Other ProductsEricsson Mini-Link
With MINI-LINK, you don't just get excellent link solutions, you get a complete, end-to-end solution with years of experience, broad deployment expertise and the latest-generation technology built in. This means you're able to benefit from the true network view in designing and building microwave transmission solutions. The MINI-LINK product range includes everything from a centralized management system, through powerful aggregation nodes, to adaptable edge nodes and agile radios. It offers the widest range of capacities, frequencies, antennas, accessories and services available on the market. Our transmission network expertise extends across all types of mobile, muItiservice and dedicated networks: some 300 customers in around 130 countries are already benefiting from our high-quality transmission and transport solutions. Benefits Ceragon RadioFibeAir® 1500P Ceragon’s FibeAir® product family of broadband wireless systems supports multiple capacities, frequencies, modulation schemes and configurations for various network requirements, using the same hardware and state-of-the-art technology. Combining spectral efficiency, hardware efficiency, modularity, flexibility and upgradeability in a single, compact, and cost-effective 1U system, the FibeAir family is a breakthrough in the wireless point-to-point market. This innovative family of products presents an easy method of “on the fly” wireless network upgrades in accordance with network expansion requirements. These optimized as-you-grow capacity capabilities of the FibeAir family are leveraging operators and service providers capital and operating expenses. Frequencies and Modulations - Ceragon’s FibeAir family supports the complete range of frequencies of 6 to 38 GHz and software configurable modulation schemes of 16, 32, 64, 128 and 256 QAM with versatile 28-56 MHz bandwidths. Capacities - Ceragon’s radios are upgradeable for capacities of 100 to 622 Mbps, using the same 1U IDU, supporting 1+0, 2+0, 4+0 (with optional XPIC, Cross Polarization Interference Canceller mechanism), 2+0 East-West, 1+1 HSB, and 1+1 HSB with space or frequency diversity mode. Point-to-point, ring, star, and cascaded chain topologies are all supported. Topologies and Configurations - Each indoor unit (IDU) can host up to two carriers, each delivering 100, 112, 116, 155 or 311 Mbps, optimizing the solution for every network topology and configuration. The two independent, hot-swappable carriers can be used for protection, diversity or double capacity. High spectral efficiency is ensured by choosing the same frequency for double the capacity, due to the usage of both carriers for vertical and horizontal polarizations, implemented by a built-in XPIC mechanism. East-West configurations for ring and cascaded topologies are also possible using the same method, whereby one carrier is directed to the east and the other to the west, reducing equipment and resource requirements in each node, which, in turn, increases network efficiency. FibeAir can seamlessly integrate into any SDH/SONET, IP and ATM network, while supporting a wide variety of IP + TDM interfaces, including nxE1/T1, nxE3/DS3, nxSTM-1/OC-3, STM-4/OC-12, nxFE, and GigE. This enables network designers to meet growing market needs, including integration of current and next generation technologies, using the same radio equipment. FibeAir 10060 Features
Description The FibeAir® 10060 digital radio system is an easy-to-deploy, low-cost solution that supports ultra- high capacity traffic. The license- free 60 GHz band in which FibeAir 10060 operates is exempt from coordination and licensing requirements, offering low- cost installation by avoiding spectrum licensing and approval processes. The 60 GHz radio is ideal for secure transmission over short distances (up to 900m) and enables outstanding frequency re- use, due to atmospheric absorption and the use of narrow beam width antennas. FibeAir 10060 enables service providers and private network operators to create scalable and flexible networks in point-to-point, cascaded, ring, or mesh topologies, and can also be used in Hot Standby configurations. Potential applications
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