IP-20C All Outdoor Dual Core Link Bundle - 13GHz - 250Mbit/sec per core (28MHZ Channel) MC-ABC (500Mbit/sec total) & ACM - ACMA Channel 1 to 4 (28MHz Channel Raster) - Includes basic Gland and Connector Kit

IP-20C Link Bundle - 13 - 250Mbit/sec & ACM - ACMA Channel 1 to 4

IP-20C All Outdoor Dual Core Link Bundle - 13GHz

Feature Licensing for 250Mbit/sec per core (28MHZ Channel), Multi Carrier Adaptive Bandwidth Control for true 500Mbit/sec capacity with Adaptive Code Modulation - ACMA Channel 1 to 4 (28MHz Channel Raster) - Includes basic Gland and Connector Kit.

IP-20C Link bundle is equipped with a feature set which has become standard practice in deployment of carrier grade networks, including:

• ACM Adaptive Coding and Modulation: Hitless transmission between modulation steps (2-1024 QAM4) to increase link survivability and provide seamless capacity increases of up to 2.5Gbps.
• MC-ABC Multicarrier adaptive bandwidth control, aggregates radio cores and delivers true 1Gbit/sec capacity without the use of LACP or other layer 2 mechanisms
• In-band and out-of-band management options.
• Network Management: Full suite of secured network management capabilities within IP-20E and seamless connection to Ceragon's Network Management System (NMS) applications for secure remote management.
• Electrical and optical GbE interfaces.
• Proprietary PoE or external DC connection.

Radio interface to suit direct mount to antennas up to 6ft IP-20C unique features include:

• MultiCore Radio Technology: Parallel radio processing engine that boosts capacity, distance and availability.
• High Capacity and Spectral Efficiency: 2048 QAM modulation and LoS 4x4 MIMO*
• Virtual Fiber in Licensed Frequencies: 1 Gbps radio throughput over a single 28 MHz channel utilizing 4x4 LoS MIMO*.
• Simple Operation: Software-defined radio, rapid deployment, and minimal truck rolls.
• Environment-Friendly: Compact, all-outdoor unit with low power consumption.

*MIMO requires additional feature licensing and hardware to implement; MIMO solutions need to be engineered for each deployment, for further information please contact us.