(Project No.)
(Date)
(Project Name)
(Project Location)
ARCHITECT & ENGINEER SPECIFICATIONS
SECTION 28 23 19
Digital Video Servers and Analog Recording Devices
Sony NSR-1000 Series Network Surveillance Servers
(NSR-1200, NSR-1100 and NSR-1050H)
PART 2 – PRODUCTS
2.01 NETWORK VIDEO SERVER SPECIFICATIONS
A. GENERAL REQUIREMENTS:
1. The NSR-1000 Series network surveillance server (called “server” as
described below) shall be a Linux-based server, capable of recording
independently streamed JPEG or MPEG-4 video, or dual
JPEG/MPEG-4 streams from a camera, G.711, G.723, or G.726 audio
as well as metadata, the server shall also be capable of decoding and
displaying in multi-screen or single screen the decoded streams, and
have I/O terminal interfaces to accept alarm triggers.
2. a) The NSR-1200 server shall be capable of registering up to 64
cameras. When monitoring cameras with 1.3 megapixel resolution, the
recommended number of megapixel cameras is up to 8.
b) NSR-1100 shall be capable of registering up to 32 cameras. When
monitoring cameras with 1.3 megapixel resolution, the recommended
number of megapixel cameras is up to 4.
c) NSR-1050H shall support up to 20 cameras. When monitoring
cameras with 1.3 megapixel resolution, the recommended number of
megapixel cameras is up to 4.
3. a) The NSR-1050H shall be equipped with an NSBK-A16 analog
encoder board and DVI-BNC cable to accept analog camera signals.
Up to 16 analog cameras and four audio sources can be connected to
the unit. Analog video and audio interface shall be via a pigtail cable
with female BNC connectors for video, and female phono connectors
for audio. Maximum number of cameras supported shall include the
total of both analog and IP cameras connected to the NSR.
b) An optional plug in card shall be field installable to support 16
analog cameras shall be available for the NSR-1200 and NSR-1100
Additionally, up to 4 audio channels shall be supported by this plug in
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option. Model number shall be the NSBK-A16. Analog video and
audio interface shall be via a pigtail cable with female BNC connectors
for video, and female phono connectors for audio. Maximum number
of cameras supported shall include the total of both analog and IP
cameras connected to the NSR.
4. The server shall support all current Sony IP network cameras and Axis
206/207/211A cameras.
5. The server shall have built-in RS-232C and RS-422/485 ports.
Protocols supported shall be the Sony VISCA on the RS-232C or RS422, and Pelco D on the RS-422/485 port
6. The server shall support external analog video encoder, the SNT-V704,
as well as the Axis 241S/241Q Video Servers. Pan/Tilt/Zoom support
for analog cameras connected to the NSR via these encoders shall be
provided through these units only. Specific Manufacturer models
supported shall be listed in their respective A&E document or
marketing material.
7. The server shall have the ability to display, record, and playback video
from cameras located at remote multiple locations over an IP network.
8. The server shall support the following recording modes: manual,
schedule based, alarm, and event (or activity). Additionally, the server
shall support rule or filter based triggered recording when used with
Sony cameras that support intelligent motion detection or object
detection, such as the SNC-DF50, SNC-DF80, SNC-DF85, SNC-RX
Series, SNC-RZ50, SNC-DM160, SNC-DM110, SNC-DS60, SNCDS10, SNC-CM120, SNC-CS50 and SNC-CS20.
9. The server shall have a “Camera Auto Registration” function. This
function shall allow the user to automatically set the following:
a) Detect all Sony IP cameras or Sony video servers (encoders)
installed on the same network segment automatically.
b) Detect camera type.
c) Assign IP address to cameras.
d) Register the cameras to the server.
e) Generate appropriate monitoring layout based on number of
registered cameras.
