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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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Telecom
Enterprise
Metro
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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: programmable optical system-on-chip

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Optical System-on-Chip: Bringing Scalable and Affordable DWDM to the Edges of the Network

June 23, 2023 by admin

While electrical System-on-Chips have been around for some time, EFFECT Photonics is the first company in the world to introduce a full optical System-on-Chip – combining all the optical elements needed for optical networking onto a single die. EFFECT Photonics’ System-on-Chip technology focuses on dense wavelength division multiplexing (DWDM), which is regarded as an important innovation in optical networks.

DWDM Integrated Photonics optical networking optical technology photonic integrated chip photonic integration PIC programmable optical system-on-chip

Meet the team behind the EFFECT Photonics & Aston University partnership to bring greater bandwidth to a greener future

September 28, 2022 by admin

The optical transceiver market is expected to double in size by 2025, and coherent optical technology has come a long way over the past decade to become more accessible and thus have a greater impact on this market. When Nortel (later Ciena) introduced the first commercial coherent transponder in 2008, the device was a bulky,

Aston University bandwidth coherent coherent optics CoherentPIC digital signal processing DWDM Green Energy optical network photonic integration Photonics programmable optical system-on-chip Royal Academy of Engineers sustainability telecommunication energy efficency Sustainable

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EFFECT Photonics pleased to be a participant in the Region Deal Brainport Eindhoven

September 21, 2022 by admin

In 2018, Brainport Eindhoven, via the Region Deal, invested €35 million into helping build and support the broader PhotonDelta eco-system. EFFECT Photonics was one of the companies that benefited from this support. In the following video, we, together with MantiSpectra and PhotonFirst, introduce our businesses and share how this initiative has helped us grow. As

#invest Brainport Eindhoven Integrated Photonics Investment optical networking optical technology PhotonDelta photonic integrated chip photonic integration PIC programmable optical system-on-chip region deal

Latest events that EFFECT Photonics organizes or participates in

EFFECT Photonics joins the CableLabs vendor community

September 21, 2022 by admin

EFFECT Photonics today announced it is now able to join CableLabs in collaborating on optical technology projects – aimed at developing optical-related specifications, tools, test suites, software, and documentation – after signing an agreement to the terms of the CableLabs Optical Project Charter. The primary focus of the project is on the application of optical

braodband cable industry cable networks CableLabs coherent optics Integrated Photonics optical networking optical technology photonic integration programmable optical system-on-chip

EFFECT Photonics partners with Aston University to bring greater bandwidth to a greener future

September 19, 2022 by admin

EFFECT Photonics would like to congratulate Professor Wladek Forysiak from Aston University on his recently announced appointment as the Royal Academy of Engineering Research Chair in Highly Integrated Coherent optical fibre Communications. In this joint industry/academia research partnership, the HICC project will leverage the System-on-Chip technology and expertise in high density photonic integration and manufacturing

Aston University bandwidth coherent coherent optics CoherentPIC digital signal processing DWDM Green Energy optical network photonic integration Photonics programmable optical system-on-chip Royal Academy of Engineers sustainability telecommunication energy efficency Sustainable