1. Wi-Fi Range Extender:

2. Mesh Wi-Fi System:

3. Powerline Adapters:

4. Reposition Your Router:

5. Upgrade Your Router’s Antenna:

6. Consider a Wired Connection:

Important Tips:

Alternative

Extending WiFi coverage to support an outdoor wireless security camera requires ensuring a strong and stable signal in the camera’s location. Here are practical methods to achieve this:

1. Position the Router Strategically

2. Use a WiFi Extender or Repeater

3. Install a Powerline Adapter with WiFi

4. Upgrade to a Mesh WiFi System

5. Use a Dedicated Outdoor Access Point

6. Upgrade the Camera’s WiFi Antenna (If Removable)

7. Check for Interference

8. Switch to a Wired Connection

9. Test Signal Strength

Would you like guidance on selecting specific equipment or troubleshooting signal issues?

By considering these options, you can effectively extend your Wi-Fi range and ensure a reliable connection for your outdoor security camera.

Deploying outdoor WiFi is always necessary for deploying outdoor wireless security cameras. There are many options for extending WiFi. The optimal choice depends on the places and environments in that outdoor wireless cameras are installed.

There are two advisable solutions to extend the WiFi just around your house’s outdoor perimeter within 100 meters (300 feet). A network extension to the remote location farther than 300 feet will need a point-to-point wireless bridge.

1. Near Site WiFi Extension to the Outdoor Wireless Security Cameras (up to 100 meters or 300 feet)

It’s hard for WiFi signals to penetrate wire-filled stucco walls or stone walls. To provide strong WiFi outside for the outdoor cameras, one WiFi extender installed outdoors would avoid the stifling impact of walls on WiFi signals. There are two kinds of products—Powerline WiFi extenders and outdoor WiFi access points—to provide WiFi outside the home.

1.1 Near Site Outdoor WiFi for Cameras: Powerline WiFi Extenders

If you install your outdoor wireless camera under your eaves or in the backyard, plugging in a powerline WiFi extender around is an excellent way to solve the outdoor WiFi issues. As the powerline adapters are rated as indoor devices, a covered patio or waterproof electric box is needed to stand the harsh outdoor environments.

TP-Link TL-WPAxx series powerline wireless adapter kit is the easiest solution, providing two powerline adapters. One adapter installed indoors relays the data from the network cable to the power line. The second adapter broadcasts the WiFi signal to your cameras. Refer to the Outdoor Solution Guide for the installation tutorial and examples. The complete introduction of Powerline adapters will help you understand whether this solution is suitable for you.

1.2 Near Site Outdoor WiFi for Cameras: Outdoor WiFi Access Points

If your patio is not enclosed or the outdoor wireless cameras are installed further from your home, you may need an outdoor access point. TP-Link offers Omada EAP series omnidirectional outdoor access points for outdoor WiFi. They come with IP67 or IP65 waterproof and dustproof housing and a -30–70°C (-22–158°F) operating temperature range. They are designed to protect the outdoor access points against harsh outdoor conditions.

According to the areas of deploying outdoor cameras, there are two deployment methods. The basics are listed below. Refer to Get Outdoor WiFi with Outdoor WiFi Access Points for more details. Go to the Outdoor Solution Guide for the installation tutorial and examples.

1.2.1 WiFi Outside for Relatively Small Areas

One or two outdoor WiFi access points are deployed to connect the outdoor wireless cameras in relatively small areas. With the included passive PoE adapter, connect the Omada outdoor access points with your existing router to simultaneously provide data and power using a single Ethernet cable.

1.2.2 WiFi Outside for Relatively Large Areas

Several outdoor WiFi access points are deployed to connect outdoor wireless cameras across relatively large areas. The PoE switches or passive PoE adapters connect the Omada access points with a single Ethernet cable. Omada Mesh technology can wirelessly connect to the outdoor access points without additional cable if some access points cannot link to LAN ports. With Mesh technology, the maximum distance of extending outdoor WiFi can be multiple hundreds of meters.

2. Remote Site Network Expansion (More than 100 m and up to 30 km)

You can use the Pharos CPE series directional outdoor wireless antennas to build a wireless bridge to expand the network for miles. It is perfect for remote surveillance systems covering vast areas. You can also broadcast the wireless signals with an additional wireless access point on the remote site when necessary.

Refer to Pharos Solution to discover what Pharos products can bring. Go to the Outdoor Solution Guide for the installation tutorial and examples of Pharos wireless products. Refer to How to Connect Your Cameras from a Long Distance for using fibers to connect remote cameras.

3. Summary of Extending WiFi to Outdoor Wireless Security Cameras

So, ready to install your outdoor wireless cameras and choose the best outdoor WiFi solution. Let us know your idea about the outdoor WiFi on social media with #tplinkoutdoor!

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<p>The post How to Extend WiFi for the Outdoor Wireless Security Camera first appeared on NVR IPCAMERA SECURITY.</p>

ACH20-1B Thermal Monocular Camera: Using the App

Take some time to learn about using your thermal monocular camera through the companion Thermal Connection app.

Live View Settings

The Live View is the first screen you will see when your camera connects to the app. It includes the following features:

Digital Zoom

Zoom in on a certain part of your camera’s image to magnify details.

1.From Live View, tap .

2.Tap your preferred zoom range.

3.Tap OK to save.

Color Palette

Select your camera’s color palette for enhanced visual representations of thermal imaging.

1.From Live View, tap .

2.Tap on one of the following color palettes:

Note: Not all color palettes are suited for every situation. Select the option that best shows the thermal differences for your specific application.

Record Images & Videos

1.From Live View, tap .

2.Tap the screen to display the capture and record icons.

3.To capture images: Tap .

4.To start or stop recording videos: Tap .

Note: A blinking red dot next to a recording timer on the left of the screen indicates that your camera’s recording.

Function Settings

Enable some of your camera’s features, like the laser pointer, fire detection, or track hot and cold points.

Laser Pointer

Use the laser pointer to illuminate a point of interest with a bright spot of colored light.

 LASER RADIATION:

Exposure to laser light can cause significant damage to the eyes. Never look into the laser beam directly or through a piece of optical equipment.

After a few seconds, the laser pointer automatically turns off.

Fire Detection

Detect fires in your camera’s image with a red box surrounding the source. If enabled, you can set the fire detection sensitivity from high to low.

Hot & Cold Points

Track the hottest and lowest temperatures in your camera’s image at the same time. If enabled, your camera’s image will display a red target tracking the hottest point and a blue target tracking the lowest point.

System Settings

Customize your camera’s system settings or sign out.

Automatic Sleep Mode

Select how long your camera waits before entering sleep mode.

Automatic Shutdown

Select how long your camera waits before turning off.

Change Measurement Unit (Meter to Feet)

Change your camera’s measurement unit.

Sign Out

Disconnect your camera from the app by signing out of the app.

Restore to Default Settings

Restore your camera’s menu and app settings to its factory default settings.

ACH20-1B Thermal Monocular Camera: Troubleshooting

The following article provides some troubleshooting tips for using your thermal monocular camera.

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Camera’s image/screen is blurry.

Adjust your camera’s diopter to your eyesight. Before you begin, it is highly recommended that you adjust your camera’s diopter to your eyesight. Focusing your view will minimize eye strain and fatigue.

Camera’s Wi-Fi hotspot is not showing.

• Wait a moment for it to appear in your phone’s Wi-Fi settings.

• When enabling your camera’s hotspot in your camera’s settings, try to press  a couple more times.

• Ensure you have allowed the app to use your location, otherwise it will not be able to detect your camera’s Wi-Fi. Navigate to your phone’s settings, then open the Thermal Connection app settings, and enable Location — While Using the App.

Camera is not connecting to the app.

The Wi-Fi password is case sensitive. Make sure you enter the serial number in the same letter format, whether that is uppercase or lowercase.

Camera has disconnected from the app.

Camera’s Live View is frozen in the app.

If the Live View is frozen perform a hard close of the app, then open it again.

Digital zoom is not working.

Digital zoom will not work while your camera’s menu is open. Press  to exit the menu.

Camera is not recording images and videos.

Recording images and/or videos will not work while the menu is open or when your camera is connected to a computer. Press  to exit the menu.

Camera’s screen is black.

Restart your camera. Press and hold  to turn your camera off, and then back on.

Camera is not charging or slow to charge.

• Ensure you use the supplied micro-USB cable and that it is properly connected.
 DANGER

◦ Improper battery replacement or use may result in fire, explosion, or other hazards.

◦ Only use accessories regulated by the manufacturer. Never use the charging cable or power adapter with another product.

◦ Make sure the plug is properly connected to the power socket.

◦ DO NOT charge your camera within 2 m of flammable materials.

◦ DO NOT connect multiple devices to one power adapter. The plug in the power socket could overheat and possibly cause a fire.

• Ensure the USB Mode is set to Off.

◦ Press and hold  to open the menu.

◦ Press  or  to navigate to USB Mode.

◦ Press  to open the setting.

◦ Press  to select Off.

◦ Press  to confirm your setting.

◦ Press  the exit the menu.

Camera’s battery keeps draining.

You can preserve your camera’s battery life in the following ways:

• Turn off any camera settings or functions that are not being used.

• Use your camera without the app. First, sign out your camera from the app, and then turn the Wi-Fi hotspot off. 

◦ Press and hold  to open the menu.

◦ Press  or  to navigate to WiFi.

◦ Press  to open the setting.

◦ Press  to select Off.

◦ Press  to confirm your setting.

◦ Press  the exit the menu.

• Set your camera to go into automatic sleep mode after 1 minute of inactivity has passed. First set your camera’s sleep mode (Suspend Mode) to be automatic, and then set the automatic sleep mode (Auto Suspend) to 1 minute.

◦ Press and hold  to open the menu.

◦ Press  or  to navigate to Suspend Mode.

◦ Press  to open the setting.

◦ Press  to select Automatic.

◦ Press  to confirm your setting.

◦ Press  to navigate to Auto Suspend.

◦ Press  to open the setting.

◦ Press  to select 1 Min.

◦ Press  to confirm your setting.

◦ Press  the exit the menu.

• Set your camera’s screen brightness to low.

◦ Press and hold  to open the menu.

◦ Press  or  to navigate to Brightness.

◦ Press  to open the setting.

◦ Press  to select Low.

◦ Press  to confirm your setting.

◦ Press  the exit the menu.

• Set your camera’s automatic shutdown to 60 minutes or less. 

◦ Press and hold  to open the menu.

◦ Press  or  to navigate to Auto Shutdown.

◦ Press  to open the setting.

◦ Press  to select 60 Mins or less.

◦ Press  to confirm your setting.

◦ Press  the exit the menu.

Camera’s image has lots of graininess or scratches.

• Turn your camera off, attach the lens cap, and allow it to rest for a few hours before using again.

• To improve your camera’s image quality set the FFC Mode to Auto. 

◦ Press and hold  to open the menu.

◦ Press  or  to navigate to FFC.

◦ Press  to open the setting.

◦ Press  to select Auto.

◦ Press  to confirm your setting.

◦ Press  the exit the menu.

• To manually correct pixel defects in your camera’s image, set the DPC settings to Manual. 

◦ Press and hold  to open the menu.

◦ Press  or  to navigate to DPC.

◦ Press  to open the setting.

◦ Press  to select one of the options:

· Auto: (Default) Your camera automatically calibrates defective pixels.

· Press  to start auto DPC.

· Close the lens cap until your camera signals that auto correction is complete.

· Manual: Correct the defective pixels manually.

· Press  to start DPC manually.

