Make sure you read this manual before using the software.
For support information, including software updates (patch installer),
user manuals, and operating environments, see the Canon Web site.
ENGLISH
Thank you for purchasing RM-64/RM-25/RM-9 v3.2
Network Video Recording Software (hereafter referred to
as “RM-64/25/9” or “this software”).
This manual also explains how to use RM-Lite v3.2
Network Video Recording Software (hereafter referred to
as “RM-Lite”). For the difference between RM-64/25/9 and
RM-Lite, see “About RM-Lite” (p. 32).
Please read this manual before using the software. After
reading this manual, keep it in a safe place for future
reference.
Some cameras are not sold in some countries or regions.
In addition, please read the license agreement before
using the software. The license agreement can be found
in the LICENSE folder on the setup CD-ROM.
Request to Customers
1. All rights reserved.
2. The contents of this manual are subject to change
without any prior notice.
3. This document has been prepared with the utmost
attention to accuracy. If you have any comments,
however, please contact a Canon sales
representative.
4. Canon shall assume no liability for any outcome of
using this product, regardless of Items 2 and 3
above.
Disclaimer
Flaws or other problems with this software may result in
recording failure or destruction or loss of recorded data.
Canon shall have no liability whatsoever for any loss or
damages incurred by the user as a result of such
problems.
Copyright Information
Videos, images or sounds recorded with your camera
may not be utilized or published without consent of
copyright holders, if any, except in such a way as
permitted for personal use under the relevant copyright
law.
Trademark notices
• Canon and the Canon logo are registered trademarks
of Canon Inc.
• Microsoft, Windows, Windows Server, Windows Vista,
Internet Explorer, SQL Server and Visual C++ are
registered trademarks or trademarks of Microsoft
Corporation in the United States and other countries.
• Windows is legally recognized as Microsoft Windows
Operating System.
• QuickTime is a trademark of Apple Inc.
• Apache is a trademark of the Apache Software
Foundation.
• Pentium, Intel Core and Xeon are trademarks of Intel
Corporation in the United States or other countries (or
both).
• NVIDIA and GeForce are registered trademarks or
trademarks of NVIDIA Corporation in the United States
and other countries.
• Oracle and Java are registered trademarks of Oracle
and/or its affiliates. Other names may be trademarks of
their respective owners.
• All other company or product names used in this
manual are trademarks or registered trademarks of
their respective holders.
2
THIS PRODUCT IS LICENSED FROM MPEGLA, LLC.
UNDER THE MPEG-4 VISUAL PATENT PORTFOLIO
LICENSE FOR THE PERSONAL AND NON-COMMERCIAL
USE OF A CONSUMER TO (i) ENCODING VIDEO IN
COMPLIANCE WITH THE MPEG-4 VISUAL STANDARD
(“MPEG-4 VIDEO”) AND/OR (ii) DECODING MPEG-4
VIDEO THAT WAS ENCODED BY A CONSUMER
ENGAGED IN A PERSONAL AND NON-COMMERCIAL
ACTIVITY. NO LICENSE IS GRANTED OR SHALL BE
IMPLIED FOR ANY OTHER USE. ADDITIONAL
INFORMATION INCLUDING THAT RELATING TO
PROMOTIONAL, INTERNAL AND COMMERCIAL USES
AND ADDITIONAL LICENSING MAY BE OBTAINED
FROM MPEG LA, LLC. SEE http://www.mpegla.com.
This product is licensed under AT&T patents for the
MPEG-4 standard and may be used for encoding MPEG-4
compliant video and/or decoding MPEG-4 compliant
video that was encoded only (1) for a personal and noncommercial purpose or (2) by a video provider licensed
under the AT&T patents to provide MPEG-4 compliant
video. No license is granted or implied for any other use
for MPEG-4 standard.
About Third Party Software
This product contains third party software modules.
Each module’s license conditions are also available in the
OpenSourceSoftware folder in the LICENSE folder on the
accompanying set-up CD-ROM.
3
About the Manuals
This product has the following manuals:
•Administrator Manual (this guide)
This manual is intended for the system administrator and provides information on how to operate this software product.
•Viewer Operation Guide
This simplified manual is intended for general users and explains how to operate the Viewer.
Please also read the manuals provided with each camera, as required.
This manual assumes that you display and read it on your computer’s screen.
About Sample Screens Unique to This Software
In this manual, some screens that are unique to this software are used as examples to illustrate operations. Please note that
they may differ from the actual screens.
The VB-M40, VB-H41, and VB-S30D are mainly used as the example cameras in this manual. In addition, screens using
Windows 7 Basic theme are displayed as samples to describe operations.
