Senior SDR Developer — Low-Latency Real-Time Software

Kyber; United States; Hybrid; USD 100,000 - 144,000; Full time

Benefits offered by this job

Health insurance

Transportation card reimbursement

Autonomy in technical decisions

Job summary

Kyber is seeking a senior engineer to design and develop Software-Defined Radio (SDR) solutions for an ultra-low-latency platform used to control robots, drones, cloud machines, and remote rendering streams. You will shape SDR strategy and collaborate with electronics designers, product teams, and systems engineers.

Real-time constraints demand meticulous, millisecond-level performance. Proficiency in C, Rust, and assembly is essential, with hands-on SDR hardware and PCB-level integration.

Qualifications

• 3 to 10 years of professional software development experience with a significant focus on SDR systems.
• Strong background in SDR mathematics, including linear algebra, transforms, and projections.
• Solid practical experience developing Software-Defined Radio systems.
• Hands-on experience with SDR hardware and PCB-level integration.
• Demonstrated work under real-time constraints, including frame budgets and latency.
• Proficiency in C, Rust, and assembly, with proven ability to navigate large, existing low-level codebases.

Responsibilities

• Design and develop Software-Defined Radio solutions and contribute to the broader SDR strategy.
• Implement and maintain processing pipelines under strict performance and latency constraints.
• Collaborate with electronics designers and hardware teams, including work touching PCB-related concerns.
• Participate in architectural decisions and long-term modem technical strategy.
• Produce high-quality technical documentation and review code at a senior level.
• Work with designers, product teams, and systems engineers to deliver end-to-end solutions.

Skills

SDR development

C programming

Rust programming

Assembly language

Real-time systems

SDR mathematics

PCB integration

Job description

Kyber is seeking a senior engineer to design and develop Software-Defined Radio (SDR) solutions for an ultra-low-latency platform used to control robots, drones, cloud machines, and remote rendering streams. You will shape SDR strategy and collaborate with electronics designers, product teams, and systems engineers.

Real-time constraints demand meticulous, millisecond-level performance. Proficiency in C, Rust, and assembly is essential, with hands-on SDR hardware and PCB-level integration.