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10. The server shall also have a quick recording configuration capability
with a simple wizard. The function shall help automatically set the
following:
a) Allow the user to select either schedule recording or motion based
alarm recording.
b) If schedule recording is selected, user inputs the total number of
days to store recorded video (up to 365 days), and the server shall
automatically begin recording video with the appropriate frame rate.
c) Frame rate shall be calculated based on available storage, number
of cameras, 24/7 recording, VGA resolution on IP cameras/2CIF on
analog cameras via the NSBK-A16, MPEG-4 compression, at 50%
picture quality.
d) If alarm recording is selected, the server shall automatically begin
recording video using the most appropriate parameters for alarm
recording. When using the automatic alarm wizard, the maximum
number of cameras that can be automatically configured shall be as
follows: NSR-1200 – 24 cameras, NSR-1100 – 12 cameras, and
NSR-1000 – 12 cameras.
e) Parameters settings shall be based on VGA resolution on IP
cameras/2CIF on analog cameras via the NSBK-A16, MPEG-4
compression, and 10 fps at 80% picture quality.
f) Alarms shall be based on VMD (camera) as default and if the
camera does not have motion detection capability, then VMD
(recorder) shall be used.
11. Parameters that were set with the wizard shall be capable of being
changed manually.
12. The operator with proper rights shall be able to manually record video
by clicking the REC button on the GUI or configure record settings
manually without using the wizard.
13. Pre- and Post-alarm duration shall be configurable for all event or
alarm based recording.
14. The server shall be capable of simultaneous local and remote viewing,
playing back, recording, and exporting video.
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15. The server shall support simultaneous Video and Audio export. Video
files shall be in Sony CAM file format and audio shall be in Sony AUD
file format. The Media File Player application shall be exported with
the video and audio files so that video/audio can be played back from a
Windows® PC without installing any application software.
16. The server shall have the capability of using any of the following as a
trigger to perform a given action:
a) Sensor Input trigger to the camera, or the server
b) Camera based Video Motion Detection (VMD) trigger
c) Recorder based VMD
d) Video Motion Filters (VMF): Appearance, Disappearance, Existing,
Capacity, Passing, and Unattended/Removed. VMF shall work in
conjunction with the camera’s motion and object detection
capabilities.
e) System Alerts
f) Barix Barionet, 3rd Party I/O Box.
g) Logical Sensor Input (Requires HTTP API available upon request)
Using any of the above triggers or manually via the GUI, the following
actions shall be capable of being initiated:
a) Camera Action
 Preset - Change camera's preset position
 Tour - Start camera's tour
 Output - Change camera's output state
b) I/O Device Action
 Sensor Output (Server)
 Output - Change logical output state of Barix Barionet
c) System Action
 E-mail - Send an E-mail with/without an image to a registered
SMTP client address
 Change Layout - Change layout on a sever
 Beep – Sound a ‘Beep’ on a server
d) Client Action
 Change Layout - Change layout on a client
 Beep – Sound a ‘Beep’ on a client
e) Alarm Notification
17. The server shall have the capability to schedule any of the actions on
item 16.
18. The server shall be capable of recording and storing images at frame
rates between 1 to 30 frames per second on a per camera basis.
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19. The server shall have three types of searches on the main GUI:
a) Date/Time – This can be performed on a selected camera or all
monitored cameras.
b) Quick Playback – Playback start point is user configurable with the
default setting being 5 seconds.
c) Alarm history – A list of alarm events is displayed at the bottom of
the GUI. When an alarm event is clicked, it is played back in the
active window.
20. The playback control pane shall be active when any of the following
search methods, date/time, quick playback, alarm history based, is
selected to allow the operator to fast forward, rewind, pause, use a
slider to scroll through the clip, or jump to the next or previous alarm.
21. The server shall also have a detailed search capability providing the
operator with a ‘Search’ GUI that allows two separate types of
searches, Normal and Object:
a) Normal search allows multiple cameras to be searched
simultaneously. Search images of up to nine cameras can be
displayed in the playback pane.
b) Object search allows only a single camera to be searched and the
searched images are displayed in the playback pane.
22. The server shall support simultaneous search and playback of up to
nine (9) cameras for normal search operations. For ‘Normal’ searches
the server shall allow the operator to enter a date/time range, select
multiple cameras, and select any combination of the recording type
(Schedule, Manual, Alarm, and/or Event). The search results will be
displayed in the pane at the bottom of the GUI in a timeline. The
timeline view can be changed to a list view. Cameras that are on the
timeline or events that are listed in the list view can be selected and the
images associated with the search results shall be displayed in the
playback pane.
23. For ‘Normal’ searches the server shall provide playback controls of the
searched video by using the playback control pane. When using the
timeline, the vertical bar representing the displayed image can be
dragged to the left or right to scroll through the video.
