Posts Tagged ‘ nvr ’

What are all These Ports on My Security Camera DVR?

Written By:
Friday, July 31st, 2015

When you receive your Security Camera DVR you might be wondering what some of the ports are for. This article will explain some of them, the reason they are their as well as a little bit of history.

USB = Universal Serial Bus

usbUniversal Serial Bus is an industry standard developed in the mid-1990s to replace the slower serial and ps2 communication ports on a computer.  The purpose was to be able to attach devices like a mouse, a keyboard, disk drives, network adapters, portable media players, and other devices that help qualify the word Universal in the name of the port.  It has become such a standard that it has evolved over the years as USB 1.x, USB 2.0, USB 3.0, USB 3.1, and USB Type-C.  The DVRs and NVRs continue with this trend by offering USB ports for connecting a mouse and flash drives or hard drives to the unit by using one of the available ports.  Unfortunately, USB keyboards are not supported by the operating system and only the online keyboard is available for entering data.  DVRs and NVRs are very similar to computers, so the device needs to be supported in the operating system.  This matters especially when connecting drives in the sense that you could try to use a USB drive that is too new for the unit.  A DVR or NVR manufactured during a certain era will only support flash drives and hard drives with sizes appropriate to that era.  For example, you will not find a 64GB flash drive or a 6 Terabyte hard drive in 2007.  There is no harm plugging in a USB drive to see if it is recognized since the port is plug and play.

Ethernet Port

ethernetAn 8P8C (8 position 8 contact) modular connector, often called RJ45 (Registered Jack 45), has become an extremely important plug since the world wide web is connected with this standard Ethernet port on all kinds of devices.  Our DVRs have one Ethernet port so that they can connect to a router for access to the unit from the world wide web.  Our NVRs have the same port, and may also have power over Ethernet ports (POE) for cameras to connect to it for power and video data transmission.  You can buy an 8 channel NVR, for example, that has a built-in 8 port POE switch that allows you to plug 8 IP network cameras into the back of the unit.  You can also buy an 8 channel NVR that does not have any built in POE ports, so the video data would need to be networked back to the NVR.  This can congest a network if you have other computers and devices using the same routers and switches, but there are ways to design your network topology to reduce or separate traffic.

BNC Connector

The BNC connector derived its name from Bayonet Neill–Concelman, which is a combination of its bayonet mount locking mechanism and its inventors, Paul Neill and Carl Concelman.  The BNC connector is a quick connect radio frequency connector commonly made in 50 and 75 ohm versions used for coaxial cable.  This connector has become the heart and soul of the analog and HD-CVI DVR because of a quick plug and play connection option.  Many people like to use existing coax cable and continue to use it with new technologies like HD-CVI rather than mess with a complete overhaul to an IP technology system.  While IP may be the future, this connector has found new legs with new technologies and should remain viable for years to come.  As long as coax cable still exists, the BNC connector will remain the default option.

RCA Connector

An RCA connector is designed to carry audio and video signals, and received its name from the Radio Corporation of America in the early 40s when it was designed to be an internal connector in home radio-phonograph consoles.  This port has evolved over the years to encompass video in the famous red, white, and yellow composite video.  Our DVRs and NVRs use the connector for audio-in and audio-out primarily since video on our DVRs is covered by the BNC port and NVRs use networking to transmit video.


hdmiHDMI stands for High-Definition Multimedia Interface, and it is a proprietary interface designed for sending video and audio to and from HDMI compliant devices.  The video is uncompressed and the audio can be compressed or uncompressed.  Our DVRs and NVRs have this port as a connection option to a TV or monitor for viewing the live video or playback, as well as adjusting the settings of the unit through the menu options.  The main improvement of this port over VGA, for example, is the ability to do high definition without video loss, which allows us to see higher quality video.  This means that we can see more cameras on the screen at one time clearly and see more detail.

In Summary

There were many ports used in the past that are now likely on the way out.  Most notably is the RS485 connector that is used to control the PTZ cameras.  With Ethernet IP camera and HD-CVI camera technologies taking off, connecting a PTZ is now done over the one cable with no additional cables needed for PTZ control.  They should still be present on hybrids and tribrids, but anyone buying a new system should opt for one of the new technologies since video surveillance is about protecting assets.  VGA should hang around a little longer, but HDMIs ability to handle high definition video without video loss and audio on the same cable, make it very convenient.  RS232 / Serial, PS2, LPT, are all in the port graveyard, but there are likely still some machines out there that have them.