Icons in This Manual
The following icons indicate descriptions you should pay close attention to.
IconMeaning
Important
Note
Hint
Cautions and restrictions during operation. Make sure to read these carefully.
Supplementary descriptions and reference information.
Information useful for operation.
Icons Indicating Camera Models
The following icons indicate information unique to that camera model.
IconCamera Model
VB-S30D
VB-S31D
VB-S800D and VB-S805D
VB-S900F and VB-S905F
VB-H43
VB-H41
VB-H630VE and VB-H630D
VB-H610VE and VB-H610D
VB-H730F
IconCamera Model
VB-M620VE and VB-M620D
VB-M600VE and VB-M600D
VB-M720F
VB-M700F
VB-C500VD and VB-C500D
VB-C60
VB-C300
VB-C50Fi and VB-C50FSi
VB-C50i and VB-C50iR
VB-H710F
VB-M42
VB-M40
4
Icons Indicating Products
The following icons indicate information that is unique to the full product and the Lite version.
IconMeaning
Features unique to the RM-64/25/9. They cannot be used with RM-Lite.
Information unique to RM-Lite.
About the Manuals
5
Features
The RM-64/25/9 is a software product family used to
monitor multiple locations using network cameras and to
record and play back video from the cameras. It is
possible to set up a monitoring system with a maximum of
64 cameras (when using RM-64).
Flexible screen layout
You can arrange multiple video windows in the Viewer, so
you can compare video from different locations at the
same time. The Viewer lets you create multiple layouts
and organize them in tabs on the viewing area, so you can
easily switch between different camera video. You can
also operate up to two Viewer windows at the same time.
With an environment that supports multiple displays, you
can create a dual-display monitoring setup by locating a
Viewer on each of the displays.
Multiple recording modes
In addition to being able to record video for a specific
period, you also have recording modes, such as sensor
recording, motion detection recording, intelligent function
recording and volume detection recording, which start
recording when a particular type of camera event occurs.
Support for JPEG/MPEG-4 and H.264*
The JPEG, MPEG-4 and H.264 video formats are
supported for live view and recording. Using MPEG-4 or
H.264 formats decreases the load on the network
bandwidth, while maintaining high quality video and
saving hard disk space when recording.
* Only available for cameras that support the feature.
User access management with user groups
You can create user groups to more easily manage user
access. By assigning permissions for Viewer functionality
to a group, you automatically assign the same
permissions to each member of the group.
Shade control
Shade control automatically compensates for the dark
regions in the video and can be used for both live and
recorded video.
Two-way audio*
Send and receive live audio and simultaneously record
audio with the video. You can also use this feature to
communicate with a location that has a camera.
* Only available for cameras that support the feature.
Record Now
Use this feature to immediately start recording when you
do not have a recording schedule set up.
Saving a segment of a recording
You can extract part of a recording and save it as a video
file that can be played on a computer.
Viewer PTZ
You can instantly crop a region of live video or recorded
video during playback using an intuitive operation to
zoom in on that region.
You can also crop and zoom several videos
simultaneously for side-by-side comparison.
Camera tags
You can assign tags to a camera that give you information
about the camera, such as its location and camera type.
This is particularly useful when searching for cameras in a
large-scale system.
Dynamic layout
With this feature, you can automatically display videos on
a layout from cameras that meet specific criteria, such as
the camera status.
Direct camera operation*
You can change the camera angle and use the zoom
while watching the live view.
* Only available for cameras that support the feature.
6
Some features have limited functionality. For details,
see “About RM-Lite” (p. 32).
Setup Flow
The flow from preparation before introducing the system, to operation management and maintenance is shown below.
Step 1
Prepare for introducing the system
Step 2
Set up your cameras
Step 3
Install
Step 4
Set up the Storage Servers
Step 5
Add cameras
Consider the video storage period and recording conditions, determine
the hard disk capacity required for recording and prepare the
equipment.
See “System Design” in Chapter 1: Introduction.
Set up your cameras for live video display or recording.
See your camera manuals.
Install this software product on your computer.
See Chapter 2: Setup.
Set up the Storage Server Group and Storage Servers.
See Chapter 3: Storage Server Settings.
Add cameras to the Storage Server Groups.
See Chapter 3: Storage Server Settings.
Step 6
Configure the Viewer
Step 7
Set a recording schedule
Step 8
Day-to-day operation
Step 9
Operation management and
maintenance
Configure the Viewer to match your environment and use.
See Chapter 4: Viewer Settings.
