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>

Lorex Fusion: Download the Lorex App

The following article provides instructions for downloading the Lorex App and connecting your Lorex Fusion Collection recorder to the app.

Prerequisite

Before you start, your Fusion recorder must be powered on and connected to your router using the included Ethernet cable. For Basic System Setup instructions, refer to your Fusion recorder’s Quick Start Guide or Manual on the product support page. Visit help.lorextechnology.com and search your Fusion recorder’s model number.

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Download the Lorex App

Once your Fusion recorder has connected to the Lorex App, complete the final Fusion steps by connecting your Fusion Wi-Fi cameras and accessories.

For setup instructions using the new local UI, please see the article Lorex Fusion: Connect Your Wi-Fi Cameras and Accessories (New Local UI).

For setup instructions using the previous local UI, please see the article Lorex Fusion: Connect Your Wi-Fi Cameras and Accessories.

Lorex Fusion: Frequently Asked Questions

The following frequently asked questions (FAQs) provide more information about your Lorex Fusion Collection. Where applicable, the FAQ includes links to articles where you may find more information.

Lorex Fusion Troubleshooting FAQ.

What is Lorex Fusion?

Our Lorex Fusion recorders incorporate the newest (fusion) technology to connect both Lorex Wired and Fusion Wi-Fi Cameras, Doorbells, Floodlights, and Sensors to one system. Lorex Fusion Wi-Fi Cameras and Accessories can connect to one recorder for continuous 24/7 recording and local, secure storage (up to 10TB). Everything can be accessed from your Lorex App for easy control of all devices.

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Why do I get an offline message and a blank screen for the (B463AJ) 2K battery doorbell’s channel on the Fusion recorder?

Being a battery-operated doorbell, it will always go to sleep after a period of inactivity to conserve battery life. Once the doorbell is correctly paired to your Fusion recorder, the offline message means the doorbell has gone to sleep but is still connected and can be awakened. When motion is detected, or when the call button is pressed, there will be live video from that channel. You can also manually wake up the doorbell through the Lorex app, by activating the liveview.

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Can my Battery Video Doorbell record continuously?

To conserve battery life, Wi-Fi Battery Video Doorbells only record when motion is detected. They do not record continuously.

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Which recorders are part of Fusion?

For a list of Lorex Fusion Recorders, please refer to the Product Compatibility Chart.

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Can I connect all Lorex Wi-Fi Cameras and Accessories to my Fusion recorder?

Only Lorex Fusion Compatible Wi-Fi Cameras and Accessories can connect to Lorex Fusion Recorders.

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Which Lorex Wi-Fi Cameras and Accessories are part of Fusion?

See the following list of Lorex Fusion Wi-Fi devices:

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Should I update my Lorex Fusion recorder’s firmware?

It is recommended to update your system firmware to the latest version to ensure remote connectivity and to support newly added Fusion Wi-Fi devices.

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Does my Lorex Fusion recorder require a network setup?

Yes, a network setup is required to connect Fusion Wi-Fi cameras and accessories to your Fusion recorder. Ensure you connect the included Ethernet cable to your recorder’s LAN port and your router.

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Does it matter which router I use?

Yes, due to its strong signal, the dual-band router is suitable for high resolution video recording and for connectivity between devices. Ensure that your Fusion Wi-Fi cameras and accessories and your Fusion recorder are all connected to a dual-band router (2.4 GHz/5 GHz bands).

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How many Lorex Fusion Wi-Fi Cameras and Accessories can I connect to my Fusion recorder?

This depends on your Fusion recorder and the number of Fusion Wi-Fi channels it comes with. For full technical specifications, refer to the Product Specifications on your recorder’s product support page. Visit help.lorextechnology.com and search your Fusion recorder’s model number.

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What is a Fusion Wi-Fi channel?

A Fusion Wi-Fi channel is the channel you use to add a single Fusion Wi-Fi camera to your system. A 16-channel security system with 8 PoE ports/channels (for wired camera connection) and 8 Fusion Wi-Fi channels means that 8 Fusion Wi-Fi cameras and accessories can connect to the entire system.

Note: Fusion Wi-Fi channel’s are only available on certain Lorex Fusion recorders. For a list of Fusion recorders, see the Product Compatibility Chart.

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How many Fusion Wi-Fi channels are on my Lorex Fusion Recorder?

The number of Fusion Wi-Fi channels varies per Fusion recorder. For full technical specifications, refer to the Product Specifications on your recorder’s product support page. Visit help.lorextechnology.com and search your Fusion recorder’s model number.

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How do I setup my Lorex Fusion system?

Complete your Fusion setup in the following order:

After connecting your Fusion system, ensure you adjust your Fusion settings.

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Are there Fusion setup tutorial videos?

For a video walk-through of the Fusion setup with the new local UI (N845, N846, N847, N864, D863, D881 Series), please watch here.

For a video walk-through of the Fusion setup with the previous local UI (N841, N842, N843, N844, N861, D862, D871 Series), please watch here.

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How do I setup my Lorex Fusion recorder and wired cameras?

For Basic System Setup instructions, refer to your recorder’s Quick Start Guide or Series Manual on the product support page. Visit help.lorextechnology.com and search your Fusion recorder’s model number.

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How do I connect my Lorex Fusion Wi-Fi camera or accessory to my Fusion recorder?

For full setup instructions, please click on the article corresponding with your model number.

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Which password should I enter to connect my Lorex Fusion Wi-Fi camera or accessory to my Fusion recorder?

Enter the same password that you created in the Lorex App when setting up your Fusion Wi-Fi device.

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What is continuous recording?

Once your Lorex Fusion Wi-Fi camera connects to your Fusion recorder, your camera’s recording settings are automatically set to continuous. This means that your Fusion Wi-Fi camera will record 24/7 or for the entire duration of the recording schedule onto your Fusion recorder’s hard drive. It is worth noting that recordings on the camera are limited due to the size of its onboard storage, while recordings on the recorder are extensive (3TB to 10TB). Continuous recording captures everything in the background, and you can playback to catch anything you missed.

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Do all Lorex Fusion Wi-Fi cameras record continuously?

No, to conserve battery life, battery-operated video doorbells do not record continuously (24/7).

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How do I set my Lorex Fusion Wi-Fi camera to continuous recording?

After Fusion setup, your Wi-Fi camera is automatically set to Continuous recording. To adjust your camera’s recording settings, login to your recorder and navigate to the devices menu. For instructions, please see the article Lorex Fusion: Adjust Settings.

Note: Battery-operated video doorbells do not record continuously (24/7). Being a battery-operated doorbell, it will always go to sleep after a period of inactivity to conserve battery life. Once the doorbell is correctly paired to your Fusion recorder, the offline message means the doorbell has gone to sleep but is still connected and can be awakened. When motion is detected, or when the call button is pressed, there will be live video from that channel. You can also manually wake up the doorbell through the Lorex app, by activating the liveview.

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How come I’m receiving duplicate notifications in the Lorex App?

