Troubleshooting & FAQs

If your camera image appears in black and white, review the following possible causes:

If your camera works during the day but performs poorly at night, review these causes:

If the camera produces no image at all, review the following:

If white or glowing spots appear in the corners and worsen in darkness:

If the image fades, dims, or drops out after running for a period of time:

If the camera image appears foggy, blurry, or out of focus, check the following:

If the camera image appears backwards or mirrored:

If the tail connector is damaged or malfunctioning:

If your camera has an attached tail (integrated cable) and is malfunctioning:

If the daytime image looks washed out, hazy, or unclear:

If you cannot find video files after exporting from the InnoPro camera’s onboard memory, review the following:

If camera settings change without your input, an external device is likely modifying them:

If the microphone or IRs are not receiving power, the issue may be due to using an incompatible InnoPro tail:

If your InnoPro camera will not load in a web browser, the issue is usually due to Internet Explorer being removed from Windows:

If you can’t access the menu on your OverView monitor, try the following:

The grid overlay feature only works on Camera 1 in single-view mode.

If the monitor won’t allow menu navigation, check the selection steps:

If only one camera is showing up on the monitor, review pairing and signal range.

If cameras will not pair, follow the required pairing sequence.

If camera signal drops intermittently, antennas or interference are likely the cause.

If you have a snowy, rolling, or unstable picture but can still see video, review the following checks:

If the picture is black and white with a black bar, or partially colored with a wavy appearance, format mismatch is the likely cause.

If the monitor shows no picture at all, check signal distance, antennas, power, and channel alignment.

If the image cuts in and out, signal type mismatch is the most common cause.

If you have a snowy or rolling picture but can still see video, walk through these checks:

If the picture is black and white with a black bar, or partially colored with a wavy appearance, format mismatch is the likely cause.

If there is no picture at all, check distance, antennas, power, channels, and compatibility.

If the picture appears intermittently, it is often a compatibility issue between AHD and analog equipment.

If Camera 1 appears more grainy than expected, the monitor format setting may be incorrect.

If the menu cannot be accessed, the monitor may be in split screen mode.

If the grid overlay appears on Camera 1 but not Camera 2, this is expected behavior.

If menu items cannot be selected, the selection method may be incorrect.

If the monitor only detects one camera, pairing, distance, or interference is usually the cause.

If the cameras will not pair, walk through the required pairing sequence and confirm power to each camera.

If the video cuts in and out, interference or antenna positioning is usually the cause.

If the Simple Sight hardware is plugged in but no image is appearing, follow the checks below:

If the customer is unable to install the Simple Sight software, the issue may be related to device compatibility or antivirus software.

Cable distance depends on the camera type:

• AHD cameras: up to 120 feet

• CVBS (analog) cameras: up to 180 feet

For longer distances, extension solutions or wireless options may be available.

Yes. CVBS cameras are backward compatible with AHD monitors, so you can use your older analog cameras on a newer AHD monitor.

However:

• AHD cameras cannot be used on older analog-only monitors

• All connected cameras must share compatible video formats (NTSC/PAL or AHD/CVBS)

Many newer Dakota Micro monitors can view multiple formats at the same time.

Yes. Dakota Micro monitors support multiple cameras:

• Standard DM monitors support up to 4 cameras

• You can view 1–4 cameras at once on quad-view models

• Additional cameras can be added using the DM-2CS switch box, which allows you to toggle between connected cameras

The monitor will power up to four cameras at one time.

Dakota Micro offers two main camera types:

HC – AHD (Analog High Definition)

• Part numbers contain HC

• Higher resolution, newer technology

• Works only with Dakota Micro monitors labeled Analog HD (e.g., DMAC-H7, H7Q, H9, H9Q)

LC – CVBS (Analog)

• Part numbers contain LC

• Standard-definition analog video

• Works with all Dakota Micro monitors, both old and new

Older Legacy CVBS cameras use the letters RC in their part numbers.

If you’re upgrading, make sure your monitor matches the camera technology for full compatibility.

AgCam® and EnduraCam® cameras include a 5-year warranty.
They also carry a lifetime warranty against any moisture or debris entering the sealed camera housing.

Yes. AgCam® and EnduraCam® cameras are available with the following lenses:

• 3.6mm (standard)

• 6mm

• 12mm

• 16mm

However, lenses cannot be swapped by the customer.
The cameras are sealed in a controlled environment to prevent internal moisture.
If you need a different viewing angle, our team can help replace the lens for a small fee.