Set the recording conditions for using the cameras, including regular
recording and motion detection recording.
See Chapter 5: Setting a Recording Schedule.
Control cameras while viewing live video, check events, and play back
recorded video. You can set up your own layouts for the video windows.
See Chapter 6: Day-to-Day Operations.
We recommend that you set up a management and maintenance
process, such as taking regular backups of recording files, to reduce
the impact of network failures on system operation.
See Chapter 7: Operation and Management and Chapter 8:
Backup.
7
Contents
About the Manuals ...................................................................................................... 4
About Sample Screens Unique to This Software..................................................................4
Features ...................................................................................................................... 6
System requirements (operating environment, supported cameras, license conditions)
❏ System configuration and design guidelines
❏ RM-Lite specification comparison
Operating Environment
For High-reliability/H.264 Video Format Systems
Storage ServerViewer
CPUIntel Xeon 3060, Intel Core 2 Duo 2.4 GHz or
higher, or an Intel CPU of equivalent class that
meets the following requirements:
Clock: 2.4 GHz or higher
L2 cache: 4 MB or greater
Number of cores: 2 or more
Memory2 GB or greater
Hard diskInterface: SAS / SATA
Cache: 16 MB or greater
Spindle speed: 7200 rpm or faster
100 MB is required for installation (an additional
500 MB is required if .NET Framework 3.5 SP1 or
.NET Framework 4.5 is not installed)
Additional space for recording files and other files
(the actual space required depends on the
number of cameras and the recording settings)
We recommend that you use separate hard disk
drives for the OS and the recording data.
The hard disk drive for the recording data should
have a capacity of 1 GB or greater.
Network controller1000 BASE-T or similar, 1 Gbps transfer speed
Display—1280 × 1024 resolution or higher
Graphics—NVIDIA GeForce GT 220 or higher, or a graphics
Others—Audio support is required for audio playback
Operating systemWindows Vista Ultimate/Business/Enterprise SP2 32/64-bit
Windows Vista Ultimate/Business/Enterprise/Home Premium SP2 32/64-bit
Windows 7 Ultimate/Professional/Enterprise SP1 32/64-bit
Windows 7 Ultimate/Professional/Enterprise/Home Premium SP1 32/64-bit
Windows 8/Windows 8 Pro/Windows 8 Enterprise 32/64-bit
Windows 8.1/Windows 8.1 Pro/Windows 8.1 Enterprise 32/64-bit
Windows Server 2008 Standard SP2 32/64-bit
Windows Server 2008 R2 Standard SP1 64-bit
Windows Server 2012 Standard 64-bit
Windows Server 2012 R2 Standard 64-bit
– When a highly reliable system (such as 24 hours of uninterrupted use) is required, server
operating systems are recommended.
Operating system languageEnglish, German, Spanish, French, Italian, and Japanese
– Environment languages switched using language-packs are not supported.
Intel Core i5 750 2.67 GHz or higher
– Intel Core i7 3.5 GHz or higher
recommended when displaying 1920 x
1080 video
100 MB is required for installation (an additional
500 MB is required if .NET Framework 3.5 SP1 or
.NET Framework 4.5 is not installed)
Additional space for saving extracted video files,
as required.
16-bit colors or greater
– Required to display all user interfaces of the
Viewer
card of equivalent class that meets the following
requirements:
Video memory size: 1 GB or greater
Memory interface width: 128-bit or larger
Memory clock: 790 MHz or higher
– NVIDIA GeForce GTX 660 or higher
recommended when displaying 1920 x
1080 video
(p. 105).
14
Operating Environment
1
• The system requirements described above are the minimum configuration, assuming the following operating environment:
Storage ServerMaximum recording/playback data rate80 Mbps *
Overall recording frame rate1280 fps or slower *
Maximum number of cameras with motion
detection *
Maximum events processed *
ViewerEstimated display frame rate *
Total number of simultaneously displayable
MPEG-4 and H.264 videos
3
4
5
10
20,000 events per day
When using recommended Intel i5 + GT 220
When using Intel i7 + GTX 660
6 or less *
1
2
For 1920 x 1080 display size: 20 fps
(15 fps for H.264)
For 1280 x 720 display size: 40 fps
For 1280 x 960 display size: 40 fps
For 960 x 540 display size: 45 fps
For 640 x 360 display size: 80 fps
For 640 x 480 display size: 80 fps
For 480 x 270 display size: 160 fps
For 320 x 180 display size: 320 fps
For 320 x 240 display size: 320 fps
For 1920 x 1080 display size: 30 fps
(15 fps for H.264)
For 1280 x 720 display size: 40 fps
For 1280 x 960 display size: 40 fps
For 960 x 540 display size: 45 fps
For 640 x 360 display size: 80 fps
For 640 x 480 display size: 80 fps
For 480 x 270 display size: 160 fps
For 320 x 180 display size: 320 fps
For 320 x 240 display size: 320 fps
7
*6
*6
Introduction
*1 If the volume per second of recording and playback data handled by one Storage Server is 80 Mbps or greater, you should review
your recording requirements to ensure system stability. The following shows an estimate of the recording and playback data volume
per second for various video formats.