After completing the Fusion setup, your Wi-Fi camera or accessory is connected to the Lorex App twice – once as a single device and then a second time as a device connected to your recorder. To avoid receiving duplicate notifications from the same camera or accessory, you will need to Turn off Alerts for your Wi-Fi device connected to your recorder. For instructions, please see the article Lorex Fusion: Adjust Settings.

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After Fusion setup, where is my Lorex Fusion Wi-Fi camera’s video footage being stored?

Your Lorex Fusion Wi-Fi camera saves recorded motion detection videos onto the local microSD card (not always included). Once you’ve connected your Fusion Wi-Fi camera to your Fusion recorder, your camera’s recording settings is automatically set to 24/7 Continuous recording, and all recorded video is stored on your recorder’s extensive hard drive (up to 10TB).

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What features are supported in my Fusion recorder vs. the Lorex App?

Please see the following list of features supported in either your Fusion recorder and/or the Lorex App:

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Can I use my web browser to access my Lorex Fusion Wi-Fi camera?

You can only access your camera on the Lorex App, recorder, or on the Lorex Cloud Client.

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When modifying the password in the Lorex Cloud Client, which password should I enter?

Enter the password for your Wi-Fi camera or accessory created in the Lorex App during setup.

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Where can I order the Lorex Fusion Collection?

To order, go to lorex.com.

Lorex Fusion: Troubleshooting

The following article provides some troubleshooting tips for setting up your Lorex Fusion Collection.

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My Fusion Wi-Fi camera or accessory is not appearing in the device list.

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My Fusion Wi-Fi camera or accessory is not connecting to my Fusion recorder.

• Give your Fusion Wi-Fi camera or accessory a few minutes to establish a connection.

• Check to see if your Fusion recorder has the most up-to-date firmware. New Local UI: Login to your recorder and navigate to System > Update & Reset > Upgrade, then click Check for Updates.  Previous Local UI: Login to your recorder and navigate to Main Menu > Information > Update/Reset > Update, then click Check for Updates. For instructions on updating your recorder’s firmware through USB, see the article How to manually upgrade the firmware of your recorder.

• Ensure that your Fusion Wi-Fi cameras and accessories and your Fusion recorder are powered on.

• The same password created for your Fusion Wi-Fi camera or accessory in the Lorex App must be entered in your Fusion recorder. If you have forgotten the password, then reset your Fusion Wi-Fi camera or accessory and connect it to the app again.

• (Applies to the previous local UI only) If your password for your Fusion Wi-Fi camera or accessory is entered incorrectly in your Fusion recorder, then your Wi-Fi device will lock itself. Reset your Fusion Wi-Fi camera or accessory and connect it to the app again.

• Ensure that you are entering the password for your Fusion Wi-Fi camera or accessory created in the Lorex App, and not the Lorex App account password. Those are two separate passwords.

• Ensure that your Fusion Wi-Fi camera or accessory is connected to a dual-band router (2.4 GHz/5 GHz bands).

• Ensure that you are connecting the Fusion Wi-Fi camera or accessory to an available Fusion Wi-Fi channel, and not a Wi-Fi channel that already has a Wi-Fi device connected to it.

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I don’t know the password for my Fusion Wi-Fi camera or accessory.

If you don’t know the password for your Fusion Wi-Fi camera or accessory, then you will need to reset the device and connect it to the Lorex App again.

To reset your Fusion Wi-Fi camera or accessory:

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I’m receiving duplicate notifications in the Lorex App.

After completing the Fusion setup, your Wi-Fi camera or accessory is connected to the Lorex App twice – once as a single device and then a second time as a device connected to your recorder. To avoid receiving duplicate notifications from the same camera or accessory, you will need to Turn off Alerts for your Wi-Fi device connected to your recorder. For instructions, please see the article Lorex Fusion: Adjust Settings.

Lorex Fusion: Connect Your Wi-Fi Cameras and Accessories (N910 Series)

The following article provides instructions for connecting your Lorex Fusion Collection Wi-Fi Cameras and Accessories to your N910 Fusion recorder.

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Our Lorex Fusion recorders incorporate the newest (fusion) technology to connect both wired and Wi-Fi cameras, doorbells, floodlights, and motion sensors to one system. All Fusion compatible Wi-Fi cameras and devices connect to one recorder for continuous 24/7 recording and private local storage. Access everything from the Lorex App for easy control of all devices.

Note: To conserve battery life, Wi-Fi Battery Video Doorbells only record when motion is detected. They do not record continuously.

For any connection issues, see the article Lorex Fusion: Troubleshooting.

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Part One — Wired Setup

Setup your Fusion recorder and wired cameras. For Basic System Setup instructions, refer to your recorder’s Quick Start Guide or Manual on the product support page. Visit help.lorextechnology.com and search your Fusion recorder’s model number.

Important: Network setup is required for your system — use the included Ethernet cable to connect your recorder to your router.

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Part Two — Connecting your Lorex Fusion Wi-Fi Camera

Connect your Lorex Fusion Wi-Fi Camera to the app and then from your recorder scan your network to add it.

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Option A — Connecting Your New Lorex Fusion Wi-Fi Camera to Your Recorder

Add compatible Lorex Fusion Wi-Fi Cameras and Accessories onto Fusion Wi-Fi channels on the recorder.

To connect your New Lorex Fusion Wi-Fi Camera to the recorder:

Note:

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Option B — Connecting Your Existing Lorex Fusion Wi-Fi Camera to Your Recorder

Add compatible Lorex Fusion Wi-Fi cameras and accessories onto Fusion Wi-Fi channels on the recorder.

Note:

To enable remote viewing for the mobile app, you will need to:

To connect your Existing Fusion Wi-Fi camera to the recorder:

1.From the Live View display, click the pair icon  in the center of the Fusion Wi-Fi channel’s screen.

Note: It may take a few minutes for your Lorex Fusion Wi-Fi Camera’s video feed to appear.

To turn off duplicate notifications, adjust your camera’s recording settings, or link motion sensors to cameras, see the article Lorex Fusion: Adjust Settings.

Lorex Fusion: Connect Your Wi-Fi Cameras and Accessories (N845, N846, N847, N864, D863, D881 Series)

The following article provides instructions for connecting your Lorex Fusion Collection Wi-Fi cameras and accessories to the Lorex App and to your Fusion recorder.

Note: These Fusion instructions apply to the new local UI only. For Fusion instructions that apply to the previous local UI, please see the article Lorex Fusion: Connect Your Wi-Fi Cameras and Accessories.

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Before you start

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Watch the Lorex Fusion setup tutorial video

For a video walk-through of the fusion setup, please watch here.

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Connect your Fusion Wi-Fi cameras and accessories to the Lorex App

Follow the Lorex App steps to add your Lorex Fusion Wi-Fi cameras and accessories. Refer to your camera’s documentation at help.lorextechnology.com for detailed setup instructions. Search your camera’s model number to access the product support page.

Note:

2.In-app, tap the  icon to add your Wi-Fi camera.