No doubt that new standard ports will come, as they are always being invented or improved.  The research and development teams at all technology companies are working towards the next big thing, so that they can create a new standard port for years to come.  DVR and NVR companies will incorporate any new port into their system that is useful as it grows in popularity.  For example, if a port replaces USB 3.0 for connecting external hard drives, that would become a standard very quickly.  Security Hard Drives happen to be the most important component of an NVR since they are used to record the video footage.  This is an area where the technology needs to improve.


Technical Support Might Be the Most Important Part of your Security Camera System!

Written By:
Wednesday, July 8th, 2015

If you’ve ever shopped for a security camera system you know there are a lot of options available. Do you go with an economical analog CCTV system or one that’s a high definition and state-of-the-art? Should you go with HDCVI or a Network IP setup? Analog cable, CAT5, POE switches, small hard drive or a large hard drive? There is a lot to think about if you want a solution that is going to work for you reliably and give you the quality and functionality you expect.

But one of the most over looked and under-valued components of any modern day security system is TECHNICAL SUPPORT! Without good technical support you might end up with a pile of expensive hardware that was not installed or configured property. Worst it might never get setup at all.


One company that realizes that quality technical support is just as important as the superior products they provide is In addition to all of the product information, product videos, and downloadable content, they also have live technical support for the life of the product. This means you will get FREE lifetime support for any security camera or recording device you buy from them.

Locations in the USA on the East and West Coasts allow for to have extended support hours. Live industry experts are available to help you with the installation, initial setup, system configurations, networking and remote viewing / mobile app implementation.

This support starts with the knowledgeable sales team. Whether you are a professional installer or just looking to secure your home or business you are sure to get all the help you need. Many of the sales team members are also experienced security system installers. This level of expertise ensures that the sales associates will be able to answer all your questions and recommend the best security system to fit you specific needs.

Security cameras

The sales staff can also help you plan your installation. They can help you choose the technology that’s best for you and they can help determine power requirements, what type of cameras you need, how much storage capacity you want and much more.

Once your equipment has been purchased you will have access to a U.S. based technical support team. As mentioned earlier tech support is Free for the life of the product. Here are just a few things a technical support representative can help you with:

DVR Settings: Including but not limited to the following:

  • Setting up your DVR time and Date format
  • Setting up Motion Detect for you cameras
  • Setup you cameras recording resolutions and recording stream settings
  • Setup motion masking and privacy masking on your camera
  • Setup text alerts
  • Setup storage management
  • Review recorded video
  • Export recorded video

IP Camera Settings:

Unlike analog cameras and DVRs, IP camera settings are usually stored in the camera itself. Each camera has it own IP address and they can be accessed individually or simultaneously through the use of an NVR (Network Video Recorder). IP cameras also use CAT5 cable instead of coax and can transfer power and video on the same cable with the use of a POE switch (Power Over Ethernet). Technical support can help you setup the IP addresses for your IP cameras and assist with your POE switch and network setup.

Remote Access, Remote Viewing & Mobile App Setup

Every DVR or NVR that sells has remote access capabilities and FREE remote viewing software or mobile apps. The Pros at can help you set up up remote access as well as get you set up on your PC, MAC, iPhone, iPad, Android Phone or tablet.

If you want to access your home DVR or NVR from a remote location, you must first connect to the IP address that was provided by your ISP. An ISP or Internet Service Provider is the company that provides your Internet like Comcast, Brighthouse or Verizon.

Once you have accessed the home IP address, your router needs to direct your connection to the home DVR or NVR, this is called Port Forwarding.

In addition to setting up your remote viewing apps the technician can also assist you with your router configuration and port forwarding to your recording device.

DDNS Account

One more thing to consider when accessing your DVR or NVR remotely as mention above is that you will need to know what IP address your Internet Service Provider has assigned to you. Once you know that IP address you can set up your software or app to go to that IP address (your home’s IP) and direct you to your Recorder.

One problem you may face is that ISPs often change your assigned IP address (unless your pay for a static IP address). If the IP address of you house changes, then your software or app will not be able to connect to your home’s router until you update the setting with your new home IP address. One way to avoid this is to sign up for a DDNS account (Dynamic Domain Name Service). Simply put, this is a domain name like ( that is aware of you current home IP and will always resolve to your home IP even if it changes.

The great news is that all DVRs and NVRs support DDNS and for each recorder you buy, will give you a FREE DDNS domain name. Better yet, one of the support representatives will be happy to get it all set up for you.