·  Press to switch between the X-axis and Y-axis.

· Press and hold  or  to start correction.

· Restore: DPC is restored to original state.

◦ Press  to confirm your setting.

◦ Press  the exit the menu.

ACH20-1B Thermal Monocular Camera: Frequently Asked Questions

The following FAQ answers many of the general questions about your thermal monocular camera.

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How does my thermal monocular camera work?

To improve the visibility of objects in complete darkness, haze, or tough conditions, your thermal monocular camera uses infrared sensors to detect heat given off by a person, animal, or other objects. It creates images of that radiation called thermograms, which display the relative temperatures of different objects with different shades or colors. In a thermogram, warm objects stand out in a contrast or often cooler background. It is widely used in outdoor scenarios for hunting, rescue, animal observation, and more.

Is my thermal monocular camera battery-operated or hard wired?

Your thermal monocular camera is battery-operated, however, to charge the battery you will need to connect the micro-USB cable into your camera’s USB port and the other end into a power source.

Does my thermal camera only work at night?

No. Although thermal imaging cameras are most commonly used for nighttime vision, they can also be useful in daylight. The detection of heat radiation and the high contrast of thermal imaging cameras allow you to see the outlines of (warm-blooded) animals that camouflage well in their environments. It can also help distinguish animals or people in foggy or smoky conditions.

Can my thermal camera see-through walls, metal, or glass?

No, thermal imaging cameras do not see-through surface but detect surface temperatures.

Is thermal imaging and night vision the same thing?

No, thermal imaging can produce pictures without visible light while night vision cameras work by boosting ambient light. Their only common purpose is increasing visibility in low light conditions.

Can bright sunlight damage my camera’s lens?

Yes, aiming your camera’s lens with the lens cap open at powerful light sources (i.e. the sun) is not recommended, as this may adversely affect the accuracy or damage the thermal imager.

What is the clicking noise my camera makes?

This is simply the noise your camera makes while you are shifting it between different fields of view. The noise you are hearing is your camera focusing and calibrating the image to achieve the highest resolution possible.

Should I charge my camera’s battery before first use?

Since your camera’s battery is delivered partially charged, it is recommended that you fully charge it before first use.

How do I charge my camera’s battery?

Your camera has the following 4 battery charging statuses, as shown by the LED charging indicator located under the USB port.

How do I turn my camera on or off?

Press and hold .

Where can I find the mobile app?

The Thermal Connection Application can be downloaded on your smartphone with a valid Internet connection from iTunes or Google Play respectively.

See the article Connecting to the App for more details.

Why do I need to allow my Location Permission on the app?

The app requires permission to detect your Wi-Fi network in order to connect your camera to the app.

How do I connect my camera to the app?

See the article Connecting to the App for full details.

How do I disconnect my camera from the app?

For steps on disconnecting your camera from the app, see the article Using the App.

What is my camera’s Wi-Fi name and password?

Where can I find my camera’s serial number?

Your camera’s serial number can be found on:

• The serial tag located on the side of your camera.

• Your camera’s system information.

◦ Press and hold  to open the menu.

◦ Press  or  to navigate to (System Information).

◦ Press  to open your camera’s system information.

How do I record images & videos?

• To capture images: Press 

• To start or stop recording videos: Press and hold  for 3 seconds. A blinking red dot next to a recording timer on the left of the screen indicates that your camera is recording.

Note: Your camera cannot record images or videos while the menu is open or when connected to a computer.

For steps on recording images and videos from the app, see the article Using the App.

How do I zoom in my camera’s image?

To switch the zoom range: Press . Keep pressing to zoom in and out.

For steps on using digital zoom from the app, see the article Using the App.

How do I turn the laser pointer on?

 LASER RADIATION:

Exposure to laser light can cause significant damage to the eyes. Never look into the laser beam directly or through a piece of optical equipment.

To turn the laser on: Quickly press  two times.

For steps on using the laser pointer from the app, see the article Using the App.

How do I change my camera’s color palette?

To quickly change the color palette: Press .

For steps on switching the color palette from the app, see the article Using the App.

Which color palettes can I choose from?

Select your camera’s color palette for enhanced visual representations of thermal imaging. Switch between any of the following color palettes:

Note: Not all color palettes are suited for every situation. Select the option that best shows the thermal differences for your specific application.

How do I measure my target’s distance?

Measure the range distance between your camera and your target using the pre-set ranging modes for animals, people, etc.

• Press and hold  to open the menu.

• Press  or  to navigate to Ranging Mode.

• Press  to open the setting.

• Press  to select one of the options:

◦ Wolf: Measure your distance from a wolf, with a pre-set height of 1.2 m.

◦ Customize: Enter a custom height to measure your distance from your target.

◦ Wild Boar: Measure your distance from a boar, with a pre-set height of 0.9 m.

◦ Human: Measure your distance from a human, with a pre-set height of 1.8 m.

◦ Rabbit: Measure your distance from a rabbit, with a pre-set height of 0.3 m.

• Press  to confirm your setting.

• Press  to exit the menu.

How do I change my camera’s measurement unit?

For steps on changing the measurement unit from the app, see the article Using the App.

How do I track hot & cold points?

Track the hottest and lowest temperatures in your camera’s image at the same time. If enabled, your camera’s image will display a red target tracking the hottest point and a blue target tracking the lowest point.

• Press and hold  to open the menu.

• Press  or  to navigate to Hot Point.

• Press  to open the setting.

• Press  to select one of the options:

◦ Off: Hot and cold points is turned off.

◦ On: Your camera will track hot and cold points.

• Press  to confirm your setting.

• Press  to exit the menu.

For steps on enabling hot & cold points from the app, see the article Using the App.

How do I enable fire detection?

Detect fires in your camera’s image with a red box surrounding the source. If enabled, you can set the fire detection sensitivity from high to low.

• Press and hold  to open the menu.

• Press  or  to navigate to Fire Warning.

• Press  to open the setting.

• Press  to select one of the options:

◦ Off: Fire detection is turned off.

◦ High, Middle, or Low: Your camera will detect fires based on the sensitivity level.

• Press  to confirm your setting.

• Press  to exit the menu.

For steps on setting fire detection from the app, see the article Using the App.

How do I enable the fire detection alarm?

Set your camera to sound an alarm when fire is detected in the image.

Note: The fire detection alarm works only when your camera has fire detection enabled on either High, Middle, or Low.

• Press and hold  to open the menu.

• Press  or  to navigate to Alarm.

• Press  to open the setting.

• Press  to select one of the options:

◦ Off: Fire detection alarm is turned off.

◦ On: Your camera will sound when fire is detected.

• Press  to confirm your setting.

• Press  to exit the menu.

How do I export recordings?

Export recorded images and videos from your camera’s microSD card.

• Press and hold  to open the menu.

• Press  or  to navigate to USB Mode.

• Press  to open the setting.

• Press  to select Mass Storage.

• Press  to confirm your setting.

• Connect the micro-USB cable into your camera’s USB port and the other end into an available USB port on your computer.

• The microSD card’s storage will open on your computer desktop. Select files to export, then copy them onto your computer.

• After exporting, disconnect the micro-USB cable from your camera and computer.

• Press  to select USB Mode Off.

• Press  to confirm your setting.

• Press  to exit the menu.

Where does my camera store recorded images and videos?

Your camera stores recorded images and videos onto the microSD card.

What is my camera’s maximum storage capacity?

You can insert a microSD card with up to 256GB storage space.

How do I hide the icons on the top right of my camera’s image?

• Press and hold  to open the menu.

• Press  or  to navigate to Status Bar.

• Press  to open the setting.

• Press  to select Off.

• Press  to confirm your setting.

• Press  to exit the menu.

How do I change the language displayed in my camera’s menu?

• Press and hold  to open the menu.

• Press  or  to navigate to Language.

• Press  to open the setting.

• Press  to select your preferred language.

• Press  to confirm your setting.

• Press  to exit the menu.

Note: This will only change the language in your camera’s menu, not the app.

How do I restore my camera’s settings to default?

For steps on restoring your camera’s settings to default from the app, see the article Using the App.

How do I update my camera?

Update your camera through the microSD card.

Note: To download the latest firmware update for your camera, contact the Technical Support team.

• Press and hold  to open the menu.

• Press  or  to navigate to USB Mode.

• Press  to open the setting.

• Press  to select Mass Storage.

• Press  to confirm your setting.

• Connect the micro-USB cable into your camera’s USB port and the other end into an available USB port on your computer.

• The microSD card’s storage will open on your computer desktop. Copy the update program to the microSD card.

• Press and hold  and  at the same time for 3 seconds. A blue screen will indicate that an update is in progress.

After a few minutes the update will complete and you will see your camera’s live view image.

Where can I download my camera’s latest firmware update?

To download the latest firmware update for your camera, contact the Technical Support team.

Can I mount my camera to a tripod?

Yes, the tripod thread can be found on the bottom of your camera.

Can I access my camera’s Live View from an external monitor?

Yes, you can access your camera’s Live View from your computer by connecting your camera using the micro-USB cable.

What is the buzzer option in the app settings?

The buzzer is not compatible with your camera.

ACH20-1B Thermal Monocular Camera: Connecting to the App

Follow the steps below to connect your thermal monocular camera to the Thermal Connection app.

Note: The frequency bands and transmitting power (radiated and/or conducted) nominal limits applicable to this radio equipment are as follows: Wi-Fi 2.4 GHz (2.4 GHz to 2.4835 GHz) 20 dBm.

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Step 1 – Download the App

Download your camera’s mobile app, Thermal Connection.

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Step 2 – Enable Your Camera’s Wi-Fi Hotspot

Looking into your camera:

• Press and hold  to open the menu.

• Press  or  to navigate to WiFi.

• Press  to open the setting.

• Press  to select AP (Access Point).

• Press  to confirm your setting.

• Press  the exit the menu.

Step 3 – Connect to the App

You will now be able to view your camera from the app and make some minor setting adjustments.

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<p>The post Thermal Monocular Camera user manual first appeared on NVR IPCAMERA SECURITY.</p>

VOSKER V300 Ultimate Camera Setup and User Guide

HOW TO UPDATE YOUR V300 ULTIMATE CAMERA FIRMWARE

VOSKER V300 Ultimate
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Latest firmware released: January 23, 2024

Installation instructions for PC :

Installation instructions for MAC :

How to Install your V300 Ultimate Camera

Before installation

Verify:

What you’ll need for installation

Choose between:

Recommended installation – Camera

Recommended installation – Universal Solar Power Bank

For more information on how to install your VOSKER camera to get the best picture quality, read the article “What Can I Do To Increase My Photo Quality?”.

Download:

› Quick Start Guide (PDF)

Troubleshooting steps:

If the Universal Solar Power Bank is discharged, charge it by plugging the DC power adapter in the 5 V IN port.

CAUTION:

WARNING: Failure to follow these safety instructions may result in fire, electric shock, damage, or other injuries. This power pack is not a toy. Keep away from children and operate outside.

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HOW TO INSTALL YOUR V300 CAMERA

Before installing your camera, we recommend that you test the coverage of the location you will be placing your camera. Consider using a VOSKER security box to protect your V300 security camera against theft and breakage.

Here are some of the best practices for installing your VOSKER camera:

Note: Make sure to place the camera in an area that gets a good amount of sunlight during the day (enough to cover 50% of the solar panel). This will help maximize the battery life of your camera.

For more information on how to install your VOSKER camera to get the best picture quality, read the article “What Can I Do To Increase My Photo Quality?”.

