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Top Photonic Chip Companies

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60 companies for Photonic Chip

iPronics Programmable Photonics's Logo

iPronics Programmable Photonics

Valencia, Spain

A

11-50 Employees

2019

Key takeaway

iPronics is pioneering advancements in photonic chip technology, offering a revolutionary plug-and-play general-purpose photonic processor that significantly reduces development time and costs for application-specific photonic integrated circuits (ASPICs). Their innovations in photonics processing are set to enhance applications in 5/6 G communications, intelligent transceivers, and neuromorphic computing.

Reference

Core business

Homepage - iPronics Programmable Photonics

iPronics SmartLight Processor iPronics presents the first plug & play general-purpose photonic processor More info Powerful Photonic Processing Boost applications with photonic processors for fiber transport, RF Photonics, and computing More info Would you like to see programmable photonics in action? Get a demo today More info010203 Programmable Photonics for processing iPronics is developing the […]

Analog Photonics's Logo

Analog Photonics

Boston, United States

B

11-50 Employees

2012

Key takeaway

Analog Photonics specializes in the development of photonic circuits, including innovative LiDAR and Optical Communications technology built on a proprietary silicon photonics platform. Their focus on disruptive innovation positions them to address growing market needs in sectors such as automotive, industrial, and medical, with a strong emphasis on high bandwidth and energy-efficient data communication solutions.

Reference

Product

Technology | Analog Photonics

We have developed proprietary and patented integrated photonics technology within a 300mm wafer platform. Click here to learn more.

Scintil Photonics's Logo

Scintil Photonics

Grenoble, France

A

1-10 Employees

2018

Key takeaway

SCINTIL Photonics specializes in developing silicon photonic integrated circuits that incorporate lasers and optical amplifiers, enhancing optical interconnects for Data Centers, High-Performance Computing, and 5G infrastructure. Their innovative technology is designed for high-speed connectivity, offering multiple laser frequencies for efficient data transmission.

Reference

Core business

SCINTIL Photonics | III-V Augmented Silicon Photonic Integrated Circuits

SCINTIL Photonics, a supplier of silicon photonic integrated circuits augmented with hybrid silicon lasers and optical amplifiers, mass-produced in semi-conductor foundry, for optical connectivity in Data Centers, High Performance Computing (HPC/AI/ML) and 5G

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EFFECT Photonics's Logo

EFFECT Photonics

Eindhoven, Netherlands

A

101-250 Employees

2010

Key takeaway

EFFECT Photonics is revolutionizing telecommunications with its innovative light-to-digital technologies, including integrated optical system-on-chips and ultra-pure light sources. Their focus on advanced photonic integration and the development of coherent transceiver solutions highlights their commitment to enhancing data communications networks.

Reference

Product

Ultra Pure Light Sources - EFFECT Photonics

We are developing the capabilities to provide a full coherent transceiver solution and also the light sources needed by other vendors.

Centera Photonics's Logo

Centera Photonics

Kunshan, China

D

11-50 Employees

2010

Key takeaway

Centera Photonics focuses on delivering advanced photonic products through innovative silicon designs and precision manufacturing processes, addressing the evolving needs of optical communication. Their approach highlights the advantages of optical transmission over traditional electrical methods, emphasizing benefits like broad bandwidth, high speed, and improved efficiency.

Reference

Product

Technology - CENTERA PHOTONICS INC.

Technology

Sicoya's Logo

Sicoya

Berlin, Germany

A

11-50 Employees

2015

Key takeaway

Sicoya develops silicon photonic solutions that address complex optical I/O challenges by integrating electronics and photonic components into monolithic chips. Their innovative approach enables the creation of scalable optical interconnects and efficient transceivers, supporting advancements in data center technology.

Reference

Product

Products - Sicoya GmbH

Silicon photonic

Wild Technologies, s.r.o.'s Logo

Wild Technologies, s.r.o.

Trnava, Slovakia

A

51-100 Employees

2006

Key takeaway

The company, 4H-JENA Engineering GmbH, highlights its expertise in optical inspection and measurement technology, emphasizing that their lighting solutions from Photonic are among the best in the market in terms of performance, quality, and durability.

Reference

Service

Service - PHOTONIC

CamGraPhIC Ltd's Logo

CamGraPhIC Ltd

Cambridge, United Kingdom

A

11-50 Employees

-

Key takeaway

The company specializes in developing a Graphene Integrated Photonics platform that enhances optical communications, addressing the growing data traffic demand with high-performance and low-power electro-optical engines. Their innovative use of graphene facilitates the creation of next-generation optical transceivers.

Reference

Core business

Camgraphic - Graphene integrated photonics

Our platform supports the ever-increasing data traffic demand with high-performing and low-power consumption electro-optical engines.

EQIC - European Quantum Industry Consortium's Logo

EQIC - European Quantum Industry Consortium

Brussels, Belgium

A

1-10 Employees

2021

Key takeaway

The company is a member of EPIC, which supports the photonics community in Europe, highlighting its commitment to advancements in the field. Their focus on technology includes laser beam profile measurement, which is relevant for applications like transceivers and LiDAR.

