Best Sellers. In Stock. Our price is below the minimum advertised price MAP set by the manufacturer. In contrast to wired analog and HD cameras , each of your IP cameras exists as a mode in a network. This lets you access your surveillance camera feeds from anywhere using a computer or mobile device.
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Dewesoft X video acquisition module offers the possibility to acquire video signals synchronised together with other sources like analog, digital, counter, CAN, XCP, etc.
- Updated June 12, by Christopher Thomas.
Best Sellers. In Stock. Our price is below the minimum advertised price MAP set by the manufacturer. In contrast to wired analog and HD cameras , each of your IP cameras exists as a mode in a network. This lets you access your surveillance camera feeds from anywhere using a computer or mobile device. At the same time, they can also connect to a central unit for monitoring and recording. IP cameras work via the internet protocol IP —a set of rules that governs data transfer online.
The cameras connect to your home or business network via Wi-Fi, cellular modem, or Ethernet, and for this reason, they're also called network cameras. This decentralized setup also means you don't need a central control unit, as you can access each camera individually over the internet from any location using a laptop, desktop, tablet, or smartphone. In addition, video output stores in the camera unit itself using on-board storage, such as a memory card.
You can choose to have your Wi-Fi and wireless cameras work in centralized mode and hook them up to a network video recorder, or have them working in both centralized and decentralized modes. As with all electrical devices, network cameras require a power source, usually one that delivers 12 volts of DC or 24 volts of AC. Traditionally, this would be supplied by fitted wiring or via an adapter located nearby, and IP cameras that connect wirelessly still need a separate power source.
The simplest are cylindrical units called bullet cameras. These are robust and easy to install and adjust, and can be placed in tight spots. To effectively scan your environment, you can opt for pan, tilt, zoom cameras, or PTZs, which you can adjust manually or via software.
You can also find nonfunctional dummy cameras that work as a deterrent. Are you ready to invest in the best outdoor IP cameras to safeguard your home or business? Customer Rating 40 11 10 Compression H. Fixed Focal Length MM 0. You can only compare up to 4 items. International orders are processed the next shipping day. Calculate Shipping. Add to Cart. Log Me In to see our price.
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Dewesoft X video acquisition module offers the possibility to acquire video signals synchronised together with other sources like analog, digital, counter, CAN, XCP, etc. Dewesoft X video acquisition module offers the possibility to acquire video signals together with other sources.
A wide range of cameras are supported:. For applications requiring video which is truly synchronized to the dynamic sample rate, there is support for DS cameras. The result is a stunning correlation between each frame and the data. The video is captured by real-time data streaming, even at full resolution! Therefore, a Gigabit-Ethernet port is required. If you have multiple DS-CAM cameras, we can provide adapters for syncing, powering and connecting multiple cameras to Dewesoft instruments.
Combines Sync and Power to the camera connector. External GigE switch required. See the complete list of supported cameras. All camera sources are synchronised to analog data.
The standard introduced in provides a framework for transmitting high-speed video and related control over Ethernet networks. On the rear side of the camera, there are two connectors. Ethernet connector pinout according to the standard. The camera is directly connected to the Gigabit-LAN port.
The camera frames are now in perfect sync with the analog data acquired by Dewesoft. Writing speed of disk may be limiting factor we used SSD. We recommend testing cameras with your setup at about 0.
On the backside of the camera there are two connectors. The pinout of the Ethernet connector is according to the standard. Note that pins 3 and 4 are used for clocking the camera. Pins 1 and 2 are reserved for synching multiple Dewesoft instruments! We recommend to test cameras with your setup at about 0. If not, execute the fullinstaller again, select Modify and reinstall the option.
HINT: If you change the frame rate, after typing the value, the input gets a yellow color. Confirm the value by pressing the Enter key. Make the following changes:. Save and reset Windows. Issue: In 2. Not able to use the cameras. Please wait a little bit until IP is assigned. You can get it working by doing the following: Check if the operating system of your computer is 32bit or 64bit. If you followed the step-by-step installation procedure, but still the camera is not working in Dewesoft X , you can try to copy the used dll's manually:.
