Foundries

MPW RUN: Foundries

This section is dedicated to the offers provided by Foundries.
All indicated prices exclude VAT (Value-added-tax) and the delivery

FRAUNHOFER HEINRICH HERTZ INSTITUTE: INP

Transmitter/Receiver platform with passives, MMIs, AWGs, SOAs, DFB lasers, DBR gratings, 40G pin detectors, spot size converter and thermo-optic phase shifters. Consult the performance summary table and Technology Section for more details.

Cell sizeProduct IDPrice, EURDescription
2 x 6 mm²HHI-4-2-629074 chip copies of your design with 2 x 6 mm² total design area
4 x 6 mm²HHI-4-4-658134 chip copies of your design with 4 x 6 mm² total design area
12 x 6 mm²HHI-4-12-6174394 chip copies of your design with 12 x 6 mm² total design area

LIONIX INTERNATIONAL: TRIPLEX

TriPleXtechnology platform with 
low loss passives (silicon nitride), spot size converters, thermo-optic phase modulators. More information is available on LioniX International website.

Cell sizeProduct IDPrice, EURDescription
16 x 16 mm²
or 8 x 32 mm²
LX-I-16-16
LX-I-8-32
160004 cells with 16 x 16 mm² or 8 x 32 mm² total design area.
This offer is valid for commercial organisations
16 x 16 mm²
or 8 x 32 mm²
SLX-I-16-16
LX-I-8-32
8500*4 cells with 16 x 16 mm² or 8 x 32 mm² total design area.
This offer is valid for academic customers

* For academic customers the academic discount on the training and device manufacturing is offered on the condition that LioniX will be co-author or acknowledged in the publications related to these devices.

SMART PHOTONICS: INP

Transmitter/Receiver platform with passives, MMIs, AWGs, SOAs, DFB lasers, DBR gratings, 40G pin detectors, spot size converter and thermo-optic phase shifters. Consult the performance summary table and Technology Section for more details.

Cell sizeProduct IDPrice, EURDescription
4 x 4.6 mm²SP-8-4-48880*8 chip copies of your design with 4 x 4.6 mm² total design area
8 x 4.6 mm²SP-8-8-417760*8 chip copies of your design with 8 x 4.6 mm² total design area

*50% for academic customers: this discount applies to Universities only, under the condition that University provides SMART Photonics with detailed feedback on the performance of the devices produced in this run. SMART Photonics is allowed to use the data freely, with reference to the University, without mentioning design details. At the first publication of the results of this chip in an international journal or conference, SMART Photonics will be acknowledged or a member of SMART Photonics team will be included as co-author.