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Connect your Fusion Wi-Fi cameras and accessories to your Fusion recorder

Note: You can add one Wi-Fi camera or accessory to one Fusion Wi-Fi channel. The number of Fusion Wi-Fi channels varies per Fusion recorder. For full technical specifications, refer to the Product Specifications on your recorder’s product support page. Visit help.lorextechnology.com and search your Fusion recorder’s model number.

2.From the Live View display, click the pair icon  from the center of the Fusion Wi-Fi channel.

Note: If your Lorex Fusion recorder and Fusion Wi-Fi camera share the same password, then the devices will automatically connect without entering the password.

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After successfully connecting to your Fusion recorder, your Fusion Wi-Fi camera or accessory connection status turns green. For any connection issues, see the article Lorex Fusion: Troubleshooting.

To turn off duplicate notifications, adjust your camera’s recording settings, or link motion sensors to cameras, see the article Lorex Fusion: Adjust Settings.

Lorex Fusion: Connect Your Wi-Fi Cameras and Accessories (N841, N842, N843, N844, N861, D862, D871 Series)

The following article provides instructions for connecting your Lorex Fusion Collection Wi-Fi cameras and accessories to the Lorex App and to your Fusion recorder.

Note: These Fusion instructions apply to the previous local UI only. For Fusion instructions that apply to the new local UI, please see the article Lorex Fusion: Connect Your Wi-Fi Cameras and Accessories (New Local UI).

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Before you start

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Watch the Lorex Fusion setup tutorial video

For a video walk-through of the Fusion setup, please watch here.

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Connect your Fusion Wi-Fi cameras and accessories to the Lorex App

Follow the Lorex App steps to add your Lorex Fusion Wi-Fi cameras and accessories. Refer to your camera’s documentation at help.lorextechnology.com for detailed setup instructions. Search your camera’s model number to access the product support page.

Note:

2.In-app, tap the  icon to add your Wi-Fi camera.

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Connect your Fusion Wi-Fi cameras and accessories to your Fusion recorder

Note:

After successfully connecting to your Fusion recorder, your Fusion Wi-Fi camera or accessory connection status turns green. For any connection issues, see the article Lorex Fusion: Troubleshooting.

To turn off duplicate notifications, adjust your camera’s recording settings, or link motion sensors to cameras, see the article Lorex Fusion: Adjust Settings.

Lorex Fusion: Adjust Settings

The following article provides instructions for adjusting your Lorex Fusion Collection settings.

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Turn off duplicate notifications

After completing the Fusion setup, your Wi-Fi camera or accessory is connected to the Lorex App twice – once as a single device and then a second time as a device connected to your recorder. To avoid receiving duplicate notifications from the same camera or accessory, you will need to Turn off Alerts for your Wi-Fi device connected to your recorder.

To turn off duplicate notifications:

2.Under your Fusion recorder, swipe left to find your Fusion Wi-Fi camera or accessory.

3.Tap on your Fusion Wi-Fi device’s notification icon .

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Adjust the recording settings for your Fusion Wi-Fi camera or accessory

After Fusion setup, your Lorex Fusion Wi-Fi camera’s recording settings will automatically adjust to Continuous, recording 24/7 directly to your recorder’s hard disk drive.

To adjust the recording settings (new local UI):

To adjust the recording settings using the previous local UI, navigate to Main Menu > CAMERA > Recording > Recording and follow the same steps as above.

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Set the recording schedule for your Fusion Wi-Fi camera or accessory

You can set a custom recording schedule according to your needs. For example, you can set the system to record continuously during business hours and record on motion detection only outside of business hours.

• Click-and-drag on each day to customize the recording schedule. The schedule is set up as a grid, with each block representing two hours.

• Click  beside 2 or more days to link schedules (). This allows you to quickly change multiple schedules at once.

• To make fine adjustments to a schedule, click . This will allow you to set exact start and end times for a schedule.

• To disable all recording of the selected type on the selected day, click .

To set the recording schedule using the previous local UI, navigate to Main Menu > STORAGE > Schedule and follow the same steps as above.

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Link sensors to cameras

Once you’ve completed the Fusion setup, you can link motion and door/window sensors to any compatible camera, so that when the sensors are triggered the linked automatically cameras record.

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To learn more about using your Lorex Fusion system, visit the Fusion page or refer to the Lorex Fusion: Frequently Asked Questions article.

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<p>The post Lorex Fusion Troubleshooting FAQ 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:
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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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As a world-leading video-centric AIoT solution and service provider, Dahua has a lot in store for us in terms of making camera installation simple, quick and user-friendly. Its recently launched 5E initiative focuses on user-centered design and aims to provide customers with efficient operations, cost reduction, security guarantees, and value enhancement. Easy Installation, one of Dahua 5E’s key components, refers to easy hardware installation and easy software deployment. For hardware, Dahua constantly optimizes their structural design, tools requirements, guide materials, process safety, etc., so as to improve the hardware’s ease of installation. For software, Dahua continuously optimizes their accessibility, flexibility, complexity, and correctness, thus enhancing the easy installation of software products.

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Here are some of the highlights of Dahua 5E’s Easy Installation:

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Dahua PTZ

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Pain Points:

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Solutions:

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Application Scenarios: retail store, villa

Dahua Easy Installation Manual v1

Also Read : DAHUA IP Camera 5.0 UI Setup

Dahua Easy Installation Manual v1.

Dahua IPC

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Pain Points:

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Solutions：

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Application Scenarios: cafe, parkland

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Dahua ITC Cardan Bracket 8019

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Pain Points:

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Solutions:

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Application Scenarios: highway, urban roads

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HDCVI

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Pain Points:

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Solutions:

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Application Scenarios:

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What is Symmetric Encryption Algorithm?

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In the modern stage of cryptography, the concept of key secrecy was introduced, giving rise to a new encryption algorithm paradigm called symmetric encryption algorithm.

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Symmetric encryption algorithm, also known as single-key algorithm, is characterized by the use of an identical key for both encryption and decryption. They can be broadly classified into two major types: sequence ciphers (also known as stream ciphers) and block ciphers.

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The core of stream cipher encryption is the key (also known as the seed key) that goes through a key stream generator to produce a key stream. This key stream is then XORed with the plaintext byte stream to obtain the ciphertext byte stream, encrypting one bit or one byte of the data stream at a time. The encryption process is illustrated in Figure 1.

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Figure 1: Steam Cipher Encryption/Decryption Process

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The core of block cipher encryption is to divide the plaintext data into fixed-length blocks and encrypt them using a key, resulting in ciphertext blocks. The plaintext is encrypted on a byte-by-byte basis. The process is illustrated in Figure 2.

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Figure 2: Block Cipher Encryption/Decryption Process

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Block cipher encryption is achieved by grouping the plaintext. To enhance the security in the encryption process and facilitate grouping, two key points are usually considered: encryption modes and padding modes. As for the specific selection of encryption mode or padding mode, it often depends on practical application scenarios, required security strength, and other factors.

