![]() In addition to the AW3874 antenna, Alpha offers a broad portfolio of dual- and single-band antenna solutions designed to allow utilities to leverage the latest communications technologies. ![]() "Alpha Wireless brings deployment expertise and the performance of carrier-grade antennas to utilities to help them upgrade toward smarter and more secure infrastructure,” said Tim Sill, Alpha's Vice President of Technology and Business Development. Lastly ,theWireless Smart Utility Network Market study provides essential information about the major challenges that are going to influence market growth. The antenna’s small footprint reduces wind load, as well as saving on site lease, installation, equipment, and maintenance costs, without sacrificing performance or signal quality. With an ultra-compact, high-efficiency design using Alpha’s frequency-transparent dipole technology (FTDT), the AW3874 reliably delivers single-band-like performance from a multi-band antenna in a compact form factor. Secure, private LTE broadband connectivity delivered with fixed wireless technology provides a reliable and effective method to upgrade device security, improve real-time monitoring, enable active control of energy distribution systems, and collect business-critical data from automated meter-reading (AMR) systems and advanced metering infrastructure (AMI). With cyber-attacks, vandalism, and severe weather all on the upswing, it’s been important for utilities to upgrade critical communications infrastructure for more modernized operations. Read More LoRa Core LoRa Edge LoRa 2. ![]() In practice, a combination of mesh and private/point-to-multipoint approaches may exist across a utility’s different applications or even within them as projects scale and grow. A network of such devices, performing critical tasks requires an efficient data routing protocol in order to function as designed. LoRa®, a long range, low power platform, and the de facto wireless platform of Internet of Things, is highly integrated and cost-effective, boasting a notable battery life of up to 20 years, a 3-mile range in urban environments and a 30-mile range outdoors. The factors that affect a utility’s choice of a wireless network are highly influenced by the individual organization’s resources, goals and challenges. The antenna, which supports both 900 MHz and 3.5 GHz/Citizens Broadband Radio Service (CBRS) spectrum, provides a smooth upgrade path to smarter, more secure network infrastructure and optimal operational efficiency. The Smart Utility network is one such widely deployed network which is inherently tied to the physical systems of electric power, water and gas. Nikon’s Wireless Mobility Utility application must be installed on the device before it can be used with this camera. Utilities looking to modernize and digitize their communications infrastructures might look at the AW3874 dual-band antenna from Alpha Wireless. Recent advances in wireless communication technology, has allowed for low cost, low power devices to be deployed in large scale. The noted cameras’ Wi-Fi ® capability (whether built-in or using the WU-1a/WU-1b Wireless Mobile Adapter) can only be used with a compatible iPhone ®, iPad ®, and/or iPod touch ® or smart devices running on the Android operating system.
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