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HOW TO ACTIVATE MY V300 CAMERA?

Before activating your camera:

Note: A 24-hour charge of the battery unit is recommended before the first-time installation.

Activating your camera with VOSKER mobile app:

Activating your camera with the VOSKER web app:

Turning your camera on:

The V300 powers on and secures a strong signal.

Note: There may be a 20-120 seconds delay for the camera to make the first communication or transfer the first photo/video to the app.

EVERYTHING YOU NEED TO KNOW ABOUT V300 LIVE STREAMING

A strong cellular signal on both devices will ensure smooth live streaming.

The V300 series offers the amazing feature of live-streaming as a 40-minute add-on that can be shared between compatible devices over a 12-month period.

Want to test it out first? Upon activation, every V300 includes two minutes of live streaming during the free seven-day trial period.

How to start a live-streaming

What is the difference between live-streaming and 10-second Full HD video?

The live-streaming allows you to see what is happening live around your camera. It can last as long as you have live-streaming minutes in your account. It is great when you receive a notification, and you want to check if there are still some movements.

Your camera stores a 10-second Full HD video on the servers at every detection. You can request the video to understand better what happened during the detection. Simply click on a photo and press the button “Request Full HD video”.

What is the impact on the battery life?

The more you use those features, the more it takes a toll on the battery life.

This is especially true if the V300 doesn’t get a steady and strong signal. Just like your cell phone, the camera will work harder to connect to the cellular tower and communicate information.

If you see the battery life dropping, consider adding the Universal Solar Powerbank to sustain your camera from 6 to 12 months.

How to buy additional live-streaming minutes?

You can easily purchase a live-streaming add-on which will add 40 minutes shareable among all VOSKER streaming devices for the next 12 months.

Mobile app:

Web app:

Warning: you need a transmission plan (Base, Alerted or Elite) before buying the live-streaming add-on.

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<p>The post VOSKER V300 Ultimate Camera Setup and User Guide first appeared on NVR IPCAMERA SECURITY.</p>

Learn About Active Deterrent Security Cameras

What Are Active Deterrent Security Cameras?

Active deterrent security cameras aren’t your typical security devices. They integrate advanced technology to proactively prevent criminal activities. Key features include built-in lights, sirens, sounds, and two-way audio.

The Importance of Active Deterrent Security Cameras

You might be wondering, why go the extra mile with these advanced features? Well, the answer is simple: prevention is better than cure. These cameras are designed not just to record incidents but to prevent them altogether.

Crime Prevention

A well-placed security camera can make all the difference. Thieves and intruders are less likely to target a property laden with visible deterrents.

Enhanced Safety

Knowing that your premises are being actively monitored can make you feel safer. Immediate alerts and real-time communication add an extra layer of safety.

Peace of Mind

There’s nothing like the peace of mind that comes from knowing your loved ones and valuables are secure. Active deterrent cameras provide a constant layer of security, ensuring you sleep a little easier at night.

Key Components of Active Deterrent Security Cameras

SIREN AND SPOTLIGHT

Active Deterrence security cameras can activate a loud siren with flashing light or spotlight when motion is activated to deter any potential threats. The light and sound features can be easily customized to meet your specific needs. These cameras are equipped with both traditional infrared night vision and LED spotlight mode for full color images at night when desired. Further, you can set the motion detection to trigger only when humans and/or vehicles are detected to produce the most accurate motion alerts.

Lights

These cameras often come with powerful LED lights that can illuminate large areas. Imagine being able to light up your entire driveway or backyard!

Siren

An ear-piercing siren can scare off even the most determined criminals. As soon as suspicious activity is detected, the siren can be activated to alert both you and the intruder.

Two-Way Audio: A Game-Changer

Two-way audio allows you to communicate in real-time through your security camera system. This feature enhances the effectiveness of the camera by enabling you to interact directly with whoever is on your property.

All our active deterrence security cameras have a built-in microphone and speaker for 2-way audio functionality from your smartphone using our mobile app. The 2-way audio feature provides an extra layer of security by enabling real-time, remote communication with individuals near the security camera. The 2-way audio feature can be used in many different scenarios.

Benefits of Having Two-Way Audio

Advantages of Lights in Security Cameras

Deterrence Effect

A bright light shining in the face of a potential intruder can be incredibly disorienting and threatening. It’s a simple but effective means of deterring unwanted visitors.

Visibility in Low-Light Conditions

If criminals think they can hide under the cover of darkness, security lights will make them think twice. These lights ensure your cameras capture clear footage, no matter the time of day.

Advantages of Sirens in Security Cameras

Immediate Alert

Imagine hearing a siren blaring in the middle of the night because someone tried to break into your home. That’s an alert you can’t ignore!

Deterrence to Intruders

The sound of a siren is universally understood as a signal to leave immediately. It’s a powerful tool that can send intruders running before they do any damage.

Advantages of Sound in Security Cameras

How Two-Way Audio Enhances Security

Real-Time Communication

Two-way audio adds a dynamic layer to home security. You’re not just watching; you’re interacting.

Interactive Deterrence

Being able to speak directly to someone on your property – whether friend or foe – provides a significant deterrent effect. Just imagine telling a suspicious individual that the police are on their way!

Installation and Setup

Easy Installation Tips

Setting up these cameras is straightforward. Most models come with comprehensive guides, and you can have them up and running in no time.

Choosing Strategic Locations

Placement is key. You want to cover all entry points and any other areas that could be potential targets.

Best Practices for Using Active Deterrent Security Cameras

Regular Maintenance

Keep your cameras clean and check for any updates to the software. Regular maintenance ensures your system remains effective.

Updating Software

Cybersecurity can’t be overlooked. Ensure your cameras are running the latest firmware to protect against hacking and other cyber threats.

Popular Brands and Models

Overview of Leading Brands

We at CCTV Security Pros offer a variety of active deterrent security cameras

Comparison of Top Models

Learn more about our top active secuity cameras and systems here!

Cost vs. Benefit Analysis

Initial Investment

Active deterrent cameras can require an upfront investment. However, what you spend now can save you thousands in potential theft or damage costs.

Long-Term Savings

Consider the long-term benefits: lower insurance premiums, reduced risk of theft, and peace of mind. Over time, these cameras pay for themselves.

Customer Reviews and Testimonials

Real-Life User Experiences

There’s no better way to gauge effectiveness than by hearing from those who’ve used these systems. Real user reviews often provide insights you won’t find in product descriptions.

Effectiveness in Various Scenarios

From deterring package thieves to keeping an eye on nighttime activity, these cameras have proven effective in a myriad of situations.

Conclusion

In today’s unpredictable world, security can’t be taken lightly. Active deterrent security cameras with lights, sirens, sound, and two-way audio offer a comprehensive solution to protect your home or business. From deterring intruders to providing you with peace of mind, these advanced systems are worth the investment.

To purchase, learn more, or view our full line of security cameras and systems.

FAQs

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<p>The post ​Active Deterrent Security Cameras first appeared on NVR IPCAMERA SECURITY.</p>

I spent the last two weeks getting to know everything about these cameras and this thread will capture all this information. It will take me several weeks to document all the information so please be patient.

There are a variety of problems that I will try my best to explain and share the possible solutions. I have gotten pretty comfortable with these cameras and have purposely bricked them to various degrees of severity just to validate the recovery process. Most people “brick” their cameras trying to upgrade the firmware. This is not a serious issue and it can be corrected very easily. The camera runs an upgrade service on port 3800. The configTool always shows a default port of 37777 but this is not an issue as it can do the upgrade on port 3800 anyway. Change your port to 3800 and use a firmware file lsted below and you are back in business.

I will keep updating this post as I get more time to write all the details around recovery. I will also post links to over 40+ firmware files that and which cameras they will work with. It will take me a bit of time to capture all this information, so please be patient.

 How to Download and Prepare Firmware

This guide will show how to download and prepare the firmware file for a Dahua device.

Firmware files for Dahua devices can be found at Firmware by Device or the specific product page for the device

Firmware is typical provided in a ZIP file, a compressed file format

This file will contain the actual firmware file, which needs to be extracted from the ZIP file in preparation for the upgrade

Prerequisites

Video Instructions

Step by Step Instructions

Confirm the Model and current firmware of Dahua device

1. Enter the IP of the device into a browser

At the Web Login

Enter the Username and Password

Click Login

2. Click Info

3. Click Version

The Device Type will be displayed

The current System Version will be displayed

Download the firmware file for device from DahuaWiki

4. In a browser go to DahuaWiki.com

Under Specifications, Firmware, & Manuals

Click the device type (in this example Recorder)

5. Enter the device model into the field

6. The results will be filtered

7. Click the firmware icon to download the firmware file

8. The file will download

Extract the firmware file to local computer

9. Right click the Start Menu / Windows icon in the bottom left of the screen

Select File Explorer

10. Select Desktop

11. Click Home

Then click New folder to create a new folder to extract the contents of the firmware zip file

12. Find the created folder in the list, double click to open

13. Under the Downloads window of the browser, click ‘Show in folder’

A new File Explorer window should open containing the directory the firmware zip was downloaded to

Locate the file in the list

14. Right click

Select Cut

15. Select the window with the new directory

Right click in the window

Select Paste

The folder will appear in the directory

16. Right click the file

17. The contents of the zip file will appear in a new window

18. Click to select all files in the folder

Drag and drop the files to the created folder

The files will appear in the directory

The firmware file will appear in the directory ready to use

Unbricking your Dahua IP camera (Tips, Tricks & Firmware)

BRICKED CAMERA? How can you tell?

There are several types of “BRICKED” camera conditions and they have varying levels of severity and also varying levels of complexity for recovery. Most are simple and caused by bad firmware uploads. The worst will require a full rebuild of the partitions which load the kernel, software and all other data.

1. The first step in identifying the severity of your issue is to determine what still working on your camera. In order to do that, lets remove as many variables as possible to the troubleshooting process. If possible, connect the camera ethernet and PC ethernet on it’s own switch and make sure that no vlan tagging is enabled on the switch.

Next, you need to figure out if the IP address is still reacheable. Ping the last known ip address. The default address for most cameras is 192.168.1.108.

If you don’t know it you can use the arp/ping method to configure which adds as startic arp entry to a new ip address. (This feature is enabled on the camera by default)

2. Once you have a pingable IP, you need to know what services are still active on the camera. This can be done with a simple port scanner. I have added a link to below in tools.

3. Run the port scanner and record which ports are still open. In many cases port 23 and port 3800 will still be open. If this is your situation, it is a very simple fix. If no ports are open, you will need to do a full image load which is more complex.

The typical ports that you would see are:

23 – Telnet access

80 – Web User interface

443 – SSL

554 – Real time streaming port

3800 – Upgrade Deamon

5000 – UPnP

37777 – TCP Video streaming

37778 – UDP Video Streaming

42323 – Real time remote runner

Plus a whole bunch more of UDP ports and more TCP ports

REPAIR WITH PORT 3800

Download a step by step guide (DAHUA IP Camera Recovery v1.0.pdf) with screen prints @ http://tinyurl.com/lbl3up7

1A. If port 3800 is open you can connect with the Dahua Config tool (link below in tools). I tdefault to port 37777 but change it to 3800 as this port where the upgrade daemon is listening. Port 37777 is a redirect but it won’t work if your firmware has failed.

Launch the config tool and click on login button. Type the IP address , username and password then port 3800.

Open a know working firmware file and upload to the camera.

1B. If port 3800 is not open, go to the next step to enable port 3800.

2. If you have telnet access, you can login with putty. Link to putty below in tools. The default Web UI password is admin / admin.

