Appendix H - Section 16840 VMMS Specification.pdf

XXXCNXX VIDEO MANAGEMENT

September 2025 MONITORING SYSTEMS (VMMS)

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Appendix B - SECTION 16840 VMMS Specification

PART 1 - GENERAL

1.1 DESCRIPTION

A. This section specifies the expansion of the MassDOT Video Management Monitoring Systems (VMMS) System. MassDOT VMMS is a real-time IP Enterprise-Wide Security System (based on Genetec Security Center) that utilizes both IP-based and legacy analog cameras, which are encoded for transmission over MassDOT’s IP network. The Video is viewed using the Enterprise-Wide Security System client throughout the MassDOT system.

B. The VMMS utilizes MassDOT’s Security Wide Area Network (SWAN) and MassDOT’s Wide Area Network (WAN) to transmit IP video from various locations throughout the MassDOT system for viewing and recording. The system expansion shall incorporate IP fixed cameras, Network Video Recorders (NVRs)/Video Management Systems (VMS), the Enterprise-Wide Security System software, network switches, cellular modems, and any other necessary hardware or software required to transmit and receive video over an IP network, ensuring a complete and functional system.

C. The Enterprise-Wide Security System software client allows Agency personnel to access live and recorded video streams from any camera, encoder, or NVR on the system and to create and store video clips and snapshots locally.

D. This Contract requires the Contractor to coordinate with MassDOT Security and Emergency Management Department to inform them of, and schedule work associated with, integrating alarms and video streams with the existing Enterprise-Wide Security System head end system.

E. The Contractor shall fully integrate all of the new cameras and video streams into the Enterprise-Wide Security System and will require geospatially placing icons onto new and existing system maps. The icons shall allow access to the camera’s controls and video streams.

The functionality shall match that of the existing integrated cameras. All camera device monitoring shall be activated and tested, including, but not limited to, status, loss of video, faults, failures, alarms, and all tampering-related events and alarms.

F. All Cameras/endpoints shall be entered into the Enterprise-Wide Security System with nomenclature submitted to and approved by MassDOT Security and shall include GPS coordinates of each endpoint. The Contractor shall utilize GPS coordinates accurate to 3 feet or locate the endpoints on map-based graphics in the exact position. All maps required to represent the endpoint locations properly shall be in a scaled format and may utilize existing MassDOT CAD Contract Drawings. It is the Contractor’s responsibility to convert, import, or translate the CAD drawings into a format applicable for the project. All extraneous information shall be removed from the CAD drawings to ensure a clear representation of the equipment installation.

Maps shall include labels stating track designations and directions, as well as information about where doors, hatches, and stairs lead, office names, and other relevant details. All device icons shall be based on MassDOT standards. If a standard has not yet been established for a device, the Contractor shall work with MassDOT to develop an icon standard for that device.

G. The Contractor shall configure all Cameras to be set up to attach Genetec Integration Specifications.

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H. The VMMS is currently in use by Agency personnel and is an important system for operations and security. This may require the Contractor to perform installation, testing, upgrades, or system outages at off-peak or non-revenue times, such as nights and weekends. All system improvements and changes must be coordinated in advance to avoid any impact on operations.

I. For Configuration Management, the Contractor must inform MassDOT Security of the length of time the Contractor will be making any system modifications. The dates and length of downtime for the system must be submitted in writing on the Contractor’s letterhead to the Security and Emergency Management Department and MassDOT Security via the MassDOT project manager. They must be approved by these groups at least two weeks before the system modifications. The Contractor shall complete all background maps, plan all alarms, and submit all licenses before doing any work on MassDOT’s Enterprise-Wide Security System The Contractor must submit, at least 30 days in advance, for a two-week window in which to complete all work on MassDOT’s Enterprise-Wide Security System; the Contractor may submit for additional time, but time may be limited due to other active contracts needing access to the system. The Contractor shall provide all configuration/setup/programming of new and existing video system components identified in this specification section for a complete working system.

Device configuration settings shall be submitted to the Engineer and MassDOT for approval before installation.

J. The Contractor shall perform visual adjustments of each camera during installation to account for lighting conditions, desired view, and other environmental conditions. The Contractor shall also perform a final camera tuning and field of view adjustment on all cameras installed under this project 30 days after the video system has been installed, the cameras have been positioned, and the system has been recorded. The final camera tuning is subject to approval by the MBTA/MassDOT Security Operations Center.

K. The Contractor shall have present during the duration of the Contract a certified network engineer with a minimum of 5 years of experience in the networking of large-scale wide area network projects to be involved with all aspects of system integration of networked devices.

The Contractor must submit this key person’s resume with the bid for approval by MassDOT.

No work shall proceed with components having a network interface if this key person is not involved. This person must be on-site at all times during network integration. Failure to have this person on-site shall cause MassDOT to immediately stop work until this person is on-site, at the Contractor’s expense. If this person is no longer to work for the Contractor, the Contractor shall immediately notify MassDOT, and a replacement shall be submitted at that time.

L. The Contractor shall have on-site a person who is certified by the manufacturer of the individual subsystems (Genetec, Lenel, Stentofon) for all work on these systems. The Contractor must submit this key person’s resume with the bid for approval by MassDOT. No work shall be allowed to proceed on these systems if a certified person is not involved. This person shall be on-site at all times when work on these systems is taking place. Failure to have this person on-site shall cause MassDOT to immediately stop work until this person is on-site, at the Contractor’s expense. Shall this person no longer work for the Contractor, the Contractor shall immediately inform MassDOT, and a replacement shall be submitted at that time.

M. All Licenses necessary for NVR, VMS, EACS, Enterprise-Wide Security System, and any other integration shall be supplied by the Contractor for all Camera, Access Control, or other installed equipment and existing equipment as described in these specifications or on the Contract Drawings.

