BridgeWave is the first to offer both E-Band and 60GHz gigabit wireless links.

BridgeWave has taken its industry-leading 60GHz platform and created the new GE80 and AR80 E-Band links. The GE80 and AR80 offer longer distance gigabit connectivity with the smallest form-factor and easiest to install antennas on the market.

The GE80 is the most economical, high-performance E-Band link on the market, delivering E-Band benefits to mainstream applications. The AR80 provides added range and availability, still with a compact, easy to install design.



GE80/AR80 Gigabit Wireless Link

BridgeWave GE80 High-Performance, Affordable, E-Band Gigabit Ethernet Wireless Link

BridgeWave's GE80 and AR80 E-Band Gigabit Ethernet wireless links are the most affordable E-Band (71-86 GHz) products, providing highly-available wireless connections at full GigE data rates. These point-to-point links transmit and receive simultaneously at full-rate GigE speeds (1.25Gbps) with very low latency, providing the performance of physical fiber over a highly-secure wireless connection. The radios feature small form-factor and easy to install and align one-foot antennas. Combined with the E-Band's quick and simply lightweight licensing program, you can get a license and install a link the same day.

GE80 links consist of a pair of fully-integrated outdoor radios that connect directly to the end-user's GigE switches or routers. The radios are mast-mounted, and are easy to install and maintain. To deploy and operate the systems, simply connect a pair of fibers and a pair of low-voltage power wires, aim the radios to point at one another, and perform a few simple steps to configure the built-in web browser-based network management system.

AR80 links add BridgeWave's breakthrough AdaptRate capability. The AR80 is the only E-Band link on the market that quickly shifts between 1000Mbps and 100Mbps data rates in order to overcome the effects of short-lived cloud-burst downpours. This allows AR80 links to be deployed at distances that traditionally required the use of bulky and harder to install two-foot antennas.

Enterprise customers use BridgeWave E-Band links to extend their LAN backbones between nearby buildings, or to connect their buildings over longer distances via metro fiber backbones. By extending LAN backbones between buildings, users can centralize servers to save IT costs and simplify administration, or distribute servers between buildings to provide for rapid disaster recovery.

Network operators use BridgeWave E-Band links to provide private network services to enterprise customers or to implement "virtual fiber" distribution networks to deliver broadband services to residential or business users. GE80 links naturally combine with fiber optic cabling to create highly cost-effective hybrid fiber-wireless networks, where each technology is best suited.



Broadband Wireless System Comparison Matrix

As illustrated by the comparison matrix below, BridgeWave links provide ideal solutions for short-to-medium distance, high-bandwidth applications.

Distance

Bandwidth

Interference

Security

Cost

Availability

Form
Factor

BridgeWave
AR60

Medium

High

Low

High

Medium

99.999%

Small

BridgeWave
GE60

Short

High

Low

High

Medium

99.999%

Small

BridgeWave
AR60X/GE60X

Medium

High

Low

High

Medium

99.999%

Medium

BridgeWave
FE60

Medium

Medium

Low

High

Medium

99.999%

Small

BridgeWave
FE60X

Medium

Medium

Low

High

Medium

99.999%

Medium

BridgeWave
AR80/GE80

Medium

High

Low

High

Medium

99.999%

Small

FSO

Short

High

Low

Extremely
High

High

Fog-Limited

Small

23GHz
(licensed)

Medium

Medium

Low

Moderate

Medium

99.999%

Small

5.8GHz

Long

Medium

High

Extremely
Low

Medium

Interference-
Limited

Small

2.4GHz

Long

Low

Extremely
High

Extremely
Low

Low

Interference-
Limited

Small

FlexPort µWave Highlights

  • Industry First: Wire-Speed GigE in a single ODU without compression
  • Ultra-high capacity microwave radio system optimized for next generation mobile backhaul
  • Operates in the microwave frequency Bands: 18 & 23 GHz initially
  • 40 , 50 , 80 , 100 , 150 and 160 MHz channel width configuration options
  • Full line rate GigE using a single ODU
  • Capacity upgrade via SW license file
  • Native Ethernet support
  • Carrier Grade Network management
  • All ODU design – Small Form Factor
  • Leverages BW’s experience in high capacity systems development
Performance:
Full-rate, full-duplex gigabit Ethernet transmission
Internal 5-port gigabit Ethernet switch
Low latency for fiber-equivalent performance
Innovative RF channel aggregation yields true GigE throughput
QPSK — 2560AM modem design allows flexibility in link planning
Optional FIPS-Certified 256-bit AES Encryption

Ease of Use: All-outdoor design;
Field-pluggable SFPs available with multi-mode, single mode, or copper interlaces;
Web based & SNMP management

Proven Reliability:
Based on proven design - thousands of full-rate GigE millimeter wave terminals installed;
Rigorous HALT/HASS testing;
Up to 99.999% carrier-grade availability;

Simple GigE Implementation:
Less hardware to install than other microwave systems
Lower dollar per megabit total cost of ownership
Smaller & lighter than solutions requiring two ODUs and combiners
No tower climb for upgrades;

 Learn More about the BridgeWave FlexPort µWave »



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