In older firmware the telnet account is root / vizxv

In newer firmware the telnet account is admin / 7ujMko0+”web UI password” —> 7ujmko0admin

Once connected you can execute a ps command to see running processes. /usr/sbin/upgraded process is what listens on port 3800 for the firmware binary file.

There is also another copy in /var/tmp/

A useful tip for watching the upgrade process is to kill the “upgraded” process that is running and re-launch it in the foreground to watch the upgrade.

~#>ps

625 root 0:00 [mtdblock3]

630 root 0:00 [mtdblock4]

635 root 0:00 [mtdblock5]

772 root 0:00 [ubi_bgt7d]

776 root 0:00 [ubifs_bgt7_0]

790 root 0:00 /sbin/telnetd

798 root 0:00 [OSA_796_1]

860 root 0:00 syshelper elper 60

861 root 0:00 /usr/sbin/upgraded

869 root 0:00 [dsplogd]

870 root 0:00 [encode_guard]

889 root 0:00 [flush-ubifs_6_0]

923 root 3:29 ./VideoDaemon AEWB AF TVOUT

~#> kill -9 861

~#> /usr/sbin/upgraded

22:52:46|[crypt] crypt_open ok!

Name: upgraded, bulid date: Apr 19 2014 09:17:58, svn: 255

Fail to get env authcode!

@@@@ buf = PZC4MU056W00XXX

22:52:52|[pdc] WARN (MISC_ioctl|493): Get SdCard cfg failed !

UPGRADED_MSG: Can’t Open /mnt/mtd/Config/passwd

UPGRADED_MSG: Login success!

UPGRADED_MSG: Kill 976 successful

UPGRADED_MSG: reset_watchdog

UPGRADED_MSG: Receive A4(alarm)

UPGRADED_MSG: reset_watchdog

UPGRADED_MSG: Receive A1(alive package)

UPGRADED_MSG: reset_watchdog

UPGRADED_MSG: Received : 29868252, FileSize : 29868252

UPGRADED_MSG: Download Complete

UPGRADED_MSG: DoDownLoad success!

UPGRADED_MSG: Flash init success

UPGRADED_MSG: hwid file success!

Fail to get env native!

UPGRADED_ERR: LINE: 1074: invalid file: Install.lua

UPGRADED_MSG: zip file total size: 40900220

Fail to get env authcode!

@@@@ buf = PZC4MU056W00XXX

22:53:10|[pdc] WARN (MISC_ioctl|493): Get SdCard cfg failed !

UPGRADED_MSG: packet.name: SD6XXX, board.name: IPC-HFW4300S-V2

UPGRADED_MSG: packet.hardver: , board.hardver:

UPGRADED_MSG: packet.name: IPC-HX3XXX, board.name: IPC-HFW4300S-V2

UPGRADED_MSG: packet.hardver: , board.hardver:

UPGRADED_MSG: Verify version success

Header CRC Checking … OK

Image Name: kernel.img

Image Type: kernel.img (gzip compressed)

Data Size: 2546876 B, Bytes = 2.43 MB

Load Address: 0XC80000

Data CRC Checking … OK

Programing start at: 0XC80000

<5>UBIFS: un-mount UBI device 2, volume 0

<5>UBIFS: un-mount UBI device 4, volume 0

Upgrade : Complete Total 6%…

Header CRC Checking … OK

Image Name: partition-x.cramfs.img

Image Type: partition-x.cramfs.img (gzip compressed)

Data Size: 4160 B, Bytes = 0.00 MB

Load Address: 0X500000

Data CRC Checking … OK

Programing start at: 0X500000

Upgrade : Complete Total 6%…

Header CRC Checking … OK

Image Name: romfs-x.ubifs.img

Image Type: romfs-x.ubifs.img (gzip compressed)

Data Size: 7340096 B, Bytes = 7.00 MB

Load Address: 0X1200000

Data CRC Checking … OK

Programing start at: 0X1200000

Upgrade : Complete Total 24%…

Header CRC Checking … OK

Image Name: pd-x.ubifs.img

Image Type: pd-x.ubifs.img (gzip compressed)

Data Size: 1966144 B, Bytes = 1.88 MB

Load Address: 0X940000

Data CRC Checking … OK

Programing start at: 0X940000

Upgrade : Complete Total 28%…

Header CRC Checking … OK

Image Name: user-x.ubifs.img

Image Type: user-x.ubifs.img (gzip compressed)

Data Size: 21233728 B, Bytes = 20.25 MB

Load Address: 0X2200000

Data CRC Checking … OK

Programing start at: 0X2200000

Upgrade : Complete Total 80%…

Header CRC Checking … OK

Image Name: custom-x.ubifs.img

Image Type: custom-x.ubifs.img (gzip compressed)

Data Size: 1966144 B, Bytes = 1.88 MB

Load Address: 0X600000

Data CRC Checking … OK

Programing start at: 0X600000

Upgrade : Complete Total 85%…

Header CRC Checking … OK

Image Name: web-x.ubifs.img

Image Type: web-x.ubifs.img (gzip compressed)

Data Size: 5505088 B, Bytes = 5.25 MB

Load Address: 0X1A00000

Data CRC Checking … OK

Programing start at: 0X1A00000

Upgrade : Complete Total 99%… [libpdi] Read: blkIndex: 0,pageIndex: 1,byteIndex: 0 ,fLag: ff

Upgrade : Complete Total 100%… UPGRADED_MSG: will reboot system

Here you can see each partition being loaded wit the individual img files. I will write a quick how to on loading each one individually at a later time.

If you chose a valid firmware file, you will be back in working order. If you still have problems, repeat with another firmware file till you have a valid file. The IPC-HFW4300S-V2 is not natively compatible with all other 4300S firmware. I am in the process of writing a how to that explains how to over come this issue.

UNBRICK WITH UBOOT via SERIAL

NOTE: This section is coming soon… I’m gathering all the images I need for various camera types

OTHER USEFUL INFORMATION (to be sorted later)

The firmware consists of several images that are loaded into various partitions in flash in a UBI file system. You can load each partition separately if needed. More on this later…. (I’ll put a guide together on flashing and recovering partitions)

Once you telnet into the camera, there are number of useful binaries in the user shell that can help correct and diagnose some of the problems people are experiencing. One of the helpful steps is to kill the /var/tmp/upgraded process and run it in the foreground so you can see what is going on and easily capture error messaged. The /var/tmp/upgraded process is what opens the port 3800 and allows you to connect to the camera with the config tool if your web services have failed. There is also another copy in usr/sbin/.

Also, in there is a command to reset all the parameters back to factory defaults (username, password, ip address back to 192.168.1.108 etc.) This can be accomplished with /sbin/clearparam.

Another issue that people run into is the constant reboot issue. This can be caused by a failed process. The main application which provides all the camera capabilities (web interface, streaming, etc.) is /usr/bin/sonia. This process is what makes most firmware different from version to version (sort of). There are also changes to the web partition which contains the web server pages that /usr/bin sonia hosts on port 80. The sonia process is invoked by a shell script in init.d and if the process is killed, the camera reboots after a few minutes. This has cause many people issues when trying to “unbrick” the camera since you only have a few minutes between reboots.

To stop the reboots you can update the flash. There is a parameter called appauto that tells the camera to auto start /us/bin/sonia. If you want the camera to start and not invoke the shell script that launches sonia, you need to set appauto to 0. This will stop the camera from rebooting when sonia is not running.

This cam be accomplished by running ‘/sbin/appauto 0’. To turn it back on, just run /sbin/appauto 1. This writes the boot parameter in flash that the kernel reads before starting the process. You can check the current status of the appauto bootparameter with ‘cat /proc/dahua/bootpara’ It will only show what the parameter was when you booted up, so if you changes it you need to reboot to see the change in /proc/dahua/bootpara.

Realtime streaming URL – rtsp://192.168.1.108/cam/realmonitor?channel=1&subtype=0&proto=Onvif

You can change the subtype to 1 for the secondary stream also you can add user:password@ in front of the IP address if you have the permissions set requiring it.

You can use the HTTP API to configure some parameters that are not yet in the web UI. For instance, another member discovered he could enable NFS through the web UI in addition to the local SD card. This config is not possible through the web interface as you need to pick one or the other.

These documents details the API of Dahua video products (links provided to some of the versions below). Programmers or users can access and configure Dahua video products through the API. Every setting of the camera is available through the API whereas only a small number are available through the WEB interface. The document with version 1.10 is available with firmware version 2.0 and above. This document with version 1.20, 1.21, 1.22, 1.23,1.24,1,25,1,26,1,27,1,28 is available with firmware 2.210 and above.This document with version 1. 29 ,1.30, 1.31, 1.32, 1.33, 1.34, 1.35,

1.36 is available with firmware 2.210 and above.This document with version 1.37 is available with firmware 2.212, 2.4 and above.

I have also done a bit of testing around the tftp process that is invoked in u-boot that looks for upgrade_info_7db780a713a4.txt and failed.txt. I think with a little more work, I’ll figure out if there is a recovery method using tftp without serial access. This would be necessary if you lose telnet access and need to rebuild the kernel partition that hosts telnetd.

Tools

DAHUA IP Camera Recovery v1.0.pdf………………….. http://tinyurl.com/lbl3up7

Port Scanner ………………………………………….. http://tinyurl.com/q53pojg

Putty …………………………………………………….. http://tinyurl.com/lvbbmsq

Tftp Server …………………………………………….. http://tinyurl.com/m46wnhe

Dahua Docs & Tools

DAHUA_HTTP_API 1.0 .pdf ………………………………………… http://tinyurl.com/lb43lga

DAHUA_HTTP_API_1.23.pdf ………………………………………… http://tinyurl.com/lrwye3k

DAHUA_HTTP_API_FOR_IPC 1.28.pdf …………………………………. http://tinyurl.com/kskrcay

DAHUA_HTTP_API_FOR_IPC&SD-V1.36.pdf ……………………………… http://tinyurl.com/mooccf9

DAHUA_HTTP_API_FOR_IPC&SD-V1.37.pdf ……………………………… http://tinyurl.com/kvyddfp

DAHUA_HTTP_API_FOR_DVR_V1.29.pdf ………………………………… http://tinyurl.com/klc72tr

General_ConfigTool_Eng_V1.0.5.R.120428.zip …………………… http://tinyurl.com/mwlzbb3

General_ConfigTool_Eng_V1.06.1.T.120807.zip …………………… http://tinyurl.com/leudphu

General_ConfigTool_Eng_V1.07.2.R.130304.zip ………………….. http://tinyurl.com/obs5ud7

General_ConfigTool_Eng_V1.07.3.R.130701.zip ………………….. http://tinyurl.com/o6p628f <—- Use this one

General_ConfigTool_Eng_V2.00.0.R.140410.zip …………………… http://tinyurl.com/nbqtgev

Firmware Files

Firmware files are grouped by camera type and video signal (NTSC –> Eng_N / PAL –> Eng_P / or BOTH –> Eng_NP)

Files are ordered by version number with the latest Firmware in blue.

Files with DH_ prefix are DAHUA direct firmware files and those with General_ prefix are general release for OEM cameras but I’ve had good luck with both.

