Specifications

Union School District CCTV Spec – 2014 V 2.0
Bid Proposal Due by 2:00pm Friday May 2, 2014 1
TECHNICAL SPECIFICATIONS SECURITY SYSTEM
SECURITY VIDEO SYSTEM AND CONTROL SYSTEM
1 GENERAL
1.1 SYSTEM DESCRIPTION
CCTV system should be designed such as to cover the strategic locations and sensitive areas of Union School
District for comprehensive surveillance and monitoring. High Resolution cameras, along with Panamorphic
cameras are to be installed for indoor and outdoor security application.
System should be programmed such that operator’s intervention if required shall be minimal and the system
should provide features like guard tours, preset positions and the preset positions will be linked to perimeter
protection system/intrusion system in future. The VMS should allow for recording of events both continuous and
motion triggered as per requirement and recordings should be able to create evidences and support post event
analysis. A minimum of 60 days recording, 5 hours per day, at each cameras maximum resolution, and a minimum
frame rate of 15 FPS is required.
All Cameras must be IP Based Cameras
All NVR’s must be Network based NVR’s and include Web, and Mobile Clients
1.2 CODES AND STANDARDS
A. Work shall be performed in accordance with all the applicable national and local codes or standards
current at the commencement of installation
B. Where more than one code or regulation is applicable, the more stringent regulation shall apply.
2 PRODUCTS
2.1 NETWORK VIDEO RECORDER SOFTWARE OVERVIEW
A. Introduction
The VMS server must provide distributed network video surveillance solution with full functionality.
The software must support a centralized management, real-time monitoring and recording of up to
200 video streaming devices from local or remote network, with rule-based services to trigger multiple
schedules and events.
B. Basic Architecture
The VMS server must be a typical web-based server/client system. In a video surveillance system
architecture, the Server serves as a video management service provider, aimed to run 24/7 offering
non-stop services for clients. A Client makes requests of monitoring video streams or playback
recordings to Server, which can reside on the same computer with server program (as from local) or
on another computer (as from remote). Server starts automatically as soon as the Server computer
(where it is installed) boots up, and operates in the background without requiring login by
administrator. It would provide services over the TCP/IP network to multiple Clients upon request
through HTTP Protocol.