Port 8010:** Verify that port 8010 is open. * **TCP Protocol:** Ensure the TCP protocol is allowed. * **BlueTOAD Server Address:** Check if the BlueTOAD server address is correct.
How to resolve NTP Server Error on TraffiCast Controller?
If you're experiencing an NTP Server Error with your TraffiCast Controller, it could be due to a couple of reasons. First, check if port 123 is open. Also, verify that the NTP server address is correct.
General| Enclosure | IP67 Rated |
|---|---|
| Power Supply | 12-24V DC |
| Data Storage | 8GB internal flash memory |
| Communication Interface | Ethernet, Cellular |
| Bluetooth Detection Range | Up to 100 meters (328 feet) |
Outlines the purpose of deploying TrafficCast BlueTOAD Spectra units.
Describes the four BlueTOAD Spectra units and their main features.
Shows hardware and software accessories for each BlueTOAD Spectra unit.
Lists Traffic Controllers compatible with the BlueTOAD Spectra RSU.
Explains how to deploy a BlueTOAD Spectra speed/travel time detector system.
Lists required supporting equipment for BlueTOAD Spectra deployment.
Details procedures for deploying and testing the Spectra system.
Guides on preparing installation sites and checking readiness for detectors.
Steps to configure the Web IP for an Ethernet BlueTOAD PoE detector.
Details the device administration interface and system settings.
Guidelines for detector spacing and placement based on road type.
Instructions for testing detectors before field installation.
Explains the function and status of LEDs on the BlueTOAD Spectra.
Summarizes steps for installing different types of BlueTOAD Spectra detectors.
Detailed guidelines for mounting and connecting Ethernet PoE detectors.
Guidelines for installing stand-alone Spectra Solar Cellular detectors.
Procedures to test PoE detectors after mounting to a pole.
Steps to verify network connectivity and data reception.
Instructions for logging into the BlueARGUS system.
Identifies common issues for BlueTOAD Spectra connectivity.
Lists possible issues and corresponding server errors.
Guidelines for recording detector information and locations.
How to manage data and devices using BlueARGUS software.
Resources for ongoing operations and customer support.
Outlines procedures for deploying a BlueTOAD Spectra RSU.
Lists necessary supporting equipment for RSU deployment.
Details deployment and testing procedures for the RSU system.
Guidelines for determining the number of RSUs needed for a project.
Steps to prepare installation sites and evaluate the traffic network.
Guides on configuring the traffic controller before RSU deployment.
Instructions to power on the RSU and check LED indicators.
Steps to configure the RSU using the utility software.
Procedure to change RSU network settings, including IP address.
Configuration of traffic controller network and communication settings.
Verifies that the RSU is broadcasting required data messages.
Checks the GPS functionality of the RSU.
Verifies DSRC radio operation by running mk5stats.
Verifies controller timing message decoding using i2vmonitor.
Instructions on how to view the SPaT message.
Guidelines for installing the RSU enclosure on a mast arm or pole.
Procedures for routing and connecting cables for the RSU.
Steps for installing the PoE injector within the roadside cabinet.
Procedures for testing the RSU after it has been installed in the field.
Outlines steps to produce an SAE J2735 compliant MAP file.
Lists necessary materials for MAP file creation.
Step-by-step guide to creating an RSU MAP file.
Configures the reference point for the intersection MAP file.
Configures the verified point for the intersection MAP file.
Starts the process of creating a new parent MAP file.
Defines approach boxes for intersection lanes in the MAP file.
Starts drawing lanes for intersection approaches in the MAP file.
Configures individual lane attributes within the MAP file.
Opens the builder menu to add lane features to the MAP file.
Configures lane connections within the MAP file.
Opens the message encoder to generate the MAP file message.
Provides manual configuration steps supplementing the stock procedure.
Configures MAP and SCS files for RSU network information.
Sets up network configuration by editing the startup.sh file.
Restarts the RSU to apply network configuration changes.
Reconnects to the RSU and checks the GPS functionality.
Verifies DSRC radio operation using mk5stats.
Details network security statement and specifications for the RSU.
Information on bandwidth and data usage for the RSU.
Provides FCC licensing and authorization details for the RSU.
Recommended network configuration for the RSU deployment.
Form for collecting site-specific requirements for RSU installation.
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