DH_IPC-HX1100_Eng_NP_V2.210.0000.3.R.20140416.bin ………………………………………….. http://tinyurl.com/m2jf3qv

General_IPC-HX3(2)XXX_Eng_N_V2.210.0001.0.R.20130517.bin ……………………………………….. http://tinyurl.com/q98zg9x

General_IPC-HX3(2)XXX_Eng_P_V2.210.0001.0.R.20130517.bin ………………………………………… http://tinyurl.com/nekapn3

General_IPC-HX3(2)XXX_Eng_NP_V2.210.0001.0.R.20130517.bin ……………………………………… http://tinyurl.com/p59ym6z

General_IPC-HX3(2)XXX_Eng_P_V2.211.0000.0.R.20130726.bin ………………………………………… http://tinyurl.com/my54r9z

General_IPC-HX3(2)XXX_Eng_N_V2.212.0000.0.R.20131206.bin ……………………………………….. http://tinyurl.com/lrvtm2z

General_IPC-HX3(2)XXX_Eng_P_V2.212.0000.0.R.20131206.bin ………………………………………… http://tinyurl.com/n9rv23n

General_IPC-HX3(2)XXX_Eng_N_V2.212.0001.0.R.20131224.bin ……………………………………….. http://tinyurl.com/l5kg2d9

General_IPC-HX3(2)XXX_Eng_P_V2.212.0001.0.R.20131224.bin ………………………………………… http://tinyurl.com/q6c2gox

DH_IPC-HX3(2)XXX_Eng_NP_8M_V2.212.0000.4.R.20140307.bin ……………………………………….. http://tinyurl.com/mnzx33h

DH_IPC-HX3(2)XXX_Eng_NP_8M_V2.212.0000.5.R.20140326.bin ……………………………………….. http://tinyurl.com/ke285w5

DH_IPC-HX3(2)XXX_Eng_NP_8M_V2.212.0000.6.R.20140419.bin ……………………………………….. http://tinyurl.com/mllzcox

General_IPC-HX3(2)XXX_Eng_P_V2.420.0000.0.R.20140414.bin ………………………………………… http://tinyurl.com/nftaogy

DH_IPC-HX3(2)XXX_Eng_N_V2.420.0000.0.R.20140414.bin ……………………………………………. http://tinyurl.com/ma5q64d

General_IPC-HX5(4)XXX_Eng_P_V2.210.0000.2.R.20130821.bin …………………………………………. http://tinyurl.com/pdcdmdk

General_IPC-HX5(4)XXX_Eng_N_V2.210.0000.4.R.20130911.bin ……………………………………………….. http://tinyurl.com/pdoxjzj

General_IPC-HX5(4)XXX_Eng_P_V2.210.0000.9.R.20131217.bin ……………………………………………….. http://tinyurl.com/p3g4t54

General_IPC-HX5(4)XXX_Eng_N_V2.210.0000.10.R.20140111.bin ……………………………………………… http://tinyurl.com/mnjpd79

General_IPC-HX5(4)XXX_Eng_P_V2.210.0000.12.R.20140225.bin ……………………………………………… http://tinyurl.com/nssnph6

DH_IPC-HX5(4)XXX_Eng_NP_V2.210.0000.12.R.20140225.bin …………………………………………….. http://tinyurl.com/lcjr8xv

DH_IPC-HX5(4)XXX_Eng_NP_V2.210.0000.16.R.20140421.bin …………………………………………….. http://tinyurl.com/k67gu9u

DH_IPC-HX5(4)XXX_Eng_NP_V2.210.0000.18.R.20140429.bin ……………………………………………. http://tinyurl.com/n779scx

General_IPC-HX5(4)XXX_Eng_N_V2.210.0000.21.R.20140613.bin ……………………………………………… http://tinyurl.com/qd2thhe

General_IPC-HX5(4)XXX_Eng_P_V2.210.0000.21.R.20140613.bin ……………………………………………… http://tinyurl.com/p8q75b4

General_IPC-HX5(4)XXX_Eng_N_V2.400.0000.0.R.20131231.bin ……………………………………………….. http://tinyurl.com/kmd7hu9

DH_IPC-HX5(4)XXX_Eng_N_Stream3_V2.420.0000.0.R.20140419.bin ………………………………………….. http://tinyurl.com/mb75g2n

DH_IPC-HX5(4)XXX_Eng_P_Stream3_V2.420.0002.0.R.20140621.bin …………………………………….. http://tinyurl.com/laj29k5

General_IPC-HX5(4)XXX_Eng_N_Stream3_V2.420.0000.0.R.20140419.bin ………………………………….. http://tinyurl.com/mzw85fz

General_IPC-HX5(4)XXX_Eng_P_Stream3_V2.420.0000.0.R.20140419.bin ………………………………….. http://tinyurl.com/ov6krph

General_IPC-HX5(4)XXX_Eng_P_Stream3_P2P_V2.420.0000.0.R.20140419.bin …………………………… http://tinyurl.com/oxgblkq

General_IPC-HX5(4)XXX_Eng_N_Stream3_V2.420.0002.0.R.20140621.bin ………………………………….. http://tinyurl.com/kejg3fv

General_IPC-HX5(4)XXX_Eng_P_Stream3_V2.420.0002.0.R.20140621.bin ………………………………….. http://tinyurl.com/pfmevdu

General_IPC-HX5(4)XXX_Eng_N_Stream3_V2.420.0003.0.R.20140930.bin ……………………………………….. http://tinyurl.com/kchslos

General_IPC-HX5(4)XXX_Eng_N_V2.420.0003.0.R.20140930.bin ……………………………………………….. http://tinyurl.com/ok4f8fx

General_IPC-HX5(4)XXX_Eng_N_Stream3_V2.420.0005.0.R.20141205.bin ………………………………………. http://tinyurl.com/qbrfg3k

General_IPC-HX5(4)XXX_Eng_P_Stream3_V2.420.0005.0.R.20141205.bin ………………………………….. http://tinyurl.com/ot99vgw

DH_IPC-HX8XXX_Eng_NP_V2.400.0000.2.R.20140506.bin …………………………………………………. http://tinyurl.com/lbar98x

I will also post the bare metal img files when I get some time which contain the firmware and all the img files including the update.img that can be used for serial recovery.

I have just started the process of uploading firmware… There are much more to come as well as many more camera models.

Also if you have any you want to share please PM me what you have and where I can link them to this thread.

Thanks to Euly for sharing firmware files!

IMPORTANT NOTE FOR IPC-HFW4300S-V2 CAMERAS

The new camera appears to have differences (a few that I already found) that makes some of the general firmware incompatible with them. I have found a workaround, but it is complex. I will try to summarize it in a separate thread in the following weeks. I will also repackage the newest firmware files in versions that will work for the V2 cameras. Stay tuned! In the meantime, you can use General_IPC-HX5(4)XXX_Eng_N_V2.210.0000.21.R.20140613.bin or the PAL equivalent to recover your camera.

Well, that’s all I have time to share for now, but I’ll do my best to put together a comprehensive guide to the inner workings of these cameras and a guide to unbrick in any failed software situation.

Thanks and take care.

<p>The post Unbricking your Dahua IP camera (Tips, Tricks & Firmware) first appeared on NVR IPCAMERA SECURITY.</p>

InVid Tech is here to help you succeed, and as a company, we pride ourselves on the level of personal service we offer. We have an experienced team based in the United States, including Sales, Customers Service, Marketing & Tech Support. Additionally, there is support for Latin American Countries.

Steps to Change Secure Series Camera Compression to H.264

The below steps are needed in order to connect your camera to the Secure 4ch NVR attached with your order.  Please log into camera first, default username is “admin” and default password are “1234567u”, from there it will prompt you to change, please do so and follow below steps.  If you do not do this first, the camera will not connect to the NVR.

SEC-BODYTEMPCAM1 Camera Configuration Guide

**Please Note:  Cameras Default IP address is 192.168.1.121.  IP Utility can be downloaded off our website here

• Log into the cameras web interface on Internet Explorer (IE), default username is “admin” and default password are “1234567u”. Make sure to download the new plugin. 

Note: close ALL browser tabs while installing the plugin.

• Parameter Configuration (Configuration/Human Thermometer/Parameter Configure)

◦ Enable face detection

◦ Draw the area according to the real scenario, there is a maximum of 8 areas supported. We usually use one detection area to cover where people could potentially appear in, recommended distance is 9 to 16 feet (3-5 meters) for capturing.

• Leave the Display Trace Info at “Mode 1”

• Show Detection Area, can turn On or Off

• For Confidence Coefficient, we suggest keeping the default value (Mid). It’s for the face matching level with the built-in algorithm.

• Area ID is for the selected areas if you choose more then one main area, up to 8 totals. We suggest keeping this at one and focusing on the main point of entrance.

• For Face Pixel Minimum and Maximum, we suggest keeping the default value (70/1000). Only faces in this range will be detected.

• There are two different Snapshot Modes: 

◦ Timing: ‘upload interval’ is associated with ‘timing’, camera will upload one picture every 5 seconds (Suggested).

◦ Optical: ‘snapshot count’ is associated with ‘optical’, camera will upload the best face picture in 5 seconds.

• For Upload Image Interval we suggest leaving at 5 seconds (1-10 second range).

• For Yaw Degree, Tilt Degree, Pitch Degree and OSD Overlay Snapshot, we suggest keeping as default.

• FTP Upload Image Matting and FTP Upload Whole Image are if you are using the camera as a standalone device, no CMS or NVR, and wish to save the facial snaps to an FTP.

• Temperature Parameters

• Enable this field and leave all as DEFAULT except LENGTH UNIT and MOUNT DISTANCE

◦ IF YOU SWITCH TO FAHRENHEIT THE FIELDS STILL STAY AS DEFAULT (Except Length/Mount Distance, mentioned above)

◦ DEPENDING ON THE SELECTION OF “LENGTH UNIT” (METERS/FEET), ALL DISTANCE FIELDS WILL BE CONSIDERED IN THOSE UNITS!

[IMPORTANT] Set the mount distance according to the real installation, whose value should be the horizontal distance from the detection area to the camera. 

Hit ‘apply’ to save the settings.

• Face Alarm Linkage

IF SWITCHED TO FAHRENHEIT YOU MUST ADJUST “ALARM TEMPERATURE”, 99.5-100.5F (Default Celsius is 37.30)[

• [IMPORTANT] Thermal Mapping (Configuration/Human Thermometer/Thermal Mapping)

◦ This step is mainly for matching the thermal image with the visible image, which can ensure the measurement accuracy.  The Black Body device (Infrared Calibrator) MUST be in the Field of View of the thermal image.  The thermal image is a FIXED LENS and is a smaller field of view then the standard image.

• There are eight groups of ID, and each group ID contains three points. If using One area, then you do not have to set groups 2-8.

• Pick out three points that you can clearly see in the thermal image, mark them with point1, point2 and point3.

• Find the three locations of the three points in the visible image and mark them with the same point numbers associated with those in thermal image.

◦ Note: Suggested to choose three points far away from one another, so the triangle of can cover 70% of the image.

• Hit ‘apply’ to save the settings.

• Test if the rectangle can correctly surround the face, and perfect it by adjusting the three points.

• Thermal calibration (Configuration/Human Thermometer/Thermal Calibration)

• Install the blackbody properly where the camera can see it (within the thermal image). The blackbody needs to be powered on for at least 20 mins to reach to a stable temperature.

◦ The Infrared Calibrator will ALWAYS display in CELSIUS; the stable temperature is ~40C

• Enable.

• If you turn on ‘Display Area Info’, the blackbody (Infrared Calibrator) will also be shown with temperature on thermal image.

◦ Draw box around your calibrator

• Target Temperature: If using Celsius leave as 40C, if using Fahrenheit change to 104F (Default)

• For Distance, put the real installation distance between the camera and Black Body (Infrared Calibrator). No more then 9-16 feet (3-5 meters).  Distance is in Meters or Feet, depending what you selected under the Parameter Config menu.