320 x 240640 x 4801920 x 1080
JPEG810 fps280 fps50 fps
MPEG-4
H.264
For standard resolution ([Video Quality] set to 3), the JPEG video frame rates will result in an estimated data rate of 80 Mbps.
Audio data requires a Storage Server of 64 Kbps, regardless of the type of camera.
See “System Information” (p. 111) for details on the recording/playback data volume per second during operation.
*2 The data size of recorded audio is calculated using a frame rate of 10 fps per camera.
*3 Number of cameras selected in [Motion Detection Using] > [Storage Server] for motion detection recording.
*4 Total number of all types of events.
*5 Assumes a standard resolution ([Image Quality] setting is [3]) and that the receive size and display size are the same. If the receive
size and display size are different, performance may decrease due to an increase in processing load.
80 Mbps
15
*6 When multiple video sizes are combined, they will be equivalent to the following: 1920 x 1080 will be equivalent to 14 320 x 240 size
videos, 1280 x 720 will be equivalent to 8 320 x 240 size videos, 1280 x 960 will be equivalent to 8 320 x 240 size videos, 960 x 540
will be equivalent to 7 320 x 240 size videos, 640 x 360 will be equivalent to 5 320 x 240 size videos, 640 x 480 will be equivalent to
5 320 x 240 size videos, 480 x 270 will be equivalent to 2 320 x 240 size videos, 320 x 180 will be equivalent to 1 320 x 240 size
videos.
For example, the following combinations will result in a total equivalent of 320 x 240 at 320 fps.
1920 x 1080, 5 fps 320 x 240, 5 fps x 14 = 70 fps equivalent
1280 x 960, 5 fps 320 x 240, 5 fps x 8 = 40 fps equivalent
960 x 540, 8 fps 320 x 240, 8 fps x 7 = 56 fps equivalent
640 x 480, 8 fps 320 x 240, 8 fps x 5 = 40 fps equivalent
480 x 270, 25 fps 320 x 240, 25 fps x 2 = 50 fps equivalent
*7 The number of videos you can display at once depends on the amount of memory available. If there is not enough memory, you will
not be able to display videos.
• In a system environment with a large number of cameras and connected viewers and where the number of events that
may occur is also likely to be high, the Storage Server must come with the specifications that meet the needs of that
environment for stable operation.
• If you need to operate a high-reliability system (such as for 24-hour operation) in a system environment, we recommend
that you use a server operating system on the computer that is used for the Storage Server.
• When high-reliability operation is required (such as for 24-hour operation, and high frequency disk access) we strongly
recommend that you use a high-reliability SAS hard disk. Using a low-reliability SATA hard disk may result in a disk error
in a one to two year period. Therefore, you may need to check the disk for errors on a regular basis, using features such
as scan disk. In such a case, recording performance may suffer during checking, due to the increased load on the disk.
• With systems intended for users requiring high-reliability/H.264, when operating both the Storage Server and the Viewer
on one computer, the operating environment must satisfy the requirements for both the Storage Server and the Viewer.
However, to help ensure stable operation, we recommend that you use separate computers for the Storage Server and for
the Viewer.
For Small-scale Systems (Both Storage Server and Viewer Installed)
Storage Server
CPUIntel Pentium G6950 2.80 GHz or higher, or an Intel CPU of equivalent class that meets the following
Memory2 GB or greater
Hard diskInterface: SAS / SATA
Network controller100 BASE-TX or similar, 100 Mbps transfer speed
Display1280 × 1024 resolution or higher
OthersAudio support is required for audio playback (p. 105).
requirements:
Clock: 2.4 GHz or greater
L2 cache: 512 KB or greater
L3 cache: 3 MB or higher (only required if the L2 cache is less than 3 MB)
Number of cores: 2 or more
Cache: 16 MB or greater
Spindle speed: 7200 rpm or faster
200 MB is required for installation (an additional 500 MB is required if .NET Framework 3.5 SP1 or
.NET Framework 4.5 is not installed)
Additional space for recording files and other files (the actual space required depends on the number
of cameras and the recording settings)
Additional space for saving extracted video files, as required.
