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Digital Radios

HXI Radio Brochure

GigaLinkLightSpeedmillimeter wave point-to-point digital radios first debuted in 1995 under an experimental deployment with NTT in Tokyo.As Harmonix (our original name), we were instrumental in securing the FCC allocation of the 60 GHz spectrum in the USA, and we were the first FCC Part 15.255-certified MMW system operating in the 57 to 64 GHz band (V-Band).Since that time, HXI has consistently set the mark for reliability, capacity, and low cost of ownership for V-Band and E-band (70/80 GHz) digital radios. This tradition continues with our newest GigaLinkLightspeedmillimeter wave radios, which are available to satisfy most regional allocation rules.

Radio Capabilities/Features

  • 60 and 70/80 GHz radios with industry standard features.
  • Full duplex Gigabit-Ethernet data rates.
  • Extreme Low Latency (approximately 2 nS)
  • Highest E-Band power in the industry, up to +27 dBm.
  • Improved antenna mount/pointing hardware for easy installation.
  • 100% bench and range tested for dynamic range and bit errors.
  • Proven mission-critical performance in Iraq/Afghanistan.
  • Multiple antenna and polarization options.
  • Dual band dual capacity up to 2.5 Gbps.
  • Custom radios for specialized applications and R&D/educational purposes.

GigaLink E-Band 7000 and 8000 Series Digital Radio links

FCC Part 101, "Light Licensed" (71-76 GHz and 81-86 GHz), 1.25 Gbps throughput

Gigalink LightSpeed™ 7186R (PDF) 71.0 to 76.0 GHz and 81.0 to 86.0 GHz (in 2 channels)

Gigalink LightSpeed™ 7451 (PDF) 71-76 GHz low latency link with 12? Antennas
Gigalink LightSpeed™ 7651 (PDF) 71-76 GHz low latency link with 24? antennas

Gigalink LightSpeed 8451 (PDF) 81-86 GHz low latency link with 12? antennas
Gigalink LightSpeed 8651 (PDF) 81-86 GHz low latency link with 24? antennas

Gigalink LightSpeed 8452 (PDF) 71-76/81-86 GHz dual band low latency link with 12? antennas
Gigalink LightSpeed 8652 (PDF) 71-76/81-86 GHz dual band low latency link with 24? antennas

NEW!! 2.5 Gbps Capacity Radio Links (2 x 1.25 Gbps channels)

Gigalink LightSpeed 8454 (PDF) 71-76/81-86 GHz dual capacity low latency link with 12? antennas
Gigalink LightSpeed 8654 (PDF) 71-76/81-86 GHz dual capacity low latency link with 24? antennas

GigaLink V-Band (60 GHz) 6000 Series Digital Radio

FCC Part 15.255, "unlicensed" (57-64 GHz)

Gigalink LightSpeed™ 6651 (PDF)

60 GHz Radio Features

  • 60 GHz Unlicensed deployment
  • Full Gig-E 1.250 Gbs data throughput
  • Virtually interference free due to highly directional antenna and atmospheric characteristics at 60 GHz.
  • 3rd generation product with proven performance – over 2000 links deployed worldwide.
Digital Radio
Digital Radio

Radio Testing and Qualification at HXI

  • Outdoor Far Field range for 1 foot antennas
  • Indoor near field range
  • Indoor calibration fixtures
  • Full Ethernet and RFC 2544 testing capability
  • Gig E Ethernet
  • Interference and field support test receiver is available for frequency surveys, antenna pointing verification, and channel sounding measurements

Publications

AutoPoint Alignment System

High Frequency Trading Turns to High Frequency Technology to Reduce Latency

Why Wireless Millimeter Wave Radios Will Fuel the Coming Microcell Boom

Technical Support, Pricing, etc.

For additional information, including pricing and technical support, please contact HXI at 978-772-7774, ext. 221 or gigalink@hxi.com

NEW! - Custom-Designed Analog Radio Links

HXI routinely addresses requirements for customized versions of these radios, including analog links, custom antenna configurations, alternate frequency bands, HDTV usage, etc. Among our customers for custom versions are the Air Force and the Department of Energy.

HXI has developed a number of custom-designed analog radio links for a variety of applications. Backhaul of collected data that needs to stay in analog format is a common usage. Perhaps the most unique application of our radios is the usage by Brookhaven National Labs on Long Island, where two of our analog links are used for particle beam path correction in their RHIC facility. In this case, extremely low latency coupled with wide frequency bandwidth and high dynamic range was required to complete a feedback loop for the control of the beam.

Stochastic Cooling in RHIC
cutting the chord enables higher loop bandwidth.

Footer Links
  • Microwave link (70 GHz)
    • Higher frequency> more particles
    • Installed and tested with beam
  • 5 to 9 GHz analog bandwidth
  • Travels 700 meters
  • Timing w.r.t beam: stabilized with pilot tone
10 sec sample @ 8 GHz

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HXI 12 Lancaster County Road . Harvard, MA 01451   USA        Tel: (978) 772-7774  Fax: (978) 772-7775     Copyright 2013