The StarLink Mk-II Point-to-Point radio is a hi-power, linear 2x2 MIMO radio with enhanced receiver performance. The
StarLink point-to-multipoint radio system utilizes the advantages of OFDM modulation and MIMO technology to provide exceptional range and speed (100+Mbps real TCP) performance.
Further performance enhancements are achieved with optional GPS Synchronization, providing precision synchronization
and timing to co-locate multiple radio units on a single mast without self-interference. The StarLink TDMA protocol allows master radio unit to send and receive data using a pre-designated time slot scheduled by an intelligent AP controller.
This “time slot” method of provisioning clients eliminates hidden node collisions and maximizes airtime efficiency, providing magnitudes of performance improvements in latency, throughput and scalability when compared with other outdoor systems in its class.

The StarLink family of Point-to-Point microwave products is based on Software Defined Radio (SDR) platforms that are packaged to suit most customer demands. The SL-30 system consists of a pair of high-capacity, integrated outdoor units housed in a durable cast aluminium housing that contains all the RF and networking elements (including layer 3 routing) to establish carrier class connections and networks. The TDD channel raster is programmable, ranging from 5 MHz channels to 20MHz channels depending on the data throughput required and the available spectrum.

The StarLink SL-60 family of Point-to-Point microwave products are based on two Software Defined Radio (SDR) platforms that are packaged to suit most customer demands. The SL-60 system consists of a pair of high-capacity, integrated outdoor units housed in a durable cast aluminium housing that contains all the RF and networking elements (including layer 3 routing) to establish carrier class connections and networks. The TDD channel raster is programmable, ranging from 5 MHz channels to 40MHz channels depending on the data throughput required and the available spectrum.

The StarLink SL-60-IAN family of Point-to-Point microwave products are base on two Software Defined Radio (SDR) platforms that are packaged to suit most customer demands. The SL-60-IAN consists of a pair of high-capacity, integrated outdoor units housed in a durable cast aluminium housing that contains all the RF and networking elements (including layer 3 routing) to establish carrier class connections and networks. The TDD channel raster is programmable, ranging from 5 MHz channels to 40MHz channels depending on the data throughput required and the available spectrum

The BST StarLink SL-120 high capacity Point-to-Point microwave link consists of two, integrated outdoor units housed in a durable cast aluminium housing that contains all the RF and networking elements to establish carrier class connections and networks. The receive band of the SDR radio covers the band from 5.350GHz to 5.510GHz and the transmit band of the SDR covers the band from 5.565GHz to 5.725GHz. The FDD channel raster is programmable, ranging from 4x40MHz channels to 32x5MHz channels depending on the data throughput required and frequency spectrum available.

The BST StarLink SL-120-IAN high capacity Point-to-Point microwave link consistes of two integrated outdoor units housed in a durable cast aluminium housing that contains all the RF and networking elements to establish carrier class connections and networks. The receiver band of the SDR radio covers the band from 5.350GHz to 5.510GHz and the transmit band of the SDR covers the band from 5.565GHz to 5.725Ghz. The FDD channel raster is programmable, ranging from 4 x 40MHz channels to 32x5MHz channels depending on the data throughput required and frequency spectrum available.

BST’s StarLink PDH Microwave System is a low cost point to point FDD/PDH digital microwave radio system for flexible payloads. The StarLink PDH Microwave System’s payload is software definable and supports capacities up to 24 E1 / T1 lines and Ethernet full duplex capacity up to 60 Mbps.

The StarLink PDH Microwave System operates in multiple frequency ranges from 5.1 Ghz to 38GHz. It is available in non-protected (1+0) and protected (1+1) configuration in Hot Standby (HSB), Monitored Hot Standby (MHSB), frequency diversity (FD), and space diversity (SD).

It is also configurable as a repeater, 2+0 or East/ West and ring operation. It can be mounted directly onto the antenna by using a snap-on mount, or it can be mounted separately and connected to the antenna by using a standard UBR flange series waveguide.

StarLink PDH Microwave System meets carrier-grade standards for high performance, reliability and quality.

BST's StarLink Gigabit Outdoor Radio is a high capacity, long distance microwave optic transmission system. The system offers bandwidths up to 320MBps and is highly reliable, meaning it has the capacity to transmit optic fiber signals in free space, so as to replace the optic fiber and FSO. StarLink GB-ODR Series Digital Microwave System supports both SDH and IP platforms.

This advanced and adaptable platform will continue to provide high quality service to the customer in the future. The System provides Gigabit Ethernet (GE) interface and STM-1 interface, as well as wireless transmissions.

The StarLink-Argus Microwave System provides high capacity transmission,flexibility, reliability, rich features and convenience for wireless communications
networks.

The StarLink-Argus digital point-to-point radio series represents a new microwave radio product line that is designed to address universal applications
for high capacity Ethernet, PDH and SDH platforms. This advanced technology platform is designed to provide high flexibility to customers currently and in the
future.