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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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    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
      • Enterprise
      • Metro
      • Access
    • 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
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      Tag: increase bandwidth density

      Photonic System-on-Chip is the Future

      Insights

      How to Increase Bandwidth Density in Photonics

      November 3, 2022 by admin

      In the past, optical transceivers were too bulky, too expensive, and not efficient enough, so they could only be used for long-haul telecom networks or data centers with massive bandwidth requirements. Electronic and photonic integration broke this paradigm, miniaturizing optical transceivers to the size of a large USB stick and reducing their cost. Through these

      Read more »

      bandwidth coherent coherent optics Density fiber networks increase bandwidth density Integrated Photonics LightCounting network operators optical transceivers photonic integration Photonics pluggables Transceivers
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      pITLA14 brochure

      Specs, mechanical drawings, optical performance, MSA compliance, and qualification data — sent to your inbox within minutes.

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