24. For ‘Object’ searches (or Post Motion Detection searches), the server
shall allow the operator to enter a date/time range, select a single
camera, and select a type of Post VMF or Post VMD search.
25. To export video, the server shall allow the operator to select IN and
OUT points on the timeline. Exporting video from multiple cameras
within the selected range shall also be possible. The server shall also
provide the ability to export multiple events from the list view.
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26. The server shall support Pan/Tilt/ Zoom controls over TCP/IP.
27. The server, via mouse and keyboard, shall be able to auto center any
on-screen PTZ stream or drag-and- zoom on a specific area. The
server shall also support 3rd party joystick from CH Products for
variable PTZ control.
28. The server shall allow the operator to register Pan/Tilt/Zoom (PTZ)
camera/encoder presets and the ability to recall such presets. Presets
shall be stored on the camera/encoder. The server shall support the
maximum number of presets that the camera/encoder allows.
29. The server shall have the capability to provide camera tours on a
demand basis from the main GUI or by using an alarm trigger.
30. The server shall have a capability to create multi-camera viewing
layouts by defining number of rows and columns.
31. The server shall support the import and export of site layout images
and/or icons in BITMAP and JPEG file formats.
32. The server mapping layouts shall be capable of being freely configured
by the administrator or users with configuration privileges. This
function shall allow customizations and modifications to both new and
old layouts to incorporate added icons or links.
33. The server shall support multi-level layout mapping in the GUI, with
each layer capable of linking an icon or action button to another layer
or camera image, or to a specific monitor window.
34. The server shall have the ability to perform a layout tour, which means.
It can switch layouts sequentially based on presets.
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35. The server shall have a custom user setting, which allows the
administrator to define any combination of permissions and assign that
level of access to specific users. The permissions shall be as follows:
<Level 5 Administrator>
a. User Configuration
b. Administrator Menu Setting
<Level 4 System Configuration>
c. Schedule Configuration
d. Device Configuration
e. Sever Configuration
f. Layout Configuration
g. GUI Configuration
h. Manual Action Configuration
<Level 3 Recording File manipulation>
i. Manual Deletion / Protection
j. Log control
k. Export Control
l. Exit Server
Lv.4
<Level 2 Basic Operation>
m. Search & Playback
n. Camera Control
o. Output control
p. Layout Control
q. Manual Record
r. Manual Action
s. Capture Control
t. Display Control
u. Alarm History Control
<Level 1 Monitoring Only>
v. Exit Application
Lv.5
Lv.3
Lv.2
Lv.1
36. The server shall have five pre-assigned user levels as follows:
Level 1: Monitoring Only.
Level 2: Basic Operation
Level 3: Recording File Manipulation
Level 4: System Configuration
Level 5: Administrator
37. The server shall be configurable for centralized server management in
a master/slave configuration.
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38. The server shall recover the system data such as the Linux OS, the
application program, and the configuration data quickly using DOM
(Disk on Module) without the need for a system recovery disk in case
the system failure.
39. The server shall be RAID 5 capable on NSR-1200 to help prevent data
loss in case of HDD failures and HDDs shall be hot swappable. The
NSR-1100 shall be RAID 0 capable.
40. The server shall support expanded storage with the NSRE-S200 SAS
(Serial Attached SCSI) Expansion Storage Units. The NSRE-S200
shall be RAID 5 capable to help prevent data loss in case of HDD
failures and HDDs shall be hot swappable.
41. The NSRE-S200 shall be connected to the server using the mini-SAS
cable supplied with the unit. Up to 7 NSRE-S200 units can be
connected to a single server in a cascaded manner. Data transfer rate
shall be up to 3 Gbps.
42. The NSRE-S200 shall have a storage capacity of approximately 1,396
GB. When 7 NSRE-S200 units are connected, the approximate
storage capacity is 9.77 TB.
43. The server shall support Uninterrupted Power Supply (UPS) controlled
via RS-232C.
44. The server shall be capable of locking the monitoring window to
prevent changes.
45. The server shall support multiple languages as follows:
a. English
b. Japanese
c. French
d. German
e. Italian
f. Spanish
g. Simplified Chinese
h. Russian
46. The server shall have VMD (recorder) capabilities with all the functions
as described below. The operator/administrator shall have the ability
to set any of the following functions, on a per camera basis.
a. Pre- & Post-alarm recording: Start recording images up to 60
seconds before motion is detected in the camera’s field of view and
continue recording for up to 3600 seconds after the motion has
stopped in the camera‘s field of view.
