Intern, Analog/Mixed signal ASIC Design Engineer_ AI Tensor Development

Role: AI Tensor Development Intern, full time based in Bay Area

Responsibilities

• Focus on analog computing/AI tensor research and implementation
• Resolve analog computing/AI tensor issues (computing errors, energy efficiency optimization ……)
• Schematic capture, optimization and simulation
• Develop efficient circuit designs meeting performance, power and area target.
• Work with a layout designer to implement the layout of circuit
• Research and invent new analog computing/AI tensor architecture

Qualifications

• Master or PHD
• Strong technical and verbal communication skills
• Knowledge of microelectronic fundamentals & semiconductor electronics
• Excellent problem-solving skills
• Familiarity with the following tools: Cadence analog or mixed-signal tools (Virtuoso, Spectre, etc), Analog circuit simulators (HSpice, Spectre, Eldo, Customsim, etc), Linux and Windows OS

Skills

Analog Circuit Design, Mixed Signal IC Design, Standard Cell, Analog Computing, AI tensor

About us

Join Sunlune to Create the Best Computing Power

Sunlune stands as a globally renowned leader in high-end computing chip technology, with over five years of specialization in the crypto sector. We are the only corporation worldwide that has mastered the intricate art of developing chips for ETC (formerly ETH), BTC, and the groundbreaking ZKP (Zero Knowledge Proof). These technologies, vital to the crypto ecosystem, require distinct and advanced methodologies. What's more, our passion propels us to dive headlong into the realm of Generative AI Applications, where Sunlune is set to illuminate the future with our cutting-edge ASICs.

At Sunlune, we have pushed the boundaries of technology to deliver unparalleled performance across various cryptographic domains.

ETC Solutions: Our proprietary high-bandwidth technology is crafted through an avant-garde hybrid-bonding 3D chip design, setting industry benchmarks.

BTC Innovations: We have optimized extreme low-power technology through near-threshold voltage IC design, ensuring efficiency without compromising performance.

ZKP Advancements: Our team has pioneered a cutting-edge general-purpose architecture specifically tailored for Zero Knowledge Proof processors.

We have built the top foundry supply chains in the industry, including TSMC and Intel Foundry Service. Sunlune has become the only Crypto partner of Intel to design BTC chips based on the most advanced GAAFET 2nm process node of Intel Foundry Service.

Moreover, transcending our triumphs within the Crypto industry, Sunlune undertakes the formidable charge of furnishing ASIC chips to propel the frontiers of Generative AI applications. Our distinction lies in the synthesis of three pivotal technologies—high throughput, commanding computational prowess, and judicious power efficiency. This exceptional triad not only fuels our current achievements but also positions us to pioneer the development and mass production of AI ASICs, a vital contribution to the burgeoning expanse of the AI domain.

Sunlune champions the creation of high-throughput computing chips. Our endeavors span from groundbreaking research and development to the production and sales of state-of-the-art integrated computing power chips. We're not just meeting the needs of today; we're crafting the future, offering unparalleled computing solutions to our global clientele, and spearheading the transformative wave of Web 3.0 and the Al domain.

Mission: Creating the Best Computing Power

Values: Simplicity, Integrity, and Open-Mindedness

Vision: Computing Power Liberates Humankind

Working Model

On-site；

Pay：

Salary Range for jobs: $45-65 hourly

All qualified applicants will receive consideration for employment without regard to race, color, religion, religious creed, sex, national origin, ancestry, age, physical or mental disability, medical condition, genetic information, military and veteran status, marital status, pregnancy, gender, gender expression, gender identity, sexual orientation, or any other characteristic protected by local law, regulation, or ordinance.