Our Name
It's pronounced...
Deishire: Pronounced /ˈdeɪˌʃaɪər/, with the stressed syllable "day" followed by "shire," articulated as "sh-eye-er"(ʃaɪər).
It means...
The name Deishire reflects a rich tapestry of meaning, embodying both heritage and purpose. It is derived from two powerful roots:
Deis evokes a dual significance. It is Gaelic for "opportunity," representing a chance for advancement, innovation, and transformation. Alternatively, it ties to the Middle English dais, signifying a place of honor or a platform for leadership and vision.
Shire, from the Old English sċir, symbolizes a division of land, a defined space, or a community—a foundation where development and growth take place.
Together, Deishire conveys a vision of being the "land of opportunity"—a space where ideas are nurtured, growth is fostered, and innovation thrives. It also reflects being "the right place for development", where businesses find a trusted partner to support their technological ambitions. This name encapsulates the essence of creating impactful opportunities within a structured, collaborative, and honorable environment, a fitting identity for driving innovation and excellence.
Our services
The world of optical technologies is notoriously challenging. Execution is critical and leveraging the experience of a partner like Deishire makes an impact. We provide our clients not only with solutions but high-quality analytics of the results. No matter the application or type of optical technology, we pride ourselves on providing impactful results. We guarantee you will be satisfied with our work.
Our Services
Semiconductor and Component Level Design and Packaging
Manufacturing Transfer, Supplier Development, and Outsourcing
System Level Architecture, Test Development, and Validation
We provide expert guidance in semiconductor and optical component design, packaging, and assembly. Leveraging decades of experience in high-performance photonics and analog semiconductors, we help customers develop innovative, scalable, and reliable designs while optimizing for cost and manufacturability. Our expertise ensures seamless in
We provide expert guidance in semiconductor and optical component design, packaging, and assembly. Leveraging decades of experience in high-performance photonics and analog semiconductors, we help customers develop innovative, scalable, and reliable designs while optimizing for cost and manufacturability. Our expertise ensures seamless integration of components into complex systems and accelerates time-to-market.
System Level Architecture, Test Development, and Validation
Manufacturing Transfer, Supplier Development, and Outsourcing
System Level Architecture, Test Development, and Validation
We assist in developing robust system-level architectures, developing test and validation infrastructure with comprehensive test and validation plans to meet stringent performance and reliability standards. By leveraging our deep knowledge in photonic systems, AI-supported design, and advanced signal processing, we ensure our customers ac
We assist in developing robust system-level architectures, developing test and validation infrastructure with comprehensive test and validation plans to meet stringent performance and reliability standards. By leveraging our deep knowledge in photonic systems, AI-supported design, and advanced signal processing, we ensure our customers achieve optimal functionality, scalability, and quality across diverse applications.
Manufacturing Transfer, Supplier Development, and Outsourcing
Manufacturing Transfer, Supplier Development, and Outsourcing
Manufacturing Transfer, Supplier Development, and Outsourcing
We support customers in transferring manufacturing processes to production facilities, developing robust supplier networks as an integral part of the design effort, and leveraging our extensive overseas network in low-cost geographies. Our expertise includes ramping and scaling production, ensuring quality control, and managing complex su
We support customers in transferring manufacturing processes to production facilities, developing robust supplier networks as an integral part of the design effort, and leveraging our extensive overseas network in low-cost geographies. Our expertise includes ramping and scaling production, ensuring quality control, and managing complex supply chains to deliver cost-effective and reliable solutions at high volumes. We enable efficient outsourcing while maintaining stringent performance standards.
Design Services
Optical and Electrical chip Design Services
Robust AI-powered Statistical Design, Analysis & Control
Optical and Electrical chip Design Services
Chip design technology
- Silicon Photonics
- Thin Film Lithium Niobate (TFLN)
- Indium Phosphide (InP)
- Gallium Arsenide (GaAs)
- CMOS & BiCMOS analog RF devices
- Planar Lightwave circuits (PLC)
Components
- Narrow linewidth laser diodes
- High Speed Optical modulators
- Photodiodes
- 90deg hybrids and coherent receivers
- Transimpedance amplifiers
- Laser drivers
- Modulator drivers
Optical Alignment & Packaging
Robust AI-powered Statistical Design, Analysis & Control
Optical and Electrical chip Design Services
- Lens and micro-optics design
- Thin-film coating design and
- High efficiency thermal design
- Electronics architecture, schematic, layout
- High Speed Modulation Signal Integrity, power integrity
- Passive optical alignment
- High throughput active optical alignment
- Low cost, high volume optical packaging
- High bandwidth packaging
Robust AI-powered Statistical Design, Analysis & Control
Robust AI-powered Statistical Design, Analysis & Control
Robust AI-powered Statistical Design, Analysis & Control
- Design of Experiment (DOE)
- Analysis of Variance (ANOVA)
- Failure Mode and Effect Analysis (FMEA)
- Design for Reliability (DFR)
- Design for Testability (DFT)
- Design for Asssembly (DFA)
- Design for Manufacturability (DFM)
- Manufacturing Execution System (MES)
- Statistical Process Control (SPC)
- Statistical Quality Control (SQC)
- Quality Function Deployment (
- Design of Experiment (DOE)
- Analysis of Variance (ANOVA)
- Failure Mode and Effect Analysis (FMEA)
- Design for Reliability (DFR)
- Design for Testability (DFT)
- Design for Asssembly (DFA)
- Design for Manufacturability (DFM)
- Manufacturing Execution System (MES)
- Statistical Process Control (SPC)
- Statistical Quality Control (SQC)
- Quality Function Deployment (QFD)
- Root Cause Analysis (RCA)
- Root Cause Failure Analysis (RCFA)