• Keep the ‘Emission Rate’ as the default value.

• Hit ‘apply’ to save the settings.

InVidTech Secure Series Setup Guide v1

Also Read : How To Setup O-KAM Pro camera

SEC BODYTEMPCAM1 camera run off of POE output?

Yes it is, safe.

What are the minimum specs required to handle SEC-BODYTEMPCAM1?

For a single camera: i7 processing, at least 8GB of RAM.

From where is the temperature being scanned?

From a point in the middle of the forehead, the temperature is scanned, above the nose and in-between the eyes. If the camera captures a profile image it is using the skin around the earhole for temperature.  It is important to note that what is being scanned is skin temperature and not core temperature.

Should people be screened prior to entry?

The camera needs to be set within a controlled environment and cannot be installed outside. The calibrator isn’t weatherproof (IP66) and airflow, whether inside or out, could throw off the camera’s calibration.

If you need to screen people before entering the building, you would need to set up an enclosed tent to scan individuals. The camera can operate in both extreme heat and cold as long as no airflow would skew the results. If an individual is outside for an extended period, in the intense heat or cold without the opportunity to reregulate their temperature, the results might be slightly off, its recommended to wait 20-30 seconds before reading.

Need to wait when coming from outside for accurate reading?

Most of the time, there will not be any accuracy issues when getting scanned. If you have been out in the extreme heat or cold for an extended time you may want someone to wait roughly 30 seconds for their body to adjust to the environment. The camera is taking the skin temperature, which the human body keeps in check very efficiently.

What is your advice for poorly controlled environments?

If you are going to invest in the product, you will also need to invest in creating a controlled environment. If the environment is not controlled, you will not have accuracy. 

What effects an individuals’ temperature?

An individuals’ temperature will not read higher based on wearing a darker colored cap or clothing. The temperature scanned is the skin. The camera is using the face detection analytic to detect a human face then apply the algorithm built into the camera to display a temperature that is read from the epidermis of the forehead, or if it is a profile picture captured, the skin around the earhole is used.

If you’re wearing a mask, glasses, hood, hat, or all combined, if those two focal points aren’t blocked, then the camera can give a temperature reading.

Depending on the type of hat, for example, a forwards facing baseball cap pulled down entirely over the forehead can cause an individual not to be scanned. Another factor that could affect the scan is how the camera is mounted. The cameras must not be mounted higher than 8-feet. If the camera is wall-mounted and facing on a downward angle where a hat or hardhat is blocking the forehead, a solution would be to mount the cameras on a tripod to get a more direct shot.

Please watch the scenario video here for more info on this.

As for individuals who have been out in the extreme heat or cold for an extended time you may want to wait about 30 seconds for their body to adjust to the environment. The camera is taking the skin temperature, which the human body keeps in check very efficiently.

Two real-life examples of cold and hot temperatures:

In New York, the temperatures were averaging 45 degrees, and we had someone whose drive into work took about 20 minutes. While driving, they had the window rolled down and the air continually blowing into their face. They would walk from their car to the office and could feel their skin was cold. When walking into the office, they would get scanned, and their temperature would be between 96.9 and 97 Degrees. After waiting for about 60 seconds, they would rescan, and their temperature would average the mid 97 degrees.

In Arizona, where the temperature was over 100 degrees, we found that when someone was outside for a while, a cooling down about 20-30 seconds was necessary. Initially, their temperature registered at about 102, but after 20 seconds, it stabilized and showed their baseline temperature.

Something to keep in mind is that everyone is different. Two people who are excessively overheated may vary slightly in how fast their bodies regulated their temperature. One person might take about 10 seconds, while another person might take about 45 seconds. We are finding that the average is about 20-30 seconds for someone to regulate back to their baseline skin temperature.

Does the subject have to face the camera?

The subjects face must hit the 7% FOV (Field of View) mark of the camera to get an accurate reading. It is looking for two measurement points. The first point is in the middle of the forehead, roughly the area in-between the two eyes, near the nose, and if it captures a profile image, it is looking for the skin around the ear hole. The person has to be walking into the view of the camera and not away.

What is the ETA on the Fahrenheit firmware fix for US sites?

The firmware is currently available, giving the option for Fahrenheit or Celsius. The product leaves our warehouse with this latest firmware update, and the product comes defaulted to Fahrenheit & Distance comes defaulted to Feet with the option for metric units. 

What VMS’s are supported?

As of today 4/29/20, we know Axxon and EXACT are working on an integration. Other companies that have reached out but are not 100% confirmed yet. The SDK is available upon request but each is responsible for their integration. 

Without an NVR, will images be stored?

No. The camera will not store any images. 

Will the camera do face recognition without an NVR or computer?

The camera only does face detection. The CMS is what handles Facial Recognition if you aren’t running the CMS, face images will not be saved.

Will the camera track a person?

Tracking is based on facial detection. As soon as the 7% mark is met (7% is the required amount to get a temperature), it will read the face detection analytic and then apply the algorithm for the temperature display.  

Where are these cameras made?

The cameras are manufactured in China but are not affiliated with and are not OEM made products from Hikvision or Dahua. 

Can the camera just be connected to a LAN that has the NVR on it?

Yes, it can be stand alone.

What is the accuracy of the camera?

The accuracy of the camera is 0.54 Degrees Fahrenheit / 0.3 Degrees Celsius.   

Is this camera FDA approved for taking Body Temperature readings?

We are currently in the process of working on our 510k Certificate approval. 

Will the camera pick up the temp of a person who is walking away?

No. it is not designed to work this way.  Depending on the angle, it might be able to capture a profile and on occasion provide a temperature. 

Is there a max mounting height from the floor?

Yes, you may not exceed 8 feet from the floor when installing on a wall or ceiling mount.

How do you calibrate the calibrator?

Let the calibrator run for about 15-20 minutes. On the back panel of the calibrator, you will see a display. The display will be in Celsius regardless of the settings in the camera and CMS. Once the screen hits the 40-40.2 degrees, the unit has been calibrated. 

Can you set the camera and calibrator to shoot through a glass door?

 No, the camera and calibrator must be in sight of one another and cannot see through a glass window or door. There can be no glass between the devices and the subject. 

How far away does the calibrator need to be from the camera?

The camera and calibrator must be in view of each other and must not exceed 16 Feet. The recommended distance is 7-16ft. and the calibrator must be in the field of view of the THERMAL image

Does each camera require its own calibrator?

Yes, each camera requires its own calibrator. You cannot use two cameras with a single calibrator. The temperatures will not be accurate. 

Can you connect the CMS to a customer’s network?

Yes, the CMS can be connected to a customer’s pc and also run on a pc that is not on the network.

What does CMS stand for?

Central Monitoring Software

Is the CMS included with the purchase of camera & calibration device?

Yes, there is a free download that is available on our website. There is no charge. You can find it here

How many users can log into the CMS simultaneously?

The CMS (Central Management System) is stand-alone. You can install it on multiple computers, but there is a max of 10-user connections for each camera.  

CMS (Central Management Software) for PC

CMS for PC

This is the free CMS (Central Management Software) for the Secure Series for those using a PC. It will work with Secure Series Products. 

New in this Version:
.

Version V1.8.163.0.0.51.0_build 20240206

User Name: admin
Password: 1234567u

Download Secure CMS Here

Download AD (Active Directory) Instructions Here

IP Tool Utility for PC

This is the free IP utility for the Secure Series for those using a PC. It is used to find IP Cameras on the network and change the IP info (IP Address, Sub-Net, Default Gateway) of those devices. Version v1.9.9

Supported Devices: Secure NVRs, Secure IPCs

Download IP Tool Here

If you are using a computer, will it record video without an NVR?

No, the closest workaround is to add the camera to the CMS. The CMS saves snapshots based on facial recognition. Please keep in mind that if the CMS doesn’t see specific points of a face to realize its a face (such as if the person is partially covered), you may still get a temperature read, but the face snap may not save. The CMS is only saving snapshots, not video.

How to use a cloud feature in the NVR menu?

The cloud feature will be implemented in the future. Once it is fully functional, we will have additional information posted!

How many hours of video can be stored on the NVR?

That will depend on the size of the drive you put in the unit and the number of cameras you have installed. The standard 4-channel unit can house a single hard drive bay, and can use drives ranging from 1-10 Terabytes. 

Can the NVR do the job of counting and temperature notification?

No.

Will camera send notifications automatically without an NVR?

If the camera is networked, email notifications can be sent out, even without an NVR. This will include a snapshot with the temperature for individuals who are above the threshold set. The camera also has two alarm outputs that can be utilized.

To use the app, InVid LIVE CMS, the camera would need to be added to the CMS, and the CMS would have to be kept open and running on a PC. If a temperature over the threshold is registered, it will send a push notification to the app.

Is the NVR required for sending email alerts?

No, the camera can send out email alerts. The 4/8/16 Channel NVR does not have the ability to send out email alerts while the 32 channel unit does, for over temperatures.

What type of notifications are triggered by high temp?

You can have an email notification with a snapshot of the individual and temperature range and also the option of one or two sirens if the temperature is above the threshold. 

Are there any onboard relays that could be triggered to send an alert

Yes, the camera has 2-alarm outputs. Power is needed, 12/24 volt AC/DC. Settings within the camera can be configured to trigger an alert when a temperature is over the threshold. 

Can the system send email and text alarms?

The system can send emails, it includes the picture of the scene with the temperature reading. Currently, there are no text alarms, but it is something we are looking at trying to implement.

Audible alarm once it detects a high temp?

The camera has two notification functions. The first is an email notification. The second is an alarm output trigger. The CMS that links to the camera does have an audible alarm if your computer is set up for sound. 

What is the warranty on the Secure Series products?

Camera: 1-Year

Calibrator: 1-Year

NVRs: 2-Year on Unit & 2-Years on Hard Drives

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<p>The post InVidTech Secure Series Setup Guide v1 first appeared on NVR IPCAMERA SECURITY.</p>

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Getting Started: Enabling the VIVOCloud service in your device

Before starting using your VIVOCloud application, you must enable the VIVOCloud service in your devices. This guide will teach you how to enable the service in easy to follow steps:

Step 1. Log in to your NVR device using its username and password.

Step 2. Click on the gear icon to access the NVR configurations.

Step 3. In the Settings interface, select the System tab and click on “VIVOCloud service”.

Step 4. In the VIVOCloud service interface, you will see a “blue” button (old interface) or a “gray” button (new interface). Clicking this button will enable the VIVOCloud service on your NVR.

After clicking it, the NVR will start connecting to the VIVOCloud server and register the service (this might take 1-2 minutes depending on your internet connection). Once the connection is established and the device is registered in the cloud system, a QR code and Device ID will be displayed below.

Note: If you are using the local console, follow the same steps, as both the Local and Web interfaces are the same in this regard.

Now the device service is enabled and you should be able to add it to your VIVOCloud application. 

VIVOCloud setup and use guide

Read Also : Vivotek Vortex Camera Ultimate Guide

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Getting Started: Adding your NVR to the VIVOCloud application using the QR code/device ID

In order to add your VIVOCloud compatible device, you need to use a QR code or Device ID. This document will explain where to find this information:

Enabling the Service:

Before being able to add your device using its QR code or Device ID, you need to ensure that the VIVOCloud service is enabled. First, log in to your NVR device using its username and password.

Once you have accessed the device, click on the gear icon to access the NVR configurations.