AgCam® and EnduraCam® are engineered for the harshest environments and built to outperform lower-cost systems:

• Made in the USA

• Designed with more repairable components

• Triple-hardened glass lens (vs. plastic)

• Anti-static design helps repel dust

• Auto-Shading adjusts to sunlight for a clear image

They are professional-grade cameras built for long-term durability and clarity.

• CVBS (analog) models: 12V

• AHD models: 12–24V

AgCam® and EnduraCam® lenses use triple-hardened, photochromic (auto-darkening) glass, which:

• Resists scratching and scuffing

• Repels dust more effectively

• Maintains clarity even when debris is present

A quick wipe is usually all that’s needed.

Yes. AgCam® and EnduraCam® cameras are 100% waterproof and can be submerged over 300 feet deep.

Keep in mind:

• The monitor is not waterproof (except the DM-WH7).

• All connectors must be fully secured.

• Dielectric compound is recommended to prevent corrosion.

Note: Water ingress is covered under warranty, but loss of the camera (if not secured) is not.

Extremely stable. AgCam® and EnduraCam® cameras are built for heavy vibration, rough terrain, and demanding field conditions. Even on bumpy roads or high-movement machinery, the image remains steady and clear.

They are made from anodized aluminum, one of the most corrosion-resistant materials available.
This protects the cameras from chemicals such as:

• Sulfur

• Salt

• Ammonia

• Fertilizers

• Other harsh agents

The AgCam® magnet is rated at 99 lbs of pull force — ideal for temporary mounting in rugged environments.

For high-vibration areas, we recommend adding a secondary restraint (e.g., a zip-tie around the base or tail).

AgCam® and EnduraCam® lenses are built from triple-hardened, photo-grey glass that resists scratching and dust buildup.

A simple cloth wipe removes most debris.

Can I use AgCam® and OverView® cameras together?

Yes — with the correct Dakota Micro adapter cables:

• DMAC-OVM: AgCam®/EnduraCam® → OverView monitor

• DMAC-OVC: OverView®/CabCam → Dakota Micro monitor

Up to 75 feet in complete darkness.
The built-in infrared emitters automatically activate in low-light conditions.

Both camera lines offer rugged, high-performance imaging.
However:

• EnduraCam® includes additional internal reinforcement for higher vibration and impact resistance

• AgCam® is optimized for advanced durability but general-purpose use

A full comparison chart is available on our website.

OverView® cameras include a 1-year warranty.

Yes. You can view all compatible adapter cables in our Monitor Input Guide.

If your equipment uses a GX12-style connector and we don’t offer a direct adapter, you can use the DMAC-OVC adapter to connect OverView® to many 3rd-party systems.

No. The OverView® system is manufactured in China to Dakota Micro’s strict engineering and quality standards.

OverView® is designed as a medium-duty camera system for general use.
AgCam® and EnduraCam® offer significant performance upgrades:

• Made in the USA

• 5-year camera warranty (vs. 1 year for OverView®)

• Designed for extreme environments

• More repairable components

• Higher durability, clarity, and long-term reliability

If you need maximum ruggedness or operate around chemicals, harsh weather, or heavy vibration, AgCam® or EnduraCam® is the stronger choice.

OverView® works well for everyday conditions, but it is considered a medium-duty system.
It is not engineered for:

• Heavy chemical exposure

• High ammonia or urea environments

• Continuous, extreme outdoor abuse

For these situations, AgCam® or EnduraCam® is recommended.

Yes — with the correct Dakota Micro adapters:

• DMAC-OVM: Connects an AgCam®/EnduraCam® camera to an OverView® monitor

• DMAC-OVC: Connects an OverView® or CabCam camera to a Dakota Micro monitor

Yes. OverView® is available in AHD (Analog High Definition).

• Older OverView® models were CVBS (analog)

• 2024: Wireless OverView® systems upgraded to AHD

• 2025: Wired OverView® cameras will also convert to AHD

• CVBS versions will remain available for customers with older systems needing replacements

RazerCam™ cameras include a 1-year warranty.

The lock nut is included — it’s simply threaded all the way up to the top of the camera from the factory.

Just twist it downward to remove or reposition it.

The black looped wire is a mirroring control wire.
If you want the camera image to be mirrored, you can cut the wire.
If you want a normal (non-mirrored) image, leave the wire intact.

(Note: Older models use black; newer ones use green.)

The green looped wire is also used for mirroring on certain RazerCam™ variants.
Cutting the wire will change the camera to a mirrored image.
Leaving it connected will keep the image in standard orientation.

(Note: Older models use black; newer ones use green.)