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The introduction of encryption modes mainly considers whether there should be any correlation between different blocks or whether each block should be encrypted independently. Different encryption modes represent different iteration methods used in the encryption process of plaintext blocks. Table 1 provides the advantages and disadvantages of using different encryption modes.

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Table 1: Comparison of Several Encryption Modes

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The introduction of padding modes mainly addresses the issue of plaintext that is not a multiple of the specified block size. In such cases, the remaining bits need to be padded to match the algorithm’s specified block size. During encryption, the plaintext is padded, and during decryption, the padding needs to be removed according to the same padding mode. Table 2 presents several common padding methods in block ciphers.

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Table 2: Comparison of Several Padding Methods

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Symmetric encryption algorithms encompass various algorithms, such as RC4 and ZUC for stream ciphers, and DES, 3DES, and AES for block ciphers. They are mainly used to address issues related to secure transmission, secure storage, and have a wide range of applications. However, these algorithms also have drawbacks, such as difficulties in key distribution and the inability to provide non-repudiation, which restrict their application in certain scenarios.

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<p>The post Dahua Easy Installation Manual v1 first appeared on NVR IPCAMERA SECURITY.</p>

ATTENTION: Prior to purchasing and installing an accessory antenna, read the product specifications of your receiver to determine if your receiver has a weatherproof housing. Installing your weatherproof receiver outdoors provides a better line-of-sight between the receiver and the camera, increasing the strength of the wireless signal. See your product specifications to determine the weatherproof rating of your receiver.

The Directional Wireless Panel Antenna and the Omni-Directional Antenna are used to extend the range of one or multiple wireless or wire-free cameras.

Directional Wireless Panel Antenna (ACCANTD9)

Omni-Directional Antenna (ACCANTO8)

Use the 2.4GHz Directional Wireless Panel Antenna (ACCANTD9) to focus a wireless signal onto one specific wireless device (camera or receiver) to increase the range of transmission. A clear line-of-sight between the antenna and the wireless device needing range extension is required.

Use the 2.4GHz Omni-Directional Antenna (ACCANTO8) to enhance the signal of one or multiple cameras that are paired to a single or dual antenna receiver. You may also use two Omni-Directional Antennas to extend the range of all cameras paired to a dual antenna receiver.

REQUIREMENT: To connect the antenna directly to the camera or receiver, the device must have a removable SMA type antenna. Visit www.lorextechnology.com/compatibility to ensure the antenna is compatible with your camera or receiver model.

Lorex Wireless Cameras and Monitors guide 2024

Also Read  : Lorex Camera Troubleshooting

Recommended Antenna Installation Methods

Your antenna needs will vary depending on the setup of your camera system, the number of cameras that require range extension, and the number of channels on your wireless receiver. Review the scenarios below to ensure you have the correct antenna and installation method to meet your needs.

Click a setup scenario to see the recommended installation method:

Combining Accessory Antennas

If you have installed your accessory antenna according to the recommended installation methods and would like to enhance wireless signal strength even further, you may add an additional Directional Wireless Panel Antenna (ACCANTD9) directly to a camera. The additional Directional Wireless Panel Antenna can be used with a Directional Wireless Panel Antenna or with an Omni-Directional Antenna attached to the receiver.

Click an antenna combination to see recommended installation methods:

Scenario 1: Extend the range of one camera paired to a single antenna receiver

To extend the range of one camera connected to a single channel receiver, use the Directional Wireless Panel Antenna (ACCANTD9).

The Directional Wireless Panel Antenna can be connected in two configurations.

Configuration 1. Connect the antenna directly to the camera

Configuration 2. Connect the antenna directly to the wireless receiver

REQUIREMENT: The antenna connects using an SMA cable and replaces the existing antenna on either the camera or wireless receiver. Check www.lorextechnology.com/compatibility to determine if your product is compatible with the antennas.

Scenario 2: Extend the range of one camera paired to a dual antenna receiver

To extend the range of one camera connected to a multi-channel receiver, use the Directional Wireless Panel Antenna (ACCANTD9). Connect the Directional Wireless Panel Antenna directly to the camera.

Scenario 3: Extend the range of select cameras paired to a dual antenna receiver

To extend the range of select cameras on a multi-channel receiver, use the Omni-Directional Antenna (ACCANTO8).

Connect the Omni-Directional Antenna to one of the antenna ports on the wireless receiver.

REMINDER: Each antenna port on a dual antenna receiver is associated with specific camera channels. One antenna communicates with odd numbered channels (1, 3, and 5), while the other antenna communicates with even numbered channels (2, 4, and 6). See the table below for dual antenna channel configurations.

If you connect the Omni-Directional Antenna to an antenna port and your wireless signal does not improve, try switching the Omni-Directional Antenna to the other antenna port or pairing your camera to a different camera channel.

Scenario 4: Extend the range of all cameras paired to a dual antenna receiver

To extend the range of all cameras on a dual antenna receiver, connect an Omni-Directional Antenna (ACCANTO8) to each antenna port on the receiver.

IMPORTANT: Two Omni-Directional Antennas are required to accommodate this setup.

Combination 1: Combine two Directional Wireless Panel Antennas

If you are using a Directional Wireless Panel Antenna (ACCANTD9) to enhance the signal of a single camera with a single channel receiver, you can use an additional Directional Wireless Panel Antenna to further enhance the wireless signal.

Connect one Directional Wireless Panel Antenna directly to the camera and one Directional Wireless Panel Antenna directly to the wireless receiver. To maximize signal strength, it is recommended to aim the two antennas directly at each other with a clear line-of-sight.

Combination 2: Combine a Directional Wireless Panel Antenna with an Omni-Directional Antenna

If you are using an Omni-Directional Antenna (ACCANTO8) to enhance the signal of multiple cameras, you can further enhance the signal of a specific camera by connecting a Directional Wireless Panel Antenna (ACCANTD9) directly to the camera.

A clear line-of-sight between the Directional Wireless Panel Antenna and the Omni-Directional Antenna is recommended to maximize signal strength.

Lorex SD Pro App: Changing / resetting the password

If the password for the Lorex SD Pro app to view the Wireless Home Monitor is lost or forgotten it will need to be reset.

To reset the Lorex SD Pro app password:

1.Ensure that your Wireless Home Monitor is connected to a network router using the included Ethernet cable.

2.On the Wireless Home Monitor tap the Menu icon ().

3.Use the joystick to select Settings > Network > Reset Password.

4.Select Yes to confirm.

5.Tap the Menu icon () repeatedly until all the menus are closed.

6.Launch the SD Pro app and enter the default password. Refer to your user manual for your default password. You will be prompted to create a new password.

Lorex SD Pro App: Setting up Wireless Home Monitor remote access

You can access and view wireless cameras from a Wireless Home Monitor system using an iPhone, iPad, or Android smartphone or tablet using the Lorex SD Pro app. It is available at the App Store or Google Play Store.

Prerequisites:

To set up the mobile application:

LW2700 Wireless Home Monitor: Included cables and accessories

LW2700 Series Wireless Home Monitors support wireless cameras using a wireless signal. They do not have an internal battery and require a connection to a power source. Refer to your user manual for model specific information on cables and accessories. Click here for downloads and documentation for your product.