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N. The Contractor shall coordinate SNMP Community Strings for all SNMP-capable devices with MassDOT. The Contractor shall configure the Community String in all SNMP-capable devices before deploying in the field. Any improper configurations shall be the sole responsibility of the Contractor to correct and shall be corrected within 48 hours of notification.

1.2 SUBMITTALS

A. Before approval of the VMMS hardware and software components, the Contractor shall submit the proposed equipment vendors' qualifications (including MBTA ROW and Genetec access) and a written statement from the vendors acknowledging that the hardware and software to be supplied shall meet all functionality as required within this specification.

B. Under M.G.L. c. 147, §57, all work on the video surveillance system shall be performed by a Contractor with a current Massachusetts S-License and Contractor personnel with a current Massachusetts Certificate of Clearance.

1. All Contractors working on the video surveillance system, including, but not limited to:

wires, conduits, apparatus, devices, fixtures, or other appliances installed and interconnected electrically or electronically to permit surveillance, shall submit a copy of their current Massachusetts S-License with the bid documentation.

2. All Contractor personnel employed by the S-License holder working on the video surveillance system, including, but not limited to: wires, conduits, apparatus, devices, fixtures, or other appliances installed and interconnected electrically or electronically to permit surveillance shall submit a copy of their current Massachusetts Electricians License and Certificate of Clearance with the bid documentation.

3. All licenses held by the Contractor and their personnel shall be valid and renewed as required throughout the Contract.

C. The Contractor shall submit a typical site block diagram indicating hardware and software components that shall be installed at all locations.

D. The Contractor and vendor shall be prepared to demonstrate the equipment functionality within two weeks of submission and before vendor/equipment approval. The Contractor shall plan to illustrate how this proposed equipment meets or exceeds all functional/performance requirements of the proposed vendor solution.

E. Submit descriptive literature, including manufacturer specification sheets, for all VMMS equipment and software functionality and materials proposed for use in accordance with the requirements of this Section for approval before fabrication, assembly, installation, and testing.

F. Also, submit the following to the Engineer for approval: Network diagram of the complete system, illustrating the proposed configuration and interconnections. The Network diagram shall include detailed network architecture of all related IP devices, IP schema, device bandwidth, configuration, and routing requirements.

G. Before ordering any equipment as required under this Section, submit, in digital format, agreed upon by the engineer and MassDOT Security and Emergency Management Department, the following to the Engineer for approval:

1. Full technical data and manufacturer cut sheets for all equipment.

2. Site-specific plans showing details of the following:

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a. Camera locations and mounting details.

b. Rack location and details.

c. SES cabinet locations and mounting details.

d. Cable and conduit details.

e. Camera field of view.

f. Schematic and wiring diagrams complete with terminal numbers.

g. NVR storage recording calculations, in days and hours, based on motion sensing configuration. Define camera image motion zones and activity levels.

h. Procedures for programming and troubleshooting.

i. Full interconnect diagram for overall system, including interface connections to existing equipment.

H. Before installing any equipment, submit to the Engineer electronic copies of a detailed field test procedure intended to ensure all components of the system are functioning correctly, by these Specifications and the Contract Drawings. The tests performed shall include the tests outlined in Paragraph 3.3 of this Section. The detailed test procedure shall consist of a description of all test equipment to be used, as well as specific measurements and/or pass/fail criteria for each test.

I. Test Procedures and Reports: Full details shall be submitted of the scheduled tests and the expected duration of all test procedures. Samples of all test report forms and full details of the methods by which the raw test data are to be reduced shall be approved by MassDOT before commencement of system testing to be furnished under this Contract.

J. The test report shall identify the name of the manufacturer, model numbers, serial numbers, and the last date of calibration of the test instrumentation. Documentation shall be furnished to verify that test instruments have been calibrated not more than nine months before the tests. If a test instrument does not require calibration, it shall be highlighted in the report.

K. The test report shall include a list of attendees.

L. Certified test results for the system components tests shall be submitted within 30 days after the completion of each test. No equipment shall be released for shipment until the Agency has approved the certified test data. Copies of approved test procedures, raw data measured results, calculations, and all data derived from tests shall be included as part of the report. All test data shall be compiled into a single report. The test report shall be indexed and cross-referenced clearly and understandably.

M. Certificate of Compliance: Submit a certificate of compliance stating that all components furnished meet the requirements specified herein.

N. Operation and Maintenance Manuals shall be submitted as listed below, provided the device is not operating in the existing environment.

1. The Contractor shall furnish an operation and maintenance manual for each piece of equipment, unless otherwise specified herein. The manual shall be provided in both hardcopy and on compact disk. The MassDOT Security and Emergency Management Department must approve the software utilized before submittal. The following identification shall be inscribed on the cover: the words "VMMS OPERATING AND MAINTENANCE MANUAL", the equipment the manual is for, the name and location of the project, the name of the Contractor, the contract number, revision, and date. The manual shall include the names, addresses, and telephone numbers of each subcontractor

16840 - 5 furnishing or installing equipment. Additionally, include the local representatives for each piece of equipment. The manual shall have a table of contents and an index. The manual shall be assembled to conform to the table of contents, including tab sheets placed before instructions covering the subject. The instruction sheets shall be legible, with large sheets of drawings folded in. The contents of the manual shall also be available online through help screens.