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b. Motion Detection Threshold: Adjust motion sensitivity level in 1%
increments from 0% - 100%
c. Automatically change record frame rate to a predefined value when
motion or alarm is detected.
47. The server shall incorporate Sony’s Distributed Enhanced Processing
Architecture (DEPA™), in which a series of Sony IP cameras send preprocessed video related metadata.
48. The server shall support both the Intelligent Motion Detection (IMD)
and intelligent Object Detection (IOD) functions of the camera. The
IMD function shall be capable of triggering an alarm by using an
advanced Sony algorithm, which shall minimize false alarms caused by
noise and repetitive motion patterns. The IOD function shall be
capable of detecting an object which has been taken away or left
behind. These functions shall be mutually exclusive for each camera.
49. The server shall have the following 6 Video Motion Filters (VMF):
a. Appearance filter: detects objects that match the detection criteria
for objects entering into a user defined area.
b. Disappearance filter: detects objects that match the detection
criteria for objects exiting a predefined area.
c. Existing filter (Loitering filter): detects an object that stays within a
defined area longer than the set limit.
d. Capacity filter: Triggers an alert when the number of detected
objects meets or exceeds the detection criteria for object number
within the configured area.
e. Passing filter or virtual borders: detects objects crossing the set
virtual borderline, going in either direction or a specified direction.
f. Unattended/Removed: detects objects that are left unattended or
removed by comparing the retained background video data and
live video data.
50. All DEPA functions shall be available with the following Sony IP
cameras: SNC-RX530, SNC-RX550, SNC-RX570, SNC-RZ50, SNCCS50, SNC-DF50, SNF-DF80, and SNC-DF85.
51. DEPA functions with the exception of the unattended/removed VMF
shall be available with the following cameras: SNC-CM120, SNCDM110, SNC-DM160, SNC-DS10, SNC-DS60 and SNC-CS20.
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52. The server shall receive and store the metadata for intelligent post
video motion filter search and intelligent live video motion filter alarm.
53. The server shall be capable of applying up to three filters in parallel
such that violation on any one filter shall cause an alarm.
54. The server shall be capable of applying up to three filters on a scene in
a sequence or cascade fashion, whereby an alarm will only be
triggered based upon events that violate the rules or filters one at a
time, in a predefined order.
55. The server shall be capable of setting the minimum and maximum
object size for detection.
56. The server shall be capable of setting the minimum object speed or the
maximum object speed for detection.
57. The server shall have the ability to apply temporary filters to recorded
images that have been recorded in conjunction with metadata, to limit
searches to stored video based on these parameters.
58. The server shall be capable of saving configuration data of cameras,
I/O boxes, audio, and remote servers for backup.
59. The server shall be capable of restoring configuration data of cameras,
I/O boxes, audio, and remote servers using the saved configuration
data.
60. The server shall be capable of storing log files of user login, alarm
event, and other system errors.
61. The server shall support data overwriting and clean-up function to keep
enough capacity for recording.
62. The server shall have an API for integration with third-party software
applications.
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B. VIDEO REQUIREMENTS:
1. The server shall support video streams that are encoded in MPEG-4 or
JPEG.
2. Recorded image streams in either JPEG or MPEG-4 shall be in Sony’s
CAM file format.
a) The NSR-1200 server shall support a high frame rate recording of up
to 480 fps (frames per second) at JPEG VGA at 1/30 compression
ratio (Picture Quality Level 5) without local or remote monitoring, and
support up to 240 fps when using local monitoring (using the built-in
RGB or HDMI interface) without remote client access.
b) The NSR-1100 server shall support recording rates of up to 240 fps
(frames per second) at JPEG VGA at 1/30 compression ratio (Picture
Quality Level 5) without local or remote monitoring, and support up to
120 fps when using local monitoring (using the built-in RGB or HDMI
interface) without remote client access.
c) The NSR-1050H servers shall support recording rates of up to 120 fps
(frames per second) at JPEG VGA at 1/30 compression ratio (Picture
Quality Level 5) without local or remote monitoring, and support up to
120fps when using local monitoring (using the built-in RGB or HDMI
interface) without remote client access.