Most wireless home monitors include the following cable connections and accessories when purchased:

Network: Wireless camera Internet requirements

Standard wireless cameras that connect to a DVR / NVR, do not need access to the Internet to function. Stand-alone IP cameras do not require an Internet connection for basic functions, but an Internet connection is required for full functionality.

Security Cameras: Understanding Field of View (FOV)

Field of View (FOV) is the maximum observable area that is seen at any given moment through an optical device such as a camera lens. The coverage of the area can be measured using the horizontal and vertical distances to find the diagonal of the area in degrees. Mathematically, the FOV is calculated using the horizontal dimension of the sensor (h) and the Focal Length (F).

You can find the camera’s Field of View details in the Specifications sheet. Click here for additional support content including security camera documentation.

The Camera Lens, Sensor and Focal Length

Focal length (F) is the distance between the center of a lens and its sensor. The size of the lens is the aperture size.

These factors affect field of view. A narrower focal length captures more of the scene and displays a larger field of view. A wider focal length magnifies a scene and decreases the field of view. The higher the focal length value the lower the FOV.

Types of Camera Lenses

Fixed: a fixed camera focal length provides an Angular FOV which is permanently set and cannot be adjusted by the user. Varifocal: the camera focal length can be manually adjusted by the user. Generally, this is done manually with screws or dials. At Lorex we have motorized varifocal cameras that allow you to digitally zoom using your phone or NVR without losing details. These lenses provide flexibility and customization for your camera image needs.

The importance of Field of View

A wide angle lens or smaller lenses produce a greater field of view and captures more objects in a scene enhancing your ability to cover larger and wider areas such as foyers, parking lots or warehouses.

A narrow angle lens or larger lenses produce a smaller field of view; capturing a limited area, but the camera quality image improves in detail. These are designed to monitor a specific object, such as cash registers, entrances/exits, hallways or objects of value.

How to Calculate the FOV

To calculate the FOV requires the sensor size and the focal length of the lens: h = Sensor Size F = Focal Length of the Lens

FOV is represented by this equation: FOV = 2tan-1(h) / 2F

Example: h = 4.7mm F = 6mm FOV = 2tan-1(h) / 2F = 2tan-1(4.7)(12) = 2tan-1(0.39) = 2(21.4°) = 42.8°

W482CAD – 2K Wi-Fi Camera : Frequently Asked Questions

The following FAQ article answers many of the general questions about the 2K Wi-Fi Camera with Smart Deterrence (W482CAD). Where applicable, the FAQ includes links to articles where you may find more information.

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Where do I place my Lorex 2K Wi-Fi Camera?

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How should I position my Lorex 2K Wi-Fi camera?

When mounting the camera on a wall, make sure of the following:

 Accuracy of person detection will be influenced by multiple factors, such as the person’s distance from the camera, the height of the person, and the height and angle of the camera. Night vision will also impact the accuracy and distance of detection.

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How do I enable motion detection and person detection?

1.Launch the Lorex App.

2.Tap  icon above the channel thumbnail on the Devices screen.

3.Tap Motion Detection Settings.

4.Tap  icon to enable Motion Detection.

Note: If motion detection is disabled, general/person/vehicle detection will automatically disable and you will not receive any motion detection notifications in the Lorex App.

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How do I customize Motion Zones™?

Motion Zones™ allows you to customize your device’s motion detection region. Motion Zones™ screen consists of the following settings:

To set Motion Zones™

1.Launch the Lorex App.

2.Tap  icon above the channel thumbnail on the Devices screen.

3.Tap Motion Detection Settings.

4.Tap Motion Zones™.

 For full instructions on how to set customized Motion Zones™, see Configuring Motion Zones™.

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Why am I receiving so many notifications?

There are a few ways you can lower the number of notifications you are getting.

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How do I enable Color Night Vision?

1.Lauch the Lorex App.

2.From the Devices screen, tap  icon to configure device settings.

3.Tap  icon to disable Auto Night Vision.
Note: Disabling Auto Night Vision will force the camera into Color Night Vision mode. Recommended in low-light conditions.

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How to activate Two-Step Verification?

1.Launch the Lorex App.

2.Tap Settings.

3.Tap Account Settings.

4.Tap Two-Step Verification.

5.Tapicon to enable Two-Step Verification.

For detailed setup instructions, see Two-Step Verification Setup.

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How to optimize video quality?

1.Launch the Lorex App.

2.Tap  icon above the channel thumbnail on the Devices screen.

3.Tap Video Settings.

4.Tap  icon to enable HDR (High Dynamic Range).

Note: Enabling HDR optimizes video picture in high-contrast conditions such as under-lit and over-lit areas.
By default, the video quality is set to High (2x1080p HD).

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What is Home & Away™?

Lorex App can automatically use your location to manage your notifications when you are at home or away. The app will notify you when you are inside/outside of your set home perimeter.

To start using this feature, navigate to your mobile device settings and enable Location services for Lorex App.

For detailed setup instructions, see Configuring Home & Away™.

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How do I activate the LED deterrence light when motion is detected?

1.Lauch Lorex App.

2.From the Devices screen, tap  icon to configure device settings.

3.Tap Deterrence Light Brightness.

4.Tap  icon to enable camera’s deterrence light whenever motion or person is detected.

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How do I remove the 2K Wi-Fi Camera from my account?

1.Launch the Lorex App.

2.From the Devices screen, tap  icon to configure device settings.

3.Tap Remove Device.

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How to permanently delete data of 2K Wi-Fi Camera?

Refer to Formatting Device Storage for more information.

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Does my device support WPA2 or WPA3?

Your device supports Wi-Fi Protected Access 2 (WPA2) which is the industry standard security protocol for Wi-Fi networks. WPA2 offers security against unauthorized access and data interception and is supported by most Wi-Fi routers including those that support both WPA2 and WPA3. It employs Advanced Encryption Standard (AES), an encryption mechanism, which secures communication between your camera and Wi-Fi network to keep transmitted data confidential. For information on which devices support WPA2 and which devices support WPA3, please refer to “WPA2 and WPA3 Supportive Devices.”

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What are the compatible SD cards?

Refer to Compatible SD Cards and Storage Sizes for more information.

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What devices are compatible with the 2K Wi-Fi camera?

Refer to Product Compatibility Chart for more information.

W482CAD – 2K Wi-Fi Camera : Installation

This article provides instructions to install your Lorex 2K Wi-Fi camera with Smart Deterrence (W482CAD).

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What is included in the box?

The above contents are based on one camera.

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How to connect with Lorex App

3.Open the Lorex App app and create an account or login with your credentials.

4.Tap  icon to add a new device, then follow the in-app instructions to complete the device setup.

For full instructions on Lorex App setup, see Connecting with Lorex App.

