安科諾科技有限公司

1. 數位電路設計模擬與實作 2. 靜態時序分析，邏輯等價性檢查 3. 跨單位溝通、協調合作完成數位功能設計，確認符合系統規格要求 4. 低功耗設計驗證和自動測試圖樣產生驗證 5. 執行產品研發流程及技術文件產出 6. 持續關注相關技術的發展，精進產品性能和創新 We are seeking a enthusiastic Digital Design Engineer to join our product development team. The chips include digital signal processing data paths and embedded microprocessor systems combined with high precision analog/RF subsystems. This is an excellent opportunity to employ state-of-the-art design methodologies, get exposure to a wide range of technical disciplines and career growth. Key Responsibilities: • Design, simulation, and implementing high-performance digital circuits, ensuring their integration and functionality within our advanced IC products • Static Timing Analysis (STA), Logical Equivalence Checking (LEC), Gate Level Simulations (GLS) • Collaborate with analog/RF engineers to create designs and meet performance and functional requirements • Verifications of Low Power Design Flow, Scan Insertion and ATPG • Validate and characterize digital designs through rigorous laboratory testing and measurements. • Work closely with cross-functional teams, including analog designers, system architects, and test engineers, to ensure successful integration and overall system performance. • Document design specifications, test plans, and results, ensuring thorough and accurate reporting. • Stay current with advancements in digital design techniques and semiconductor technologies, contributing to continuous improvement and innovation initiatives.

1. 數位電路設計模擬與實作 2. 靜態時序分析，邏輯等價性檢查 3. 跨單位溝通、協調合作完成數位功能設計，確認符合系統規格要求 4. 低功耗設計驗證和自動測試圖樣產生驗證 5. 執行產品研發流程及技術文件產出 6. 持續關注相關技術的發展，精進產品性能和創新 We are seeking a enthusiastic Digital Design Engineer to join our product development team. The chips include digital signal processing data paths and embedded microprocessor systems combined with high precision analog/RF subsystems. This is an excellent opportunity to employ state-of-the-art design methodologies, get exposure to a wide range of technical disciplines and career growth. Key Responsibilities: • Design, simulation, and implementing high-performance digital circuits, ensuring their integration and functionality within our advanced IC products • Static Timing Analysis (STA), Logical Equivalence Checking (LEC), Gate Level Simulations (GLS) • Collaborate with analog/RF engineers to create designs and meet performance and functional requirements • Verifications of Low Power Design Flow, Scan Insertion and ATPG • Validate and characterize digital designs through rigorous laboratory testing and measurements. • Work closely with cross-functional teams, including analog designers, system architects, and test engineers, to ensure successful integration and overall system performance. • Document design specifications, test plans, and results, ensuring thorough and accurate reporting. • Stay current with advancements in digital design techniques and semiconductor technologies, contributing to continuous improvement and innovation initiatives.

1. 採用CMOS、SOI技術或是III-V GaAs製程進行混合訊號、類比電路和RF射頻電路的電路佈局。 2. 溝通能力佳，能與電路設計工程師一起進行晶片布局檢視和分析。 3. 能配合不同電路設計團隊規劃及安排工作時程，必要時針對佈局工作做出相關的權衡。 4. 解釋LVS、DRC和ERC報告，並和電路設計工程師討論完成佈局的最佳方法。 • Designing complex layout for mixed signal, analog and RF circuits in deep sub-micron CMOS technologies and / or III-V processes. • Reviewing and analyzing floorplans and complex circuits with circuit design engineers. • Working with circuit design team to plan/schedule work and negotiate any necessary layout tradeoffs as needed. • Interpreting LVS, DRC and ERC reports to find the fastest way to complete layout. • Utilizing advanced CAD tools and mask design knowledge to deliver correct and robust layout that meet stringent matching performance, area and power requirements.

