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VECTIS HX HVR Hybrid Video Recorder ARCHITECTURAL AND ENGINEERING SPECIFICATION DIVISION - LEVEL 1___ 28 ELECTRONIC SAFETY AND SECURITY LEVEL 2___28 20 00 ELECTRONIC SURVEILLANCE LEVEL 3___28 23 00 Closed Circuit Video Surveillance Systems

PART 2 – PRODUCTS

1. MANUFACTURER / SUPPLIER B. Siemens AB Industry & Cities Sector Building Technologies Division Security Products Englundavägen 7 SE-17141 Solna, Sweden

C. This product shall be manufactured by a company whose quality system is in compliance with the ISO 9001, QUALITY SYSTEM.

D. The product shall be fully RoHS compliant.

1. GENERAL HYBRID VIDEO RECORDER (HVR) DESCRIPTION E. Hybrid Video Recorder (HVR) shall be capable of recording standard analogue cameras and digital video streams from an IP or network camera simultaneously. The HVR shall be capable of supporting 16 analog channels and 16 IP channels. The hybrid HVR shall offer a total input capacity of minimum 32 channels in the one unit. The HVR shall provide a global record rate of minimum 500 ips and supports a high resolution of 4CIF.

1. RECORDER REQUIREMENTS F. The HVR shall offer minimum four standard composite video output G. The HVR shall offer two video output with high quality. It is required that both outputs are supported simultaneously. H. The HVR shall be capable of High Level Integration to an Access Control System such as Siemens SiPass and Siemens Danger Management Systems such as MM8000 without the need for any additional customised programming, thus providing a truly interoperable system. I. The HVR shall be capable of integration to a Point Of Sale (ECR) or ATM via a standard serial (RS232 or RS485) port and shall be capable of recording the transaction text generated by the ECR or ATM and associated this text with a nominated camera. The HVR shall be capable of overlaying this transaction text on both live and playback images for the nominated camera. J. The HVR shall be capable of searching for and playing previously recorded video via the following methods:

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a. Time/date/calendar/camera, where the HVR will retrieve and play footage from the date and time camera(s) entered by the user (with the HVR capable of displaying the earliest recorded and available date from which footage can be displayed). b. Event/alarm, where the user can search for events and alarms within a time/date range c. Text, where the user can search for specific text strings and the HVR automatically retrieves and play back the footage associated with the recorded text. d. Record Table Search, where the HVR displays a colour-coded bar graph of recorded footage per camera, with the different colours corresponding to the type of recording. As an example, green used to denote time-lapse recording, yellow used to denote event/motion recording and red used to denote alarm recording. K. It shall also be highly desirable for the HVR to have a museum or motion search function, where the user can search for recorded footage by selecting an area of interest within the recorded image and a time/date range. L. Facilities to perform a search for footage on the HVR shall be accessible from the unit (via front panel control buttons) and via the Remote Client (RAS or equivalent) M. The HVR shall be capable of dual encoding, where the quality level and frame rate for transmission to the remote client (Remote Software or Web Client as relevant) can be set independently of the quality level and frame rate for recording to the HVR’s local hard disk. Both the quality level and frame rate for transmission shall be configurable. It shall also be highly desirable for the transmission data rate to be configurable directly to limit the bandwidth (in Mbps/second) or kbps/second) required to stream the video N. The HVR shall be compatible with all leading IP cameras including (but only based on ONVIF2.x protocol) O. The hybrid HVR shall be capable of simulanteous recording and viewing of IP cameras at up to 1920 x 1080 (2 Megapixel) resolution. P. The HVR may use an embedded operating system running over a purpose-built hardware platform. The operating system may reside on a hard drive however it shall be highly desirable for the operating system to reside on a Compact Flash card (or equivalent). The manufacturer of the HVR shall be able to demonstrate that the device is sufficiently robust and immune from both virus and hacker attacks to be deployed in high security sites (as defined in section 3.2) and operate on a continuous 24/7 basis. In particular, the HVR shall not require any regular operating system maintenance such the installation of Windows Service Packs, regular shutdowns and restarts or disk maintenance (such as Windows Disk Clean Up or Disk Defragmenter or equivalent). Devices requiring periodic restart (whether local or remote initiated) or semi-regular disk maintenance shall not be considered acceptable alternatives. Q. The GUI menu shall be intuitive and user friendly and may use a mix of icons and text. If the HVR uses a Windows-like operating system, the GUI shall follow a

