Free Axis AX0-100 Exam Practice Questions & Explanations
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A retail chain wants to deploy a VMS that allows local recording at each store while still enabling centralized management, health monitoring, and event configuration from a head office. The solution must scale to hundreds of sites without requiring video to be constantly streamed to the central office. Which VMS architecture best fits this requirement?
A federated or distributed VMS architecture allows each site to record locally, minimizing bandwidth usage, while still providing centralized management, health monitoring, and configuration from a head office. This scales well across many sites. Option A would require massive bandwidth to stream all video centrally, which is impractical for hundreds of sites. Option C lacks centralized management entirely. Option D removes local recording, which fails the stated requirement and risks data loss during connectivity outages.
An installer is troubleshooting a network where several Axis cameras intermittently drop off the network. Investigation reveals that the cameras and several IT workstations share the same broadcast domain, and broadcast traffic levels are unusually high, causing congestion. Which network technology would best resolve this issue by logically separating camera traffic from workstation traffic on the same physical switch infrastructure?
VLANs (Virtual Local Area Networks) allow logical segmentation of a network at Layer 2, separating broadcast domains even when devices share the same physical switch. This reduces broadcast traffic congestion affecting the cameras. Increasing PoE budget addresses power, not broadcast traffic. Static IP addressing does not reduce broadcast domain congestion. Enabling UPnP is unrelated to broadcast traffic segmentation and can introduce security risks.
A city surveillance project requires video from over 200 cameras spread across multiple sites to be recorded, monitored live by operators in a central control room, and searched later using forensic tools like smart search. Which type of software component is essential for managing all of these camera feeds, users, and recordings in one centralized platform?
A Video Management System (VMS) is designed to centrally manage large numbers of cameras across multiple sites, providing live monitoring, recording, user management, and forensic search capabilities such as smart search. A standalone NVR appliance typically has limited scalability and is not designed for enterprise-scale, multi-site deployments. A network switch handles traffic but has no video management capability. A single camera's web interface only manages that one device and cannot centralize operations across 200+ cameras.
A customer wants to deploy Axis cameras in a large warehouse where running Ethernet cable to each camera location is impractical due to the building's steel construction. The integrator proposes using a wireless bridge operating in the 5 GHz band to connect a remote camera cluster back to the main network switch.
True or False: Using a 5 GHz wireless bridge is a viable solution as long as line of sight (or near line of sight) exists between the bridge endpoints and there is minimal interference from other 5 GHz devices.
5 GHz wireless bridges are commonly used for point-to-point connections in video surveillance deployments where cabling is impractical. These bridges require line of sight or near line of sight for reliable performance and can be affected by interference from other devices operating in the same band. Steel construction blocking cabling does not prevent wireless bridging as long as the bridge endpoints have clear signal paths, making the statement true.
A technician is installing 20 Axis network cameras on a network segment with a single VLAN. The cameras need to receive both power and network connectivity from a single mid-span device, and the switch itself is not PoE-capable. What is the most appropriate solution?
A PoE midspan injector sits between a non-PoE switch and the powered device, injecting power onto the Ethernet cable while passing through data. This allows cameras to receive both power and data over a single cable without replacing the switch. Option B defeats the purpose of PoE and increases cabling complexity. Option C is unrelated to power delivery. Option D is nonsensical since QoS only manages traffic prioritization, not power.