NAVIGATOR ST Single Transceiver All-Outdoor Licensed Microwave Gigabit Radio

NAVIGATOR ST is a single-transceiver all outdoor, IP radio system operating from 6GHz to 42GHz, modulations to 4096QAM, and ultra-wide bandwidth operation to 112MHz ETSI and 160MHz ANSI. NAVIGATOR ST can achieve capacities up to 2.75Gbps per radio without compression.

NAVIGATOR ST can operate with either a single carrier or dual sub-carriers to efficiently increase capacity without requiring any additional equipment.

NAVIGATOR ST is easily and inexpensively field convertible to different sub-bands via user friendly customer replaceable diplexers. Radio sparing only needs to include the base radio resulting in no

longer a need to spare radios in specific sub-bands.

NAVIGATOR ST is an ideal, highly integrated all-outdoor radio for the most demanding applications.

Performance

* Up to 2.75 Gbps per radio using two sub-carriers without compression

* Single carrier or dual sub-carrier operation to efficiently increase capacity without adding more equipment

* QPSK to 4096QAM

* Ultra wide bandwidth operation to 160MHz ANSI and 112MHz ETSI

* 1+0, 1+1 HSB, and 2+0 operation

* Space Diversity and Frequency Diversity available

* Built-in Advanced Digital Pre-Distortion to drive higher transmission performance

* Customer replaceable diplexers to ease operational logistics and improve system flexibility

* Adaptable antenna interface option supports third party antennas to ease migration and upgrade

* Header and payload compression to further increase capacity

* 2 x 10GbE Ethernet interfaces (optional)

* 2 x CPRI interfaces (optional)

* SyncE and IEEE1588v2

* AES256 encryption

* No-touch WiFi maintenance interface (optional)

* Time based feature licensing available

Applications

Whatever your business or the goals for your network infrastructure, EtherFlex Navigator can play a critical role in backhaul performance, reliability, and security.

* 4G/5G backhaul

* Fiber extension

* Fiber backup

* Leased line replacement

* Small cell backhaul

* Campus connectivity

* Disaster recovery