3. The maximum recording frame rate for megapixel cameras shall be 120
fps, 60 fps, and 30 fps for the NSR-1200, NSR-1100, and NSR-1050H,
respectively. Refer to the table below:
Maximum recording frame rate
JPEG LEVEL5
JPEG LEVEL2
VGA
MEGA
( 640 x 480)
(1280 x 960)
NSR-1200
480
120
NSR-1100
240
60
NSR-1050H
120
30
Note: Above figures are based on no fragmentation of the HDD
4. a. The NSR-1200 server shall have internal hard drive storage capacity
of 2TB .
b. The NSR-1100 server shall have internal hard drive (HDD) storage
capacity of 1TB.
c. The NSR-1050H shall have an internal drive (HDD) storage capacity of
500GB.
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5. The server shall be capable of accepting multiple simultaneous video
streams from IP camera using TCP/IP protocol.
6. The server shall be capable of up to x25 digital zoom when playing back
recorded video.
7. The server shall be capable of setting a hot-spot monitor in the custom
layout.
8. The server shall be capable of supporting cameras that have the ‘Light
Funnel’ function. The server shall be capable of manually setting ‘Light
Funnel’ to ‘Always ON’ or ‘Always OFF’. The server shall also be capable
of setting ‘Light Funnel’ to ‘Auto’ (activation based on environmental
lighting conditions) or to sync it with the camera’s ‘Day/Night’ function.
The server shall be capable of recording, and displaying camera streams
when resolution dynamically changes as a result of the ‘Light Funnel’
function turning on or off. The maximum resolution when the ‘Light
Funnel’ function is ON shall be 640 x 480.
9. Each monitor window shall be capable of indicating, but not necessarily be
limited to, the following items:
a. Camera name
b. Status (recording type, playback status and speed)
c. Time (current date and time of live images or the recording date and
time of play back images)
d. Display Image per Second
e. Bandwidth used for transferring images via network connection
f. Frame Rate
g. VMD (recorder) object frames ON/OFF
h. Video Motion Filter (VMF) windows or objects detected for cameras
that support this function.
 Object Frame
 Alarm Object Frame
 Filter Frame
 Inactive Area Frame
 Object ID
 Object Duration
 Filtered Count
10. The server shall provide a sequence mode for displaying multiple
monitor layouts in sequence during a specified time period, which shall
allow for monitoring a number of cameras in desired sequences and
layout patterns.
11. The server shall have the ability to independently set record rates for each
camera, not to exceed the global frame rate described above.
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12. The server shall have default layouts such as 2 x 2, 3 x 3, 4 x 4
and pre-customized layouts.
13. The server shall be capable of displaying live images and playing back
images in any monitor window of a selected monitoring layout. Playback
of any camera in a particular window in a multi-camera display
configuration shall not stop live viewing of cameras in the other windows.
14. The server shall be equipped with four (4) video interfaces (2 RGB and 2
HDMI) for monitors. Two (2) video outputs can be used simultaneously in
any of the following combinations, 2 RGBs, 2 HDMIs, or 1 RGB and 1
HDMI). Monitor 1 shall be the main monitor window. Monitor 2 shall be
capable of showing the same view as the Monitor 1 output, or used as a
Hot-Spot monitor. On the second monitor, selected images or images
from cameras triggered via sensor input or motion detection shall be
displayed in the monitor window sequentially.
15. The server shall be capable of taking a still image snapshot in JPEG
format.
16. The server shall have a masking capability, which masks sensitive areas
from both live display and recording. User shall have the option of
changing the shape and type of masking such as, Gaussian blur, Mosaic
(average), Random Noise, or solid colors at a minimum.
17. The server shall have pre-alarm and post-alarm recordings upon detection
of events such as sensor input, VMD and VMF. Pre and Post alarm
durations shall be user configurable.
18. The server shall be capable of exporting recorded CAM files, AUD files,
JPEG still images, configuration data, and log files to the following media:
CD-R, CD-RW, CD-ROM, DVD+R, DVD-R, DVD-ROM and USB memory.
19. The server shall be capable of restoring configuration data, importing BMP
and JPEG images for site layouts and icons, from the following media:
CD-R, CD-RW, CD-ROM, DVD+R, DVD-R, DVD-ROM and USB memory.