The hard disk drive for the recording data should have a capacity of 1 GB or greater.
16-bit colors or greater
16
Operating Environment
1
Storage Server
Operating systemWindows Vista Ultimate/Business/Enterprise SP2 32/64-bit
Operating system languageEnglish, German, Spanish, French, Italian, and Japanese
Windows Vista Ultimate/Business/Enterprise/Home Premium SP2 32/64-bit
Windows 7 Ultimate/Professional/Enterprise SP1 32/64-bit
Windows 7 Ultimate/Professional/Enterprise/Home Premium SP1 32/64-bit
Windows 8/Windows 8 Pro/Windows 8 Enterprise 32/64-bit
Windows 8.1/Windows 8.1 Pro/Windows 8.1 Enterprise 32/64-bit
Windows Server 2008 Standard SP2 32/64-bit
Windows Server 2008 R2 Standard SP1 64-bit
Windows Server 2012 Standard 64-bit
Windows Server 2012 R2 Standard 64-bit
– Environment languages switched using language-packs are not supported.
• The system requirements described above are the minimum configuration, assuming the following operating environment:
Storage ServerMaximum recording/playback data rate16 Mbps *
Recording frame rate256 fps or slower *
Maximum number of cameras with motion
detection
Maximum events processed *
ViewerEstimated display frame rate *
Total number of simultaneously displayable
MPEG-4 and H.264 videos
3
4
0
10,000 events per day
1920 x 1080: 1 fps
1280 x 960: 2 fps
960 x 540: 5 fps
640 x 480: 10 fps
480 x 270: 15 fps
320 x 240: 30 fps
6 or less*
1
2
5
Introduction
*1 Do not use H.264 in small-scale systems, as this can have a negative effect on system operation.
*2 The data size of recorded audio is calculated using a frame rate of 10 fps per camera.
*3 Total number of all types of events.
*4 Assumes a standard resolution ([Image Quality] setting is [3]) and that the receive size and display size are the same. If the receive
size and display size are different, performance may decrease due to an increase in processing load.
*5 The number of videos you can display at once depends on the amount of memory available. If there is not enough memory, you will
not be able to display videos.
• The following are guidelines for implementing a system for a small-scale user.
System componentsGuideline
Number of camerasApprox. 9 cameras (assuming RM-9 is used for operation)
Recording frame rate5 fps x 9 cameras with 320 x 240 standard resolution (approx. 8 Mbps in terms of data rate)
Live view frame rate3 fps x 9 cameras ( = 27 fps) with 320 x 240 standard resolution
Playback5 fps for each camera with 320 x 240 standard resolution
OthersH.264 is not used
Maximum number of playable cameras:
Up to 6 (30 fps total) with a playback-dedicated layout
Up to 1 with the live view layout (see above) (3 fps x 8 live view cameras + 5 fps x 1 playback
camera)
•The Viewer computer specifications on p. 14 are required even for small scale systems (up to four cameras) using
RM-Lite, if you want to display H.264 video.
17
Important Notes Concerning System Requirements
• This software does not support external storage, such as USB hard disks and NAS.
• We recommend that you operate this software in its own dedicated LAN environment.
• The software may not be able to record video if you use an environment where the IP addresses of the cameras are
occasionally changed. Use fixed IP addresses to ensure proper operation.
• Be sure to operate the cameras, Storage Servers and Viewers over networks using the same network protocol (e.g. all
over IPv4 networks, or all over IPv6 networks).
• For details on the operating system, see “Additional Considerations” in “Operating Environment” (p. 18).
•Audio cannot be transmitted from a Viewer if you use the Viewer on a computer running Windows 7,
Windows 8, Windows 8.1, Windows Server 2008 R2, Windows Server 2012 or Windows Server 2012 R2.
• Before applying a service pack or updating the operating system, please refer to the Canon Web site).
• Running Windows Update may cause the system operation to become unstable, the operating system to restart, or
recording to stop.
• Using anti-virus software or a firewall may affect the performance of the Storage Server and Viewer.
• Running software other than this product or compatible camera management software may cause system operation to
become unstable.
• When there is a high load on the CPU or hard disk, video may not be recorded or displayed at the specified frame rate,
recording may be interrupted, or the Viewer operation speed may decrease. In addition, recording may be interrupted
when the available hard disk space is low.
• Operation may slow down if the amount of stored data (number of recording files) becomes large.
