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
Company
Newsroom
Get in touch

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: Network capacity

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Making Smaller Lasers at a Big Scale

March 25, 2024 by admin

The world is moving towards tunability. The combination of tunable lasers and dense wavelength division multiplexing (DWDM) allows datacom and telecom industries to expand their network capacity without increasing their existing fiber infrastructure. Furthermore, the miniaturization of coherent technology into pluggable transceiver modules has finally enabled the widespread implementation of IP over DWDM solutions. With

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network-blue-city-yellow

Demystifying the Role of Photonics in 5G Networks

November 27, 2023 by admin

The dawn of the 5G era promises a transformative leap in wireless communication, offering unparalleled speeds, low latency, and vast device connectivity. However, to fully realize the potential of 5G, we must overcome many technological challenges. Traditional methods, reliant on electronic signals, face limitations in terms of speed and capacity. This is where photonics, the