Part of IndigoVision’s professional BX Range, the 4 Megapixel (4MP) Vandal Resistant Microdome Camera (BX430) delivers pin sharp detail at 4MP resolution that is fully ONVIF conformant. Any single point of failure in the system is removed through IndigoVision’s Distributed Network Architecture (DNA).
Why choose IndigoVision’s BX Range?
IndigoVision’s BX Camera Range has all the potential of an Ultra Camera but without the costs associated. Key benefits include:
Big Family Offering
From Bullet to PTZ and Fixed to Fisheye – this is one big family with an outstanding form factor offering. Available in a range of resolutions from HD to 4K, all BX Cameras have a wide variety of mounting options perfect for your needs, regardless of your site installation.
Reliable and Tested
Thorough testing, including vibration and extreme temperature testing, ensures all BX Cameras have IndigoVision’s seal of reliability before they are sold. When you purchase a BX Camera you are purchasing a camera that is fit for purpose regardless of its intended use.
IndigoVision’s BX camera range are more cyber-secure than any other cameras we know. As well as having the basic safety of a firewall a select number of form factors also have our CyberVigilant® technology embedded within to add an additional layer of security. If an unauthorized source tries to ping the camera, telnet into it or access its webpage then this access will be raised as an alert in Control Center for the operator to action.
Using IndigoVision’s Distributed Network Architecture (DNA) your system is completely scalable, you can expand at will, or grow organically: add more BX cameras to your site when and where you require.
All BX Cameras are ONVIF Profile S conformant and can connect seamlessly with Control Center, IndigoVision’s Security Management Solution, and any other third party system.
Plug and play and you are away! All cameras in the BX Range can be easily installed within your site with a single PoE cable.
|Max. Resolution||4 Megapixel|
|Day/Night||IR Cut Filter|