20. The server shall support simultaneous Video and Audio export. Video files
shall be in Sony CAM file format and audio shall be in Sony AUD file
format. The Media File Player application can be exported with the video
and audio files so that video/audio can be played back from a PC without
installing any application software.
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C. AUDIO REQUIREMENTS:
1. The server shall be capable of audio recording, monitoring, and playing
back with G.711/G.723/G.726 compression.
2. The server shall support the same number of audio channel inputs as the
number of licensed cameras.
3. The server shall be capable of exporting both audio and video.
Synchronization shall be best effort.
D. NETWORK REQUIREMENTS:
1. The server shall have 4 Gigabit-Ethernet ports. Port 1 shall be used to
interface with cameras, port 2 shall be used to interface with client
systems or other servers, and ports 3 and 4 shall be channel bonded and
are reserved for future use.
2. The server shall provide video surveillance over TCP/IP.
3. The server shall support FTP server function.
4. The server shall have both NTP server as well as NTP client functionalities.
5. The server shall support SNMP ver.2 (MIB-2 system) protocols. Available
traps shall be for notification of the following: shutdown, temperature,
voltage, fan, UPS, power, HDD, RAID, File System, Network, Resource
Usage, and SAS events.
6. The server shall provide alarm relay output when the server finds any
video loss caused by the network interruption. The alarm relay shall be
electrically isolated from the server.
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E. SYSTEM REQUIREMENTS:
1. The server shall require the following user provided hardware for system
setup and operation:
a.
b.
c.
d.
e.
f.
g.
h.
Sony network cameras and/or analog cameras
Monitor
USB keyboard
USB mouse
USB joystick (optional)
Network switch
1000Base-T/100Base-TX/10Base-T cable(s)
USB memory device (required for backing up system information such
as logs).
2. The server shall provide the following selection of monitor as generic
monitor type:
a.
b.
c.
d.
e.
f.
g.
h.
i.
Generic LCD Display; LCD Panel 1024 x 768; 40 – 70 Hz
Generic LCD Display; LCD Panel 1280 x 1024; 50 – 75 Hz
Generic LCD Display; LCD Panel 1360 x 768; 60 Hz
Generic LCD Display; LCD Panel 1600 x 1200; 60 Hz
Generic LCD Display; LCD Panel 1920 x 1080; 60 Hz
Generic LCD Display; LCD Panel 1920 x 1200; 60 Hz
Generic CRT Display; Monitor 1024 x 768; 50 – 70 Hz
Generic CRT Display; Monitor 1280 x 1024; 50 – 90 Hz
Generic CRT Display; Monitor 1600 x 1200; 50 – 90 Hz
3. The server shall be capable of specifying the following display resolutions:
HDMI/RGB output:
a. Full High-Definition (1920x1080)
b. WUXGA (1920x1200)
c. UXGA (1600x1200)
d. Full Wide XGA (1360x768)
e. SXGA (1280x1024)
f. XGA (1024x768)
4. The server shall be capable of backing up system information as logs on
USB memory. The server shall require a device that supports general
USB Mass Storage Class specifications.
5. The server shall be capable of using an optional remote control unit (IP
Desktop USB), which allows users simple operation using a joystick and
dedicated buttons for actions such as preset and PTZ. The interface shall
be USB2.0.
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6. The integrator shall clarify system requirements to ensure proper
installation and operation of the software with the manufacture or its
representatives.
F. MECHANICAL REQUIREMENTS
1. The server shall provide the capabilities to indicate the operational status
by LEDs such as power, network, HDD, errors and recording status.
2. The server shall have a DVD/CD drive to write data from the hard disks to
disc media.
3. The server shall be capable of exporting recorded images to USB memory
or disc media.
4. The server shall have the capability of being configured with an
uninterruptible power supply (UPS) through RS-232C serial connection.
Cable shall be an integrator or user provided.
5. The server shall provide the connection to up to 8 channel sensor input
from external sensors that are electrically isolated from the unit.
6. The server shall provide up to 8 channel alarm outputs through the
dedicated alarm output connector, that are electrically isolated from the
unit.
7. The server shall require a mechanical key lock to physically access the
HDD.
8. The server shall be capable of being mounted to standard 19” racks via
optional rack mount kit (NSR-RM1).