• Depending on the performance of the computer and the network environment, changes in the recording environment
(such as the time of day and the weather) may result in it not being possible to display recorded or live video according
to the specified settings.
• Using IPsec may degrade the performance for recording and displaying video.
• You can use the camera audio feature (except for the VB-C50Fi, which does not support the function). Review the
following items before using the feature.
– The Viewer supports transmission and reception of audio data.
– Audio data cannot be recorded separately, and is always recorded together with the video.
– Synchronization is enabled only when playing back recorded video (JPEG) and recorded audio. However, the audio
and video may not be synchronized, depending on the operating environment (p. 80).
– The audio stream may be interrupted, depending on the performance of your computer and network environment.
– Audio may be interrupted when using anti-virus software.
• Be sure to test the system under your operating environment before starting regular operation.
Note
• The system environment of the Storage Server will depend on your operating conditions (number of cameras, recording frame rate
settings, etc.), as well as the pre-event recording settings. For details, contact your local supplier.
• Microsoft .NET Framework 3.5 SP1 or .NET Framework 4.5 is required for this software to operate. .NET Framework 3.5 SP1 is
automatically installed when installing RM-64/25/9. For RM-Lite, install it from the included CD-ROM before installing RM-Lite. Enable
.NET Framework 4.5 if it is currently disabled.
• The following runtime module is installed automatically with RM-64/25/9 and RM-Lite. Do not uninstall this module.
– Microsoft Visual C++ 2008 Redistributable
• Microsoft .NET Framework 4.0 is not supported.
Additional Considerations
• Do not specify the Windows folder or the Program Files folder on the system drive as the destination for snapshots or
recording files. You cannot save images or videos to those folders.
• You cannot use the shadow backup feature with this software. For example, once you delete the configuration file for this
software, the file cannot be restored with the shadow backup feature.
18
Supported Cameras
CameraFirmware Version
VB-S30DVer. 1.1.0 or later
VB-S31DVer. 1.1.0 or later
VB-S800DVer. 1.1.0 or later
VB-S900FVer. 1.1.0 or later
VB-S805DVer. 1.0.0 or later
VB-S905FVer. 1.0.0 or later
VB-H43Ver. 1.0.0 or later
VB-H630VEVer. 1.0.0 or later
VB-H630DVer. 1.0.0 or later
VB-H730FVer. 1.0.0 or later
VB-H41Ver. 1.1.1 or later
VB-H610VEVer. 1.2.1 or later
VB-H610DVer. 1.2.1 or later
VB-H710FVer. 1.2.1 or later
VB-M42Ver. 1.0.0 or later
VB-M620VEVer. 1.0.0 or later
VB-M620DVer. 1.0.0 or later
VB-M720FVer. 1.0.0 or later
VB-M40Ver. 1.1.1 or later
VB-M600VEVer. 1.1.1 or later
VB-M600DVer. 1.1.1 or later
VB-M700FVer. 1.1.1 or later
VB-C500VD/VB-C500DVer. 1.1.2 or later
VB-C60Ver. 1.1.3 or later
VB-C300Ver. 1.1 Rev. 5 or later
VB-C50i/VB-C50iRVer. 1.2 Rev. 77 or later
VB-C50FSi/VB-C50FiVer. 1.0 Rev. 77 or later
1
Introduction
Note
See “Using the AXIS Q7404/Q7401” (p. 135) for details on limitations when using the AXIS Q7404/Q7401.
*1 Categories are switched on the camera’s setting page.
*2 VB-S805D/VB-S905F/VB-M42/VB-M620VE/VB-M620D/VB-M720F not supported.
1080p*
720p–320×180640×3601280×720
4:3–320×240640×4801280×960
1
2
–480×270960×5401920×1080
160×120320×240640×480–
Video Size
20
Product Type and Number of Licenses
The number of cameras that can be added to a Storage Server Group depends on the specific software product.
The following table describes the number of licenses required for servers and Viewers, as well as the number of Storage
Servers that can be configured as a Storage Server Group, for each product.
1
Introduction
Software product
RM-6411641
RM-2511251
RM-91191
RM-Lite1141
Number of server
licenses
Number of Storage
Server Groups
Maximum number of cameras that can be added
to a Storage Server Group
Number of
Viewer licenses
About Licenses
Each software product includes one license for the Storage Server and one license for the Viewer. The number of
computers that a product with one license can be installed on is described below.
Storage Servers
One server license allows you to install one Storage Server on a computer.
Viewers
One Viewer license allows you to install one Viewer on a computer.
Up to 6 Viewers can connect to a Storage Server at one time.