Even More Support


In addition to the Sales and Live tech support offers alternative methods of support including upward of 1000 high quality products, support and how-to videos. There is also an extensive download area where you can find the latest drivers, firmware, software and tools for your CCTV and security equipment.

Live chat for the sales and support department is available on the website Monday through Friday 9am to 8pm EST.

Last but certainly not least there is the CCTV Forum. This is the place to connect with experts in the industry, find answers to common problems and get help on your specific problems. The forum is a 24/7-support source for anyone in need of help regarding CCTV, Home Security, Access Control and more. This forum is constantly monitored by the support staff at and is sure to get you the answers you need fast.

As you can see there is much more to a quality security system then just top quality products. The support you receive is just as important and the equipment you buy and the experts at are there to give you both.


The Importance of Security Camera and Security Recorder Maintenance

Written By:
Tuesday, July 7th, 2015

Imagine walking into your business the morning after something occurred overnight, and you need the video that will help locate the suspect. You find out your system was not recording, or the equipment just turned itself off and failed to capture the event. Frustration understood. You bought the equipment for the specific reason to record when a wrongdoing occurs. Often, system failure is due to the lack of security recorder maintenance on your recorder or cameras. Equipment failures can happen and will happen if proper attention is not paid to the device over time.

A DVR/NVR is an apparatus for security, and it is important to keep it running at optimal performance. Security Recorder Maintenance will prolong the life of the unit and reduce potential for future operational anomalies and failures.

When the system is initially installed, generally there is no documentation providing recommended maintenance for the equipment. This article will give you some general insight, and suggestions, on how to maintain your security system and cameras. Of course, not even the “master of maintaining” can control the “other” factors that also cause the same failures. For example, power outages, storms, lightning, brownouts, circuit trips, alien invasions, etc.

Here is a little bit about EOS/ESD, dust and humidity, specifically.

EOS and ESD (electrical overstress, electric static discharge respectively) are the most common causes of failure for any electrical device. The odds are greater in that a random power surge, lightning strike, failing power supply, or lasting brownout will occur more often than the very slow, progressive, deterioration caused by dust and humidity. Therefore, we should understand the device’s power source and incoming voltage to the system. It is common knowledge in the tech world that ESD are those tiny little rascal lightning bolts that discharge when you come in contact with something after rubbing a balloon on your head or feet against the carpet. Yep, those can damage a circuit board also known as the PCB (Printed circuit board), in a heartbeat if there is direct contact to the board. Of course, the probability that the mainboard would be on the outside of the chassis is about none, but it is still good to know about the effects of ESD when you are maintaining the system.

EOS is another form of over-voltage. EOS can be a momentary event or can cause damage over a course of time. Unlike ESD, where the electricity is dispersed immediately at higher voltages and amperes, EOS is defined as the voltage throughout that exceeds the specified limitations of the device. If the incoming voltage is beyond the specific limitations of the device, EOS will cause localized high temperatures in materials used in the device’s architecture affecting the whole device. You can help prevent EOS by incorporating proper grounding and shielding of lines and receptacles, and only using the correct power supplies.

Examples of damage caused by EOS:


Dust is everywhere and humidity may be present as well. Both of these environmental factors can cause issues with any electrical device. When dust collects on electronic components, it eventually interferes with the flow of electricity through the PCB. Over time, the accumulated dust becomes an insulator, potentially overheating circuits and increasing the chance of failure in capacitors or other vital parts of the PCB creating functional anomalies, random shutdowns, inconsistent operational issues.

Examples of Dust:

enough said

Humidity also has a part to play in this. PCBs can suffer from a variety of problems if the surface is covered with electrically conducting materials, like dust, and combined with moisture, this results in a lowering of resistance and eventually can lead to corrosion of metals. Protect the equipment from humidity by using a bit common sense. Do not install your system in a rain barrel. Some installations are required to install the security equipment in a separate building or a secured shed with no climate control. In these unique circumstances, there are products available that are air tight with ventilation. Luckily, improvements have been made in manufacturing. PCB makers will generally apply a conformal coating over the PCB to help reduce the impact of this natural nuisance!

Examples of damage caused by humidity (rust):

Side note: ANY variation of system overheating, whether it be caused by poor ventilation, dust, humidity, overvoltage, etc. wears down the system circuitry, decreases performance, and increases system instability.

Now that we have covered some of the basics in “high tech equipment nuisances 101,” here are some suggested practical measures to follow in taking care of your security investment.

