Color Night Vision 1.1.8

• Version: 1.1.8
  Version Code: 18
  Package: com.wikimediacom.nightvisiontelescope
• 6.9 MB (7,237,437 bytes)
• Android 2.3+
• ARM7
• file hash (MD5):
  c9eff487f45c511324c87702070934ad
• file signature (SHA1):
  A8A5988372B339D1AB9CBEA8379762FC695C09CC
• Permissions (24)
• GET_TASKS
• ACCESS_NETWORK_STATE
• ACCESS_WIFI_STATE
• INTERNET
• READ_PHONE_STATE
• WRITE_SETTINGS
• WRITE_EXTERNAL_STORAGE
• ACCESS_COARSE_LOCATION
• ACCESS_COARSE_UPDATES
• RECEIVE_BOOT_COMPLETED
• RECORD_AUDIO
• CAMERA
• INTERNET
• REBOOT
• DUMP
• ACCESS_NETWORK_STATE
• BATTERY_STATS
• KILL_BACKGROUND_PROCESSES
• WRITE_SETTINGS
• GET_TASKS
• WRITE_EXTERNAL_STORAGE
• WAKE_LOCK
• ACCESS_FINE_LOCATION
• READ_EXTERNAL_STORAGE
• Uploaded 2018/09/10
  by ppgirl
• Warning detected: in quene...
  
• Photography
• GooglePlay

Why use the Night Vision Telescope / Goggles?

Lets you see in the dark and take photos in low light environments.

What's the Night Vision Telescope / Goggles?

Night Vision Telescope is the #1 goggles APP to enhance view in dark.

You can also increase the magnification to zoom in on details.

How to use the Night Vision Telescope / Goggles?

1.Tune camera zoom ratio , focus and quality

2.One click to take a photo with time

3.Or one click to save a video clip

4.Turn on mobile light if necessary

Feature -

1.Real-time dynamic graphics algorithm - Not any lag

2.Auto brightness calibration

3.Advance zoom in/zoom out control

4.High-quality HDR mode to reduce noise

5.Support VCR/Recording if your mobile is newer than Lollipop (android 5.0)

6.Support share with friends

Follow us on Twitter: https://twitter.com/yjy837


Support devices list -

Samsung Galaxy S
Samsung Galaxy S II
Samsung Galaxy S III
Samsung Galaxy S4
Samsung Galaxy S5
Samsung Galaxy S6
Samsung Galaxy S6 Edge
Samsung Galaxy Round
Samsung Galaxy Victory 4G LTE

Samsung Galaxy Note
Samsung Galaxy Note II
Samsung Galaxy Note 3
Samsung Galaxy Note 4
Samsung Galaxy Note Edge
Samsung Galaxy Mega
Samsung Galaxy Mega 2

Samsung Galaxy Tab 7.0
Samsung Galaxy Tab 7.0 Plus
Samsung Galaxy Tab 7.7
Samsung Galaxy Tab 8.9
Samsung Galaxy Tab 10.1
Samsung Galaxy Tab 2 7.0
Samsung Galaxy Tab 2 10.1
Samsung Galaxy Tab 3 7.0 July 2013 - SM-T210 (WiFi), SM-T211 (3G)
Samsung Galaxy Tab 3 8.0 July 2013 - SM-T310 (WiFi), SM-T311 (3G), SM-T315 (4G/LTE)
Samsung Galaxy Tab 3 10.1 July 2013 - SM-T510 (Wifi), SM-T511 (3G), SM-T515 (4G/LTE)
Samsung Galaxy Tab 3 Lite 7.0 January 2014 - SM-T110 (Wifi), SM-T111 (3G)
Samsung Galaxy Tab 4 7.0
Samsung Galaxy Tab 4 8.0
Samsung Galaxy Tab 4 10.1
Samsung Galaxy Tab A 8.0 April 2015
Samsung Galaxy Tab A 9.7 April 2015
Samsung Galaxy Tab Pro 8.4 January 2014 - SM-T320 (WiFi), SM-T321 (3G), SM-T325 (4G/LTE)
Samsung Galaxy Tab Pro 10.1 January 2014 - SM-T520 (Wifi), SM-T525 (3G & 4G/LTE)
Samsung Galaxy Tab Pro 12.2 January 2014 - SM-T900 (Wifi), SM-T905 (3G & 4G/LTE)

HTC One / Mx
HTC Desire 8xx
HTC Desire 6xx
HTC Desire 5xx

Motorola Moto G
Motorola Moto X

Sony Xperia Z
Sony Xperia Z2
Sony Xperia Z1

LG G2
LG Nexus 5

Micromax Canvas Sliver 5
Lenovo K3 Note
Asus Zenfone 2
OnePlus 2


* About Image intensification

This magnifies the amount of received photons from various natural sources such as starlight or moonlight. Examples of such technologies include night glasses and low light cameras. In the military context, Image Intensifiers are often called "Low Light TV" since the video signal is often transmitted to a display within a control center. LLLTV These are usually integrated into a sensor containing both visible and IR detectors and the streams are used independently or in fused mode, depending on the mission at hand's requirements.

The image intensifier is a vacuum-tube based device that converts invisible light from an image to visible light so that a dimly lit scene can be viewed by a camera or the naked eye. While many believe the light is "amplified," it is not. When light strikes a charged photocathode plate, electrons are emitted through a vacuum tube that strike the microchannel plate that cause the image screen to illuminate with a picture in the same pattern as the light that strikes the photocathode, and is on a frequency that the human eye can see. This is much like a CRT television, but instead of color guns the photocathode does the emitting.

The image is said to become "intensified" because the output visible light is brighter than the incoming IR light, and this effect directly relates to the difference in passive and active night vision goggles. Currently, the most popular image intensifier is the drop-in ANVIS module, though many other models and sizes are available at the market. Recently, the US Navy announced intentions to procure a dual-color variant of the ANVIS for use in the cockpit of airborne platforms.