Hawking Technology NC220W 802.11b Wireless Network Camera Server
List Price: $519.41

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Product Description

The Hawking NC220W/NC200 Wireless/Wired Network Camera Server is the ideal solution for live video images over the Intranet and Internet for remote monitoring. This Camera Server allows remote access from a web browser or Windows Utility for live image viewing. You can manage anywhere, any time in the world. It can be used as Video Surveillance system for homes, offices, remote office, school, warehouse, factory, banks, hospitals, child-care centers, amusement parks and other varieties of industrial and public monitoring. The Camera Server can also be used for intruder detection, capturing still images for archiving, and many more applications.The Hawking Camera Server can support a variety of platforms such as TCP/IP networking, SMTP E-mail, HTTP Web browser, and other Internet related protocols. It can be utilized in a mixed operating system environment such as Windows, Unix, Linux and Mac. It can be integrated easily into other Internet/Intranet applications. The Hawking Camera Server NC220W supports both 10/100Mbps wired Ethernet and/or 11Mbps IEEE 802.11b wireless LAN (NC200 model supports only Wired) providing the advantage of mobility, flexibility, and high performance transmission. The NC220W will enable you to connect via wired and wireless simultaneously. The 802.11b Wireless Network Camera Server features 2 antenna connectors and supports protocols: HTTP, FTP, TCP/IP, UDP, ARP, ICMP, BOOTP, RARP, DHCP, PPPoE; WEP encryption: 64-bit, 128 bit.

  • Remote Monitoring Anywhere, Anytime
  • Compliant with IEEE 802.11b Standard (NC220W)
  • 640 x 480 video resolution
  • No PC is required
Customer Reviews:
  • Worse Web Cameras Ever
    These are a new generation of "webcams". These cameras have a built in web server. They connect to your home net via ethernet. Management programs can display the images from the cameras on your computer screen.

    I recently examined a Hawking camera. Superficially, it seemed to have security, but there were only two official ways to get an image from the camera. One was by using a facility where the camera e-mailed you an image. This image was tagged as spam by my provider because it used the big5 character set, even though it contained no text. But the other way was to use a java applet which was automatically downloaded from the camera, the same way any applet would be loaded.

    This was the only image data displayed on the camera's web interface.

    I wanted to get a still image, so I traced the applet's data stream. The applet simply connected to a port on the camera and then presented four characters and a newline. The camera responded with a four byte header and a jpeg. I was able to use echo, sleep and netcat to pull jpegs out of the camera - but I did not have to present the password to pull jpegs out of the camera.

    The instructions that come with the camera tell you to open this port to the Internet via port forwarding from your firewall. You also open the camera's web port.

    If you do this, then a hacker can see that you have this camera and then they can look for other open ports, and if they find the camera port, they can easily pull jpegs out of it with no password.

    This is OK, though, since the camera is so incredibly bad that all that anyone will see is sort of a flesh shaped amorphous mass. I took this camera back to the store.

    There are two other products on the market. One is the D-Link DCS-900W, and the other is the Linksys Wireless G. Both are comparable to the Hawking and way better.

    The Linksys presents both sound and video as an MPEG4 stream. I know of no way to get still images from this camera (other than by having the camera e-mail you one). There is an active X control that allows you to view the video on a windows system, or, with the right codecs, you can use Media Player or Mplayer to view the stream. However, only a Windows user using Internet Explorer can access the camera through the web interfacr and see full motion video. Everyone else can go through multiple layers of frames to determe what the url is for the mpeg4 stream - then, that URL can be fed to a regular media player that can play (or record) an mpeg4 stream.

    The Linksys can be connected to a 10 or 100 wired ethernet, or to an 802.11b or 802.11g wireless net. It supports WEP. By default it is configured to run at a fixed address - but it can run on WEP. A unique feature is that it has a small LCD panel and the LCD panel displays the IP address that it uses. It can look for motion within the camera and send out alerts by e-mail if motion is detected (that is, no external program is required to deal with automated motion detection from this camera). All data is presented on the web interface, and basic authentication (userid and password) is demanded if the camera is set up to require it before the video stream, or any data other than the base screen is presented. There are two levels of users - those who can display the video stream and one user who can administer the box.

    I have not installed the Linksys management software - it seems to be unneeded. If I could find an open source solution that would allow me to convert mpeg4 to a still jpeg, then this would be the winning solution. But the conversion stacks I have found garble the images horribly. I believe that there is conversion available in the support software.

    The D-Link has a URL where a jpeg can be accessed. All interaction is via web - and all interaction requires basic security. There are two levels of users - One user who can configure the camera and those who can just display pics.

    The D-Link has a Java applet and an active-X control - take your pick - that allows you to view motion pictures - and it also has full motion video - so you can view full motion video from any browser that supports Java applets, or, if you are an IE user who has not installed Java, you can use the Active-X control to look at the video. Thus, the full motion video should work for almost everyone - I know it works in Linux and Windows. The D-Link has the best low light capability. It also has the clearest picture, by far. It does not have 802.11g and it does not have sound. It does support WEP. Internally, (to the applet) the motion data is presented as a series of jpegs, using a standard http stream format. All video or jpeg data is presented only after successful basic authentication.

    The management software for the D-Link camera works reasonably well, but there is no reason to use it other than, perhaps, for upgrading the flash - although the "lite" software can present a very high quality full screen full motion video. All motion detection recording on the D-Link is done in an application on a connected windows PC.

    These cameras cost a few dollars more than the Hawking, but they actually have a modicum of security.

    The Linksys is a winner if you need sound, or if you want to get the extra performance of an 802.11g device - if you do not have any 802.11b devices, you might well not want to introduce the first one.

    If you need motion detection in the camera, the Linksys devices also win. Linksys cameras and a wireless router would obivate the need for a computer onsite, and, with a DSL connection, say, would allow for the accumulation, at a central site, of images where motion was detected.

    If you do not need sound - say, for a manned security setup, the D-Link cameras would allow you to put 16 cameras on a single screen - no wiring cost, and you could have motion detection and recording. That would be expensive, but probably much cheaper than any other solution. Considering that you could avoid wiring, it would be a winner....more info