We are joining ‘The 20th Optics Valley of China International Optoelectronic Exposition’ in Wuhan this year(16-18 May 2024). We would like to show you more about our InP PIC chips foundry service. Our marketing and technical team are ready there to help you out. Let me know if you would join.
Exposition link: https://www.ovcexpo.com.cn/english
Our booth location: B3 building, B330 booth
Looking forward to seeing you.
“A photonic integrated circuit (PIC) or integrated optical circuit is a device that integrates multiple (at least two) photonic functions and as such is similar to an electronic integrated circuit. The major difference between the two is that a photonic integrated circuit provides functions for information signals imposed on optical wavelengths typically in the visible spectrum or near infrared 850 nm-1650 nm.” (from Wikipedia) Our InP PICs is based on InP materials system and it indicates it can integrated active component, such as laser, while this is very difficult for Si PICs technology.
What kind of Building Blocks(BBs) can InP PICs integrate?
InP PICs can integrate a wide range of actiave and passive BBs: wave-guide, coupler, filter, laser, optical amplifier, MMI, AWG, Bragg reflector, modulator, grating, photon detector, etc.
What function can InP PICs realize?
A wide applications can be made. Some examples are MMI-couplers and filters, Lidar, AWG-demux, polarisation independent differential delay lines, Fabry-Perot lasers, tunable DBR lasers, multiwavelength lasers, picosecond pulse laser, ring lasers, WDM cross connect, WDM add-drop, ultrafast switch, etc.
What advantages does InP PICs technology have?
Compared to conventional devices, PICs chips are much smaller, light weight, higher energy efficiency, better stability, suitable for high volume manufacturing, enabling designers more flexibility and innovation.
Compared to other materials based PICs, InP PICs chips can truly realize monolithic integration of active and passive BBs for a wide range of applications.
Latest MPW plan below:
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MPW2022Q2 run:
Design Submit deadline:2022-April-08 | Design Manual Version:v2.1.2 and above | Design Kit Version:v5.1.2 and above | Status:available
MPW2022Q3 run:
Design Submit deadline:2022-Sep-13 | Design Manual Version:v2.1.2 and above | Design Kit Version:v5.1.2 and above | Status:full
MPW2022Q4 run:
Design Submit deadline:2022-Dec-15 | Design Manual Version:v2.1.2 and above | Design Kit Version:v5.1.2 and above | Status:available
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Contact Us
Changchun ZHIWEI Photonics Co., Ltd.
Address: Tailai Street 35, Lvyuan District, Changchun City, P.R.China
European(Oversea) Region Contact:
WhatsApp: +31-653583426
Tel: +31-653583426(Netherlands)
E-mail: info@zwphotonics.com
Great China Region Contact:
WeChat: zwgdwzf(or phone number below)
Tel: +86-13654302015(China)
Email: info@zwphotonics.com
Follow us in Linkedin
“A photonic integrated circuit (PIC) or integrated optical circuit is a device that integrates multiple (at least two) photonic functions and as such is similar to an electronic integrated circuit. The major difference between the two is that a photonic integrated circuit provides functions for information signals imposed on optical wavelengths typically in the visible spectrum or near infrared 850 nm-1650 nm.” (from Wikipedia) Our InP PICs is based on InP materials system and it indicates it can integrated active component, such as laser, while this is very difficult for Si PICs technology.
What kind of Building Blocks(BBs) can InP PICs integrate?
InP PICs can integrate a wide range of actiave and passive BBs: wave-guide, coupler, filter, laser, optical amplifier, MMI, AWG, Bragg reflector, modulator, grating, photon detector, etc.
What function can InP PICs realize?
A wide applications can be made. Some examples are MMI-couplers and filters, Lidar, AWG-demux, polarisation independent differential delay lines, Fabry-Perot lasers, tunable DBR lasers, multiwavelength lasers, picosecond pulse laser, ring lasers, WDM cross connect, WDM add-drop, ultrafast switch, etc.
What advantages does InP PICs technology have?
Compared to conventional devices, PICs chips are much smaller, light weight, higher energy efficiency, better stability, suitable for high volume manufacturing, enabling designers more flexibility and innovation.
Compared to other materials based PICs, InP PICs chips can truly realize monolithic integration of active and passive BBs for a wide range of applications.
Latest MPW plan below:
————————————————————————————————-
MPW2021Q1 run:
Design Submit deadline:2021-March-01 | Product Delivery Time:2021-May | Design Manual Version:v2.1.0 | Design Kit Version:v5.1.0 | Status:full
MPW2021Q2 run:
Design Submit deadline:2021-May-03 | Product Delivery Time:2021-July | Design Manual Version:v2.1.1 | Design Kit Version:v5.1.1 | Status:available
MPW2021Q3 run:
Design Submit deadline:2021-Aug-02 | Product Delivery Time:2021-Oct | Design Manual Version:v2.1.1 | Design Kit Version:v5.1.1 | Status:full
MPW2021Q4 run:
Design Submit deadline:2021-Nov-01 | Product Delivery Time:2022-Jan | Design Manual Version:TBD | Design Kit Version:TBD | Status:available
————————————————————————————————-
Contact Us
Changchun ZHIWEI Photonics Co., Ltd.
Address: Tailai Street 35, Lvyuan District, Changchun City, P.R.China
European(Oversea) Region Contact:
WhatsApp: +31-653583426
Tel: +31-653583426(Netherlands)
E-mail: info@zwphotonics.com
Great China Region Contact:
WeChat: zwgdwzf(or phone number below)
Tel: +86-13654302015(China)
Email: info@zwphotonics.com
Follow us in Linkedin
September 1st, 2016 – VLC Photonics, a leading pure-play photonic design house in Europe, and ZHIWEI Photonics, a chinese company working on the photonic integration field, announce that they have entered into an collaborative agreement, under which both parties will launch a long-term collaboration to market VLC’s services in the Great China District and jointly promote Photonic Integration Circuit (PIC) technology.
This agreement is an important step in the long-term corporative strategies for both companies. As Photonics Integration technology is better known globally, and it is more adopted by different markets, e.g., optical communications, sensing, quantum optics, and biophotonics, it is critical for small companies to collaborate in order to explore new geographical markets and transfer PIC technology into different industries. “The Chinese market for photonic integration has been quickly growing, and potentially can be very large in the upcoming years” – Zhaofu Wang, General Manager of ZHIWEI Photonics explains.
The collaborative partnership will address the challenges that customers in the Great China District are facing as they apply photonic integration to miniaturize and optimize their optical systems. This partnership is intended to provide a strong service offering, and as Iñigo Artundo, CEO of VLC Photonics says: “the ultimate goal is to serve Chinese customers with solutions that are perfectly adapted to their needs, and allow them to carry out their integration projects in the smoothest way”.
VLC and ZHIWEI will continue to promote PIC technologies through joint developments, and this will also enable a stronger position in the Asian markets.
ZHIWEI Photonics is a technology company, aiming at promoting photonic integration technology for Chinese customers. Contact: Zhaofu Wang, General Manager
China: info@zwphotonics.com
Website: www.zwphotonics.com
VLC Photonics is a photonic design house providing consultancy, chip design and testing services, and brokering for manufacturing and packaging through a large network of partners, with expertise in all main material platforms: silicon photonics, InP, SiN, and PLC. Contact: Iñigo Artundo, CEO
Europe: info@vlcphotonics.com
Website: www.vlcphotonics.com
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