– Blow out and clean all case fans with compressed/canned air
– Perform a search of footage, varying dates. Doing this checks HDD recording performance.
No footage = Possible HDD issues

Three Months
– Repeat Monthly maintenance
– Look for any video footage anomalies that may indicate a failing camera. This includes camera images that do not look focused and clear, rolling vertical/horizontal lines, diagonal lines, wavy image, color/lighting fluctuations, really bright/dark images (without manual adjustments) etc.

Six Months
– Repeat 3 month DVR maintenance
– Open the case and blow out the system (while unit is turned completely OFF) with compressed/canned air. Make sure to clean out all components, including the power supply (if power supply is mounted inside the unit).
– Run a Hard drive check from the System Main Menu (not available in some models)
– Test UPS battery backup by pulling the plug from the wall. UPS is a highly recommended accessory to have for surveillance equipment.

– Repeat 6 month DVR maintenance
– Meter the UPS and/or Line Conditioner for proper voltage. Also meter the incoming voltage at the wall to determine your raw power conditions.

Of course you can create your own maintenance schedule if you choose. There is no set procedure that needs to be followed. Just keep in mind that the goal is to inspect the equipment and keep it clean. Take care of it, and it will take care of you. A happy recorder is a trustworthy recorder. Hypothetically speaking, if the system is stellar, the camera system may even capture a real ghost using motion detection! In broad daylight! Give yourself a gold star for that! Watch out Ghost Hunters, the mother of maintained surveillance equipment is here!


Our CCTV Forum is the Best Source for Questions about Security Cameras, DVRs, NVRs, and Access Control

Written By:
Wednesday, June 24th, 2015

Security Camera King CCTV Forum


Our CCTV forum is a great resource for both newbies as well as experienced security camera users. In the CCTV Security Camera Forum, everyone learns from one another. Perhaps you have a question about how to configure a specific item such as an HD-CVI camera, an IP camera, or a Security DVR or NVR. Maybe it’s after hours, or on the weekend, and our “live chat” or phones are not available. Well, the good news is that our CCTV forum is available 24 hours a day, 7 days a week. You can find answers to most of your questions by using the search as shown below.


If you do not see a question related to what you need then feel free to post your question to the appropriate forum. Our knowledgeable staff, and even other users, are usually monitoring the forum so your question will be answered in a timely manner.

But, before you can do anything you need to register for the forum… and it’s free! See Below.


Once you are registered, it is a good idea to familiarize yourself with our posting guidelines and you can see the link in the image below. In there we discuss how to use our forum and also some of our policies regarding posting, instant messaging, contacting members, etc.

Another place you might want to post to right away is our introductions section, also in the image below. Here, we can learn a little about you as well as what your experience level is. Your fellow members will also chime in and welcome you to the community. Everyone is very friendly. If you do not already know who we are at you can read and learn about our company in the About Us section in the same image below.


Now that we have you registered and up to date on what to do, you will find we have forum topics separated by category as shown in the image below.


If you have a question that has not been answered already about Analog Cameras, HD-CVI Security Cameras, IP Cameras, DVRs or NVRs then feel free to post to those forums. You can upload pics, videos, documents, or anything else that would help us answer your question thoroughly. There is no question we can’t handle, and if we do not know the answer off hand, we will have our tech department set up the same scenario as your question in our warehouse and will work until we have the right answer. They love a challenge. You will be amazed on how they can figure out any situation they come across. In some cases, they can even create a video “on the fly” to teach you how to solve your problem. In many cases we can log into your devices during normal hours to fix the problem for you.

Another forum category besides cameras and recorders is the Networking forum. Many times, especially with IP Network Cameras, you need to configure your network in such a way as to save on bandwidth. In the networking section is where you would find answers as well as post questions about networking design and configurations. We know a lot more than just cameras!

The next section is the topic of System Design. Lots of times you are trying to find the best security camera system for your needs and budget. Here is a good place to post your questions and also find answers. It might be after hours or the weekend and you just need to find out what sort of system you need to buy. Others have been in your same situation and have found this topic useful.

Next, is the topic of Wiring and Power. Here you will find questions and answers to a variety of wiring and power needs. Our products are all wired and so they need to have power and also cable. Do you have a power or cable need that is not addressed here in this topic? Then by all means feel free to post your question. Again, there is no question that goes unanswered.

The next topic is on Remote Viewing Software. This topic is very useful as it has answers to most questions about how to view your cameras over the Internet. You can view your cameras on Smart Devices such as the iPhone, Android, Tablet and iPad, as well as external Mac and PC computers. Just how do you view and set that up on those devices? The answers are in this forum topic. Do you have a question that is not listed there? That’s right! You can post your question and either one of our knowledgeable staff or members will help you out. It’s that easy.

