Fortunately, there are a number of strategies for reducing video storage and bandwidth requirements. Managing Storage: Lower Frame Rate, Consider Motion DetectionĪs mentioned, storage space is a fairly important consideration for organizations deploying IP cameras. While it's not always easy to determine the amount of storage space required for a specific deployment, ACTi's online storage calculator can generate estimates for planning purposes. In either case, give yourself some time for hands-on user training on accessing and extracting recorded footage.Īs noted, storage and bandwidth requirements depend on various factors-video resolution, frame rate, compression algorithm used, video quality and the number of IP cameras deployed. For cloud-based storage, you'll need to know the average bitrate consumed by each IP camera-and whether you have sufficient Internet bandwidth to support that. For obvious reasons, this location should be secured against unauthorized access.įor an on-site deployment, you'll need to consider the amount of storage required. While some cameras store video footage locally (within their chassis), for management and security reasons it's generally a better idea to archive video at a central location within the monitored premises. Know Your Options for Recording, Storing, Reviewing Footage Such a setup also allows power to be delivered using industry-standard PoE equipment in place of hard-to-replace AC adapters. Though the need to lay Ethernet wires makes this more costly than a wireless deployment, it does offer improved security and reliability. That's why I highly recommend the use of IP cameras with Power over Ethernet (PoE). In contrast, a wired Ethernet network offers significantly better security and isn't susceptible to passphrase guessing brute-force attacks. Related: Widely Used Wireless IP Cameras Open to Internet HijackingMore: Hackers Hijacking Security Cameras for Malware and Spying Moreover, misconfigured Wi-Fi configurations or security vulnerabilities in some wireless cameras may inadvertently allow hackers access into a crucial part of your business. This is true even for wireless models, as you need to install electrical cables to power the cameras.ĭue to possible interference from neighboring Wi-Fi networks, wireless cameras aren't generally recommended for business deployments. Others also incorporate wide-angle lenses.Ĭonnectivity: Power Over Ethernet Secure, Delivers Power to Bootĭeploying IP cameras is rarely a quick process, due to the need to properly wire your property. (You may not want to do this, though, as discussed below.)Īdvanced cameras may be able to operate in complete darkness, record audio or offer pan, tilt and zoom (PTZ) remote control capabilities. Many IP cameras are enabled for Wi-Fi and support uploading video footage directly to the cloud. The first helps capture clear images in low-light situations, while the last two impact the bandwidth and storage capacity that you'll need. Other important specifications include light sensitivity, supported video compression formats and frame rate. This is usually determined by their resolution, which ranges from 1280 x 720 (720p high definition) for a current top-tier camera to 720 x 576 (DVD quality) or 352 x 288 (video CD quality) for lower-range models.Ĭamera resolution is undoubtedly important, but it's hardly the last word in image quality. Image quality is one of the first considerations when deploying IP cameras for your small business.
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