In the Settings interface, select the System tab and click on “VIVOCloud service”.

In the VIVOCloud service interface, you will see a “blue” button (old interface) or a “gray” button (new interface). Clicking this button will enable the VIVOCloud service on your NVR.

After clicking it, the NVR will start connecting to the VIVOCloud server and register the service (this might take 1-2 minutes depending on your internet connection). Once the connection is established and the device is registered in the cloud system, a QR code and Device ID will be displayed below.

If you are using the local console, follow the same steps, as both the Local and Web interfaces are the same in this regard.

Adding the device to the VIVOCloud application:

In the VIVOCloud application, go to the configuration menu and select “Add devices” to add your NVR. Then, click on the “Add devices manually” section. Here, you will be allowed to choose between using a QR code or the device ID.

Using the Device ID

Type the Pcode/Device ID found on the NVR VIVOCloud service webpage and click on the “+” button to add the NVR to the VIVOCloud application.

Using the QR Code

Click on the QR button to scan the QR code on the webpage using your phone camera (make sure to allow the application access to the camera).

Once finished, you will be able to see your NVR cameras in the VIVOCloud application. 

[VIVOCloud Camera] How to generate the QR code/PCode in a VIVOCloud compatible camera?

Question

How to generate the QR code/PCode in a VIVOCloud compatible camera?

Answer

VIVOCloud devices are not limited to just NVRs; cameras that support remote connection using VIVOCloud are also available. The principle of using a QR code/Device ID is the same as with the NVR. For clarity, follow these steps to obtain the QR code/PCode of the camera and add it to the VIVOCloud application:

Step 1. Access the camera web interface using its IP.

Step 2. Go to the camera configuration by clicking on the “Configuration” tab.

Step 3. Click “Applications” > “Package management” > “VIVOCloud” and click the link of the VIVOCloud VADP page.

Step 4. Click the “Connect” button to generate a unique QR code/Device ID which will be used to add the device into the VIVOCloud application.

For security purposes, the QR code and Device ID will only be available for 5 minutes so please be sure to have your phone at hand to fastly add the device into the application. 

If you are unfamiliar with the QR code scan process or Device ID registration, please refer to the following documentation:

[VIVOCloud Application] How to share your device with other account?

Question 

How to share your device with other account?

Answer

Devices configured in your VIVOCloud account can be shared to other users (e.g family members, coworkers, etc.). To share devices please follow the next steps:

Step 1. Login into your VIVOCloud phone application.

Step 2. Click on the option icon to access the application account configuration menu.

Step 3. Once the menu has appeared, click on the “Share devices” button to start the sharing process.

Step 4. In the “Share devices” interface, click on the “SHARE YOUR DEVICES” button to start registering the email of the user you want to share the devices with.  

Step 5.  Type the email address (user with VIVOCloud account) which will be accessing your device and click the “NEXT” button to continue.

Step 6. All of your configured devices will be listed. Select the devices to share by checking them, click “Done” when finished. 

Once the device is ready to share you will see a green arrow notification.

Step 7. Click on the “Share” button to share the device to the configured email account. 

Important note: You can only share the same device with up to 4 accounts. 

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[VIOVCloud]How to share the usage data with VIVOTEK

Question

How to share the usage data with VIVOTEK

Answer

For VIVOVloud app, please follow the steps to check.

1. Go to your account from setting.

2. Go to Privacy policy.

3.Make sure the analysis and data are shared.

For VIVOCloud portal, please follow the steps to check.

1.Go to your account.

2. Go to Privacy policy.

3. Make sure the analysis and data are shared.

4. Please reload the website after seeing complete message,

[VIVOCloud/iViewer] [2.4.401/3.10.604] Why the live image is being cut for 4 equal when viewing MS9390-HV?

Question

MS9390-HV is two wide angle lens. When I view the MS9390-HV live image on VIVOCloud/iViewer, it is being cut for 4 equal.

If I login the WEB page of MS9390-HV, it is working normal. How to solve it?

Answer

We will solve this issue in VIVOCloud 2.5.1 and iViewer 3.11.1.

How to remove NVR from VIVOCloud app and portal?

QUESTION

How to remove NVR from VIVOCloud app and portal?

ANSWER

How to use VIVOCloud to connect to NVR if the NVR is already added to other VIVOCloud account?

QUESTION

How to use VIVOCloud to connect to NVR if the NVR is already added to other VIVOCloud account?

ANSWER

[VIVOCloud] Do you need to purchase a license to use the VIVOCloud service?

Question

Do you need to purchase a license to use the VIVOCloud service?

Answer

No license is required to use the VIVOCloud service with VIVOCloud-compatible devices. For more information on compatible devices, please visit the following link:

[VIVOCloud Application] What is the maximum number of notifications that can be stored in the application?

Question

What is the maximum number of notifications that can be stored in the application?

Answer

The VIVOCloud application can show push notifications in the phone which will allow you to easily see alarm and device status (disconnection). 

You can also see all the notifications that have been sent to the application from the NVR/Camera in the notification menu, but there is a limit on how many alarms can be stored. The application can store a maximum of 100 notifications, if the application receives a new notification when this number is exceed, the old alarms will be deleted and replaced with the new ones.  

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[VIVOCloud] What ports are used by the VIVOCloud Service?

Question

What ports are used by the VIVOCloud Service? 

Answer

The VIVOCloud Service uses below ports:

If your network firewall or router only allows connections to specific ports, please ensure that the ports listed above are not blocked from inside to outside; otherwise, this could cause issues when the NVR/Camera tries to connect to the VIVOCloud server. Below is a list of possible situations you might encounter if the ports are not properly opened.

Situation 1. Cannot enable the VIVOCloud service in the NVR

If port 1194 is not opened, the VIVOCloud service on the NVR will display an yellow ‘!’ icon.

Situation 2. Portal connection issues with NVR

If the port 3478 is not opened, VIVOCloud portal will show the device as “Connecting”.

Situation 3. Slow video connection

If the other ports are not opened, you may not see an image on VIVOCloud, or the image may load slowly.

Ensuring that the necessary ports are not blocked by your network’s firewall or router is crucial for establishing a successful connection between your NVR/Camera and the VIVOCloud server. By following the guidelines above and verifying that these specific ports are accessible, you can facilitate a smooth and efficient operation of your VIVOCloud devices.

[VIVOCloud] What can I do if I cannot access my NVR device through the VIVOCloud portal or mobile application?

Question

What can I do if I cannot access my NVR device through the VIVOCloud portal or mobile application?

Answer

VIVOCloud service allows you to remotely access your NVR/Camera videos remotely using the browser or application without the need opening ports or performing extra configurations. If you encounter any issues while using this service please be sure to check the following:

1. Check that you are using a compatible browser:

If you are trying to access the VIVOCloud webportal (service.vivocloud.com), be sure to use the Firefox browser. 

The VIVOCloud portal is only supported by this browser, if you use other browser you wont be able to access your NVR videos. You can find more information about browser compatibility in the VIVOCloud official webpage: https://www.vivotek.com/vivocloud#portal

2. Check that the VIVOCloud service is enabled

Before using the VIVOCloud service you need to enable it, in order to do so please go to your ND device configuration, under System > VIVOCloud service and be sure that the service is enabled. There should be a green mark next to the blue button, if you don’t see this mark you might need to click on the button to enable the service.

VIVOCloud service enabled:

VIVOCloud service disabled:

3. Check that the ND device was only added to one account:

Each ND device can only be registered to one VIVOCloud account, if you already added to another account and try it to add it into a new account you will find the following error:

If you want to delete the NVR from any other accounts because you want to add it to a new account you just need to disable the service in the configuration page and re-enable it, this will automatically remove the device from the original account. Please note that if the device was previously shared to another account it will also be removed. 

4. Network and configuration check

The VIVOCloud service server is very strict with its data management so you need to be sure that everything is properly configured otherwise you might not be able to enable the function on the ND. Before enable the service please be sure to verify the following: 

a) Time zone needs to match your access point time zone: 

b) ND IP must be properly configured and the device internal network access point needs to have access to WAN.

c) Be sure that your NVR is up to date and is using the latest firmware available

If you don’t know how to upgrade the device, feel free to check this documentation: 

d) Be sure that the service main ports are accessible, if the main ports used for server communication are being blocked you wont be able to add the device to your VIVOCloud account. Here is a document that explains in detail which ports are used by the service. 

If after following all the suggestions mentioned in this guide you are still unable to access your device using the VIVOCloud service please contact Technical Support for assistance. 

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<p>The post VIVOCloud setup and use guide first appeared on NVR IPCAMERA SECURITY.</p>

Reolink NVR Setup Guide, Use this NVR with Reolink PoE cameras and you can get a professional, reliable and DIY security camera system. You can play back any recorded video, back up local data, and do more. For more features, refer to RLK8-810B4-A NVR security system.

If you have ordered an RLN8-410 or are interested in it, and want to get some basic information about this product before placing it in use or placing the order, you may refer to the below introductions.

This article includes the following 4 parts which will help you quickly understand the use and working principles of the NVR:

Unboxing for RLN8-410

Product Overview

You may find detailed information about the structure and components of the NVR below. 

Installation

You can connect either hard-wire the PoE cameras or connect WiFi cameras wirelessly (except for battery-powered cameras) to the NVR. Below is a common network topology of the connection. 

For more instructions on the configurations, you may refer to the sections Wired Connection and Wireless Connection. 

Wired Connection

Applies to cameras that are hard-wired to the NVR. 

Step 1. Connect your Reolink IP cameras to the Reolink PoE NVR. 

Step 2. Log into your NVR, and go to the IP channel.

Old UI: 

New UI:

Step 3. Select Auto Add so that all the cameras in the same LAN can be automatically shown on the list.

Step 4. If you have never changed the password of the IP cameras (the default password of the IP camera is blank) and there are enough channels for all the cameras, you may press Apply to add all the IP cameras to the NVR.

Step 5. If you have changed the User Name and the Password of your cameras, please put the password of the camera to log in.

Old UI:

Please drag the menu bar to the password column and use the soft keyboard to input the required information.

New UI:

Please click Modify to input the required information.

Step 7. Click Apply to save and apply the configuration.

For more detailed instructions, you could refer to the articles below:

Reolink NVR Setup Guide

Read More : Reolink NVR IPCAM how to reset password methods

Wireless Connection

Applies to wifi cameras (except for battery-powered cameras) attempting to add to the NVR. 

Step 1. Connect the WiFi camera to the same LAN as the PoE NVR.

Step 2. Connect the camera to the WiFi of the router. 

Step 3. Add the camera to the PoE NVR: Toggle the “Auto add” on and hit “Modify” to input the login credentials. 

Old UI:

New UI:

For more details of the configurations, please refer to the links below: 

Initial Setup

You can do the initial setup on a monitor or TV connected with an HDMI/VGA cable, or through the Reolink App or Reolink Client.  

Step 1. Connect the NVR to a Monitor or TV via the VGA or HDMI cable.
Step 2. Connect the camera’s RJ45 network socket to any PoE Camera port on the NVR using the Ethernet cables provided.
Step 3. Connect an Ethernet cable from the LAN port of the NVR to the LAN port of your router.
Step 4. Connect the mouse to the USB port.

Step 5. Connect the Power Adapter. Please use the supplied power adapter. For the PoE NVR device, it is 48 volts.
Step 6. And then you will see the below splash screen. System booting up might take a few seconds.
Step 7. Follow the Setup Wizard to set your NVR, click Next to continue and at the last step, click Finish to save all the settings.
For more detailed instructions, you may refer to the articles below:
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Step 1. Power the camera and the NVR, then launch the Reolink App on your phone.
Step 2. During start-up, you will find the NVR shown on the Delive List automatically on Reolink App.