2. The Contractor shall submit to the Engineer electronic copies of the preliminary operation and maintenance manual at least thirty (30) days before shipment of the first relevant unit. After approval of the preliminary submittal and having made all necessary corrections and amendments as required, the Contractor shall supply the Engineer with six additional copies of the approved dated operation and maintenance manuals. One manual shall be provided in a digital media format agreed upon by the MassDOT Security and Emergency Management Department. The MassDOT Security and Emergency Management Department, prior to submittal, shall approve the software utilized. The manual shall provide a clear explanation of the theory, operation, and maintenance of the equipment, accompanied by photos, schematic, wiring, and mechanical assembly diagrams, as required. The manual shall be indexed and cross-referenced in an easily understood manner. The manual shall be loose-leaf bound and shall include the following information:

a. Operating instructions.

b. Troubleshooting and fault isolation procedures for on-site level repair.

c. System equipment removal and replacement procedures.

d. A list of the replaceable components.

e. A test procedure to verify the adequacy of repair work.

f. A preventive maintenance schedule and instructions for the replacement of any electrical equipment.

g. A list of special tools provided by the manufacturer.

h. A list of recommended tools and test equipment as required for performing all maintenance tasks.

i. Recommended spare parts list for one year's operation.

j. Interchangeable parts list, showing parts common to items of equipment.

k. Equipment manufacturers' descriptive literature, including catalog cut sheets.

l. As-built working drawings in the latest version of AutoCAD and PDF format

m. System component approved factory test reports or Contractors shop testing.

n. Camera configuration, troubleshooting, fault diagnostics and default settings.

o. All software screens to be utilized for the graphic representation of the physical locations of equipment installation.

1.3 QUALITY ASSURANCE

A. Provide Video Management Monitoring System components proven as adequate and reliable, and to meet the requirements of this Section and those of Section 01400 – QUALITY

ASSURANCE

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1.4 SECURITY NETWORK SWITCHING

A. All projects where the MBTA does not have a physical network connection, the Contractor shall be responsible for providing a safe and secure wireless network per MBTA/MassDOT Standards.

B. The MassDOT Security and Emergency Management Department shall configure all Security network switches. The Contractor shall be responsible for shipping the switches to and from the MassDOT Security and Emergency Management Department in Boston, MA.

C. All network switches shall be furnished and installed in place by the Contractor.

D. The Contractor shall provide, for approval by MassDOT, a schedule of dates that the network shall be active at the location within 30 days after NTP. The Contractor shall have all uplink fiber optic and/or copper cables thoroughly tested and labeled, and submit a test report to MassDOT Security and Emergency Management Department at least 10 working days before the date the facility network needs to be active. The Contractor shall have all 120VAC power and 48VDC power supplies and equipment cabinet power shutoffs in place and tested at least 10 days before the date the facility network needs to be active. The Contractor must deliver cable test reports and confirmation of active power and of power shut-offs being in place to the MassDOT Security and Emergency Management Department at least 10 days before the date the facility network needs to be active.

E. The Contractor shall appropriately fill out MBTA/MassDOT Security and Emergency Management Department forms for network switch configuration and deliver to the MassDOT Security and Emergency Management Department at least 15 working days before the date the facility network needs to be active.

F. No network switches at any location shall be installed until the uplink cabling is tested and ready, and power is tested and ready, at all cabinet locations within the facility. No network switches shall be configured or installed until the MassDOT Security and Emergency Management Department has received all properly filled out switch configuration forms. Any delay caused by the Contractor not having any item stated above complete will be the responsibility of the Contractor, and will not be a reason for a schedule extension.

1.5 REFERENCE STANDARDS

A. Comply with all applicable requirements of the following:

1. State of Massachusetts Building Codes

2. Institute of Electrical and Electronics Engineers (IEEE) 802.3, 802.1x

3. Telecommunications Industries Association (TIA)

4. H.265 (Video Compression Format) High Efficiency Video Coding

5. National Electrical Code (NEC)

6. Massachusetts Electrical Code

7. National Fire Protection Association (NFPA) 130, 731

8. American National Standards Institute (ANSI)

9. ETL Safety Standards

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10. Federal Communications Commission (FCC) 47CFR Part 15 Subpart B Class B

11. International Organization for Standardization (ISO)

12. Underwriters Laboratory (UL)

13. International Electrotechnical Commission (IEC)

14. Restriction of Hazardous Substances (RoHS)

1.6 RELATED SECTIONS

A. Section 01010 SUMMARY OF WORK

B. Section 13700 ELECTRONIC ACCESS CONTROL SYSTEMS (EACS)

C. Section 16050 BASIC MATERIALS AND METHODS FOR ELECTRICAL WORK

D. Section 16826 COMMUNICATIONS CABLE ROUTING SYSTEMS

E. Section 16898 COMMUNICATIONS SYSTEMS TESTS

F. Section 16899 SECURITY SYSTEMS TEST

PART 2 - PRODUCTS

2.1 GENERAL REQUIREMENTS

[Designer to modify products and requirements as required]

A. Furnish all items of the material, design, sizes, and ratings shown on the Contract Drawings and herein specified.

B. All Cameras and NVRs installed under this Contract shall be integrated and fully functional with the Enterprise-Wide Security System software, and MassDOT shall approve the integration. Suppose the Contractor wishes to use a Camera that meets the specifications and is not currently integrated into the Enterprise-Wide Security System software. In that case, they must have the camera integrated and the integration approved by MassDOT at no additional cost to the Contract, and without any Contract time extension.

C. All Cameras installed under this Contract shall be integrated into the proposed or existing NVR.

Suppose the Contractor wishes to use a Camera that meets the specifications and is not currently integrated into the NVR. In that case, they must have the Camera integrated at no additional cost to the Contract, and without any Contract time extension.

D. Any Camera and NVR installed under this Contract must be an open device, and the manufacturer must provide an SDK to other device and software manufacturers to allow the integration of the device.

E. Network switches shall have 25% spare ports.

F. The Contractor is responsible for all software and licensing necessary for achieving the described functionality.

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G. All firmware and software shall be updated to the newest version before the close of the project.

