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CITY OF SANTA ANA <br />12 <br />attributes of the system in real-time setting, including but not limited to, accurate bus arrival time <br />prediction, communication latency and confirmation of two-way communication. The vendor shall detail <br />the capabilities that would be tested for the pilot deployment and prepare a test plan for the pilot <br />deployment. In addition, the Implementation Plan shall include procedure for final testing acceptance, <br />which would include a requirement that the system is operational 99% of the time for 90-day period. <br />Subtask 5.2: Transit System Integration <br />It is expected that consultant will utilize Swiftly or OCTA’s existing CAD/AVL system for the purpose of <br />obtaining transit vehicle location, tracking, and status information. It is also understood that various TSP <br />systems may have different approaches for how this is accomplished. <br />The consultant is ultimately responsible for end-to-end functionality of the complete TSP system, and <br />all work and coordination required with City of Santa Ana devices necessary to fully develop and <br />integrate the TSP system with OCTA’s CAD/AVL system will be the responsibility of the consultant. <br />Subtask 5.3: Central CAD/AVL Integration <br />If the proposed solution includes integration with OCTA’s existing CAD central management system, <br />the consultant shall be responsible for upgrading the central CAD/AVL polling rate of all fleet vehicles to <br />an optimal system frequency as approved by OCTA. It is expected that the consultant will need to <br />coordinate with OCTA devices to determine what modification, if any, are needed to the existing system <br />to support the new faster polling rate. If any modifications are identified to be required, it will be the <br />consultants responsibility to perform the work to achieve the faster polling rate including furnishing, <br />installing and configuring updated servers, expanding server storage capacity, updating operating <br />systems, etc. <br />The consultant shall integrate its TSP cloud application platform with OCTA’s central <br />CAD/AVL system to obtain transit vehicle location and status information. This includes establishing a <br />secured internet connection to the CAD/AVL central server and coordination with OCTA IT staff to <br />establish such connection. <br />Subtask 5.4: Traffic Signal Controller Integration <br />The City of Santa Ana utilizes Econolite Centracs ATMS for traffic signal management and operations. <br />All traffic signal controllers operating at the intersections are Econolite 2070’s with ASC/3 firmware or <br />Econolite Cobalt with ASC/3 firmware. All traffic signals communicate back to the City’s TMC over an <br />ethernet connection. All traffic signals communicate back to the City’s central office over a combination <br />of fiber optic and twisted pair copper, with those on copper are in the process of being upgraded to fiber <br />optic communications. <br />It is expected that the consultant will utilize the City’s existing Ethernet-based traffic communications <br />network for the purpose of sending and receiving priority request messages and priority request status <br />messages, respectively, directly to the traffic signal controllers. <br />The consultant is ultimately responsible for end-to-end functionality of the complete TSP system, and <br />all work and coordination required with Econolite necessary to fully develop and integrate the TSP <br />system with City’s traffic signals will be the responsibility of the consultant. All integration work with <br />Econolite and the method of integration shall be identified by the consultant in the response to this <br />RFP. <br />The consultant shall integrate its TSP cloud application platform with City’s traffic signal controllers to <br />send priority request messages and receive priority request status messages. This includes <br />establishing a secured internet connection to each City’s TMC/central office and coordination with