Step 3. Click the device you want to add to start initialization.

Step 4. For security considerations, you need to create a password for the first time.
Step 5. Then name your device and modify other settings on the second step page.
For more detailed instructions, you may refer to the article: How to Do Initial Setup for Reolink NVR via Reolink App.

Step 1. Click the “+” icon, select UID, then fill in the blanks with the UID number of your NVR, See How to find the UID of your device.

Step 2. Create a device password, then click Next.
Step 3. Create a device name then click Finish.
For more detailed instructions, you may refer to the article: How to Initial Set up NVR via Reolink Client (New Client).

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How to Add Reolink Cameras to Reolink PoE NVR

Reolink PoE NVR allows you to record videos for Reolink IP cameras without using a computer. To do that, you need to add the camera to the NVR first. The cabling for PoE NVR is shown below.

Applies to: All Reolink IP cameras (excluding battery-powered cameras) and PoE NVRs with the hardware version H3MB02/H3MB16

You may then follow the steps below to add Reolink cameras to Reolink PoE NVR.

Step 1. Connect your Reolink IP cameras to the Reolink PoE NVR. There’re two different ways of powering your IP cameras:

There are two ways of connection:

 a. Connect the PoE cameras to the PoE NVR directly via an Ethernet cable. (suggested way)

 b. Alternatively, you can power on this camera by a PoE switch/injector and connect to your router, then add this camera to the POE NVR system in the same local network.

All Reolink WiFi cameras (except for battery-powered cameras) can be used with Reolink PoE NVRs, too. You need to connect them in LAN, the connection diagram is as below:

Note: Make sure all the IP cameras you want to add to the NVR are connected to the same network (LAN) as the NVR. Otherwise, the cameras won’t be shown on the scanned list and cannot be automatically added to the NVR.

Step 2. Log in to your NVR, and go to the IP channel.

Step 3. Select Auto Add, and click Scan so that all the cameras in the same LAN can be automatically shown on the list.

Note: The number of cameras that can be added to the NVR may vary depending on the NVR channel numbers of the NVR.

Step 4. If you have never changed the password of the IP cameras (the default password of the IP camera is blank) and there are enough channels for all the cameras, you may click Apply to add all the IP cameras to the NVR.

However, if you have changed the login passwords of the IP cameras or there is no spare channel to display all the IP cameras, you may need to go through a few more steps.

Step 5. If you have an 8-channel NVR and more than 8 IP cameras, please choose the 8 of them you want to add to the NVR and manually change the other cameras’ Channel to None.

Note: You may assign the IP cameras to any channel you want, but you cannot have two cameras on the same channel, otherwise configurations would fail to be saved.

Step 6. If you have changed the User Name and the Password of your cameras, please drag the menu bar to the password column and use the soft keyboard to input the required information.

Step 7. Click Apply to save and apply the configuration.

Here is a video to show how to add WiFi cameras to PoE NVR:

Note:

RLN8-410 (with the hardware version H3MB02) and RLN16-410 (with the hardware version H3MB02 and H3MB16) don’t work with 8MP cameras including B800/D800. The 4k cameras can only work with RLN8-410-E (with the hardware version H3MB16 and H3MB18) and RLN16-410 (with the hardware version H3MB18). And only the RLN8-410(H3MB18, N3MB01) and RLN16-410 (H3MB18) support the Human/Vehicle detection function.

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How to Initially Set up Reolink NVRs with Monitor Connected (New UI)

Want to do the initial setup for Reolink NVRs on a monitor? This article will do you a favor.

Applies to: RLN8-410 (hardware version H3MB18/N2MB02/N3MB01/N7MB01), RLN16-410 (hardware version H3MB18/N6MB01), RLN36.

You may follow this guide for proper cabling and initial setup of your Reolink NVRs with a monitor connected.

Here is a video for your reference:   

Here is a diagram that will help you learn each option on the PoE NVR.

Now, please refer to the following steps to set up your NVR.

Step 1. Connect an Ethernet cable from the LAN port of the NVR to the LAN port of your router. And connect a mouse to the USB port.

Note: You can right-click to open the Menu on the live-view page.

Step 2. Connect the NVR to a Monitor or TV via the VGA or HDMI cable. 

Notes:
1. If there is no display, please connect it to a VGA monitor and change its resolution to 1920*080.
2. If you need audio output on your TV monitor, the resolution MUST be set to 1920*1080 or 1280*720.

Step 3. Connect the camera’s RJ45 network socket to any PoE Camera port on the NVR using the Ethernet cables provided.

Step 4. Connect the NVR to a power outlet with the supplied power adapter, and then turn on the power switch.

Step 5. And then you will see the below splash screen. System booting up might take a few seconds.

Note: If the monitor screen remains black, check if you flip on the power switch on the back of the NVR.

Step 6. General configurations. Set up the language, screen resolution, date Format, and time format. Then click Next.

Step 7. DST settings. Set up the system time and time zone, and enable/disable the DST option. Then click Next.

Step 8. Create a password for your NVR, and enable/disable screen auto-lock. Then click Next.

Step 9. Set up a password security question. Then click Next.

Step 10. Name your device and manage your HDD. Then click Next.

Step 11. Configure the network for your NVR. Then click Next.

Step 12. Set up E-mails for your NVR up to your need. Then click Next.

Done! Here is a sum-up of the Wizard Setup.

Troubleshooting for RLN8-410

Here are some troubleshooting tips for RLN8-410. You may check whether your camera’s issue is listed below. If not, you may go to the Troubleshooting section to find suggestions for more issues or you may contact Reolink support for help.

If the NVR stops working and the power LED is not on, you may follow the troubleshooting tips listed below to solve the problems.

Cause 1. Power adapter issue

Solution: Check the status LED on the power adaptor of the NVR. If the LED isn’t on, please plug the power adaptor into another socket as well as change another working power adaptor (48V) for a try. If the LED is on, please check the HDD issue below.

Cause 2. HDD issue

Solution: Please unplug the HDD and check if the NVR will power on when no HDD is plugged in. You may open the NVR housing and refer to How to Change the HDD for Reolink NVR to remove the HDD. 

Cause 3. The voltage is not sufficient.

Solution: Unplug the cameras. If the NVR power LED goes on, please replug the camera back one by one. 
For more information, please check POE NVR Failed to Be Power on.

When you connect the NVR via a monitor and start up the NVR, the NVR is freezing on the Reolink Logo Page. There are several possible causes for the issue. You may follow the troubleshooting tips listed below to solve the problem. 
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Cause 1. HDD issue

Solution: Please unplug the HDD and check if the NVR will power on when no HDD is plugged in. You may open the NVR housing and refer to How to Change the HDD for Reolink NVR to remove the HDD.

Cause 2. The voltage is not sufficient. 

Solution: Unplug the cameras that are connected to the NVR and check if the NVR can boot up.

Cause 3. Firmware issue

Solution: Please refresh the firmware using a USB drive. 

For more details, please check the article NVR is Freezing on the Reolink Logo Page.

If there’s no video output on the monitor from Reolink NVR, you may follow the troubleshooting tips listed below to solve the problem. There are several possible causes for the problem.
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Cause 1. The video output resolution of the NVR is not supported by the monitor/TV. 

Solution: Ensure that the lowest resolution of the TV/monitor is no less than 720p.

Cause 2. HDMI/VGA port on the NVR or the monitor/TV is defective. 

Solution: Check whether the cable is defective by using it to connect other devices to the router and see if it works. Or please test with another HDMI/VGA cable or monitor/TV. 
For more information, please check the article No Video Output on the Monitor/TV from Reolink NVR.

If you found that the NVR is rebooting, below are some possible causes and solutions that you may refer to. 

Cause 1. UPS issue

Solution: If you use the UPS to power the NVR on, please plug the NVR directly into a wall socket and have it run for one or two days then check if the NVR reboots.

Cause 2. HDD issue

Solution: Please unplug the HDD and have the NVR run for one or two days then check if the NVR reboots. 

Cause 3: The cameras and the NVR are both grounded. 

Solution: Please unplug all the cameras from the NVR and have the NVR run on its own for one or two days and check if it still reboots (Please disable auto-reboot before you run the test). If the NVR doesn’t reboot, the issue may be caused by both the NVR and the cameras being grounded. Please check whether the cameras and the NVR are grounded. If yes, please unground either the NVR or the cameras to fix the issue. 

For more details, please refer to POE NVR Reboots Automatically.

If you noticed that after plugging the new cameras into the NVR, the camera’s image does not show up on the monitor and it prompts “video loss”. The following troubleshooting may be helpful to you.

Cause 1. No available channels

Solution: Delete the offline cameras from the IP channel, or manually assign a channel for the camera. 

Cause 2. The new camera is distributed with the same IP address as the other cameras. 

Solution: Please reset the camera and restore the NVR.

Cause 3. The camera shows “invalid password” or “incorrect username and password”. 

Solution: Put the password of the camera.

For more details, please refer to Fail to Add PoE Cameras to NVR.

If you fail to connect the NVR through the network, below are some possible causes and solutions for your reference.

Cause 1. NVR is powered off. 

Solution: Check whether the power light is on. If it is off, please refer to POE NVR Failed to Power on.

Cause 2. The LAN port is defective. 
Solution: Please check if the LAN port on the back lights up or not. If not, please try another ethernet cable and port on the router for a test.
Cause 3. The gateway is 0.
Solution: Please change a router or switch and further check the issue. Please also reboot the NVR and check if the issue remains.

Please upgrade the NVR’s firmware to the latest firmware.

For more details, please refer to Failed to Connect NVR in LAN.

When you fail to playback the videos of the NVR and find the capacity of the HDD is 0GB, or it shows “HDD not detected”, here are some possible causes for your reference.
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Cause 1. The firmware version of the NVR is old. 

Solution: Please find out the firmware version of the NVR and go to the Download Center to download and unzip the package to upgrade it. 

Cause 2. The format of the HDD is wrong. 

Solution: Please format/init the HDD to try again, please refer to Check/Init HDD via PoE NVR.

Cause 3. Defective HDD

Solution: Please unplug and replug the HDD to see if it works. If possible, please test with another working HDD. 

For more details, please refer to HDD Capacity Shows 0GB.

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Configuration – RLN8-410

RLN8-410 is an eight-channel network video recorder that is used for centrally controlling the devices that are connected to it. With diffenernt hardware versions, RLN8-410 can acheive different features. Generally, it can be used for setting up detection for the cameras, managing the channels, upgrading the devices that are connected, etc. 

To better learn the working principles and settings of this NVR, here are some instructions for your reference.

Note: You can click on the keywords below to jump to the corresponding section.

Motion Detection

Generally, Reolink cameras are capable of motion detection. RLN8-410 is able to manage the configurations of motion detection for cameras that are connected to it. 

To achieve the detection settings you want, you could try on the monitor, the Reolink App, or Reolink Client. Below are some instructions for your reference. 

Old UI: 
1. Log into your NVR on a monitor and go to the NVR settings. 
2. For configuring motion recording, go to “Menu>Recording>Schedule” page, then select the channel (camera) and check the Enable box. Select “Motion” and tap on the grids to choose the time that you want to enable motion detection recording, and then click Apply to save the settings.

3. For setting up motion detection, go to “Menu>Alarm”. Click on “Motion Detection>Set”, then you can configure the motion detection settings (including motion detection area and sensitivity), motion schedule, and action.