2.2 MATERIAL

A. All material shall be new and unused commercial off-the-shelf products, and the workmanship shall be in accordance with the highest standards of the electronic equipment industry. Bids will be accepted only for new and current equipment. Equipment that the manufacturer has discontinued shall not be accepted. All components shall be UL-listed.

B. Equipment purchased under this Section shall comply with applicable TIA standards and the manufacturer’s warranties against material and workmanship.

C. Supply all equipment capable of meeting the performance requirements within the railroad environment, subject to temperature, electromagnetic interference, humidity, vibration, and light conditions typically encountered.

D. Product Acceptability: The Products section contains lists of acceptable products. If product substitutions are proposed, they must be made based on a comparison of equivalence to the product specified. Considerations may include, but shall not be limited to: functional, physical, aesthetic, and/or interface aspects. The Agency shall be the sole judge of whether or not a submitted substitution is deemed to be "equivalent" to that specified

2.3 DELIVERY, STORAGE, AND HANDLING

A. Materials shall be protected from damage during delivery, storage, and handling.

B. Material damage, resulting from improper handling by the shipper or the Contractor, shall require the Contractor to replace all damaged material with new material at no additional cost to the Contract.

2.4 MANUFACTURER/CONTRACTOR EXPERIENCE

A. Manufacturers supplying IP video and recording equipment shall have a minimum of five years of experience in the IP video market. The manufacturer shall have expertise in the design and implementation of systems of this size and complexity.

B. The manufacturer shall agree to support all installed equipment and software for a minimum of five years after system acceptance. This shall be submitted in a formal letter to the MassDOT Project Manager from the manufacturer with the Contractor’s bid.

C. The Contractor installing the IP video equipment must have experience in IP video technology and must have prior experience in implementing an IP video network of similar complexity and size. The Contractor shall provide a list of projects, along with references, as part of the Bid.

D. The Contractor shall submit credentials of completed manufacturer certifications with the bid.

2.5 CAMERA MOUNTS

A. The manufacturer shall design all Camera mounts for the sole purpose of mounting the Camera.

B. All Camera mounts shall be of the type as stated on the Contract Drawings, unless approved by the Engineer.

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C. Camera arm and pendant mounts shall include internal wireways to protect cable as it transitions from the conduit to the camera housing.

D. Camera arm and pendant mount bases shall be designed and constructed to support the proposed arm or pendant mount.

E. All Camera mounts shall match the color of the Camera housing to which it is attached.

F. Mounting hardware shall conform to Section 16050 BASIC MATERIALS AND METHODS FOR ELECTRICAL WORK, of these specifications.

G. Any non-standard camera mount must be submitted to the Engineer, MassDOT Security, for approval.

2.6 CAMERA MANAGEMENT SOFTWARE

A. The camera management software shall be of the camera manufacturer’s official product line, designed for commercial and/or industrial 24/7/365 use.

B. The camera management software shall be based upon standard tools and proven technology using open and published protocols.

C. The camera management software shall comply with established network security and video standards.

D. The camera management software shall provide complete functionality for the supported number of devices within an extensive system with more than 10,000 cameras.

E. The camera management software shall provide full functionality for the supported devices while operating in the following 64-bit versions of Microsoft Windows:

1. Windows 11 Pro, or the current release of Windows

F. The camera management software shall provide an efficient method of discovering and managing cameras installed under this project on the MassDOT network, including IP fixed cameras, PTZ cameras, thermal cameras, audio system products, network door controllers, network door stations, network I/O modules, network switches, and security radar.

G. The camera management software shall be installed on an existing server on the SWAN with the capability of having multiple connected clients.

H. The camera management software shall support the cameras provided and shall provide the following information for connected devices:

1. MAC Address

2. Device Status

3. IP Address

4. Host Name

5. Model

6. Firmware Version

7. DHCP status

8. HTTP

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9. HTPS

10. Tags

11. UPnP Friendly Names

12. Connected Server

I. The camera management software shall be equipped with a graphical user interface that includes support for the double-byte character set.

J. The camera management software shall provide the following user functionality:

1. Assign a DHCP server or segment IP address to any camera or a range of cameras.

2. Manage user accounts and passwords for attached devices.

3. Configure standard parameters to several cameras, including action rules, stream profiles, device time, and IP settings.

4. Duplicate configuration settings from deployed cameras and push the configuration to multiple cameras.

5. Replace a camera and migrate configuration settings to a new camera.

6. Provide real-time status of connected cameras.

7. Password required.

8. Password type.

9. Not accessible.

10. Server not accessible.

11. Maintenance.

12. Untrusted HTTPS certificate.

13. The certificate has expired.

14. The certificate is about to expire.

15. HTTPS failed.

16. HTTP failed.

K. Backup and restore configuration settings for all connected cameras.

L. Restore factory default settings to any connected camera.

M. Add and remove third-party software platforms on the camera.

N. Upgrade firmware version on multiple devices sequentially or in parallel.

O. Notify user of the availability of newer firmware.

P. Roll back firmware in the camera.

1. Certificate management

a. The camera management software shall manage certificates for the attached camera.

b. Provide self-signed root certificate and private key.

c. Add a certificate from a public certified issuing agency.

d. Manage HTTPS certificates.

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2. Manage IEEE 802.1x certificates.

3. The camera management software shall not connect to a device if a certificate is not validated.

Q. A system notification shall be created if a certificate is expired or about to expire.

R. Provide user-defined tags to organize cameras in the camera management software, providing the ability to create, rename, delete, and assign multiple tags to one camera.

S. Import a CSV file of IP Addresses for camera discovery.

T. Export device list as a CSV file to manage and track assets.

U. Provide alarms for camera connection errors.

V. Set date and time on multiple cameras.

W. The camera management software shall provide an online update function that checks for the latest version of the software.