You are able to purchase individual Viewer licenses, therefore you must purchase the same number of licenses as you have
Viewer installations.
Maximum System Configuration
The following table describes the maximum system configuration supported by this software.
Number of Storage Server Groups1
Number of Storage Servers1
Number of camerasMax. 64 (with RM-64)
Number of simultaneously connected ViewersMax. 6
Number of cameras that can be used by a ViewerMax. 64 (same as the max. number of cameras)
Number of camera video that can be simultaneously displayed by a ViewerMax. 64
21
Notes on the Software
Compatibility with Network Video Recorder VK-64/16/Lite
Notes on Installation
This software cannot exist with VK-64/16/Lite on the same computer. Do not install this software onto a computer where
VK-64/16/Lite is installed. You can install this software after uninstalling VK-64/16/Lite. However, please be aware of the
following:
• You cannot use the cameras and recording schedule settings you added with VK-64/16/Lite. You must add and
configure the cameras and schedules again.
• You cannot use the recording files and event information associated with VK-64/16/Lite.
• You cannot play back recordings made with VK-64/16/Lite.
• This software requires a computer with specifications that are higher than those required for VK-64/16/Lite. The computer
used for VK-64/16/Lite may not meet the operation requirements for this software.
Notes on Protocol Compatibility
This software is not compatible with VK-64/16/Lite protocols, because the protocol used between the Viewer and the
Storage Server has been significantly changed. Therefore, you cannot connect to a VK-64/16/Lite Storage Server from the
Viewer in this software. Similarly, you cannot connect to this software’s Storage Server from the Viewer in VK-64/16/Lite.
Notes on Recording Data and Event Data Compatibility
This software uses event data and recording file formats that are different from VK-64/16/Lite. VK-64/16/Lite recordings can
be played back using QuickTime. However, the recordings for this software are not supported by QuickTime. Note,
however, that you can use QuickTime to play back a .mov file created using the [Extract Video] feature in this software.
22
System Configuration Example
This software records video from cameras using an IP network, such as a LAN.
Important
• The load on the Storage Server may increase depending on the number of cameras connected and the recording settings. See
“Determining the Capacity of the Storage Server” (p. 25) to consider your configuration.
• Accessing one camera or Storage Server from many Viewers at the same time may affect system performance.
• Regularly check that the time setting is correct on the computers that are running the Storage Server and the Viewer. Also, before
changing the time setting on the computers, be sure to first stop the Storage Server and Viewer. See “Stopping the Storage Server”
(p. 117) for details about how to stop the Storage Server.
Configuration Example 1: Storage Server and Viewer Installed on One Computer
This example shows the simplest system configuration, where the Storage Server and Viewer are installed on one computer.
Video from the cameras is displayed or recorded using the same computer.
Storage Server Group
Storage Server/Viewer
1
Introduction
Network
Video from the cameras
23
Configuration Example 2: Storage Server and Viewers Installed on Multiple Networked
Computers
You can install Storage Servers and Viewers on multiple computers on the network.
Storage Server Group
Viewer
Network
Video from the cameras
Recorded video
Configuration Example 3: Viewers Installed on Multiple Networked Computers
By setting up more than one Viewer, you can simultaneously view a video at more than one location.
Storage Server Group
Viewer 1
Viewer 2
Viewer 6
Network
Video from the cameras
Recorded video
24
System Design
Determining the Capacity of the Storage Server
You must determine the configuration of your Storage Server based on the recording and playback data volume per second
and the required hard disk capacity.
Important
The operating performance of this software varies depending on factors such as the usage conditions and the hardware specifications of
the Storage Server. Perform system design after referring to “For High-reliability/H.264 Video Format Systems” (p. 14).
Hard disk capacity requirements
It is assumed that you use continuous recording at a fixed frame rate (number of video per second), video size and quality.
The size of the recording data varies depending on the camera configuration (video quality and video size settings). The
size of the recording data varies depending on the camera configuration (video quality and video size settings). Also, the
video data size used for calculating the recording data size may vary from the actual video.
Follow these steps to determine the required hard disk capacity.
1
Introduction
Decide on the number of cameras and the video size for recording.
1
Decide on the video quality for each camera.
2
The higher the video quality setting, the higher the video quality and resulting data volume.
Decide on the frame rate required for recording.
3
For general security purposes, you can use 1 to 2 fps. Higher frame rates require more hard disk space.
Decide on the number of hours per day to record and the number of days to store the recorded data.
4
After deciding on the above parameters, calculate the required hard disk capacity based on the recording data size (in
5
KB).