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standard Windows-like format of pull-down menus and tabs. It shall be possible to navigate the HVR menu a remote CCTV control keyboard (such as the Siemens Vectis HX Keyboard or equivalent), a standard USB mouse and a standard USB keyboard (if needed). The HVR shall have minimum 2 USB ports to permit the simultaneous connection of an USB mouse and one archiving device such as a USB flash disk. R. The HVR shall have pixel based (min. 100.000 pixel) advanced motion detection and in addition shall have a video tamper detection function that shall alert the operator if a video camera is moved, covered or de-focussed or sprayed. In order to limit false alarms, it shall be possible to configure areas within the video image to act as the reference point for video tamper detection. As part of the video tamper detection function, the HVR shall be capable of storing a reference image for each camera. S. The HVR shall offer up to two 1000Mbps (Gigabit Ethernet) ports, particularly for those applications where multiple IP cameras are to be used with high framerates and high image quality. T. The HVR shall be capable of working directly with access control card readers such as Miniter when connected to the HVR’s ports. It shall be possible to configure the HVR to operate in a “4-eyes principle” mode where access to selected functions/cameras requires the badging of two valid access cards from two suitably authorised users at the card reader. U. The HVR shall be accessable via Webbrowser such as Internet Explorer. Through the webbrowser it must be possible to access live images and recordings (playback). V. The HVR shall be capable of various recording modes, supporting the following as minimum: e. Timelapse recording at a fixed continuous record rate. The ability to set two Timelapse rates (for example a day setting and a night or out-of-hours setting) shall be highly desirable. f. Event recording, based either on standard motion detection (see section 10.2) or text insertion (see section 6.6.7). The ability to set two Event rates (for example a day setting and a night or out-of-hours setting) shall be highly desirable. The ability to create event-associated cameras (where an event on one camera is used to trigger event recording on one or more other cameras) shall be highly desirable. g. Pre-Event recording, where the HVR is capable of buffering video prior to an event that triggered the event recording mode and then recording it in conjunction with the event video. The ability to set two Pre-Event rates (for example a day setting and a night of out-of-hours setting) shall be highly desirable. The ability to create event-associated cameras (where an event on one camera is used to trigger event recording on one or more other cameras) shall be highly desirable. h. Alarm recording, based either on external inputs or video loss (see section 10.1). The ability to set two Alarm rates (for example a day setting and a night or out-of-hours setting) shall be highly desirable. The ability to create

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alarm-associated cameras (where an alarm on one camera is used to trigger alarm recording on one or more other cameras) shall be highly desirable. i. Time Schedule recording, with the ability to schedule Timelapse, Event, combination or no recording in 30 minute blocks. The time schedule shall be individually programmable per camera. W. It shall be highly desirable to set both quality level and recording rate (frame rate) individually per camera.

1. HVR REMOTE ACCESS SOFTWARE REQUIREMENTS

X. The Remote Access Software (e.g. Siemens RAS) shall be delivered with the HVR and be able to work with several HVR’s at the same time at no extra license cost. Y. The HVR Remote View client shall be capable of multi-monitor operation where simultaneous live, playback, site/map layout, spot alarm monitoring or sequencial live monitoring is possible. Z. The HVR and the Remote View shall support simulatneous playback and live view AA. The HVR Remote View shall support minimum 64 sites (HVR server) while simultaneous connectivity shall be at least 10 sites with a total maximum of 64 IP cameras.