Last in our support topics is Access Control. In the last year or two, we have added a full line of access control products and have become quite knowledgeable on how to wire, configure and monitor access control from one to many doors. In fact, our tech guys love to invent new and easier ways to connect and configure access control panels, access control readers, electronic door locks and more. In fact, they can even configure those device to work alongside your security cameras. So, in the access control topic is where you can post your questions about configurations, wiring, software etc.

Another forum thread I would like to point out is the How To Articles. In this link you will find articles written by our tech and sales staff to make things easier for you in the way of configuring your recorders and cameras as well as network schemes and wiring options.

Best of all, this is all free to use. You can access the CCTV Forum here. If you are new, don’t forget to register. If you have already registered, then welcome back and we look forward to helping you with your CCTV or Access Control needs. The more discussions there are, the more we and your fellow members can help out as well as learn from all the information.


How to Connect an IP Camera to an NVR (Network Video Recorder)

Written By:
Wednesday, May 6th, 2015

For years, many customers have asked me what is the best way to to connect an IP camera to an NVR (Network Video Recorder). In this article, I will describe what I think are the best settings you should have in your NVR and IP cameras.

One thing I will recommend to you is to investigate how your network is laid out and have some knowledge of how many computers are connected to your network. This way, it will prevent any IP conflict when configuring the IP camera and the NVR security recorder. By default, all of our recorders will be set with a static and the majority of the IP cameras will be DHCP.

The easiest way to figure what to do at this point is to connect the recorder to the power supply that comes with the unit and then connect an Ethernet cable from your router to the Ethernet port of the NVR. After the unit turns On you will then need to go to the network settings of the NVR. Of course, you need to be connected to a monitor to see these settings.

Main menu

Most of our NVRs will have a new interface, the “blue interface”, and the menus will be spread out a bit different than the previous version. At this point you will notice that there are 3 parts of this window menu: The top is operation, mid is info, and bottom is setting. Go to network and the following page will display:

Dual Nic Art2

Depending on the type of NVR you have, some will have additional settings, but overall the steps are the same. We will be focusing on getting an IP address for the NVR. Click on DHCP, apply and save. You will be kicked out of that menu and in a few seconds your NVR will contact the router to get an available IP address.  Go back to the network settings to see what IP address you received. Normally what I will do is to set the IP address to a digit higher than what the NVR was assigned. This way I will avoid any IP conflicts in the network. Certain router’s DHCP settings will start from all the way to and it also depends on the network scheme and who configured the router initially. Assuming that the router’s scheme is within the numbers above I will set the NVR with the following IP:

Now that I have that out of the way the next thing to do is configure the IP cameras. In the past, all of our IP cameras used to be configured with this IP address: Many times customers and installers used to connect all the cameras at the same time without considering that it could cause a major problem when trying to assign an IP address to the camera or even to have the cameras show up in the tool finder (Config Tool). Nowadays most of our cameras are configured as DHCP. Therefore, if you have a router in the same network as the NVR, then most likely the camera will get an IP address from the DHCP pool setup in the router as soon as it is connected to the the POE switch that they will be connected to.

Here a snapshot of the config Tool:

Config Tool


Open the config tool and it should populate all of the IP addresses that your equipment got assigned from the network.


Assuming that each camera showed up in the tool, click on one of the IP addresses and a box will appear asking you for a username and password:

Config Tool Login

Click on login to access the camera’s IP interface:

Config Tool DHCP

If the camera is configured DHCP most likely it will show like the picture above. Noticed the IP address field along with subnet mask and gateway are gray out. Uncheck the DHCP option marked in red and now you will be able to change the last digit of the camera’s IP address to something different. Like I said before, I will change this camera’s IP address to and click save.

Config Tool Static

Now that we have assigned an IP address in the camera, it is time to access the camera’s settings and features. To do so, you will need to open Internet Explorer and begin to set up some of the features of the browser. Click on this link to follow step by step of how to setup this feature.

Type the IP Address of the camera on the address bar of your browser to access the web service. Once the web service comes up, input the username and password. The default username and password for our cameras is “admin”. After accessing the camera make sure the ActiveX files are installed. They will be needed to access and configure Video resolutions, Schedule, etc.

On the left side of the camera settings go to conditions to adjust the brightness, contrast, HUE etc. I normally leave these settings alone, and just change them depending on the environment.


