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MIRROR : Horizontally reverses the video output signals.

D-ZOOM : Sets the magnifying rate of the Digital Zoom. This system offers up to 10X Zoom.

POSI/NEGA : Sets the video output signals to either normal or reverse output.

ZOOM SPEED : Sets the moving speed of the Zoom.

-1: Takes about 17 sec from x1 to x12 (the lowest speed)

-2: Takes about 10 sec from x1 to x12 (low speed)

-3: Takes about 6 sec from x1 to x12 (high speed)

-4: Takes about 3 sec from x1 to x12 (the highest speed)

• DETAIL : Adjusts brightness vertically and horizontally.

FOCUS: Set the Focus to MF or ONEAF.

MF: Manual Focus Mode allows the user to Focus.

ONEAF: When the Zoom moves from the Wide to the Telephoto direction, AF occurs only once after the Telephoto function is completed.

-ONEAF works like MF Mode when there are still images and like AF Mode when the Zoom moves in the Telephoto direction.

MOTION DETECT...

The Motion Detect feature is used to detect motion of an object. By turning on the Motion Detect, you can detect the motion of an intruder during non-peak hours.

If you click the UP/DOWN button to select “MOTION DETECT” and click the ENTER button, the following screen will be displayed. If you click the MENU button here, the system will return to the previous menu.

[MOTION DETECT]

AREA SET

PRESET...

SENSITIVITYMEDIUM

AREA SET : Sets the area of the screen to which the Motion Detector is applied.

- PRESET...

If you click the LEFT/RIGHT button to select “PRESET” and click the ENTER button, the following screen will be displayed and the Motion Detection area will be applied to the default area.

[PRESET AREA]

Press the MENU button to return to the previous menu.

- USER...

If you click the LEFT/RIGHT button to select “USER” and click the ENTER button, the following screen will be displayed.

[USER AREA]

If you click the UP/DOWN and the LEFT/RIGHT button to adjust the

screen size and click the ENTER button, the system will enter a menu

to control the position while the text, “ ” is displayed.

If you click the UP/DOWN and the LEFT/RIGHT button to adjust the position and click the ENTER button, the area will have been selected. If you enter the MENU button here, the system will return to the previous menu.

SENSITIVITY: Sets the sensitivity of the Motion Detector to LOW, MEDIUM or HIGH.

3. SYSTEM SETTING

You may change ALARM, RECORD, SEQUENCE, PASSWORD, SYSTEM ID, and LANGUAGE.

If you click the UP/DOWN button to select “3. SYSTEM SETTING” in the SETUP MENU and click the ENTER button, the following screen will be displayed.

 

[SYSTEM SETTING]

 

 

 

ALARM...

 

 

 

RECORD...

 

 

HIDDEN CAMERA...

 

 

SEQUENCE

02 [ SEC]

 

SYSTEM ID

1..

 

PASSWORD CHECK

OFF

 

PASSWORD CHANGE..

 

 

LANGUAGE

ENGLISH..

 

 

 

 

 

-Select an item with the UP/DOWN button and change the preset value with the LEFT/RIGHT button.

-Press the MENU button after completing all the settings to return to the SETUP MENU.

ALARM...

Select “ALARM” with the UP/DOWN button and click the ENTER button. Then the following screen pops up.

[ALARM]

 

 

ALARM HOLD TIME

01

[MIN]

ALARM BUZZER

05

[SEC]

ALARM PATTERN..

 

 

ALARM HOLD TIME

ALARM HOLD TIME is the time during which the Alarm continues. You can set the hold time at 5 sec, 15 sec, 30 sec, 1 min, 3 min, 5 min, 10 min, 20 min, 30 min or AUTO. When you select AUTO, the Alarm will be on during the time the Alarm is signaling.

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Samsung SOM-080AN manual System Setting, Motion Detect, Preset, Alarm Hold Time

SOM-080AN specifications

The Samsung SOM-080AN is a robust and versatile embedded solution developed for a wide range of applications in the fields of digital signage, IoT devices, and industrial automation. This system-on-module (SoM) is equipped with powerful hardware specifications that make it suitable for resource-intensive tasks while maintaining energy efficiency.

One of the standout features of the SOM-080AN is its processing power, driven by the latest ARM architecture. This architecture enables the module to deliver exceptional performance, handling demanding workloads seamlessly. The SoM integrates a multi-core processor, which allows for parallel processing capabilities and improves overall system responsiveness.

In terms of graphics capabilities, the Samsung SOM-080AN comes with a dedicated GPU that supports advanced graphical applications. This feature is particularly beneficial in digital signage scenarios where high-quality visuals and smooth animations are a necessity. The GPU can efficiently render 2D and 3D graphics, making it an ideal choice for interactive displays and rich media content.

Connectivity is another significant characteristic of the SOM-080AN. The module supports a multitude of interfaces, including USB, HDMI, Ethernet, and various serial communication protocols, which facilitates easy integration into existing systems. This wide range of connectivity options enables developers to create solutions tailored to their specific needs, enhancing the overall versatility of the module.

Power efficiency is a crucial consideration in modern embedded designs, and the SOM-080AN excels in this aspect. With its optimized power management technologies, the module can operate efficiently, reducing energy consumption without compromising performance. This efficiency is particularly advantageous for battery-operated devices or applications where power availability is limited.

The Samsung SOM-080AN also boasts robust thermal management features, ensuring stable operation under varying environmental conditions. This characteristic is essential for industrial applications where ambient temperatures can fluctuate significantly.

In summary, the Samsung SOM-080AN stands out as a powerful and versatile embedded module that combines high performance, advanced graphical capabilities, extensive connectivity options, and exceptional power efficiency. Its design caters to the needs of a variety of sectors, making it a prime choice for developers looking to create cutting-edge digital solutions. Whether in signage, IoT, or automation, the SOM-080AN delivers reliable performance and adaptability, setting a new standard in embedded technology.