16ch Full D1 DVR

• Categories:
• Standalone DVR

• Brand:
• Pallas

• Model:
• H-2016

• 8CH D1:
• High definition

Detailed Info

General feature:
1. Powerful coder chips are adopted to achieve the effect that real time coding of 8channels D1 by only single coder chip.
2. With High-performance processor, HDMI vedio out-put and multi-channels D1 real-time playback are being supported
3.supporting more than 10 kinds of language menu.
4.supporting mobile multi- remoto control
5. With the graphical operational interface. It supports USB mouse, panel and remote control.
Specification:
16 channel D1 real-time video and network-wide transmission, 8 channel D1 real-time Playback or 16 channel D1non-realtime playback at the same time
Maine CPU; SMP8655
Operation interface; GUI, Mouse, Panel, Remote control operation
Video standard; PAL, NTSC Image compression; H.264
Audio compression; ADPCM
Recoding mode; Manual, Timing, Alarm, Motion detection
Video Search; Time search, Event search, Channel search, The log search
Backup; Network backup, USB backup, SATA backup
Video input/out; 16 ch in 3 ch out (1BNC, 1VGA, 1HDMI)
Audio input/out; 16 ch in 1 ch out (BNC)
Voice talking; 1 ch voice talking
Monitoring Playback quality; PAL 720x576(D1)NTSC 720x480(D1)
Image Control; 6 shifts for adjustable
Motion Detection; Each channel of the detection area 192(16×12), Multi-level sensitivity can be set
Image display; 1/4/9/12/16 ch display
Video Speed; PAL; 25 frames / s (adjustable) NTSC; 30 frames / s (adjustable)
Video Save; The hard drive, Network
Local playback; 16 ch D1 Playback
Alarm Input; 16 in 4 out PTZ; RS485 HDD; 6 SATA interface
Network interface; RJ45 10M/100MSelf-adaptive Ethernet interface
2 USB2.0 high-speed interface ATX power

KeyWords:

D1 Dvr ,16channel Stand Alone DVR ,8ch Mini Standalone DVR ,Digital Video Recorder ,Cctv Camera Dvr ,Stand Alone HD Dvr

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8ch Full D1 DVR

• Categories:
• Standalone DVR

• Brand:
• Pallas

• Model:
• H-2008

• 8CH D1:
• High definition

Detailed Info

General feature:
1. Powerful coder chips are adopted to achieve the effect that real time coding of 8channels D1 by only single coder chip.
2. With High-performance processor, HDMI vedio out-put and multi-channels D1 real-time playback are being supported
3.supporting more than 10 kinds of language menu.
4.supporting mobile multi- remoto control
5. With the graphical operational interface. It supports USB mouse, panel and remote control.
Specification:
8 channel D1 real-time video and network-wide transmission, 4 channel D1 real-time Playback or 8 channel D1non-realtime playback at the same time
Maine CPU; SMP8655
Operation interface; GUI, Mouse, Panel, Remote control operation
Video standard; PAL、NTSC Image compression; H.264
Audio compression; ADPCM
Recoding mode; Manual, Timing, Alarm, Motion detection
Video Search; Time search, Event search, Channel search, The log search
Backup; Network backup, USB backup, SATA backup
Video input/out; 8 ch in 3 ch out (1BNC, 1VGA, 1HDMI)
Audio input/out; 8 ch in 1 ch out (BNC)
Voice talking; 1 ch voice talking
Monitoring Playback quality; PAL 720x576(D1)NTSC 720x480(D1)
Image Control; 6 shifts for adjustable
Motion Detection; Each channel of the detection area 192(16×12), Multi-level sensitivity can be set
Image display; 1/4/8 ch display
Video Speed; PAL; 25 frames / s (adjustable) NTSC; 30 frames / s (adjustable)
Video Save; The hard drive, Network
Local playback; 8 ch D1 Playback
Alarm Input; 8 in 2 out PTZ; RS485
Hard Disk Interface; 6 SATA interface
Network interface; RJ45 10M/100MSelf-adaptive Ethernet interface
2 USB2.0 high-speed interface ATX power

KeyWords:

D1 Dvr ,8 Ch Standalone DVR ,Best Standalone Dvr ,Digital Video Recorder ,Cctv Standalone Dvr ,Stand Alone HD Dvr

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4CH NVR

• Categories:
• Network Video Recorder

• Brand:
• Pallas

• Model:
• N-04A

• Comments:
• 4ch NVR, D1 Resolution,CMS can support up to 127 NVR

Detailed Info
● Support USB connection/record and DVD-RW
● PTZ Control, Alarm Control, Monitoring, Record, Playback
● Display & Storage: D1, VGA, CIF, QCIF, Supports Dual Stream Transmission
● DHCP, DDNS, PPPoE, NAT Trough and socks5 trough
● Supports local and remote monitoring, Supports Dynamic DNS
● CMS can support up to 127 NVR, Monitoring 64 channels on one screen