X. The camera management software shall collect camera data by sending HTTP requests to cameras and provide results for each device.

[Designer to determine if additional cameras are required for the project]

2.7 FIXED OUTDOOR 2MP HIGH DEFINITION IP CAMERA

A. The Fixed Outdoor 2MP High Definition IP Camera to be provided under this Section shall meet, or exceed, the following requirements:

1. The Fixed Outdoor 2MP High Definition IP Camera shall be certified by the manufacturer to be fully compatible with the existing Network Video Recorder.

2. The Fixed Outdoor 2MP High Definition IP Camera shall be of a day/night (color/B&W) type with an automatically removable infrared cut filter for viewing scenes at low light levels.

3. The Fixed Outdoor 2MP High Definition IP Camera shall output multiple video streams using different codecs simultaneously.

4. The Fixed Outdoor 2MP High Definition IP Camera shall stream both H.265 and MJPEG, minimum.

5. The Fixed Outdoor 2MP High Definition IP Camera shall include a Web User Interface.

6. The Fixed Outdoor 2MP High Definition IP Camera shall be ONVIF conformant.

7. The Fixed Outdoor 2MP High Definition IP Camera shall have a Wide Dynamic Range to compensate for a wide range of ambient lighting conditions within a camera’s field of view. The dynamic range shall be a minimum of 120dB.

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8. The Contractor shall provide and install all required camera mounting brackets, adapters, and associated hardware to mount the Fixed Outdoor 2MP High Definition IP Camera at the location(s) shown on the Contract Drawings.

9. The Fixed Outdoor 2MP High Definition IP Camera shall accept a minimum of ¼” bolts for mounting.

10. The Fixed Outdoor 2MP High Definition IP Camera shall be provided with a backbox with a ¾” threaded knockout for conduit attachments, which shall be used for all connections to the Fixed Outdoor 2MP High Definition IP Camera. The backbox shall be manufactured by the same company as the camera and shall be designed for compatibility with the Fixed Outdoor 2MP High-Definition IP Camera.

11. The Fixed Outdoor 2MP High Definition IP Camera shall stream 30 FPS at 1920 x 1080 with H.265 encoding.

12. The Fixed Outdoor 2MP High Definition IP Camera shall simultaneously stream two separate 15 FPS multicast streams at 1920 x 1080 with H.265 encoding.

13. General Construction

a. Impact-resistant polycarbonate housing, IK10, minimum

b. Dustproof, waterproof, IP66, NEMA-4X rated

c. Clear polycarbonate dome

d. Tamper and impact-resistant Camera assembly

14. Electrical

a. RJ-45 connector for 100Base-TX Ethernet

b. Input voltage: PoE (IEEE 802.3af) Class 3, 8 watts at camera; maximum

c. Camera and heater shall be fully operational to the Operating Temperature listed elsewhere in this specification on IEEE 802.3af PoE.

15. Imaging System

a. Iris: Automatic iris control

b. Imaging Sensor: 1/2.8”

c. Image Resolution: 1080p (1920 x 1080, 30 FPS), minimum

d. Focus: Remote focus and zoom

e. Varifocal Lens: 36 to 100 degrees horizontal field of view

16. Low light level operation to 0.1 lux at F1.8 in color mode and 0.02 lux at F1.8 in black and white mode.

17. Camera Angle Adjustment

a. Panning Range: 180º

b. Tilting Range: 0º to 75º, minimum

18. The Fixed Outdoor 2MP High Definition IP Camera assembly shall meet the following environmental requirements:

a. Operating Temperature: -40ºF to +122˚F

b. Humidity: 10 – 100%, RH (Condensing)

c. Environmental Rating: IP66

d. Dimensions: 6.5”W x 5”H, maximum

e. Weight: 2.5 lbs., maximum

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19. Networking Requirements:

a. The Fixed Outdoor 2MP High Definition IP Camera shall include Unicast and

Multicast streaming.

b. The Fixed Outdoor 2MP High Definition IP Camera shall support the following protocols: TCP/IP, UDP/IP, IPv4, IPv6, HTTP, HTTPS, Unicast, Multicast (IGMP), UPnP, DNS, DHCP, ARP, FTP, RTP, and NTP.

c. The Fixed Outdoor 2MP High Definition IP Camera shall be password-protected.

d. The Fixed Outdoor 2MP High Definition IP Camera shall be fully compatible with the Ethernet Switch, Network Video Recorder, and Enterprise-Wide Security System.

B. The Contractor is responsible for all Fixed Outdoor 2MP High Definition IP Camera settings adjustments to be configured for the location and application. Fixed Outdoor 2MP High Definition IP Camera adjustments shall include brightness, contrast, saturation, zoom level, focus, back light compensation, wide dynamic range, frame rate, and compression.

C. The Fixed Outdoor 2MP High Definition IP Camera shall support custom image overlay functionality with adjustable transparency and dynamic positioning at the device level.

D. The Fixed Outdoor 2MP High Definition IP Camera shall be Axis P3265-LVE, or approved equal.

2.8 FIXED OUTDOOR 5MP HIGH DEFINITION IP CAMERA

A. The Fixed Outdoor 5MP High Definition IP Camera to be provided under this Section shall meet, or exceed, the following requirements:

1. The Fixed Outdoor 5MP High Definition IP Camera shall be certified by the manufacturer to be fully compatible with the existing Network Video Recorder.

2. The Fixed Outdoor 5MP High Definition IP Camera shall be of a day/night (color/B&W) type with an automatically removable infrared cut filter for viewing scenes at low light levels.