G. REMOTE CLIENT REQUIREMENTS:
1. The server shall include support for Remote Configuration and
Management Software (IMZ-NS100 Series client software, called “client
software” as described below) to allow a user to remotely configure the
unit, view live images, play back and search the desired recorded images.
2. The client software shall be capable of following items similar to the server
system:
a.
b.
c.
d.
Live video monitoring from selected cameras.
Recording configuration (manual / schedule / alarm / event-based)
Playback video
Easy search of recording images using DEPA technology
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e. Search by Time and Date, Camera, REC Type (Schedule, Manual,
Alarm, Event), Video Motion Filter (VMF) and post Video Motion
Detection (VMD)
f. Camera pan / tilt / zoom control
g. Camera tour operation
h. Two-way Audio support
i. Flexible customizable layout and mapping editor up to 100 layouts
j. Layout tour (monitor sequence mode)
k. Hotspot monitor
l. Set a number of triggers to perform actions including, triggering alarms,
layout changes, camera tours, e-mail notifications, and more. Up to
100 actions can be scheduled.
m. Search by alarm type
n. Privacy masking
o. Define and provide system user profiles and user permissions for use
of specified functions.
p. Display alarm log
q. Video/Audio export
r. Set camera ‘Global Camera ID’ in multi-server systems.
H. REGULATORY REQUIREMENTS:
Safety/EMC - NSR-1000 Series
Area
Compliance / Standard
Japan
IEC J 60950
VCCI Class A
JIS C 61000-3-2
JATE電気通信事業法
USA
UL60950-1
FCC Class A Digital Device
Canada
c-UL No.60950.1
IC Class A Digital Device
Europe
CE(LVD) EN60950-1 / EN50371
CE(EMC)EN55022 Class A + EN50130-4
CE(EMC) EN55022 Class A + EN55024
Australia
EMC AS/NZS CISPR22(EN55022)
EMC Class A
China
CCCGB8898(IEC60065)+GB13837(CISPR13)
CCC GB17625.1(IEC61000-3-2)
Korea
EMC
Russia
GOST-R IEC60950
Common
IEC60950-1
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Safety/EMC - NSRE-S200
Area
Japan
USA
Canada
Europe
Australia
Korea
Russia
Common
Compliance / Standard
VCCI Class A
JIS C 61000-3-2
JATE 電気通信事業法
UL60950-1
FCC Class A Digital Device
c-UL No.60950.1
IC Class A Digital Device
CE(LVD) EN60950-1 / EN50371
CE(EMC)EN55022 Class A + EN50130-4
CE(EMC) EN55022 Class A + EN55024
EMC AS/NZS CISPR22(EN55022)
EMC Class A
EMC
GOST-R IEC60950
IEC60950-1
Safety/EMC - NSBK-A16
Area
Compliance / Standard
Japan
VCCI Class A
USA
FCC Class A Digital Device
Canada
IC Class A Digital Device
Europe
CE(EMC)EN55022 Class A + EN50130-4
CE(EMC) EN55022 Class A + EN55024
Australia
EMC AS/NZS CISPR22(EN55022)
EMC Class A
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SUPPLIED ACCESSORIES:
NSR-1200/1100:
1. NSR-1200/1100 Surveillance Recording Server (1)
2. Front panel key (2)
3. Installation Manual (1)
4. First Step Guide (1)
5. Monitoring Window Operation Guide (1)
6. Safety Notice (1)
7. WEEE sheet (1)
8. Warranty booklet (1)
9. Rubber feet (4)
NSR-1050H:
1. NSR-1050H Surveillance Recording Server (1)
2. Front panel key (2)
3. Analog camera input cable (1)
4. Installation Manual (1)
5. First Step Guide (1)
6. Monitoring Window Operation Guide (1)
7. Safety Notice (1)
8. WEEE sheet (1)
9. Warranty booklet (1)
10. Rubber feet (4)
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I. SUPPORTED CAMERAS/VIDEO SERVERS:
Sony:
1. SNC-RZ30
2. SNC-Z20
3. SNC-P1
4. SNC-DF40
5. SNC-DF70
