EverFocus ED200E, ED300E specifications FL Flickerless, Auto Gain Control Adjustment, Day/Night

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ADJUSTMENT

FL (Flickerless)

When picture flicker fiercely, turn FL on, then the camera will stabilize the speed of electronic shutter at 1/100(S)(NTSC) or 1/120(S)(PAL) automatically, and reduce the flicker immediately. The default setting is OFF.

Mirror

Mirror ON: Set a horizontal image inversion.

Mirror OFF: Disable the inversion.

Auto Gain Control Adjustment

AGC ON: The sensitivity increases automatically when the light is low.

AGC OFF: A-low-noise picture is obtained when camera is under a low light condition.

D/N (Day/Night)

D/N ON: When light environment is under 5 Lux, the camera will switch to black and white mode. However, when light environment is over 10 Lux, the camera will switch to color mode.

Please be informed that any D/N switch will result a delay of 4~5 seconds. D/N OFF: Camera stays in color mode.

Note: when AGC setting is OFF, then D/N function will be inactive.

Level Volume Control (for vari-focal lens only)

The iris level of lens can be adjusted by the level control. Turn the level control to the right direction (H) and video images will become brighter. Turn the level control to the left direction (L) and the video images will become darker.

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Contents Everfocus PrecautionsStandard Accessories FeaturesPreface Major Parts Names and Functions Base Auto Gain control on/off switchCamera Cover LensPower input InstallationVideo Output BNC Connector Zoom and focus adjustments Day/Night AdjustmentAuto Gain Control Adjustment FL FlickerlessSpecifications Japan Office Head OfficeUSA L.A. Office USA N.Y. Office Europe Office China Office
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ED200E, ED300E specifications

The EverFocus ED200E and ED300E are innovative surveillance cameras designed for versatile applications in security and monitoring systems. These models showcase cutting-edge technology and advanced features, making them ideal for both indoor and outdoor use.

The ED200E is equipped with a 2-megapixel sensor that delivers high-definition video with exceptional clarity. This camera supports real-time video recording at 30 frames per second, ensuring smooth motion capture without any lag. It features Wide Dynamic Range (WDR) technology, which enhances the visibility of both bright and dark areas in a scene, making it particularly useful for challenging lighting conditions. The ED200E also supports H.265 compression, which significantly reduces bandwidth and storage requirements while maintaining high video quality.

On the other hand, the ED300E takes it a step further with its 3-megapixel sensor. This enhanced resolution allows for more detailed imagery, which is critical for identification purposes in security applications. Like its counterpart, the ED300E also utilizes H.265 compression for efficient video management. Additionally, it features a robust IR LED system that enables clear night vision up to 30 meters, making it suitable for 24/7 surveillance.

Both models come equipped with a variety of communication interfaces including Ethernet and Wi-Fi, facilitating easy integration into existing network infrastructures. They are designed with PoE (Power over Ethernet) support, simplifying installation and reducing the need for additional power supplies. Both the ED200E and ED300E incorporate advanced motion detection and alert systems, allowing users to receive immediate notifications upon detecting unusual activity.

As for build quality, these cameras are constructed to withstand various environmental conditions, featuring IP66-rated enclosures, meaning they are dust-tight and can handle powerful water jets, making them ideal for outdoor installation.

In conclusion, the EverFocus ED200E and ED300E models stand out in the surveillance market for their impressive features, advanced image processing technologies, and resilience. Whether for residential properties, commercial installations, or public spaces, these cameras provide reliable security solutions tailored to meet the demands of modern surveillance systems. Their combination of high-resolution imaging, efficient transmission, and intelligent monitoring capabilities make them a valuable asset for enhancing safety and security.