3. The Fixed Outdoor 5MP High Definition IP Camera shall output multiple video streams using different codecs simultaneously.

4. The Fixed Outdoor 5MP High Definition IP Camera shall stream both H.265 and MJPEG, minimum.

5. The Fixed Outdoor 5MP High Definition IP Camera shall include a Web User Interface.

6. The Fixed Outdoor 5MP High Definition IP Camera shall be ONVIF conformant.

7. The Fixed Outdoor 5MP High Definition IP Camera shall have a Wide Dynamic Range to compensate for a wide range of ambient lighting conditions within a camera’s field of view. The dynamic range shall be a minimum of 120dB.

8. The Contractor shall provide and install all required camera mounting brackets, adapters, and associated hardware to mount the Fixed Outdoor 5MP High Definition IP Cameras at the location(s) shown on the Contract Drawings.

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9. The Fixed Outdoor 5MP High Definition IP Camera shall accept a minimum of ¼” bolts for mounting.

10. The Fixed Outdoor 5MP High Definition IP Camera shall be provided with a backbox with a ¾” threaded knockout for conduit attachments, which shall be used for all connections to the Fixed Outdoor 5MP High Definition IP Camera. The backbox shall be manufactured by the same company as the camera and shall be designed for compatibility with the Fixed Outdoor 5MP High-Definition IP Camera.

11. The Fixed Outdoor 5MP High Definition IP Camera shall stream 30 FPS at 1920 x 1080 with H.265 encoding.

12. The Fixed Outdoor 5MP High Definition IP Camera shall simultaneously stream two separate 15 FPS multicast streams at 1920 x 1080 with H.265 encoding.

13. General Construction

a. Impact-resistant polycarbonate housing, IK10, minimum

b. Dustproof, waterproof, IP66, NEMA-4X rated

c. Clear polycarbonate dome

d. Tamper and impact-resistant Camera assembly

14. Electrical

a. RJ-45 connector for 100Base-TX Ethernet

b. Input voltage: PoE (IEEE 802.3af) Class 3, 8 watts at camera; maximum

c. Camera and heater shall be fully operational to the Operating Temperature listed elsewhere in this specification on IEEE 802.3af PoE.

15. Imaging System

a. Iris: Automatic iris control

b. Imaging Sensor: 1/1.2”

c. Image Resolution: 1080p (1920 x 1080, 30 FPS), minimum

d. Focus: Remote focus and zoom

e. Varifocal Lens: 36 to 100 degrees horizontal field of view

16. Low light level operation to 0.07 lux at F1.6 in color mode and 0.0 lux at F1.6 in black and white mode.

17. Camera Angle Adjustment

a. Panning Range: 180º

b. Tilting Range: 0º to 75º, minimum

18. The Fixed Outdoor 5MP High Definition IP Camera assembly shall meet the following environmental requirements:

a. Operating Temperature: -58ºF to +131˚F

b. Humidity: 10 – 100%, RH (Condensing)

c. Environmental Rating: IP66

d. Dimensions: 6.5”W x 5”H, maximum

e. Weight: 2.5 lbs., maximum

19. Networking Requirements:

a. The Fixed Outdoor 5MP High Definition IP Camera shall include Unicast and

Multicast streaming.

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b. The Fixed Outdoor 5MP High Definition IP Camera shall support the following protocols: TCP/IP, UDP/IP, IPv4, IPv6, HTTP, HTTPS, Unicast, Multicast (IGMP), UPnP, DNS, DHCP, ARP, FTP, RTP, and NTP.

c. The Fixed Outdoor 5MP High Definition IP Camera shall be password-protected.

d. The Fixed Outdoor 5MP High Definition IP Camera shall be fully compatible with the Ethernet Switch, Network Video Recorder, and Enterprise-Wide Security System.

B. The Contractor is responsible for all Fixed Outdoor 5MP High Definition IP Camera setting adjustments to be configured for the location and application. Fixed Outdoor 5MP High Definition IP Camera adjustments shall include brightness, contrast, saturation, zoom level, focus, back light compensation, wide dynamic range, frame rate, and compression.

C. The Fixed Outdoor 5MP High Definition IP Camera shall support custom image overlay functionality with adjustable transparency and dynamic positioning at the device level.

D. The Fixed Outdoor 5MP High Definition IP Camera shall be Axis P3267-LVE, or approved equal.

2.9 180 DEGREE MULTIDIRECTIONAL IP CAMERA

A. The 180 Degree Multidirectional IP Camera to be provided under this Section shall meet, or exceed, the following requirements:

1. The 180 Degree Multidirectional IP Camera shall be certified by the manufacturer to be fully compatible with the existing Network Video Recorder.

2. The 180 Degree Multidirectional IP Camera shall provide a 180-degree field of view via four 3420x1920 CMOS sensors, and produce video in quad view mode. It shall also provide digital PTZ along with automated video analytics to allow users to efficiently monitor large visual fields with the capability to focus on certain areas when suspicious activity is observed.

3. The 180 Degree Multidirectional IP Camera shall be of a day/night (color/B&W) type with automatically removable infrared cut filter for viewing scenes at low light levels.

4. The 180 Degree Multidirectional IP Camera shall output multiple video streams using different codecs simultaneously.

5. The 180 Degree Multidirectional IP Camera shall stream both H.264 and MJPEG, minimum.

6. The 180 Degree Multidirectional IP Camera shall include a Web User Interface.

7. The 180 Degree Multidirectional IP Camera shall be ONVIF conformant.

8. The 180 Degree Multidirectional IP Camera shall have a Wide Dynamic Range to compensate for a wide range of ambient lighting conditions within a camera’s field of view. The dynamic range shall be a minimum of 120dB.