Click on video to configure the resolution of the camera, Frames per second, Encoding, etc. This part of the settings is crucial because it has to do with the recording resolution. Notice that you have two columns: One label is Main Stream and the other is Sub Stream. In a nutshell, this is referring to recording streaming and viewing streaming. The Main Stream settings will affect how the camera sends the image to the NVR over the network, among other things; it will also affect recording quality and how many FPS (Frames per Second) your NVR will be able to use as each camera gets added to each of the NVR Channels.


NOTE:  DVRs have a maximum amount of FPS (frames per second) that they can handle. In the case of NVRs, the majority of them are restricted to an amount of  incoming bandwidth, which it makes certain NVRs to support higher resolutions. Although that is a true statement, I will never have cameras connected to the unit using the maximum bandwidth they can handle, because realistically a network can only handle so much data at one time. For those NVRs with a fixed incoming bandwidth, you will need to divide the advertised speed by the amount of cameras connected to the NVR to realize what bit rate each of the cameras need to be set at. Also, you most consider that the incoming bandwidth is shared also with the sub stream. So, on an NVR that supports 200Mbps for incoming bandwidth you will need to allocate 32 Mbps for the Sub Stream, so at the end you will have 168Mbps available in the Main Stream to stream and record.

Once you have decided how many cameras you will be adding to the NVR, it is important to configure the correct FPS, Bit Rate Type and Bit Rate.  For the Bit Rate Type I recommend “CBR” (Constant Bit Rate) instead of “VBR” (Variable Bit Rate), this way the camera will constantly use a predetermine amount of data you set under Bit Rate. The Bit Rate settings will vary depending on what resolution the camera is configured. For a 1080p resolution I will set the Bit Rate to 1024 (1MB) and the FPS to 15. This amount of data is more than enough to stream one camera at 1080p without loosing pixels.

Next we will set the Sub Stream settings. These settings will not affect recording video quality; instead it will affect the way the video performs over a smart phone while using our app TechproSS or TechproSS plus. This is mainly just for viewing purposes and should be set to D1 at 7 FPS or 10 FPS. The Bit Rate type is fine if we use CBR, and the Bit Rate can be set anywhere between 250 Mbps to 320Mbps. Also make sure the Enable option for this Stream is checked, otherwise you will not be able to view any kind of video while viewing the cameras over the phone or NVR local Interface. Under “Code-Stream Type”, click on the Drop Down and choose Motion. Noticed that the Encode Mode and Resolution are now gray out, and this means that you can only change the FPS and Bit Rate to affect how motion events occurs. These settings are ideal when recording based on Motion only, so you can have the Main Stream at a less intense setting and the NVR will record at a higher FPS and resolution when Motion happens due to these settings. Click Save when done.


Proceed to “Event > Video Detect”. In here we can enable the motion detection feature of the camera. Also, we can adjust the “Anti-Dither”. This acts like a delay to prevent false motion events. The higher the number, the higher the delay the camera will react to motion events. Right now, I like these settings shown in this picture:

Video Detect event

Next option is the Schedule. Click on “Storage > Schedule” and you can set now Motion recording for every day 24/7. Always remember to save your settings.


We are almost done configuring the camera. The last thing we need to make sure we have correct is the Time Zone and Date and Time. This is so the info will be displayed correctly in the NVR.  You can click on “Sync PC” button to get the Time and Date of your PC instead of doing it manually. DST is another option you could set up if you want the camera to change its time when the time changes occurs. NOTE: I will much rather to get DST configured over using an NTP server, because the NTP server works with the Time Zone of the Camera and the NVR. I have seen that I’m force to change the Time Zone when the time changes. Typically DST occurs the 2nd week of March and the first week of November every year, but is worth give it a try in my opinion. Check the internet for more details about the time changing based on a the upcoming years.


Lastly you could export all of these settings if you have many cameras to apply this to. The file containing the settings of the camera will not change the IP address of the camera so is safe to apply this to the cameras you are configuring.



Now for the last step after all of the cameras and NVR are configured, we will need to add the cameras to the channels of the NVR. To me the easiest way to do this is from a PC accessing the NVR over the network.  Open Internet Explorer and begin typing the Internal IP address of the NVR.

Go to Setup> Remote and you can click on device search. At this point the NVR will search the entire network and will display the devices for you to select them and add them to the NVR.

Remote Device

Device Search

Add cameras

At this point, after we add the cameras they should show up in the NVR web interface and the device list below:

Cameras added

Here is how the cameras will look in the web interface:


I hope this article will help you understand how this process works.