Are Hikvision Dvr Wifi
Billi Plancarte
The camera does have a lan connection - I can connect it to a laptop but how do I access the camera directly from my laptop? I only know how to access the camera via its own ip-address. And when I access via my laptop I only have the ip-address for the laptop. Can you help med futher (the I will find a latter )
Since there will be nothing else on the network, you will need to configure manually the network on your computer, so it is on the same subnet of the IP camera and it can reach it. If your camera is, let's say, 192.168.1.50, you can configure your laptop with IP 192.168.1.1 / 255.255.255.0. There is no need for gateway or DNS servers, since you won't be going online.
Thanks. When I have changed the IP-settings on the laptop and connected the camera via LAN between the camera and laptop as you suggest, how do I then connect to the camera - which command or IP-address to I have to key in?
I could not connect via the PC but I figured out that I did not need internet to connect the camera and then I could move the router near to the camera and then connect the lan-cable from the camera to the router and then I could set up the wifi.
@Rukmini- The cameras auto detect/connect. When the user changes the credentials on the NVR, the settings are pushed to the cameras as well. Camera options are Indoor Cube and Indoro/Outdoor Comapct IR dome - in 1.3MP and 3Mp with fixed lens options.
Bob, are you saying that you can run the system without changing the credentials? When the detect and connect occur for the first time, is that camera assigned to that only that nvr somehow (a bluetooth like mechanism?). If not what would happen if two nvr were both in range with defaults not changed?
1) POWER - Either have to run power wire to the camera or settle for locations where power is already available. Battery power just isn't a viable option yet. Solar might be fine if you want daytime only.
3) INTERFERENCE - If it uses common bands of spectrum, it is going to run the risk of interference from other devices. If you use a less common, proprietary band, then you run the risk of nobody adopting your standard.
4) EXPLOITS - It is much easier to exploit or tamper with a wireless system. Hard wired systems are always going to be more secure and harder to tamper with. Nothing is perfect, but why make it easy for tampering. It's easy to jam the common bands of wireless and that would allow an intruder to evade detection or identification.
I think the purpose of this system is for consumers looking to have a wireless system with centralized recording. These people don't have the cash to invest into a professionally installed system and just want to check on the dog or housekeeper while they're out of town. That's my impression at least, I have run into a lot of potential customers looking for a simple system like this, up until now we have told them to look else ware because we were too expensive for them. This might just be a solution for them that we can provide. We will see if it actually works.
Can the homeowners afford to keep calling for service on an unreliable system? Should the integrator eat these costs? I don't think running some CAT5e cable is really that expensive for just a few cameras. I'm sure these Wireless cams will cost more than the wired equivalent? If you end up needing power outlets added in order to get the shot you want, an electrician will probably cost as much, or more than, the integrator simply running CAT5e.
802.11 WiFi is inherently much less reliable by nature. There are so many factors that can interfere with uninterrupted connectivity. Maybe in a vacuum, WiFi is viable. But, in my experience, most buildings, homes, apartments, etc. have been saturated with 2.4GHz. This is to a point of us being forced to use 5GHz bands for our wireless backhauls. 2.4GHz just isn't a viable option anymore.
How many install locations can you imagine that will not have at least one (many more likely) 2.4GHz networks existing and in place BEFORE you introduce the wireless NVR? I don't know of many locations that don't already have WiFi in place. Being that you really have only three main bands in 2.4GHz without overlap (assuming 20MHz channels), saturation is a big issue.
Quick update, I have had a wifi camera from hikvision for a few days, seems to work well and have had no problems so far other than the SD card not recording. This seems to be a common problem with many others cameras I have tried.
Just got the Wifi NVR in, looks pretty solid and is working well so far. There is an external antenna, I am going to see if I can find a high gain antenna for it and see how well it will work in our office building. We have a brick building with a lot of steel and interference as we are next to the airport. If it is successful here I will be impressed, Bosch often tests their new wireless intrusion products here because of our location.
It broadcasts its own SSID, when I set it up last weekend I plugged both the NVR and the camera in to their respective power supplies (different ends of our building) the NVR found and added the camera right away. ??You can change the SSID and security settings manually if you want.
John, thanks for posting that info. Can you give us some background on your building? Such as the distance from the DVR to camera and the type of construction if the walls between them? Also, do you by chance know the saturation of 802.11/2.4GHz in your building? I would be glad to admit my reluctance to the wifi solution was wrong if this is a viable solution.
I am still not sold on this product myself; I have never deployed a wifi camera system before and have never had good luck with wireless equipment in our security systems. So far I am impressed with it and do think it could be a viable option for some situations. I would like to see what kind of range I can get out of it with a couple of yagi antennas and see how it preforms. Back 20 years ago my dad made a living selling ultra long-range wireless video equipment to the government so wireless stuff always interests me.
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To connect a WiFi camera to a Hikvision DVR, there are a few steps that need to be followed. Firstly, it is important to ensure that the camera and DVR are compatible with each other. This means that the camera should be compatible with the DVR's software and firmware, and should be able to communicate with it over the network.
Once compatibility has been established, the next step is to configure the camera and DVR to work together. This involves setting up the camera to transmit its video feed over the network, and configuring the DVR to receive and record this feed.
To do this, the camera will need to be connected to the same network as the DVR, either through a wired or wireless connection. The camera will then need to be configured to transmit its video feed over the network using the appropriate protocol, such as RTSP or ONVIF.
The DVR will then need to be configured to receive and record this feed, which can be done through the DVR's software interface. This will typically involve setting up a new camera channel and configuring the appropriate settings, such as resolution, frame rate, and recording schedule.
Overall, connecting a WiFi camera to a Hikvision DVR requires careful attention to compatibility requirements and configuration settings. However, with the right setup and configuration, it is possible to create a powerful and flexible surveillance system that can be accessed and controlled from anywhere.
To connect a WiFi camera to a Hikvision DVR, there are two main steps that need to be followed. The first step is to configure the camera's network settings, and the second step is to add the camera to the DVR.
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