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AB. HVR SPECIFICATIONS

Recording speed Analogue cameras: Notification for 16 connected (guaranteed performance) cameras: CIF: 400ips (PAL) / 480ips (NTSC) 2CIF: 240ips (PAL) / 240ips (NTSC) 4CIF: 120ips (PAL) / 120ips (NTSC) IP cameras (Siemens ONVIF IP camera): CIF: 100ips / 2CIF: 100ips / 4CIF: 100ips 1MP: 100ips / 2MP: 70ips

Playback speed CIF: 100ips (PAL) / 120ips (NTSC or progressive) (due to load of the system the performance can 2CIF: 100ips (PAL) / 120ips (NTSC or progressive) be reduced) 4CIF: 100ips (PAL) / 120ips (NTSC or progressive) 1MP: 48ips (Progressive) 2MP: 24ips (Progressive)

Display speed CIF: 100ips (PAL) / 120ips (NTSC or progressive) (due to load of the system the performance can 2CIF: 100ips (PAL) / 120ips (NTSC or progressive) be reduced) 4CIF: 100ips (PAL) / 120ips (NTSC or progressive) 1MP: 48ips (Progressive) 2MP: 24ips (Progressive)

Video inputs 8/16 analogue, 1 Vp-p, auto-terminating, 75 Ohms 8/16 IP camera inputs via network

Video outputs Primary Monitor - HDMI: 1 HDMI - VGA: 1 - Composite: 1 BNC, 1 Vp-p, 75 Ohms Secondary Monitor - VGA : 1 - Composite : 1 BNC, 1 Vp-p, 75 Ohms SPOT: 1 BNC, 1 Vp-p, 75 Ohms

Supported IP cameras Actually only the new range of Siemens IP cameras is fully supported. These models are: CxMx1025, CxIS1425, CxMx2025, CCID1445-DN18/28/36

Supported resolutions I n general: analogue CIF / 2CIF / 4CIF, IP cameras:

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VGA, 1 MP, 2 MP = max. 2 megapixels depending on the camera In details: 352x240 / 352x288 / 640x480 / 704x240 / 704x288 / 704x480 / 704x576 / 800x600 / 1280x720 / 1280x960 / 1280x1024 / 1920x1080

ONVIF compatibility The currently released Siemens IP cameras are certified according to the ONVIF specification, version 1.02.4. The goal of ONVIF is to standardize video components to a large extent.

Video standard PAL or NTSC (auto-detect) Compression H.264 Audio inputs RCA Input: 8 or 16 Line In Audio outputs RCA Output: 1, Line Out Network connections 10/100/1000Mbps Ethernet (RJ-45) Alarm inputs 8 or 16 terminal, programmable as NC or NO, 2.4V (NC) or 0.3V (NO) threshold, 5VDC

Alarm outputs 4 relay output, programmable as NC or NO, 2A@125VAC, 1A@30VDC

Interfaces 1 x RS485 / 1 x RS232 / 2 x USB 2.0 / 1 x HDMI / 2 x VGA / 2 x Composite / 1 x iSCSI / 1 x eSATA / 1 x RJ45 (for IP network)

Hard disk capacity Max. 5 hard disks SATA (actually 1 TB each, later- on >1 TB each ) in case of not using eSATA port interface

Max. 4 hard disks SATA (actually 1 TB each, later on >1 TB each ) in case of using eSATA port interface Display resolution Max. 1920 x 1080 Power supply 100 to 240 VAC, 2.0 – 1.0 A, 50/60Hz Power consumption max. 100 W Dimensions (W x H x D) Unit, netto: 430mm x 88mm x 490mm (16.9" x 3.5" x 19.3") Unit, incl. package: 683mm x 271mm x 530mm

1. REGULATORY COMPLIANCE A. CE Product EMC: a. EN61000-3-2:2006+A1:2009+A2:2009 Emission VECTIS HX HVR 6 of 7 03.02.2015 -Specification subject to change without notice. s

b. EN61000-3-3: 2008 c. EN55022: 2010 Class A d. EN 50130-4: 2011 Immunity

B. CE Product Safety:  EN 60950-1: 2006+A11:2009+A1:2010+A12:2011

C. International Certifications & Approvals:  C-TIC (Australia) , under clarification  Kalagate

D. National Certifications & Approvals:  “UVV-Kassen”, german BGV-approval

Part 3 – EXECUTION

2. INSTALLATION A. The Installation should be performed by qualified service personnel only in accordance with the National Electrical Code or applicable local codes.

The Recorder shall be Hybrid Video Recorder manufactured by Siemens AB, Building Technologies, Security Products or equivalent.

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