Channels	4
Video Standard	H.264、MPEG-4
Audio Standard	G.726、ADPCM
Resolution	D1、VGA、CIF、QCIF
Video Frame Rate	(PAL) 1~25/s, (NTSC) 1~30/s
Video Stream	64Kbps-2Mbps
Audio Frame Rate	8Kbps-64Kbps
Video Outputs	1×VGA.、1×BNC
Audio Inputs	1×RCA、1×MIC
Audio Outputs	1×RCA
Alarm Inputs	2
Alarm Outputs	2
SATA	1×RS485
HD Connection	1×SATA
Lan Connection	1×RJ45(10/100Basc-T)
USB Connection	1×USB2.0
Network Protocol	TCP/IP、UDP、RTP/RTCP/RTSP、FTP、Telnet、HTTP、DHCP
Dimension	48×370×257mm
Weight	1.64Kg
Power Supply	AC100V-240V-240V、50Hz/60Hz
Emissive Power	39.5W
Operating Temperature	-30～+60℃
Operating Humidity	-10～85%

KeyWords:
Network Digital Video Recorder ,Network Video Recorder ,Nvr Recorder ,Video Camera Recorder ,Axis Network Video Recorder ,Nvr Video Recorder
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16 CH NVR

• Categories:
• Network Video Recorder

• Brand:
• Pallas

• Model:
• N-16A

• H.264:
• 16 ch

Detailed Info

● Support USB connection/record and DVD-RW
● PTZ Control, Alarm Control, Monitoring, Record, Playback
● Display & Storage: D1, VGA, CIF, QCIF, Supports Dual Stream Transmission
● DHCP, DDNS, PPPoE, NAT Trough and socks5 trough
● Supports local and remote monitoring, Supports Dynamic DNS
● CMS can support up to 127 NVR, Monitoring 64 channels on one screen

Channels	16
Video Standard	H.264、MPEG-4
Audio Standard	G.726、ADPCM
Resolution	D1、VGA、CIF、QCIF
Video Frame Rate	(PAL) 1~25/s, (NTSC) 1~30/s
Video Stream	64Kbps-8Mbps
Audio Frame Rate	8Kbps-64Kbps
Video Outputs	2×VGA , 1xHDMI
Audio Inputs	1×RCA
Audio Outputs	1×RCA
Alarm Inputs	2
Alarm Outputs	2
SATA	1×RS485
HD Connection	8×SATA, 2xeSATA
Lan Connection	1×RJ45(10/100Base-T)/1×RJ45(1000Base-T)
USB Connection	4×USB2.0
Network Protocol	TCP/IP、UDP、RTP/RTCP/RTSP、FTP、Telnet、HTTP。DHCP
Dimension	88×443×530mm
Weight	5.63Kg
Power Supply	AC100V-240V-240V、50Hz/60Hz
Emissive Power	220W
Operating Temperature	-0～60℃
Operating Humidity	-10～85%

KeyWords:

Mobile Nvr ,Network Video Recorder ,Nvr Recorder ,Nvr Video Recorder ,Nvr Network Video Recorder ,Dvr Recorder

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Waterproof IR Camera

• Categories:
• IR Cameras

• Brand:
• Pallas

• Model:
• PL-530

• Type:
• Video Camera

• Style:
• Box Camera

• Sensor:
• CCD

• Technology:
• Infrared

• Special Features:
• Waterproof / Weatherproof

Detailed Info

1/3 Sony ,1/4 Sharp CCD board is optional
Bracket is available
IR range:35m
Indoor/outside use
Waterproof IR CCTV camera with CCD board
Image sensor:1/3''Sony 1/4''Sharp is optional
Effective pixels:420TVL/480TVL(Optional)
Lens:6mm
IR diSTance:25~35m
IR quantity:Φ8:16/Φ524/35(pcs)
SySTem:AL/NTSC
Minimum illumination:0Lux(iR on)
Auto Backlight compensation
Auto white balance
Idoor/outside use
Power:DC12
Dimension:140mm(L)*130mm(W)*65mm(H)

Specifications / Model	PL-530D	PL-530E	PL-530G	PL-530A
Horizontal resolution	420TVL	480TVL	540TVL	420TVL
Imaging device	1/3"SONY Super HAD CCD	1/3"SONY Super HAD CCD	1/3"SONY Super HAD CCD	1/4"SHARP
Photosensitive area	4.9mm(H)×3.7mm(V)
Image pixels	PAL:752(H)×582(V)
TV system	PAL/NTSC
Minimum illumination	IR ON Olux
Signal-to-noise ratio	More than 48dB
Electronic shutter	PAL:1/50s-1/100.000s
Gamma correction	0.45
Gain Control	Auto
White Balance	Auto
Backlight compensation	Auto
Synchronization system	Internal Synchronization
Lens mount	3.6mm(Standard) 6、8mm(Optional)
Video output	1.0vp-p.75Ω,BNG Connector
IR distance
Protection class	IP66
Power supply	DC 12V ±10%
Current consumption	100MA(IR ON MAX 470MA)
Operating Temperature	-30℃～+50℃
Shell color	Silvery white
Size	140(L)*130(W)*65(H)mm
Weight	500g
Material	Aluminum alloy

KeyWords:

Waterproof Ir Camera ,CCTV CAMERA ,CCD CAMERA ,COLOR CAMERA ,WEATHERPROOF CAMERA ,Ir Cctv Camera

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The use of the megapixel surveillance cameras

Your phone allow make calls, send sms and access the world wide web. Now, speed domes your phone allows you to watch and record video out of your network or through your computer. Ceremony download it to all your transportable the videos. You must do your synchronization software and USB cable. If these accessories with your own phone to contact your phone supplier. You most likely are happy to accept free or at a low price.

