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14 dBm pico ITLA
Technical spec sheet
17 dBm nano ITLA
Technical spec sheet
NEW
14 dBm pico ITLA for 100G coherent transceivers
Continuous-wave tunable laser source for digital coherent edge and access applications. Fully integrated 14 dBm sub-assembly in ultra-small pico form factor.
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14 dBm pico ITLA for 100G coherent transceivers
Continuous-wave tunable laser source for digital coherent edge and access applications. Fully integrated 14 dBm sub-assembly in ultra-small pico form factor.
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Products
- 14 dBm pico ITLA
  - Technical spec sheet
- 17 dBm nano ITLA
  - Technical spec sheet
- NEW
  14 dBm pico ITLA for 100G coherent transceivers
  Continuous-wave tunable laser source for digital coherent edge and access applications. Fully integrated 14 dBm sub-assembly in ultra-small pico form factor.
  Request brochure
Solutions
- Telecom
- DCI & Scale-across
  - DCI
  - Scale-across
- NEW
  14 dBm pico ITLA for 100G coherent transceivers
  Continuous-wave tunable laser source for digital coherent edge and access applications. Fully integrated 14 dBm sub-assembly in ultra-small pico form factor.
  Request brochure
Company
Newsroom
Get in touch

Tag: coherent 100G ZR

network-waves-purple-white-blue

Designing a Coherent Transceiver

November 30, 2023 by admin

Coherent transmission has become a fundamental component of optical networks to address situations where direct detect technology cannot provide the required capacity and reach. While direct detect transmission only uses the amplitude of the light signal, coherent optical transmission manipulates three different light properties: amplitude, phase, and polarization. These additional degrees of modulation allow for

wafer-top-white-gloves

Manufacturing a Coherent Transceiver

November 30, 2023 by admin

Coherent transmission has become a fundamental component of optical networks to address situations where direct detect technology cannot provide the required capacity and reach. While direct detect transmission only uses the amplitude of the light signal, coherent optical transmission manipulates three different light properties: amplitude, phase, and polarization. These additional degrees of modulation allow for