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9. The Contractor shall provide and install all required camera mounting brackets, adapters and associated hardware to mount the 180 Degree Multidirectional IP Camera at the location(s) shown on the Contract Drawings.

10. The 180 Degree Multidirectional IP Camera shall accept a minimum of ¼” bolts for mounting.

11. The 180 Degree Multidirectional IP Camera shall have (or shall be provided with a backbox having) a ¾” threaded knockout for conduit attachments which shall be used for all connections to the 180 Degree Multidirectional IP Camera. (If a backbox is required, the backbox shall be by the same manufacturer as the camera and shall be designed for compatibility with the 180 Degree Multidirectional IP Camera.)

12. The 180 Degree Multidirectional IP Camera shall stream 30 FPS at 3712 x 1856 with H.264 encoding.

13. The 180 Degree Multidirectional IP Camera shall simultaneously stream two separate 15 FPS multicast streams at 3712 x 1856 with H.264 encoding.

14. General Construction

a. Impact resistant aluminum housing, IK10, minimum

b. Dustproof, waterproof, IP66/IP67-, NEMA-4X rated

c. Clear polycarbonate hard-coated dome

d. Tamper and impact resistant Camera assembly

15. Electrical

a. RJ-45 connector for 100Base-TX Ethernet

b. Input voltage: PoE (IEEE 802.3at), Typical 12 W, 18 W maximum

c. Camera and heater shall be fully operational to the Operating Temperature listed elsewhere in this specification on IEEE 802.3af PoE.

16. Imaging System

a. Iris: Automatic iris control

b. Imaging Sensor: 4 x 1/2.8”

c. Image Resolution: 3712 x 1856, 30 FPS, minimum

d. Focus: Remote focus and zoom

e. Varifocal Lens: 180 degree horizontal field of view

17. Low light level operation to 0.15 lux at F2.0 in color mode and 0.05 lux at F2.0 in black and white mode.

18. Camera Angle Adjustment

a. Panning Range: ±180º

b. Tilting Range: 0º to 50º, minimum

c. Roll: ±5º

19. The 180 Degree Multidirectional IP Camera assembly shall meet the following environmental requirements:

a. Operating Temperature: -40ºF to +131˚F

b. Humidity: 10 – 100% RH, Condensing

c. Environmental Rating: IP66/IP67

d. Dimensions: 7.7”W x 6.7”H, maximum

e. Weight: 5.1 lbs., maximum

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20. Networking Requirements:

a. The 180 Degree Multidirectional IP Camera shall include Unicast and Multicast streaming.

b. The 180 Degree Multidirectional IP Camera shall support the following protocols:

IPv4, IPv6 USGv6, ICMPv4/ICMPv6, HTTP, HTTPSB, HTTP/2, TLSB, QoS Layer 3 DiffServ, FTP, SFTP, CIFS/SMB, SMPTS, mDNS (Bonjour), UPnP, SNMP v1/v2c/v3 (MIB-II), DNS/DNSv6, DDNS, NTP, NTS, RTSP, RTP, SRTP, TCP, UDP, IGMPv1/v2/v3, RTCP, ICMP, DHCPv4/v6, ARP, SSH, LLDP, CDP, MQTT v3.1.1, Secure syslog (RFC 3164/5424, UDP/TCP/TLS), Link-Local address (ZeroConf), IEEE 802.1X (EAPS-TLS), IEEE 802.1AR.

c. The 180 Degree Multidirectional IP Camera shall be password-protected.

d. The 180 Degree Multidirectional IP Camera shall be fully compatible with the

Ethernet Switch, Network Video Recorder, and Enterprise-Wide Security System.

B. The Contractor is responsible for all 180-degree multidirectional IP Camera setting adjustments to be configured for the location and application. 180-degree multidirectional IP Camera adjustments shall include brightness, contrast, saturation, zoom level, focus, backlight compensation, wide dynamic range, frame rate, and compression.

C. The 180 Degree Multidirectional IP Camera shall support custom image overlay functionality with adjustable transparency and dynamic positioning at the device level.

D. The 180 Degree Multidirectional IP Camera shall include a Horizon straightening feature. This feature compensates for any physical tilt of the camera, eliminating distortion and allowing the horizon to remain straight, even if it is not positioned at the center of the image.

E. The 180 Degree Multidirectional IP Camera shall be Axis P3827-PVE, or an approved equal.

2.10 360 DEGREE MULTIDIRECTIONAL IP CAMERA

A. The 360 Degree Multidirectional IP Camera to be provided under this Section shall meet, or exceed, the following requirements:

1. The 360 Degree Multidirectional IP Camera shall have four 5MP imagers that have remote pan, tilt, roll, and zoom (PTRZ).

2. The 360 Degree Multidirectional IP Camera shall be certified by the manufacturer to be fully compatible with the existing Network Video Recorder.

3. The 360 Degree Multidirectional IP Camera shall be UL listed.

4. The 360 Degree Multidirectional IP Camera shall include 360 degrees of IR illumination.

5. The 360 Degree Multidirectional IP Camera shall provide 360-degree field of view and produce video in quad view mode. It shall also provide digital PTZ along with automated video analytics to allow users to efficiently monitor large visual fields with capability to focus on certain areas when suspicious activity is observed.

6. The 360 Degree Multidirectional IP Camera shall be of a day/night (color/B&W) type with automatically removable infrared cut filter for viewing scenes at low light levels.

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7. The 360 Degree Multidirectional IP Camera shall output multiple video streams using different codecs simultaneously.

8. The 360 Degree Multidirectional IP Camera shall stream both H.265 and MJPEG, minimum.

9. The 360 Degree Multidirectional IP Camera shall include a Web User Interface.

10. The 360 Degree Multidirectional IP Camera shall be ONVIF conformant.

11. The 360 Degree Multidirectional IP Camera shall have a Wide Dynamic Range to compensate for a wide range of ambient lighting conditions within a camera’s field of view. The dynamic range shall be a minimum of 120dB.