No. RazerCam™ cameras are manufactured in China to Dakota Micro’s strict engineering and quality standards.

Download the InnoPro software here.

To access the video stream directly through RTSP, use:

rtsp://[username:password@][camera IP address]:[port]/[stream_type]

Helpful details:

• Default username: Admin

• Default password: 123456
  (These may be different if you changed them during setup.)

• Your camera’s IP address can be found inside the InnoPro™ software

• The port number depends on your router configuration

• For the stream type:

  • Use mpeg4 for the main stream (higher quality)

  • Use mpeg4cif for the sub-stream (lower bandwidth)

If you’re unsure which stream to use, your software or IT provider can help choose the best option.

• Username: Admin

• Password: 123456

We recommend changing the default password during setup for security.

Dakota Micro does not currently offer a dedicated phone app for InnoPro™.
However, many third-party apps work well with RTSP/IP cameras, including:

• OnViffer

• TinyViewer

These are widely used and compatible with most IP camera streams.

Not always. You only need a static IP if you want reliable off-site access and your external IP address changes regularly (this can happen when your modem or router reboots).

Other important points:

• Each camera needs its own local IP address and its own port number

• Port 554 must be forwarded for video streaming

• The camera’s assigned port must also be forwarded for web access

On-site access:
Use the camera’s local (private) IP address + port
Example: 192.168.x.x:xxx

Off-site access:
Use your network’s public IP address + port
Example: 98.245.x.x:xxx

Your internet provider or IT technician can help set this up if needed.

Because there are so many router brands and models — each with unique settings — Dakota Micro cannot provide router-specific setup support.

This also ensures we don’t put customers at risk by giving incorrect network or firewall guidance.

For router setup, we recommend:

• Checking your router’s manual

• Contacting your router manufacturer

• Working with a local IT professional

Yes. The InnoPro™ camera supports snapshot capture.

Yes — if your mobile carrier allows hotspot-based video streaming.

However:

• Some carriers block or throttle RTSP and similar traffic

• Data usage may be high depending on your video quality settings

• Dakota Micro does not provide support for mobile device setup or hotspot troubleshooting

If your carrier supports hotspot streaming, the camera can connect just like any other Wi-Fi device.

Yes. The OverView® AHD Digital Wireless monitor supports up to four cameras.

To add additional cameras, you will need to purchase the AHD OverView® Digital Wireless camera (Model: DMOV-DWHC).

Please note:
Analog (CVBS) wireless cameras are not compatible with the AHD Digital Wireless monitor.

The OverView® Digital Wireless system has built-in transmitters and receivers inside both the camera and the monitor.
This design makes setup simple but does limit wireless distance.

It works best for applications such as:

• Livestock trailers

• Campers

• Short-range towing setups

• Close-range equipment

The digital wireless kit includes one camera, and additional cameras (DMOV-DWHC) can be purchased if you want to expand to multiple views.

Important:
You cannot mix digital wireless equipment with the older CVBS (analog) wireless system.
The two systems are not compatible with each other.

3 dBi Antenna (DMAC-WA3 — Included with Kits)

The 3 dBi antenna comes standard with all wireless kits.
It works best for short distances with no major obstructions, such as:

• Across a barn

• Short distances between nearby buildings

Typical maximum range: up to 2,000 feet.

Because it attaches directly to the transmitter or receiver, it cannot be relocated separately from the unit.

5 dBi Mobile Antenna (DMAC-MA5 or DMAC-WA5)

Ideal for most farm-yard range applications (200–300 yards).

Benefits include:

• Magnetic base for quick placement

• 6-foot cable for flexible positioning

• Improved signal over the standard 3 dBi antenna

8 dBi Omni-Directional Antenna (DMAC-WA8)

Provides much greater range — up to 5 miles or more in ideal conditions.

Best for:

• Larger farmyards

• Transmitting to multiple receivers

• Higher mounting locations (poles, rooftops, etc.)

Notes:

• Works best when mounted high and unobstructed

• A metal pole helps improve performance by acting as a ground plane

• For short-range use, this antenna does not always improve image quality — test the 5 dBi option first

8 dBi Directional Antenna (DMAC-WA8P)

Focuses the wireless signal in one direction, providing the longest range — 5+ miles.

Best for:

• Remote buildings

• Long-distance point-to-point setups

• Areas with trees, steel buildings, or heavy interference

Important:

• Aim the face of the antenna directly at the opposite transmitter/receiver

• Mounting on a metal building works well

• Requires accurate positioning for best performance

For all wireless systems, height and line of sight are critical.

