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Join the our team in developing a unified silicon architecture for web-scale and service provider networks.
our team provides an outstanding, unique experience for ASIC engineers by combining the resources offered by a sizable multi-geography silicon organization and a large campus (with an on-site gym, healthcare, café, social interest groups, and philanthropy) with the startup culture and breadth of growth opportunities that working in a smaller ASIC team can provide.
Your Impact
Define devices and deliver specifications to other development teams.
Work with internal and external customers to understand and define current and future requirements.
Innovate at all levels to deliver market-first features and solutions.
Conduct in-depth research to shape the architecture of next-generation networking devices.
Contribute to full-chip integration and cross-functional collaborations to enhance design methodology.
Participate in the definition and analysis of networking system solutions, ensuring they meet market and technical needs.

Youll be joining the post silicon validation team in PHY system group Silicon One group as part of the silicon development .
Our team deals with PHY and system aspects of the SerDes communication IP: PHY FW, calibrations, system definitions and operations and post-silicon validation including developing the automation infrastructure and tools.
We use latest silicon technologies and processes to build the largest scale and most complex devices at the edge of feasibility.

You will join our team, the epicenter of ASIC design. Our engineers handle every aspect of chip design, from definition and architecture to coding, physical design, and signoff.
Your responsibilities will include:
Responsible for the end-to-end processtaking the system from a cold and dark state to full, reliable operation, including integration, testing, and troubleshooting to ensure system usability and reliability.
Spearhead innovative switch system design, guiding the process from concept through to mass production.
Collaborate with multi-functional teams in areas such as board design, mechanics, thermal, PCB layout, production, software/firmware, RTL, and more.
Act as the technical focal point and decision-maker for the project.
Conduct hands-on testing in a lab environment and support production and qualification stages.
Define product specifications, develop electrical schematics, and guide component selection and layout processes.

You'll join our architecture team, central to silicon development.
You will define features of future devices using the latest silicon technologies, focusing on Logic Design and coding.
You will be responsible for defining the device specification.

You'll join the Front-End Design team , responsible for all chip design processes from definition and microarchitecture to final product.
Our design engineers engage in every aspect of chip design: definition, design, verification, signoff, and validation through to production.
We apply the latest silicon technologies and processes to build the largest-scale and most sophisticated devices, pushing the boundaries of feasibility.

You'll join our architecture team, central to silicon development .
You will define features of future devices using the latest silicon technologies, focusing on Logic Design and coding.
You will be responsible for defining the device specificaton.

You'll be part of our group, the hub of ASIC design.
As a member of our team, you'll contribute to driving our groundbreaking next-generation network devices..
Our unique team operates in a startup atmosphere within a stable and leading corporation.
Our design center is exceptional, hosting all silicon hardware and software development disciplines under one roof.
We are redefining the industry and building a new internet for the 5G era, providing a unified, programmable silicon architecture that is the foundation of all future routing products.
Our devices are crafted to be universally adaptable across service providers and web-scale markets, suitable for both fixed and modular platforms. Our devices deliver high speed without sacrificing programmability, buffering, power efficiency, scale, or feature flexibility.

You will join our , the epicenter of ASIC design.
Our engineers handle every aspect of chip design, from definition and architecture to coding, physical design, and signoff.
Your responsibilities will include:
Spearhead innovative switch system design, guiding the process from concept through to mass production.
Collaborate with multi-functional teams in areas such as board design, mechanics, thermal, PCB layout, production, software/firmware, RTL, and more.
Act as the technical focal point and decision-maker for the project.
Conduct hands-on testing in a lab environment and support production and qualification stages.
Define product specifications, develop electrical schematics, and guide component selection and layout processes.

You'll be joining our Physical Design team which is responsible for the entire backend methodology and flow development from RTL to GDS. This is a critical part of the group leading the development of high-quality VLSI designs.
Our Backend Engineers handle all aspects of chip design, including Definition, Physical Synthesis, Place and Route, Optimization, Timing Closure, Static Timing Analysis, Design Floor Planning, Physical Verification.
We demonstrate the latest silicon technologies and processes to build the largest-scale and most complex devices, pushing the boundaries of feasibility.