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How to mount 2K Wi-Fi Camera to the wall

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How to mount 2K Wi-Fi Camera to the ceiling

Wi-Fi Security Cameras – How to Read a MicroSD card

To view the contents of a MicroSD card on a laptop or computer, follow these steps:

a. Select the day to play back:

b. Click on the available folder:

c. Within the folder, click either the day folder (Video files) or the jpg folder (Snapshots):

d. Click to select a video time from 00 – 23 hours:

6.Click the MP4 video file to view the video. 

Wireless Home Monitor: Audio not working

If the audio is not working on your Wireless Home Monitor:

• Ensure that the protective film is removed from the camera lens.

• Ensure that the monitor volume is not muted. A mute icon () will be visible on the screen if the volume has been muted.

• Turn the monitor volume up using the volume buttons on the side of the unit. Location will vary by model. For exact location of volume buttons for your model, refer to your user manual. Click here for downloads and documentation for your product.

• The camera must be in Full Screen mode for audio. Tap the Channel Select icon () to switch between channels in Full Screen mode. Audio is disabled in Quad mode.

If audio is not working after increasing the volume and viewing in Full Screen mode, restore the system to default settings.

To restore your monitor to default settings:

CAUTION: Restoring to default settings will erase any setting input on the monitor. Your monitor will need to be reconfigured.

1.On the monitor tap the Menu icon ().

2.Use the joystick to select Settings > Default Settings.

3.Select Yes.

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<p>The post Lorex Wireless Cameras and Monitors guide 2024 first appeared on NVR IPCAMERA SECURITY.</p>

These setup discrepancies often translate into unreliable readings and missed opportunities, rendering the system less effective in its primary task of accurate number plate recognition. The good news is that with proper optimization, these systems can be significantly improved. In this comprehensive guide, we will explore practical methods to enhance ANPR accuracy with best practices for camera setup.

Whether you are a seasoned professional or an enthusiastic beginner, these techniques will enable you to maximize the potential of your ANPR system, ensuring precise and reliable results. 

The Basics of ANPR Technology

ANPR technology is a sophisticated system designed to automatically capture and interpret license plates on vehicles. By leveraging advanced algorithms and optical character recognition (OCR) technology, ANPR systems can rapidly analyze images or video frames, extract license plate information, and convert it into readable digital data. 

In other countries, ANPR is also referred to as Automatic License Plate Recognition (ALPR) and, simply, License Plate Recognition (LPR). 

Here’s a breakdown of the key components of ANPR technology:

Components of an ANPR System

Understanding these fundamental components is essential for users aiming to optimize their ANPR systems. With a clear grasp of the technology’s basic principles, individuals can proceed to implement the necessary adjustments and enhancements for improved accuracy and reliability.

Best ANPR Camera System Setup

Read More : How To Install Synology Surveillance Station

Factors Impacting Your ANPR Camera Setup

There are a number of fundamental components that make any ANPR Camera setup successful. These include:

Of these three, we see that camera setup holds the most potential for improvement for businesses and consumers to significantly bolster their ANPR results. We draw this conclusion because we know that our Plate Recognizer ANPR engine has been thoroughly tested and optimized to handle blurry, low-resolution, and dark images as well as other aspects of the real-world environment.  Feel free to reference the results of our ALPR benchmarking exercise. 

Further, counter to claims from camera manufacturers, we see that a modest, mid-range or even low-end IP camera performs just as well as a high-end, expensive camera.  Of course, no LPR camera vendor is going to admit this because they need a way to justify their existence.  As a side note, we even have customers running our software with existing CCTV cameras.

From our years of experience supporting and helping clients troubleshoot their license plate recognition systems, we have observed how the proper camera setup along with a strong ANPR engine can be an effective solution to detect and decode vehicle license plates.  This article offers specific tips and suggestions on how to best set up your camera to maximize your ANPR.

Before You Begin, an Important Note

With your ANPR Camera Setup, please keep in mind that if your eyes can easily read a license plate through the camera, our ANPR engine can too. However, if you’re squinting and struggling to see the license plates, our engine might find it challenging as well. Visual clarity is the key. A clear view means accurate reads.

Camera Zoom For The Best ANPR Systems

When it comes to zooming the camera for best ANPR, it is important to avoid having a high-level view of the overall parking lot or site.  This is called under-zooming, where the camera is capturing an overall wide-angle view of the landscape.  So the above two images are not set up correctly for best ANPR results.

For beginners handling license plate recognition, there is a common misconception that a wide-angle shot is the best.  Cameras will seek to aim wide across parking lots rather than towards entrance or exit points which allow them to truly pick up plates and get a good read. 

To address this, adjust the camera positioning and zoom in on the ingress and egress areas of the parking lot.  Rather than have a wide-angle view of the street with all the homes around it, it is better to focus on just the street itself where cars are driving by.

In the photo below, the left image shows a wider angle of the gate entrance. For best practices ANPR, it is important to zoom the camera closer to the gate.  Again, if the camera can see the vehicle plate well, then our ANPR engine ought to do a very good job of reading the plate.

If you are in an area using CCTV cameras, Plate Recognizer’s software may still work. While CCTV cameras are typically on the lower end of the quality spectrum, they may still be suitable to capture vehicles moving at low speeds.

ANPR Camera Setup: Ideal Camera Distance 

The maximum advisable distance between the camera and the vehicle is 35 meters.  Actually, whenever possible, it is preferred to minimize that distance.  Why? Minimizing the distance between the camera and the vehicle helps ensure that the camera can easily focus without the need to zoom in on the target vehicle.  This helps reduce image blurriness.

When you place the camera far away from the vehicles it needs to read, you will need a camera with very strong zoom capabilities. The more the camera uses the zoom, the harder it is for the images to come out clear and crisp. 

Another cause for blurry images can be if the camera is mounted improperly, or becomes loose. Typically, ANPR cameras are outdoors and exposed to the elements so this is going to happen at some point if the cameras aren’t installed securely. This can cause the camera to move, shake or vibrate.  These small vibrations can result in image blurriness when the zoom level is high.  For example, you can test this yourself by using your smartphone camera and zooming in all the way to view a car in the distance.  Apply a small amount of movement to the camera and you can easily observe how the camera view totally changes!

We have actually tuned our algorithms and even added a new parameter called Merge Buffer to help accommodate camera vibrations.

PRO TIP: Use Your Mobile Phone to Do a Test

Before you set up the camera, use a mobile phone as a test subject. Place the phone in the position where you intend to install your ANPR camera. Set the smartphone to the number of pixels and settings of the camera you plan to purchase.  Then, just record 10 minutes of footage and use Stream to analyze the recorded video for license plate recognition.

Camera Angle To Improve ANPR

While Plate Recognizer ANPR has been tuned to support a wide variety of license plate angles, it’s always ideal to have the camera set up appropriately. In terms of angle, the setup of the ANPR camera can be positioned in two ways: slope, vertically, and horizontally.  For both cases, it is advisable to have a maximum of 45 degrees for a proper read of the license plate. 

Remember, just because you set up your camera for 45 degrees, your customers/drivers don’t always drive in a straight line!  