Best practices:

• Mount antennas as high as possible (8–12 feet is typical; higher if needed)

• Keep them clear of obstructions like:

  • Trees

  • Steel buildings

  • Equipment

  • Grain bins

If you cannot mount high:

• Move antennas away from the wall

• 10″ from the wall is better than 3″

• 24″ is better than 10″

Trees:

• Leaves contain moisture and heavily absorb radio signals

• Winter (no leaves) = clearer signal

• Summer (dense leaves) = weaker signal

• Directional antennas may help penetrate small clusters

Steel buildings:

• Metal blocks and reflects wireless signals

• Reflections cause flickering or rolling images

• A directional antenna can help focus the signal

Yes. Each monitor must have its own wireless receiver, and all receivers must be set to the same channel as the transmitter.

• Transmitters: Require external power (AC or 12V)

• Receivers: Can be powered by:

  • A Dakota Micro monitor

  • AC adapter

  • 12V power source

How important is line of sight for wireless?

Line of sight is very important.
Typically you can get up to 200 feet with basic antennas and no obstructions.

Interference factors include:

• Trees

• Steel-sided buildings

• Power lines

• Weather

• Machinery blocking the signal

To improve signal:

• Mount antennas higher

• Try a 5 dBi or 8 dBi antenna

• Place transmitters near windows or open areas

Yes — but you will need adapter cables:

• DMAC-OVM (AgCam®/EnduraCam® camera → OverView® monitor)

• DMAC-OVC (OverView®/CabCam camera → Dakota Micro monitor)

Wired is recommended for long equipment runs, such as from one end of a machine to the other.

Why?

• Wireless still requires power to the camera

• Heavy equipment can block wireless signals

• Wired offers the most reliable connection

Wireless is best for:

• Trailers

• Towed implements

• Places where running cables is difficult

Yes — depending on your monitor.

• AHD monitors (marked “Analog HD”) can use AHD cameras

• Older analog monitors must use analog cameras

Note: Wireless does not convert video quality.
If you use an analog camera, the image will remain analog.

Yes, but we recommend no more than two in close proximity. Three transmitters can create interference.

Yes — but for best performance, we recommend using matching antennas on both the transmitter and receiver.

Yes. Just remember:

• An analog camera will still produce an analog-quality image

• Wireless will not upgrade image quality to AHD

It is possible, but highly technical and not generally recommended.

It only works when:

• Transmitters/receivers are far apart

• Signals are isolated

• Customers use directional antennas

• The user is tech-savvy

For most users, we recommend a maximum of four cameras.

No. The Dakota Micro wireless system is CVBS (analog) only, so AHD cameras are not compatible.

To use wireless, you must use CVBS (analog) AgCam® or EnduraCam® cameras.

No. The OverView® digital wireless monitor can only pair with two cameras.

Replacement cameras can be purchased if one is lost or damaged, but additional cameras cannot be added beyond the two the system supports.

The OverView® digital wireless system has built-in transmitters and receivers inside both the cameras and the monitor, which makes setup extremely simple.

However, this comes with some limitations:

• Maximum of 2 cameras (the system ships with both)

• No option to add extra cameras or extra monitors

• Wireless range is shorter, making it best for:

  • Livestock trailers

  • Campers

  • Short-range towing or close-distance setups

If you need a system that supports more than two cameras, Dakota Micro’s analog wireless solutions for OverView® or AgCam®/EnduraCam® offer greater expandability.

Yes. All components in the system can safely handle up to 16 volts.

Yes. You can use third-party or open-source software as long as the correct drivers are installed and the program allows you to select the video capture device.

Helpful details:

• The hardware uses the EMPIA 2060 chipset, which is supported by most generic video-capture applications.

• Many open-source programs that work with USB capture devices will recognize it once drivers are installed.

Important:
Dakota Micro does not provide support or troubleshooting for OpenCV or other third-party/open-source software.

Yes. OpenCV can be used if:

1. The required drivers are installed

2. The software allows you to select the capture device

3. Your system recognizes the EMPIA 2060 chipset

However, Dakota Micro does not recommend OpenCV for general users and does not provide support for it.

You can reset the password by:

1. Opening the Simple Sight configuration file

2. Deleting the config file

3. Restarting the program

When Simple Sight restarts, it will prompt you to set a new username and password.

When you get the quad hooked up to the monitor you can change the monitor to view the one video input that you have the quad going into. Then, when you plug the cameras in they should pop up. You can change the settings to change how you view the images on the screen.