Then restart Dewesoft X. A loss of a few frames during a measurement is normal, due to collisions on the Ethernet network. Here are some useful hints to improve the performance:. Connect cameras one by one, otherwise, you don't know on which ports they are. So we have changed the IP address of the camera to For the next camera we have changed 3rd number of IP address, because Subnet mask is For testing purposes, we have done a special table, with which we can measure single point with 6 cameras.
On that point, we have used a tuning fork, so we could actually see the synchronization of 6 cameras. Our goal of testing was to measure different resolution's and then search for the highest frame frequency at each resolution. For each setup, we have done at least 3 measurements. In the picture below is a display from Dewesoft X software with 6 x camera with fps with a tuning fork.
At this part, we have done 2 separate measurements. For test we have also used 1 color camera in different combinations with black-white camera.
For all tests we have used 2 ports on motherboard, on Intel network card and 1 on Tenda network card. So which camera to choose for a certain application? It is clear that the thermo vision cameras have their special applications while the high-speed cameras are used to acquire short triggered snapshots where we need extreme video rates to capture crashes, explosions, and other fast events.
The decision between a good camcorder and a medium speed camera is not that easy. The main difference between these types of cameras and the high-speed ones is that with the medium and low-speed cameras we can continuously store video stream to the disk until we run out of disk space. We can also use software triggering on the video to reduce the amount of data or perform the online compression.
However, the system needs to have a good performance to stream video. We will need high-performance hard disks and a very well built system, as we might still run to the limit of performance. We have to know that the typical VGA size image takes kB.
If 25 or 30 pictures per second are enough, we might consider using a camcorder. I would suggest progressive scan cameras, so as not to have interlaced pictures. We had lots of feedback from customers telling us that a simple, even poor picture helped them to understand the recorded data much better.
The delay defines the difference between the actual event and the event shown on the video display, recorded by a camera. We can define the delay for each connected camera separately. The delay is defined in milliseconds ms. We enter the wanted value and to confirm the number, we press enter. The search for the wanted module is much easier and faster. When we enter the Video section, we see our connected cameras, along with some other quick settings. ID column shows the consecutive number of the connected camera.
In the color column, we can change the color of the camera signal recorder, Under general setup you can adjust several pictrue parameters pan, tilt, zoom, exposure, focus, brightness, contrast, saturation, sharpness, white balance, The picture from the camera can also be rotated.
We can enter any number we want, to confirm the selection press the Enter butoon. The next step is setup the video channel. Go to Video section. In the Camera options section where the webcam should be displayed if it is installed correctly. Click the Unused button to switch on the camera turn it into Used and end setup with the Setup button.
With the help of hair dryer we will switch off the fuse. Video will be recorded with high speed camera and regular webcam. We have two camera types connected, DirectX which recognizes web cams and camera phones and GigE.
In the setup screen of Dewesoft X we see all connected cameras. We select needed cameras. First we set up the camera. We set the frame rate to and resolution. The next step is to set the shutter speed. Higher shutter speeds will reduce the smearing of picture with fast movements, but will also reduce the brightness of the picture. Therefore we will need either a strong light or we will need to increase the gain. On the other hand, this will increase the noise in the picture and will reduce the picture quality.
The settings of the camera depend on the capabilities of the camera. There are a huge differences between one web cam and the next in terms of speed, picture quality and available functions.
Some cameras have automatic shutter and automatic gain, there are even a few with automatic focus. Some cameras have different compression types like YUV or I This means that the each pixel will not have 24 bits of data 8 bits of data per color , but less. In short, using such modes will result in smaller picture sizes and will reduce the data file size in the end, but the colors might not be as perfect as with RGB uncompressed.
These compression algorithms use exactly this fact, therefore we might not even see any difference. The current is flowing through the fuse for approximately 20 msec before it really switches off and we can see nicely when the spark switches the fuse off.
It is also very nice to see the position of the switch on the left side of the fuse as it goes to the off position. The picture from the webcam is nice, but doesn't show this at all. Because the web cam is neither clocked nor synchronized with analog data, it is time stamped as the picture comes in to the computer. Therefore, we can see the switch off with a delay of approximately 60 ms. In conclusion, web cams have two limitations: speed and time accuracy.
However, there is a way to reduce the time inaccuracy by entering a camera delay.