6. SNC-RZ25
7. SNC-P5
8. SNT-V704
9. SNC-RX530
10. SNC-RX550
11. SNC-RX570
12. SNC-RZ50
13. SNC-CS50
14. SNC-CS10
15. SNC-CS11
16. SNC-DF50
17. SNC-DF80
18. SNC-DF85
19. SNC-DS10
20. SNC-DS60
21. SNC-DM110
22. SNC-DM160
23. SNC-CS20
24. SNC-CM120
Axis
AXIS 206, AXIS 207, AXIS 211A, AXIS 241Q, AXIS 241S
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J. SPECIFICATIONS:
Memory
Onboard flash memory: 4 GB
Internal memory NSR-1200: 2 GB
NSR-1100: 1 GB
NSR-1050H: 1GB
Recording devices
Internal hard disk drive NSR-1200: 2 TB (SATA-II 500 GB x 4)
NSR-1100: 1 TB (SATA-II 500 GB x 2)
NSR-1050H: 500 GB (SATA-II 500 GB x 1)
Capacities for hard disk drives are based on the following equation for 1
GB: 1,000 x 1,000 x 1,000 = 1 billion bytes
DVD/CD drive (front)
1 drive
Compatible media: DVD+R, DVD-R,
DVD-ROM, CD-R, CD-RW, CD-ROM
External connectors
Front
Monitor output: Analog RGB (mini D-SUB 15 pin) (1)
USB: USB 2.0 (3)
Rear
Monitor output: Analog RGB (mini D-SUB 15 pin) (2)
HDMI (2)
Audio output (L) (1)
Audio output (R) (1)
Audio input (1)
LAN (1000 Base-T/100Base-TX/10Base-T) (RJ-45) (4)
USB: USB 2.0 (3)
Mini-SAS output (for optional NSRE-S200 connection,
Mini-SAS x 4 (SFF-8088), 3.0 Gbit/s) (1)
Sensor input (compatible with 3.3 V to 24 V DC devices,
Photo coupler input, insulated from main unit) (8)
Alarm output (maximum 24 V DC, 1 A, mechanical relay
output, insulated from main unit) (8)
UPS serial: RS-232C (1)
Analog camera control (only with NSR-1050H or NSBK-A16
expression): RS-232C (1), RS-422/485 (1)
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Operating environment
Operating temperature
Operating humidity
5 °C to 40 °C (41 °F to 104 °F)
20% to 80% (maximum wet-bulb temperature:
30 °C, non-condensing)
Temperature range for storage
-20 to +60 °C (-4 to +140 °F)
Humidity for storage
20 to 90% relative humidity (maximum wet-bulb
temperature 35 °C/95 °F, non-condensing)
Power and miscellaneous
Power
100 to 127 V AC/200 to 240 V AC (50/60 Hz)
Power consumption Max 350 W
Dimensions 430 x 87 x 417 mm (16.9 x 3.4 x 16.4 in.)
(W/H/D, excluding protrusions)
Mass
NSR-1200: approx. 13.5 kg (29.8 lb.)
NSR-1100: approx. 12kg (26.7 lb.)
NSR-1050H: approx. 11.5kg (25.4 lb.)
Optional accessories
NSR-RM1 Rack Mounting Kit
NSBK-A16 Analog Encoder Kit
NSRE-S200 Expansion Storage Unit
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K. DIMENSIONS:
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L. PIN ASSIGNMENT:
Sensor IN
Pin No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
3.3 v
IN_8 IN_8 +
IN_7 IN_7 +
IN_6 IN_6 +
IN_5 IN_5 +
IN_4 IN_4 +
IN_3 IN_3 +
IN_2 IN_2 +
IN_1 IN_1 +
GND
Alarm OUT
Pin No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
GND
OUT_8 OUT_8 +
OUT_7 OUT_7 +
OUT_6 OUT_6 +
OUT_5 OUT_5 +
OUT_4 OUT_4 +
OUT_3 OUT_3 +
OUT_2 OUT_2 +
OUT_1 OUT_1 +
GND
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RS-422/485
Pin No.
19
20
21
22
RS-422
TXTX+
RXRX+
RS-485
TxTx+
©2009 Sony Corporation. All rights reserved. Features and specifications are subject to change without
notice. Non-metric weights and measurements are approximate. Sony is a registered trademark of Sony
Corporation. DEPA is a trademark of Sony Corporation. Microsoft, Windows, Windows XP, Windows Vista,
and Internet Explorer are trademarks of Microsoft Corporation. Intel, Pentium, and Core are trademarks of
Intel Corporation.
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