Radwin RW-2030-0100 - 3.65 GHz Backhaul

RW-2030-0100 is a carrier-class radio that supports 3.4 to 3.7 GHz bands and fully complies with FCC, IC and Universal regulations. This radio is part of the RADWIN 2000 C-Series that delivers high capacity and extended range for Corporate Access and Backhaul needs.

Packing native TDM and Ethernet over a single wireless link, the RADWIN 2000 C-Series provides 100 Mbps net throughput (up to 16 E1/T1 plus Ethernet) at a range of up to 120 km/75 miles.

Radwin 2000c Highlights

• 100 Mbps throughput
• Native TDM (Up to 16 E1s/T1s) + Ethernet over the same link
• Single radio supporting multiple bands (3.65 GHz)
• Long range - up to 120 Km/75 miles
• Adaptive asymmetric capacity – dynamic allocation of uplink & downlink traffic, enabling more capacity at longer ranges
• Advanced MIMO, OFDM and Diversity technologies

To deliver optimal performance and unmatched robustness in all environments, RADWIN 2000 deploys advanced MIMO and OFDM technologies, ogether with built-in Diversity and RADWINs proprietary air interface, built to deliver native TDM and high-quality Ethernet in sub-6GHz bands. The flexible multi-band radio supports multiple frequency bands over a single platform, granting utmost field flexibility and simple stock management. Radwin 2000 Unique Technology Multiple Point to Point: High Capacity Multiple Locations RADWIN's breakthrough WinLink 1000 Multiple Point-to-Point architecture allows service providers and ISPs to provide multiple end-users with carrier class services (TDM and/or Ethernet) and dedicated bandwidth from one Hub site. The Hub site includes RADWIN's unique Hub Site Synchronization (HSS) technology which synchronizes the transmission of up to 10 collocated WinLink 1000 radios - thus eliminating mutual interference commonly experienced with collocated TDD radios. It also includes RADWIN's Base Distribution Unit (BDU), a single indoor device that connects up to 8 collocated radios, while providing uplink traffic aggregation (TDM and/or Ethernet) and full layer-2 switching capabilities.

• Deliver dedicated bandwidth per each end-user
• No degradation in network performance as more users join the network
• Directional antennas less vulnerable to interferences
• Provide combination of TDM + Ethernet services
• Low entry costs; Scalability in network growth
• Easy planning no need for radio planning

MIMO Technology Increased range and reliability:

• The Ethernet data stream is split into two lower rate chains.
• These chains can be transmitted in lower rates, achieving longer ranges and higher reliability
• The streams arrive at the receivers in different quality. MIMO chooses the best stream available
• Paths in poor quality are thus eliminated and availability increased

Increased capacity and improved spectral efficiency

• Each radio (chain) carries the full OFDM channel capacity
• Both radios use the same 20MHz channel
• Thus doubled capacity per the same channel bandwidth