ALPR vendors can make outrageous claims that their software can do anything, but at Plate Recognizer, we’re not going to lie to you. There are things our software can do, and things it can’t!  Not every angle is going to be possible, and no camera is going to be a super machine that can see a license plate while bending over backward in the middle of a blizzard. 

So for example, Plate Recognizer’s ALPR engine can support up to a 53-degree tilt, and a 70-degree side angle. What it can’t do is catch a plate number at 75 degrees.

In fact, we’ve compiled real-world ALPR results.  Take a look.

Minimum Resolution For Best ANPR

We see a lot of unsuccessful LPR due to very fuzzy images of the license plate.  This is by and large due to the fact that the camera does not have the resolution required to capture a good plate image.

While Plate Recognizer works with any IP camera, we recommend that the license plate itself must have roughly 100 pixels in width.  Otherwise, our ANPR engine may not be able to effectively read the license plate.

Since every LPR camera setup will be different, you’ll need to figure out the correct amount of megapixels (MPs) needed.  Basically, the number of megapixels required will ultimately depend on the distance of the camera to the license plate.

The width of the license plate will depend on the country you’re in.  Here are some examples:

Once you have an idea of the width of plates for your ANPR camera setup, you’ll need to figure out the MPs needed. There’s a bit of math here to calculate, so we’ll save you the headache and go straight to the answer.  

The table below summarizes the maximum distance in feet from the camera to the vehicle plate for each of the 3 major regions/countries.  You’ll note that we used 80 pixels of width for the plate, even though our ALPR benchmarking indicates that our engine can read a plate even at 30 pixels width.  We chose 80 pixels width to add some cushion–just to be on the safe side.

So net net, if you have to set the camera up at over 30 feet from the vehicle plate in the USA, then you’ll need to get a 4 MP camera or better.

PRO TIP: If the above topic on camera resolution is confusing, no worries.  Just use your eyes!  Basically, if you can see the license plate number in the camera footage with your own eyes, then Plate Recognizer’s engine should be able to read the plates, too. But if you’re having a really hard time seeing the plate–even after squinting and zooming in–then please don’t expert Plate Recognizer to do magic.

ANPR Camera Setup for Night-Time: Sufficient Infrared

If you have a great ANPR system, but no infrared (IR) light capabilities, you will have a tough time capturing plate numbers at night. This is because when it’s dark, there’ll be glare on the plate from the headlights.  If you’re using ANPR to detect crime, which often happens at night, you’d need to make sure you have good IR.

Infrared cameras utilize LED lights to illuminate the plate area with infrared light, which is invisible to humans.  Cameras with an IR cut filter automatically adjust IR light levels so that you can get consistent colored images in the daytime and black/white images at night.

Depending on the exterior lighting, you may be able to get a license plate read at night without IR, but it won’t have the same accuracy. Using IR may also help you pick up images in different weather conditions. For example, if you are in a location that gets a lot of rain, an ANPR system that relies on white and natural light will have a hard time getting accurate images. 

For optimal IR use, you’ll want to place the camera on an angle so it isn’t pointing directly at headlights. This will avoid unnecessary glare risks and ensure you’re getting a good shot of the license plate. 

If your current LPR camera doesn’t have IR, you can always buy an inexpensive external IR unit instead of upgrading your entire system. It costs around $20-25 on Amazon.  The IR technology built into a camera may also not be enough, so adding another external device can increase accuracy.

Lighting Tips for ANPR Camera Setup

Adjusting the lighting for your ANPR camera setup is essential to ensure optimal performance and accurate license plate recognition. Proper lighting helps to minimize shadows, glare, and overexposure, which can obscure or distort license plate images, leading to recognition errors. 

By providing even lighting and strategically positioning lighting sources, you can enhance visibility and clarity, particularly in challenging environments such as parking lots, highways, or private properties.

Here are a few lighting tips based on how you’re going to utilize your ANPR setup:

ANPR Camera Lighting for Parking Lots

For parked cars going in and out of a parking lot, the ideal lighting setup would typically involve evenly distributed and consistent lighting throughout the parking area. This helps ensure that license plates are clearly visible to ANPR cameras regardless of the vehicle’s position.

Other tips for optimal lighting in parking lots:

How does IR Lighting help with illumination?

IR lighting emits infrared light, which is invisible to the human eye but can be detected by camera sensors. By supplementing existing lighting sources with IR illumination, ANPR cameras can capture clear and accurate images of license plates even in challenging lighting environments where visible light may be insufficient. This enhances the overall visibility and image quality, allowing the ANPR system to reliably read and process license plate information regardless of lighting conditions.

Additionally, IR lighting helps minimize disturbances to nearby residents or drivers, as it is invisible and does not produce glare or excessive brightness. Overall, IR lighting plays a crucial role in enhancing the performance and effectiveness of ANPR camera setups, particularly in low-light or nighttime scenarios.

Many cameras come equipped with built-in IR capabilities. It’s important to ensure that the camera’s IR distance parameter is well-suited to the distance between the camera and the vehicle being monitored. This ensures that the IR illumination adequately covers the area where license plates are captured, enabling clear image capture for ANPR systems. 

However, in some cases, the built-in IR may not be sufficient to provide optimal illumination, particularly in larger or more challenging environments. In such situations, you may opt to purchase external IR units to supplement the camera’s built-in IR capabilities.

These external IR units can provide additional illumination, extending the effective range of the ANPR system and ensuring clear and accurate image capture, especially in low-light or nighttime conditions where visibility may be limited.

ANPR Camera Lighting for Highways

Highways, on the other hand, need different light requirements since cars are moving at high speeds. The lighting needs to provide sufficient illumination to capture clear and accurate images of license plates despite the fast-paced movement of vehicles. You can try doing the following:

The lighting setup for highways prioritizes high-intensity, uniform illumination to facilitate clear image capture of license plates, enabling ANPR systems to operate effectively in fast-moving traffic environments.

<p>The post Best ANPR Camera System Setup first appeared on NVR IPCAMERA SECURITY.</p>

How to connect a Uniview Cube camera to wifi using a PC

<p>The post Advanced Uniview IP Camera Guide first appeared on NVR IPCAMERA SECURITY.</p>

There are three Arlo Solar Panels designed to work with Arlo cameras. To know which Arlo Solar Panel is compatible with your camera, visit: Arlo Solar Panel Compatibility

You can use Arlo Solar Panels in any outdoor location that falls within the solar panel’s operating temperature range of 32° to 113°F (0° to 45°C). For safety reasons, the Arlo Solar Panel cannot charge your camera battery at temperatures below freezing.

To set up your Arlo Solar Panel:

1. Choose a good outdoor location for your Arlo Solar Panel, within 4.5 feet (1.3 meters) of your Arlo camera.
   The Arlo Solar Panel can absorb the most solar energy when it is in full sunlight for as much of the day as possible. You can mount the Arlo Solar Panel on your wall, fence, roof, gutter, or eaves. Make sure that you mount your Arlo Solar Panel facing true south (in the northern hemisphere) or true north (in the southern hemisphere).
2. Secure the mount with the screws provided in the package.
   
