Stinger JPEG 2000 Case a Laptop Directly Connected to Dvrx Unit, Configure the DVR as follows

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Network Setup

Case A: Laptop Directly Connected to DVRX Unit

Configure the DVR as follows :

1.Set the DVR to MANUAL for the TCP/IP settings. Do not use DHCP SETUP for this application or verify that DHCP SETUP is set to MANUAL.

2.IP ADDRESS: assign it a public IP address (eg: 192.168.1.160)

a.You need to assign the DVR an IP address just as you would a PC.

b.The default static IP address from the manufacturer is as above, if you are unsure of this IP address please contact the manufacturer.

c.When configuring the DVR’s IP address information, the version of firmware within the units may display the IP addresses differently. For simplicity sake, 192.168.1.160 may have to be configured as 192.168.001.160

3.PORT NUMBER: 50000

a.4 channel, 8 channel & 16 channel: This number is stated explicitly.

b.For most situations, please use the default 50000 for simplicity.

4.SUBNET MASK: 255.255.255.000 (example)

a.Along with your static IP address you should set your subnet mask to conform with your current TCP/IP network. Please use the same subnet mask when configuring the DVR.

5.GATEWAY: 192.168.1.190 (example)

a.Please set this parameter to 000.000.000.000 unless interfacing with your existing TCP/IP network, then contact your IT department for the correct gateway settings.

6.Please DO NOT configure MAC ADDRESS or DHCP SETUP.

7.Your DVR is now ready for access via your laptop.

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Contents Stinger J16 About this Manual Strong recommendation on installation of the Dvrx unitBefore You Start Environment Condition for InstallationPlayback Features Live ViewRecord NetworkInstallation Overview Keyboard LED Lamps Shows status of DVR operation USB Firmware Port Numbered Items FunctionDVR Connections Battery connector Amphenol C16-1 3W+ PE plug PGMonitor Connections Composite Connection Method InstallationCamera Connection Relay Output Relay Output Alarm ConnectionsExternal Devices Other External DevicesOperation AdministratorFactory default password Factory DefaultFull/Multiple View Display On-Screen Information Live View OptionsZoom SequencePicture in Picture PIP FreezeOn-Screen Icons RecordOperation of Shuttle is as follows Using Jog/ShuttlePlayback TIME/DATE SearchPAN/TILT/ZOOM Camera Operation Entering into the Menu SetupScreen Display Display SetupMonitor Setup VGA Setup Not Used HDD Management ConfigurationHDD Setup HDD Information Time & Date SetupCamera Setup Colour Camera Active SetupMotion Setup Interval Setup Motion Mask SetupBuzzer Setup Alarm SetupJog Shuttle RS-232C Hex-codes tableByte ASCII-code System Information Password SetupRecord Configuration Record SetupRecord S Skip Record type Schedule SetupSchedule Setup Edit Holiday Set as holiday Holiday SetupExternal Device TCP/IP SetupIP Config Setup Connection SetupPAN/TILT Setup RS-232C SetupLanguage Setup Default Gateway ex.192.168.1.1 DVR Network ConfigurationPC’s TCP/IP Setting Port Number Configure the DVR as followsCase a Laptop Directly Connected to Dvrx Unit Locally Accessing the DVR using the Remote Software for Case aCase B Multiple Dvrx units via Wireless LAN Remote Access Accessing the DVR using the Remote Software for Case BFree Remote Viewer program Setting, Playback, and Sequence buttonsSetting Screen Channel selection Select each camera Command ButtonPlayback Interface through Remote Viewer Function of each button in Search windowStop Playback Play Fast BackwardHow do I Ping an IP address ? Frequently Asked QuestionsFor Window 2000 / XP How do I choose a unique IP that matches my network?Network Setting Important Notes Regarding the Remote Viewer and the DVR How do I open an MS-DOS or Command Prompt?Why is my remote video jerky? How do I forward a port in my router?Specifications Specification

JPEG 2000 specifications

Stinger JPEG 2000 is a powerful image compression technology that offers advanced solutions for high-quality image storage and transmission. Utilizing the principles of wavelet transformation, JPEG 2000 provides significant benefits over the traditional JPEG format, particularly in terms of image quality, compression efficiency, and flexibility.

One of the main features of Stinger JPEG 2000 is its support for lossless and lossy compression modes. This versatility allows users to select the appropriate mode based on their image quality requirements and storage capacities. Lossless compression ensures that no image data is lost during the compression process, making it ideal for applications that require exact reproductions, such as medical imaging and archiving. On the other hand, lossy compression significantly reduces file sizes while maintaining a perceptible level of quality, making it suitable for web images and streaming.

Another notable characteristic of Stinger JPEG 2000 is its ability to handle high-resolution images efficiently. The wavelet-based encoding method enables the preservation of fine details, ensuring that even images with intricate designs remain sharp and clear after compression. This is particularly important in fields like digital cinema, where the highest quality is paramount.

Stinger JPEG 2000 also supports progressive decoding, meaning images can be transmitted and rendered in layers. This feature allows users to view a low-resolution version of an image quickly while the higher-resolution data is still being received. This is especially beneficial for web applications where loading times are critical.

Additionally, Stinger JPEG 2000 includes robust error resilience capabilities. The technology can recover more gracefully from data corruption, making it an excellent choice for streaming applications where data loss can occur. The format's capability to store additional metadata also enhances its functionality, enabling the inclusion of information such as color profiles, image creation data, and other pertinent details that help manage and organize image files.

In summary, Stinger JPEG 2000 revolutionizes the way images are compressed, offering advanced features such as lossless and lossy options, efficient handling of high-resolution images, progressive decoding, and enhanced error resilience. These characteristics make it a preferred choice for professional applications where image quality and reliability are critical, paving the way for a broader adoption in various industries, including media, healthcare, and digital archiving.