DVS

KH JK-02 Characteristics H. The 264 network video server is a powerful video server developed based on the SOC Hi3510 (ARM+DSP) video hard pressing chip. This product adopts H.264 ASP hardware compression technology, breaking the "miracle" of hard compression and transmission of D1 display in the video industry, and getting rid of the cable loss problem that has plagued customers for many years Based on TCP/IP communication protocol, video surveillance systems of different scales can be built on LAN/WAN/Internet, without being limited by scale, location, or environment, with clear images, stable transmission, and bidirectional audio.

The leading distributed storage technology (which can be collected by client terminals with monitoring software installed in the network) not only ensures long-term video recording for the system, but also provides convenience for system expansion. Innate excellent quality, postnatal perfect service, limited vision, unlimited communication! H. The 264 network video server is a high-quality network digital video encoding device. Not only can it meet the requirements of high-quality images, high performance, and strict real-time performance in the fields of security and monitoring, but it can also serve as an excellent solution for customers as a video conferencing product. H. 264 Network Video Server is a video encoder based on SOC Hi3510 (ARM+DSP) compression technology that supports network data transmission. It can automatically adjust the frame rate according to different network bandwidths. H. The 264 network video server also provides RS-485 and digital I/O data transmitted through the network, so users can easily create digital remote monitoring systems.

1、 KH JK-02 Technical Parameters

• Built in web server

10/100M adaptive network connection speed

Built in IEEE 802.11G wireless network (optional)

DI/DO interface provides 1 alarm input and 1 alarm output

• Supports Active browsing of images.

• Unlimited remote user browsing

Set up 10 different permission accounts and passwords

1 video input, 1 video output

1 audio input, 1 video output

• Use IE browser to enter the monitoring interface, or use dedicated software for real-time recording in different locations

• Support single window multi-user operation

32-bit RISC processor SOC (System on Chip) processor

Pure hardware compression H.264/DIVX5. 0

• Supports protocols TCP/IP, 802.11b/g, UDP, ARP, ICMP, HTTP, FTP, TELNET, SMTP, DHCP,

• 分辨率 NTSC：D1 720*480/4CIF 702*480/VGA 640*480/CIF 352*240/QVGA 320*240 PAL：D1720*576/4CIF 704*576/VGA 640*480/CIF 352*288/QVGA 320*240

• Working temperature -5-50 degrees Celsius

• Working humidity of 10-90%

Input voltage DC12V,<1a>1a>

• Volume 17x 12.5x 2.8cm

• Quality 350g

2、 Diagram of on-site application device connection

• PTZ control connection (optional) Video cable (required) • Pickup (optional) • Amplifier (optional) RJ45 Ethernet cable (mandatory) • Power supply (required) WIFI (optional) I/O input/output (optional) • Local AV output (optional)

3、 Monitoring interface:

1. Multi channel monitoring instance diagram (platform mode):

2. Single direct access instance graph (Web Server mode):

4、 Networking solution in Web Server mode:

DVS utilizes current network technology for image transmission over the network, allowing for direct access using the built-in Web Server without the need for platform support. It provides dynamic domain name resolution functionality for dynamic IP users, XDSL dial-up PPPoE users, and also supports PPPoE dial-up service functionality. Regarding the two current internet access methods in China: WEB authentication and PPPoE dial-up authentication, we will analyze three network implementation solutions below:

1. DVS transmits images over the network through shared routers and xDSL modems

This is currently the most common network access method. As long as there is a shared router, the RJ45 port of the router can be directly connected to the IDS-30 to access the internet in the same way as a regular PC network access mode.

2. DVS connects HUB and xDSL:

Here, users need to set up PPPoE dial-up on IDS-30, enter the username and password provided by the ISP service provider, and allow IDS-30 to dial to the internet.

3. DVS directly connected to modem:

Similar to the previous second, PPPoE dial-up also needs to be set up.