Join the team and be part of the cutting-edge innovation that drives our next-generation network devices.
Our unique team operates in a startup-like atmosphere within a stable and leading corporation, working on some of the most advanced silicon technologies. Our design center is home to all silicon hardware and software development disciplines, creating an environment that fosters collaboration and technical excellence.
We are redefining the industry and building the next-generation internet for the 5G era, providing a unified, programmable silicon architecture that is the foundation for all of future routing products. we deliver high-speed networking while ensuring programmability, power efficiency, and scalability across a range of service provider and web-scale markets.
Your Impact:
As a Design for Test (DFT) Engineer, you will:
Develop and implement DFT features to ensure high-quality, testable, and manufacturable designs.
Contribute to the full product cycle, from pre-silicon design to post-silicon debug and production qualification.
Work closely with chip architects, design engineers, and verification teams to define and optimize DFT strategies.
Implement ATPG, scan compression, and memory BIST techniques to improve test coverage and efficiency.
Lead debugging and root-cause analysis of silicon failures to improve yield and reliability.
Establish DFT methodologies and best practices to enhance the efficiency of future designs.

You'll be joining our Physical Design team within Silicon One, which is responsible for the entire backend methodology and flow development from RTL to GDS. This is a critical part of the group leading the development of high-quality VLSI designs.
Our Backend Engineers handle all aspects of chip design, including Definition, Physical Synthesis, Place and Route, Optimization, Timing Closure, Design Floor Planning.
You will be the tech lead for CAD within the team, leveraging your extensive backend and physical design experience to drive the development, optimization, and innovation of CAD methodologies and tools, ensuring the highest quality and efficiency in our chip design flows from RTL to GDS.
We demonstrate the latest silicon technologies and processes to build the largest-scale and most complex devices, pushing the boundaries of feasibility.

Join the PHY System Team, a key part of silicon development.
You'll be at the forefront of defining, implementing, and validating advanced PHY and system solutions for next-generation network devices.
Your responsibilities will include:
Defining features for future devices utilizing cutting-edge silicon technologies.
Developing and optimizing PHY sequences and calibration processes.
Driving system-level definitions, operations, and post-silicon validation.
Collaborating with cross-functional teams to ensure high-quality deliverables.

* Analyze inventory data and sales trends to forecast future inventory needs.
* Develop and maintain inventory plans to ensure optimal stock levels.
* Coordinate with procurement, supply chain, and production teams to meet production planes & inventory targets.
* Monitor inventory performance and identify discrepancies or overstock/stockouts.
* Manage reorder points, safety stock, and lead times.
* Prepare inventory reports and present findings to management.
* Implement inventory control procedures to reduce excess stock and improve turnover.

QA Engineer (E-commerce Platforms) We are seeking a QA Engineer with a minimum of 5 years of experience in manual and automated testing. The role covers quality assurance of E-commerce processes and integrations across multiple platforms, supporting the development and operation of online stores for brands in the USA and Europe. The candidate should bring solid expertise in E-commerce platforms (Shopify, Magento, WooCommerce, Wix, etc.) and be skilled in both manual testing (approx. 70%) and automated testing (approx. 30%), with the ability to define, design, and maintain automation frameworks when appropriate. Key Responsibilities
* Perform manual and automated testing of E-commerce workflows (checkout, payments, fulfillment, integrations).
* Create and maintain STP (System Test Plans) and STD (System Test Documents).
* Define and implement test automation strategy when suitable (using tools such as Selenium, Cypress, BrowserStack, Sauce Labs, etc.).
* Support release management across staging and production environments.
* Manage and report on QA tasks and deliverables within the team’s project management workflow.
* Participate in remote meetings with stakeholders (marketing, sales, merchandising) in English.
* Deliver clear test results, identify risks, and provide actionable feedback to the development and