If you will also record audio, be sure to calculate the additional amount of hard disk space required for the audio.
6
We recommend that you add more than 20% space to the calculated hard disk capacity.
Sample calculations for each video format are shown below, assuming 1000 Kbps = 1 Mbps for the network bandwidth,
and 1024 KB = 1 MB for the disk capacity.
Example 1: JPEG recording
• Video recording from 16 cameras (VB-S30D)
• Video size is 320 x 240 and video quality is 3 (data size per frame: 9.16 KB)
• Recording frame rate is 2 fps
• Data size per second is approximately 18.32 KB (= 9.16 KB x 2 fps)
Although the actual recording data size depends on the objects recorded by each camera, this calculation assumes the
typical sizes given above.
• Audio is recorded from 2 cameras
If JPEG videos from 16 cameras are recorded at 2 frames per second in continuous recording mode, the required hard disk
space is approximately 24.2 GB per day (= 18.32 KB x 16 cameras x 60 seconds x 60 minutes x 24 hours = 25,325,568 KB).
If audio data is recorded using 2 cameras, the required hard disk space is approximately 1.3 GB per day (= 8 KB x
2 cameras x 60 seconds x 60 minutes x 24 hours = 1,382,400 KB).
25
Example 2: MPEG-4 recording
• Video recording from 8 cameras (VB-C60).
• Video size is 320 x 240 and video quality is 3.
• Recording frame rate is 30 fps.
• Data size per second is approximately 150 KB.
Although the actual recording data size depends on the objects recorded by each camera, this calculation assumes the
typical sizes given above.
If MPEG-4 videos from 8 cameras are recorded at 30 frames per second in continuous recording mode, the required hard
disk space is approximately 99 GB per day (= 150 KB x 8 cameras x 60 seconds x 60 minutes x 24 hours =
103,680,000 KB).
Example 3: H.264 recording
• Video recording from 8 cameras (VB-M40).
• Video size is 320 x 240 and video quality is 3.
• Recording frame rate is 30 fps.
• Data size per second is approximately 84 KB.
Although the actual recording data size depends on the objects recorded by each camera, this calculation assumes the
typical sizes given above.
If H.264 videos from 8 cameras are recorded at 30 frames per second in continuous recording mode, the required hard
disk space is approximately 55 GB per day (= 84 KB x 8 cameras x 60 seconds x 60 minutes x 24 hours = 58,060,800 KB).
Note that the actual recording file size may be different from the size in the table, depending on the weather conditions and
the complexity of the scene. For example, video of an empty corridor would typically result in values smaller than the above
values. Conversely, complex scenes, such as a crowded shopping mall, would result in larger values.
Data Size and Bit Rate Estimates
The following tables shows typical data sizes per frame (in KB) for various combinations of video quality and size settings.
Estimates of the Data Size for VB-S30D/VB-S31D/VB-S800D/VB-S900F/VB-S805D/VB-S905F (JPEG)
Video Size
Video
Quality
480 × 270960 × 5401920 × 1080320 x 180640 x 3601280 x 720320 x 240640 x 4801280 x 960
The data size for MPEG-4 video may increase when recording video with quick movements.
29
Estimates of the Data Size for VB-C300 (JPEG)
Video
Quality
13.28.824.2
23.710.228.3
34.111.532.0
45.315.443.2
515.552.8170.6
160 × 120320 × 240640 × 480
Video Size
(Unit: KB)
Estimates of the Data Size for VB-C50i/VB-C50iR/VB-C50FSi (JPEG)
Video
Quality
303.18.224.7
403.69.729.8
504.110.934.2
604.612.540.3
705.314.849.7
806.518.864.9
909.428.4106.4
160 × 120320 × 240640 × 480
Video Size
(Unit: KB)
Important
The actual data size may increase or decrease depending on the objects being recorded. Make sure to confirm the data size for the
actual system environment before starting operation.
Note that the data size may increase significantly when the video quality is set to [100].
Select [View] > [Video Information] in the Viewer included with the camera to display the data size per frame.
Sensor Recording, Motion Detection Recording, Intelligent Function Recording and
Volume Detection Recording
Notes on Using Sensor Recording, Motion Detection Recording, Intelligent Function Recording
and Volume Detection Recording
When an event occurs, data is saved in the Storage Server as an operation record. As the number of operation records
increases, operation during event detection and the search and Viewer response speeds may be affected.
Note
Use “Maximum events processed” (p. 15), described in “Operating Environment” > “For High-reliability/H.264 Video Format Systems,” as a
guide.
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