1. 採用CMOS、SOI技術或是III-V GaAs製程進行混合訊號、類比電路和RF射頻電路的電路佈局。 2. 溝通能力佳，能與電路設計工程師一起進行晶片布局檢視和分析。 3. 能配合不同電路設計團隊規劃及安排工作時程，必要時針對佈局工作做出相關的權衡。 4. 解釋LVS、DRC和ERC報告，並和電路設計工程師討論完成佈局的最佳方法。 • Designing complex layout for mixed signal, analog and RF circuits in deep sub-micron CMOS technologies and / or III-V processes. • Reviewing and analyzing floorplans and complex circuits with circuit design engineers. • Working with circuit design team to plan/schedule work and negotiate any necessary layout tradeoffs as needed. • Interpreting LVS, DRC and ERC reports to find the fastest way to complete layout. • Utilizing advanced CAD tools and mask design knowledge to deliver correct and robust layout that meet stringent matching performance, area and power requirements.

The System Engineer is responsible for RF link budget, for targeted ongoing projects but also for NPI cases. This role plays a pivotal role within the company, serving as a bridge between R&D, Sales and Marketing, and Engineering teams. To ensure these missions, the System Engineer will be in charge of: 1. Detailed Product specifications definition and maintenance - By surveying the competitors’ parts with help of S&M - By compiling and surveying new standards and protocols - By discussing acceptable and realistic numbers with R&D 2. RF link budget simulation and modeling using tools such as Matlab, System vue, ADS,… - RF interference and compatibility - Spectrum management - Help on the definition of key metrics to evaluate the performances, such as AM/AM, AM/PM, EVM, ACLR,… and potential interoperability between them. 3. Providing necessary signals for engineering and R&D teams 4. Guiding the design of RF reference boards including the different product parts of the company 5. Participate to NPI meetings 6. Participate to design review meetings 7. Mentoring the different teams on the new requirements defined by the standards 8. Reporting

1. 設計類比電路 (CMOS製程/SOI製程OP、LDO、ADC、DAC等類比電路單元) 2. 電路特性分析和模擬 3. 跨單位溝通、協調合作完成電路、佈局設計，及確認符合系統規格要求 4. 電路板測試驗證及除錯檢討 5. 執行產品研發流程及技術文件產出 6. 持續關注相關技術的發展，精進產品性能和創新 We are seeking a motivated Analog Design Engineer to join our dynamic team. The successful candidate will be responsible for designing, simulating, and implementing high-performance analog circuits, ensuring their integration and functionality within our advanced IC products. Key Responsibilities: • Design and develop analog integrated circuits such as operational amplifiers, voltage regulators, ADCs, DACs, and other analog building blocks in in CMOS and SOI processes • Perform circuit simulations using Cadence Virtuoso, Spectre RF and EMX • Collaborate with layout engineers to create optimized layout designs that meet performance and manufacturability requirements. • Validate and characterize analog circuit designs through rigorous laboratory testing and measurements. • Work closely with cross-functional teams, including digital designers, system architects, and test engineers, to ensure successful integration and overall system performance. • Document design specifications, test plans, and results, ensuring thorough and accurate reporting. • Stay current with advancements in analog design techniques and semiconductor technologies, contributing to continuous improvement and innovation initiatives.

1. 設計類比電路 (CMOS製程/SOI製程OP、LDO、ADC、DAC等類比電路單元) 2. 電路特性分析和模擬 3. 跨單位溝通、協調合作完成電路、佈局設計，及確認符合系統規格要求 4. 電路板測試驗證及除錯檢討 5. 執行產品研發流程及技術文件產出 6. 持續關注相關技術的發展，精進產品性能和創新 We are seeking a motivated Analog Design Engineer to join our dynamic team. The successful candidate will be responsible for designing, simulating, and implementing high-performance analog circuits, ensuring their integration and functionality within our advanced IC products. Key Responsibilities: • Design and develop analog integrated circuits such as operational amplifiers, voltage regulators, ADCs, DACs, and other analog building blocks in in CMOS and SOI processes • Perform circuit simulations using Cadence Virtuoso, Spectre RF and EMX • Collaborate with layout engineers to create optimized layout designs that meet performance and manufacturability requirements. • Validate and characterize analog circuit designs through rigorous laboratory testing and measurements. • Work closely with cross-functional teams, including digital designers, system architects, and test engineers, to ensure successful integration and overall system performance. • Document design specifications, test plans, and results, ensuring thorough and accurate reporting. • Stay current with advancements in analog design techniques and semiconductor technologies, contributing to continuous improvement and innovation initiatives.