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Axis ANVE certification is highly valued by organizations that require network video surveillance solutions. It demonstrates that the certified professional has the necessary skills and knowledge to design, install, and maintain robust and reliable video surveillance systems. Axis Network Video Exam certification also provides a platform for networking with other professionals in the industry and staying up-to-date with the latest developments in network video technology.
Axis ANVE (Axis Network Video) Exam is a certification program designed to validate the skills and knowledge of professionals involved in designing, implementing, and managing video surveillance systems. ANVE Exam covers a wide range of topics, including network video technologies, camera selection and placement, video management software, and system integration. It is intended for security professionals, system integrators, and network administrators who want to demonstrate their expertise in the field of network video surveillance.
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Axis ANVE Certification Exam covers a wide range of topics that include network video technology fundamentals, video surveillance system components, video management software, and IP camera technology. It also includes advanced topics such as analytics, cybersecurity, and network design principles, which are crucial for designing, installing and maintaining complex video surveillance systems. Axis Network Video Exam certification exam is designed to assess the knowledge and skills that are required to plan, design, install and maintain network video surveillance solutions for a variety of industries including retail, education, healthcare, banking, transportation, and government.
Axis Network Video Exam Sample Questions (Q133-Q138):
NEW QUESTION # 133
When using IR illuminators, which wavelengths would not produce any visible glow?
- A. 940 nm
- B. 650 nm
- C. 750 nm
- D. 850 nm
Answer: A
Explanation:
Infrared (IR) illuminators with a wavelength of 940 nm do not produce any visible glow. This wavelength is completely invisible to the human eye, making it ideal for covert surveillance applications where the presence of IR illumination needs to be undetectable. Other wavelengths like 650 nm, 750 nm, and 850 nm can produce a faint red glow that may be visible in low light conditions.
NEW QUESTION # 134
If an object is placed 1 m (3 ft) away from a light source and the lux level is 3200 lux, what is the lux level at a distance of 8 m (24 ft)?
- A. 400 lux
- B. 200 lux
- C. 50 lux
- D. 10 lux
Answer: C
Explanation:
If an object is placed 1 meter (3 feet) away from a light source with a lux level of 3200 lux, the lux level decreases according to the inverse square law of light. At a distance of 8 meters (24 feet), the lux level can be calculated as:
New Lux Level=3200 lux(8/1)2=3200 lux64=50 lux ext{New Lux Level} = rac{3200 ext{ lux}}{(8/1)
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