3. Attach your Arlo Solar Panel to the mount.
4. Adjust the angle of the Arlo Solar Panel on the mount to the appropriate angle for your latitude.
                  
5. Make sure that your Arlo camera battery is fully charged.
   Note: Your Arlo Solar Panel is designed to keep your camera battery charged, not to charge the battery from low to full.
6. Connect the Arlo Solar Panel cable to your Arlo camera.
   

Warning: Do not unplug the cable from your Arlo Solar Panel. This can damage the cable and the Arlo Solar Panel.

Note: The charging icon will not immediately appear in the Arlo Secure app. If you want to confirm that your camera is charging, you can wait for the charging icon to appear, or you can check the camera’s battery percentage in the Arlo Secure app from day to day. For more information on battery charging icons, visit: What do my Arlo camera’s battery level icons and notifications mean?

How do I position the Arlo Solar Panel to get the most sunlight?

The amount of energy that the Arlo Solar Panel can produce depends on several factors: average sun exposure, weather conditions, tilt angle, and dust or debris. A solar panel in the same location might produce a different amount of energy at noon in December than at noon in June.

Similarly, the same panel might produce more energy in one geographic location and less in another. In both situations, the difference is based mainly on the amount of sunlight that the solar panel receives. To see a world map of average sun exposure, visit: http://globalsolaratlas.info/?m=sg:dni

To optimize the effectiveness of your solar panel, do the following:

• Choose a location for your solar panel that gets plenty of sunlight; try to avoid spots that are in the shade for a significant portion of the day.
• Mount your solar panel facing true south (in the northern hemisphere) or true north (in the southern hemisphere) and tilt it to the appropriate angle for your latitude.
• Wipe the panel every few months to remove dust or debris that might affect the solar energy-harvesting efficiency of the panel.

For more information about the Arlo Solar Panel, see the following knowledge base articles:

• How to setup Push Notifications or Email Alerts for Arlo devices
• How to factory reset Arlo devices
• Troubleshooting Arlo Essential Spotlight Camera

To purchase the Arlo Solar Panel, visit: Arlo Accessories

How to troubleshoot Arlo Solar Panel charging issues

<p>The post How do I install and mount my Arlo Solar Panel first appeared on NVR IPCAMERA SECURITY.</p>

• Technical review 1793 (1).docx

iViewer installation and user guide

Read Next : Default Password NVR &#8211; IPCAMERA

Question

What to do if iViewer doesn’t show some cameras of VAST? (set logical tree in VAST)

Answer

Question

When I add new substation to VIVOTEK CMS, how can I see it on iViewer at the same time?

Answer

Cannot visualize 7000 series cameras’ streaming when using codec JPEG

Question

After upgrading iViewer(iOS) to version 3.12.2, I cannot get IP7330 camera streaming.
But when using iVeiwer for Android, it works well.The following shows an iPhone using iViewer 3.12.2 to connect to IP7330.

Answer

This issue appears because iViewer(iOS)3.12.2 removed the server push mechanism but  iViewer(Android) still keeps it.
Therefore, iViewer(iOS) cannot get the 7000 series streaming when using codec JPEG but iViewer(Android) works well.In order to resolve this issue, please change the camera codec from JPEG to MPEG-4.

What ports are used for camera’s two way audio if you add a camera with public IP address to iViewer?

Question

What ports are used for camera’s two way audio if you add a camera with public IP address to iViewer?

Answer

If you would like to use a camera’s two way audio on iViewer, make sure below two ports are opened on router for the camera.

1. Sip port (Two way audio port). The default port is 5060.

2. RTP port for audio. The default port is 5558.

You can change the port value if needed.
For the SIP port, the range of port value is as below: 1025~65535.
For the RTP port for audio, the range of port value is as below: 1025~65535.

How to back up the iViewer completely when you back up your iPhone via iTunes?

Question

How to back up the iViewer completely when you back up your iPhone via iTunes?

Answer

Please enable the “Encrypt local backup” settings before backing up the files.
iViewer encrypt the camera password. If you do not enable this setting, you will not see any camera data in iViewer after reload the backup file to device.

How to add the camera into iViewer?

Answer

iViewer crashed on iOS9

QUESTION

iViewer crashed on iOS9, but iOS10 works OK, please solve the problem

ANSWER

Sorry for the inconvenience, it turns out Apple just let our team know today that they have made some changes on iOS end, so we need to modify some part on APP as well
After we modify this part, the APP would be able to work on iOS9 without problem
We have already implemnt the fix and try register the new APP on apple store, the new APP (3.7.6) is already available on 10/24

How to update VAST status in iViewer?

Question

How to update VAST status in iViewer when the substation has been disconnected or substation name has been modified?

Answer

Please follow below steps to update VAST status:
1. Slash toward left on VAST icon
2. Click update icon

3. After a while, the VAST status will be updated.
The connection status, substation name and total device number will be updated also.

What pan/tilt speed is supported?

QUESTION

What pan/tilt speed does iViewer support?

ANSWER

iViewer supports 3 speed levels for pan and tilt: -5, 0, 5.

From center circle to narrow, we divide it into 3.
What speed is using depends on how far you move from center circle to narrow, as below:
0 (Central circle) to 1/3: speed -5
1/3-2/3: speed 0
2/3-1 (narrow): speed 5

The app crashed while you try to open it on x86 CPU device

QUESTION

[VIVOCloud/iViewer][Android] The app crashed while you try to open it on x86 CPU device, e.g. ASUS model K011 tablet

ANSWER

Our APP only support ARM CPU, not fully supported by x86 CPU device.
Though x86 CPU would try to interpret ARM library, however, when it failed on doing that the APP would go crashed.
Nowadays there barely got x86 smart phone, the most common series is ASUS Zenphone, but they stop using x86 from 3rd genereation.
This is current limitation, hope we can get your understanding.

iViewer crashed after viewing Liveview page of VAST server

QUESTION

[iViewer][iOS/Android][3.10.301] iViewer crashed after viewing Liveview page of VAST server, you would see iViewer is trying to load streaming of VAST and it would suddenly crashed

ANSWER

The parser of iViewer is receiving unexpected response from VAST server.
If you run into this issue, please upgrade iViewer to version 3.10.401 or later version

Name of VAST substation changed to accessing server and no cameras

QUESTION

VAST has a substation(ND9441P 2.2.102) and the substation is online.
But the name of the substation on iViewer shows “Accessing server…” and all cameras disappear, as shown below.

ANSWER

It’s a known issue on iViewer Android 3.10.301, and it has been solved on newest official version 3.10.501
If you meet such issue, please update to newest version.

How to add or remove different camera in my favorite list on iViewer?

QUESTION

How to add or remove different camera in my favorite list on iViewer?

ANSWER

<p>The post iViewer installation and user guide first appeared on NVR IPCAMERA SECURITY.</p>

<p>The post Setting Presets on Lorex PTZ Cameras first appeared on NVR IPCAMERA SECURITY.</p>