Consumer Electronics

The MV Smart Camera family brings powerful, advanced analytics to the typical security camera world. With a powerful processor- the same kind found on many of today's smartphones-and an innovative architecture which minimizes physical infrastructure as

well as software requirements, these smart cameras from Cisco Meraki represent a shift from cameras simply ensuring physical safety and security, to providing powerful business intelligence as well.

MV: BEYOND JUST SECURITY

MV cameras feature an innovative architecture which places high-endurance storage locally on the camera and removes the network video recorder (NVR) from the equation. Not only does this drastically simplify both installation and scaling, but it also eliminates a major network security vulnerability in the IT infrastructure.

Features like LLDP insights, offline device alerting, and built-in remote troubleshooting tools reduce time to resolution and free up personnel to make IT improvements, providing added business value. And, because MV is managed through the browser-based Meraki dashboard and operates using a licensing model, there's no need to purchase, download, and maintain any additional software. Management through the Meraki dashboard ensures firmware updates will continually roll out over the lifespan of the product, meaning its value will only increase over time.

Featuring an industry-leading processor, these cameras are not only capable of providing high definition (1080p) video, but they also allow for on-board analytics capabilities that previously required additional software and heavy-duty hardware. Harnessing the power of computer vision and machine learning, this camera line can dynamically classify people as objects within a frame. This simple-seeming insight builds the foundation for more effective and efficient processes, like people counting. And the best part is that they will only get smarter, and more accurate, over time.

Highlights

Hardware features

• 256 GB high write endurance solid state storage
• 1080p high definition video recording with H.264 encoding
• 3-9 mm varifocal lens
• 802.11ac wireless
• Microphone for audio recording
• IR illumination up to 30 m or 98 ft
• Standard mounting kit included

Ratings

• IP67 weather resistance
• IK10+ impact resistance

Advanced analytics

• Industry-leading onboard processor
• Person detection powered by machine learning technology
• No servers or software required
• Compatible with MV Sense licenses

Granular access controls

• Control who can view live and historical footage
• Limit access to video exporting
• Grant access to individual cameras or by device tags

Cloud management

• Network-wide visibility and control
• Stream local or remote - the cloud automatically routes the video feed
• Create and organize video walls
• Export video clips to a shareable link
  or for download

Model I8S from Atlas Sound consists of a factory assembled ?loudspeaker and baffle with PCB amplifier / control board securely mounted to the rear of the baffle via concealed weld studs. The amplifier / control board is capable of producing 9 Watts RMS into the 8Ω loudspeaker with 9VDC minimum power provided by IEEE 802.3af compliant POE switches. Local 12VDC - 18VDC PSUs may also be used instead of POE switches. Interconnection is via a board mounted female RJ-45 connector. The industry standard C10A loudspeaker used in the I8S is a dual cone 8" (205mm) loudspeaker with a 10oz (260g) ceramic magnet. The 18-gauge construction of the metal baffle provides security and durability in commercial applications. The baffle is finished in neutral white electrostatic powder coat.

The amp/control board is capable of producing 9 Watts RMS into the 8 Ohm loudspeaker with 9VDC minimum power provided by IEEE 802.3 AF compliant POE switches (local 12-18VDC PSU's may also be used instead of POE switches). Interconnection is via a board mounted female RJ-45 connector.

The industry standard APF-15 loudspeaker used in the IHVP is a highly efficient 15 Watt compression driver with a proven record of outstanding service reliability. A double re-entrant design provides superior audibility of voice and tone signaling.