Reference

Product

Technology - EPIC Photonics

Pilot Photonics's Logo

Pilot Photonics

Dublin, Ireland

A

11-50 Employees

2011

Key takeaway

Pilot Photonics specializes in the design and production of innovative photonic integrated circuits, including their proprietary comb laser technology. Their expertise, supported by a strong team of physicists and engineers, allows them to create advanced photonic solutions that enhance capabilities at wafer scale.

Reference

Service

Capabilities | PilotPhotonics

Pilot Photonics has developed a “Full Stack Photonics” toolchain that enables us to encapsulate our unique intellectual property in novel photonic integrated circuits and combine them with digital and RF electronics, thermal and mechanical design, as well as software design to deliver complete photonics solutions to our customers.


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Things to know about Photonic Chip

What is a Photonic Chip?

A photonic chip is a microchip that utilizes light instead of electricity to perform various functions. It can manipulate photons to carry and process information, enabling faster data transmission and reduced energy consumption compared to traditional electronic chips. These chips are integral in applications such as telecommunications, data centers, and sensor technology, where high-speed and high-capacity data handling is essential. By integrating multiple photonic components on a single chip, manufacturers can achieve greater efficiency and functionality, paving the way for advancements in optical computing and quantum technologies.


How does a Photonic Chip work?

Photonic chips utilize light instead of electrical signals to perform data processing and communication tasks. They rely on the principles of optics, incorporating components such as waveguides, lasers, and detectors to manipulate photons. When light enters the chip through a waveguide, it can be directed, split, or modulated to carry information, enabling high-speed data transmission with minimal energy loss. The integration of various photonic components on a single chip allows for compact designs that enhance performance while reducing the physical footprint. These chips can perform functions like signal processing and data routing at speeds much faster than traditional electronic chips, making them increasingly valuable in telecommunications, computing, and sensor applications.


What are the applications of Photonic Chips?

Photonic chips have a wide range of applications across various fields due to their ability to manipulate light for processing and communication. In telecommunications, these chips enhance data transmission speeds and bandwidth, enabling faster internet and communication networks. In the realm of computing, photonic chips facilitate ultra-fast processing by leveraging light instead of electrical signals, which can significantly improve computational power and reduce energy consumption. Additionally, they find applications in sensors, where they are used for detecting environmental changes, and in medical devices, particularly in imaging and diagnostics, allowing for more accurate and efficient medical assessments.


What are the benefits of using Photonic Chips?

1. High-Speed Data Transmission
Photonic chips enable significantly faster data transmission compared to traditional electronic chips. This is due to the use of light for signal propagation, which can carry more information at higher speeds, making them ideal for applications requiring rapid data processing.

2. Energy Efficiency
These chips consume less power than their electronic counterparts. The use of light reduces energy losses during transmission, leading to more efficient operation, especially in data centers and telecommunications, where energy costs are a major concern.

3. Miniaturization
Photonic chips can be made smaller than electronic chips while maintaining functionality. This miniaturization opens up possibilities for integration into compact devices, enhancing performance without increasing size.

4. Improved Bandwidth
They offer a higher bandwidth capability, allowing for the transmission of more data simultaneously. This advantage is essential for meeting the increasing demand for bandwidth in applications such as cloud computing and high-speed internet.

5. Enhanced Signal Quality
Photonic chips provide better signal integrity and lower noise levels. The use of light minimizes distortions and interference, resulting in clearer signals over longer distances, which is crucial for effective communication systems.


What is the future of Photonic Chip technology?

The future of photonic chip technology looks promising, driven by advancements in data transmission and processing capabilities. As the demand for faster and more efficient computing continues to grow, photonic chips, which use light instead of electricity, are set to play a crucial role. These chips offer significantly higher bandwidth and lower energy consumption, making them ideal for applications in telecommunications, data centers, and artificial intelligence. Moreover, ongoing research is focused on integrating photonic components with existing electronic systems. This integration will enhance performance while reducing latency, paving the way for innovations in fields like quantum computing and advanced sensing applications. As manufacturers invest in scaling production and improving fabrication techniques, we can expect photonic chips to become more accessible, further accelerating their adoption across various industries.


Insights about the Photonic Chip results above

Some interesting numbers and facts about your company results for Photonic Chip

Country with most fitting companiesUnited States
Amount of fitting manufacturers6404
Amount of suitable service providers4049
Average amount of employees11-50
Oldest suiting company2006
Youngest suiting company2021

Geographic distribution of results





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Frequently asked questions (FAQ) about Photonic Chip Companies

Some interesting questions that has been asked about the results you have just received for Photonic Chip

Based on our calculations related technologies to Photonic Chip are Magnets, Printed Electronics, Industrial Amplifiers, Electronic Transducers, Electronic Oscillators

Start-Ups who are working in Photonic Chip are EQIC - European Quantum Industry Consortium

The most represented industries which are working in Photonic Chip are Other, Electronics and Electrical engineering, IT, Software and Services, Telecommunications, Semiconductor

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Related categories of Photonic Chip