myScience
Zurich
10 hours ago
Master’s Thesis
- 17 March 2026
- 100%
- Zurich
Job summary
Explore a unique Master’s Thesis opportunity at IBM Zurich.
Tasks
- Design a high-speed chip-to-chip communication link.
- Implement a full duplex system for 64 Gb/s data rates.
- Collaborate in a diverse, inclusive research environment.
Skills
- Candidates should have a background in digital IC design.
- Strong understanding of analog integrated circuits is essential.
- Ability to work in a multicultural setting and adapt.
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About the job
Master’s Thesis
Workplace Zurich - Zurich region - Switzerland CategoryEnvironment
Position Trainee
Published 16 March 2026 Master’s Thesis
Modern high-speed chip-to-chip communication links using full duplex operation enable simultaneous transmission and reception over the same channel. This requires a combined TX/RX structure, known as a hybrid, at both ends of the link. The hybrid serves as a signal separation element whose primary role is to suppress the transmitter’s own signal so the receiver can detect only the incoming data from the remote end. Full duplex communication offers the advantage of effectively doubling the data throughput per line while also reducing latency, since data flows bidirectionally at the same time.
The goal of this project is to design a single ended simultaneous bidirectional (SDB) link that meets these full duplex requirements for next generation chip to chip communication. The target data rate is 64 Gb/s, and the implementation will be carried out in a state of the art CMOS technology within an industrial research environment.
Students interested in this project should have completed coursework in digital IC design and/or analog integrated circuits. The work is best suited for a Master’s thesis, although in exceptional cases a Bachelor’s thesis may also be considered. Please note that paid internships are not available for this project.
Diversity & Work Environment
IBM is committed to fostering diversity and inclusion in the workplace. You will join an open, multicultural research environment that values different perspectives and supports flexible working arrangements. Our goal is to help all genders and backgrounds thrive professionally while maintaining a healthy work-life balance.
How to Apply
If you are interested in this position, please submit your application through the button below.
Design of a Single-Ended Simultaneous Bidirectional (SDB) Link for 64 Gb/s Chip-to-Chip Communication
Ref. 2026_006Modern high-speed chip-to-chip communication links using full duplex operation enable simultaneous transmission and reception over the same channel. This requires a combined TX/RX structure, known as a hybrid, at both ends of the link. The hybrid serves as a signal separation element whose primary role is to suppress the transmitter’s own signal so the receiver can detect only the incoming data from the remote end. Full duplex communication offers the advantage of effectively doubling the data throughput per line while also reducing latency, since data flows bidirectionally at the same time.
The goal of this project is to design a single ended simultaneous bidirectional (SDB) link that meets these full duplex requirements for next generation chip to chip communication. The target data rate is 64 Gb/s, and the implementation will be carried out in a state of the art CMOS technology within an industrial research environment.
Students interested in this project should have completed coursework in digital IC design and/or analog integrated circuits. The work is best suited for a Master’s thesis, although in exceptional cases a Bachelor’s thesis may also be considered. Please note that paid internships are not available for this project.
Diversity & Work Environment
IBM is committed to fostering diversity and inclusion in the workplace. You will join an open, multicultural research environment that values different perspectives and supports flexible working arrangements. Our goal is to help all genders and backgrounds thrive professionally while maintaining a healthy work-life balance.
How to Apply
If you are interested in this position, please submit your application through the button below.
In your application, please refer to myScience.ch and referenceJobID69486.