12. The Contractor shall provide and install all required camera mounting brackets, arms, adapters and associated hardware to mount the 360 Degree Multidirectional IP Camera at the locations shown on the Contract Drawings.

13. The 360 Degree Multidirectional IP Camera shall accept a minimum of ¼” bolts for mounting.

14. The 360 Degree Multidirectional IP Camera shall have (or shall be provided with a backbox with) a ¾” threaded knockout for conduit attachments that shall be used for all connections to the 360 Degree Multidirectional IP Camera. (If a backbox is required, the backbox shall be by the same manufacturer as the camera and shall be designed for compatibility with the 360 Degree Fixed IP Camera and suitable for outdoor installation.)

15. The 360 Degree Multidirectional IP Camera shall stream 20 FPS at 2592 x 1944 with H.265 encoding.

16. The 360 Degree Multidirectional IP Camera shall simultaneously stream two separate 15 FPS multicast streams at 2592 x 1944 with H.265 encoding.

17. General Construction

a. Impact resistant aluminum housing, IK10, minimum

b. Dustproof, waterproof, IP66, NEMA-4X rated

c. Clear polycarbonate dome

d. Tamper and impact resistant Camera assembly

18. Electrical

a. RJ-45 connector for 100Base-TX Ethernet

b. Input voltage: PoE+ (IEEE 802.3af/802.3at type 2, class 4), typical 11 watts, 25 watts at camera; maximum

19. Imaging System

a. Iris: Automatic iris control

b. Imaging Sensor: 4 x 1/2.78”

c. Image Resolution: 4 x 2592 x 1944, 20 FPS, minimum

d. Focus: Remote focus and zoom

e. Varifocal Lens: 90 to 40 degree horizontal field of view per imager

20. Electrical

a. RJ-45 connector for 100Base-TX Ethernet

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b. Input voltage: PoE+ (IEEE 802.3at), 25.5 watts at camera; maximum

c. Camera and heater shall be fully operational to the Operating Temperature listed elsewhere in this specification on IEEE 802.3af PoE.

21. Low light level operation to 0.15 lux at F1.6 in color mode and 0.0 lux at F1.6 in black and white mode (with IR enabled).

22. Camera Angle Adjustment

a. Panning Range: ±180º

b. Tilting Range: -23º to -150º, minimum

c. Roll Range: 5° to -95°

23. The 360 Degree Multidirectional IP Camera assembly shall meet the following environmental requirements:

a. Operating Temperature: -40ºF to +122˚F

b. Humidity: 10 – 100% RH, condensing

c. Environmental Rating: IP66

d. Dimensions: 13”W x 6”H, maximum

e. Weight: 7 lbs., maximum

24. Networking Requirements:

a. The 360 Degree Multidirectional IP Camera shall include Unicast and Multicast streaming.

b. The 360 Degree Multidirectional IP Camera shall support the following protocols:

TCP/IP, UDP/IP, IPv4, IPv6, HTTP, HTTPS, Unicast, Multicast (IGMP), UPnP, DNS, DHCP, ARP, FTP, RTP, and NTP.

c. The 360 Degree Multidirectional IP Camera shall be password protected.

d. Network Security: IEEE 802.1X, 802.1AE, 802.1AR; HTTPS/HSTS, TLS v1.2/v1.3; Network Time Security; X.509 Certificate PKI; FIPS 140, Level 2.

e. The 360 Degree Multidirectional IP Camera shall be fully compatible with the

Ethernet Switch, Network Video Recorder, and PSIM.

B. The Contractor is responsible for all 360 Degree Multidirectional IP Camera setting adjustments to be configured for the location and application. 360 Degree Multidirectional IP Camera adjustments shall include brightness, contrast, saturation, zoom level, focus, back light compensation, wide dynamic range, frame rate, and compression.

C. The 360 Degree Multidirectional IP Camera shall support custom image overlay functionality with adjustable transparency and dynamic positioning at the device level.

D. The 360 Degree Multidirectional IP Camera shall include pre-installed motion detection analytics that will detect and trigger events in the PSIM when objects move within defined areas in the camera view. The Contractor shall work with the Project Office to define and program areas for motion detection for each camera.

E. The 360 Degree Multidirectional IP Camera shall be Axis P3747-PLVE, or approved equal.

2.11 DUAL SENSOR MULTIDIRECTIONAL IP CAMERA

A. The Dual Sensor Multidirectional IP Camera to be provided under this Section shall meet or exceed the following requirements:

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1. The Dual Sensor Multidirectional IP Camera shall be certified by the manufacturer to be fully compatible with the existing Network Video Recorder.

2. The Dual Sensor Multidirectional IP Camera shall provide a 360-degree field of view and produce video in dual view mode. It shall also offer motorized remote focus and zoom, as well as digital PTZ, along with automated video analytics, allowing users to efficiently monitor large visual fields and focus on specific areas when suspicious activity is observed.

3. The Dual Sensor Multidirectional IP Camera shall be of a day/night (color/B&W) type with an automatically removable infrared cut filter for viewing scenes at low light levels.

4. The Dual Sensor Multidirectional IP Camera shall output multiple video streams using different codecs simultaneously.

5. The Dual Sensor Multidirectional IP Camera shall stream both H.264 and MJPEG, minimum.

6. The Dual Sensor Multidirectional IP Camera shall include a Web User Interface.

7. The Dual Sensor Multidirectional IP Camera shall be ONVIF conformant.

8. The Dual Sensor Multidirectional IP Camera shall have a Wide Dynamic Range to compensate for a wide range of ambient lighting conditions…