1 Megapixel surveillance cameras disappointment your laptop and device. Your USB cable directly into computer's USB port along with USB port with the phone. Guantee that the cable securely through the two devices.

2 Flip your personal computer and mobiles. Your computer's disk drive, insert a synchronization software for ones phone. Wait for an program automatically be submitted to the Welcome screen.

3 seek flick one wants. Phone the Synchronization Manager will open and display the files of your respective computer. Press the "Ctrl" "Alt" and "delete" to the keyboard select a couple video.

4, simply click on "Start Sync" or "Sync Now", for the software. Wait until the synchronization is done. Disconnect the USB cable belonging to the computer and movable.

5 Video door phone kit to go into your cell video. You really should certainly able to discover the shocking truth you got installed.

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Powering network IP video surveillance systems with fibre optic transmission

The advances in video surveillance technology have seen the increased adoption of network IP products over analogue systems. A key constant to this shift has been the critical need for reliable transmission of video signal. As the transition to network IP video continues, the need for the widely used coaxial cable is wavering in favour of Cat-5/ UTP cable and high-speed Ethernet connections using Internet protocol (IP) to send digitised video images. In part 1 of this article Jack Fernandes, President and CEO of American Fibertek, provides insights into the important aspects of digital video connectivity, and the role of technologies that make the critical connections in today's security and video surveillance systems It also touches upon the history and evolution of fibre optic video transmission.

Changing role of fibre optics within video transmission

Fibre optics have had a role in video transmission for many years, starting in the days when analogue video signals commonly traveled using amplitude modulation (AM) and frequency modulation (FM) across fibre optic cables. But that role is changing with the transition to network IP. Now, fibre optics are capable of sending massive amounts of digital information across vast distances, securely and immune to electromagnetic interference. Fibre optics are just part of the picture, and networking of IP-based video is leading a path into greater connectivity and functionality for digital video surveillance systems.

Benefits of fibre optic transmission

Fibre is also less easily tapped into or interfered with, which makes it a more secure means of transmitting data over long distances

Fibre optics has the ability to send data over longer distances than Cat-5 cabling. The IEEE 802.3ab standard limits each segment of a gigabit Ethernet over copper wiring to a distance of 100 meters (about 110 yards). Alternatively, gigabit Ethernet transmission over fibre optics can extend to dozens of miles. IEEE standards specify gigabit Ethernets using various cable fibre types and wavelengths of light that extend to distances up to 70 km (43 miles), thus expanding the reach of modern digital video systems to remote locations and thus increasing their functionality in a far-flung campus setting..

Further, the core of fibre optic cable is glass instead of metal, which makes it immune to lightning strikes, short circuits, "cross talk" or other electrical problems. It is lightweight, is stable within a wide temperature range and has a long service life; for example, fibre optic cables installed 20 years ago are still in service. Fibre is also less easily tapped into or interfered with, which makes it a more secure means of transmitting data over long distances.

History and evolution of fibre optic transmission

The availability of commercialised fibre optic technology dates back to the 1980s, when telecommunications companies began constructing massive networks using fibre optic cables. The core of a fibre- optic strand is clear glass surrounded by reflective cladding that keeps light traveling along the strand from escaping and redirects it along the fibre. This fibre strand is about the diameter of a human hair. Light pulses are used to transmit information along the fibre strand. A transmitter or transceiver on one end of the fibre transforms electrical pulses from a copper line into light pulses that are beamed along the fibre strand until they are converted back into electronic pulses at the receiving end.

Fibre optics are just part of the picture, and networking of IP-based video is leading a path into greater connectivity and functionality for digital video surveillance systems

The terms singlemode and multimode refer to the diameter of the fibre and how light waves travel through the fibre; singlemode fibre core is smaller and uses light that travels a single path or mode through the fibre to achieve a higher transmission rate. Singlemode fibre is less expensive than multimode, but singlemode converters are slightly more expensive than multimode versions.

A consequence of the dot-com boom is the existence of a large amount of unused, "dark" fibre, some installed by telephone companies looking to expand their market. Millions of miles of fibre strands are installed throughout the world -- more than 90 million miles in the US alone. Because installing fibre cables is expensive, often additional or spare fibre is deployed and put in place for possible future use, and this is especially true in schools, hospitals, libraries and other campus settings.

Fibre optic networks, often including dark fibres, are also likely to be available related to a customer's data system or telephone cabling system. This infrastructure can be leveraged as the backbone of a high-speed data network. Extension of fibre to new and remote locations is also necessary given the IEEE distance limitations on gigabit Ethernet.

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