Packaged Electro- Optic Modulators

HyperLight’s compact electro-optic modulators are the industry’s first commercial-grade solution designed to provide operational bandwidths beyond 110 GHz at the package level. Our cutting-edge TFLN packaged electro-optic modulators boast operational bandwidths exceeding 110 GHz with exceptionally low Vπ and insertion loss. With low Vπ, low insertion loss, and high optical power handling capability these devices are ideal for applications that require high electro-optic conversion efficiency

110GHz Intensity Modulator

  • Industry’s 1st Production Grade 110GHz EOM
  • 125 GHz bandwidth
  • W-type (1.0 mm) connector
  • Record low half-wave voltage

65GHz Intensity Modulator

  • Industry’s 1st Production Grade 110GHz EOM
  • 125 GHz bandwidth
  • W-type (1.0 mm) connector
  • Record low half-wave voltage

Ultralow Vpi Intensity Modulator

  • > 40 GHz bandwidth
  • 0.8 V half-wave voltage

More Info

Key Features

From high-volume applications like telecom and datacom, to performance-driven applications such as radio-over-fiber, test and measurement, and quantum information processing, our product portfolio delivers outstanding performance and reliability.

featured icon

Ultra-High bandwidth modulation (>100 GHz bandwidth)

featured icon

O-band, C, L-band Coverage

featured icon

Record low half-wave voltage

featured icon

Record low half-wave voltage

featured icon

Compact footprint

featured icon

High extinction ratio

featured icon

Stable DC biasing

featured icon

High optical and RF power handling

featured icon

Reliable material and operation

featured icon

Coax RF Connector

featured icon

PM fibers with FC/APC connectors

Coming Soon…

HyperLight unleashes the potential of integrated photonics by developing a proprietary platform based on thin-film lithium niobate (TFLN) on insulator.

110GHz IQ Modulator

110GHz Phase Modulator

145GHz Intensity Modulator

40GHz Phase Modulator

Make an Electro-optic Connection

Ask us about our technology, or learn more about our growing team.