Bridgecom Semiconductors is a growing tech startup specializing in 5G solutions, with locations in Munich and Linz. We are actively looking for a motivated DSP Engineer to join our team in Munich.
This role is focused on practical DSP implementation, with the emphasis on translating communication algorithms into highly optimized, fixed-point, SIMD-efficient code for real hardware. It requires a strong foundation in signal processing, algorithm implementation, and real-time modem optimization.
You'll work closely with the Bridgecom RF, firmware, and algorithm teams across our sites to implement, optimize, and validate advanced baseband algorithms for next-generation 5G NR modem platforms.
As our DSP Engineer (SIMD, ASIP), you will:
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Implement and optimize 5G NR PHY baseband algorithms on SIMD/vector DSP architectures (e.g., VLIW, NEON, AVX, custom DSPs)
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Translate floating-point reference models into bit-accurate fixed-point C/C++ implementations, with precise control of scaling, dynamic range, and quantization
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Design SIMD-efficient data paths, including memory layout, alignment, and vector access patterns
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Perform manual vectorization using intrinsics, avoiding reliance on compiler auto-vectorization
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Optimize critical kernels for throughput, latency, memory bandwidth, and power efficiency
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Analyze and tune performance-critical inner loops (e.g., LLR computation, equalization, MIMO detection, filtering)
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Develop robust fixed-point strategies (scaling, saturation, quantization) under realistic SNR conditions
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Profile and optimize code using cycle-accurate tools, performance counters, and hardware profilers
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Debug numerical issues such as overflow, precision loss, and convergence problems
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Collaborate closely with hardware teams to ensure efficient mapping to DSP/vector units and memory hierarchy
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Support bring-up, debugging, and performance tuning on real hardware
Must-Have
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Strong C/C++ experience in embedded or DSP systems
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Proven experience with SIMD/vector programming (intrinsics or DSP vector ISAs)
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Hands-on experience with fixed-point arithmetic, scaling, and quantization
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Experience optimizing performance-critical code (cycles, latency, memory)
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Solid understanding of computer architecture:
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SIMD/vector pipelines
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Memory hierarchy (cache, bandwidth)
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Data alignment and layout
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Practical DSP knowledge sufficient for implementation of PHY algorithms (not necessarily algorithm design)
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Fluent in technical English communication
Strongly Preferred-
Experience with:
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ARM NEON, x86 AVX, or DSP-specific intrinsics
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Manual loop unrolling, software pipelining, vector scheduling
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Bit-accurate modeling vs. floating-point reference
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Ability to translate algorithm specifications into efficient low-level implementations
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Experience debugging fixed-point numerical issues
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Experience implementing one or more of:
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Equalization / MIMO detection
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LLR computation / demapping
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OFDM receiver processing
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Channel estimation
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LDPC or Polar decoding
Nice to Have-
Familiarity with 3GPP 5G NR PHY
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Experience with MATLAB or Python for validation
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Experience with modem or wireless communication systems
Master’s degree or PhD in Electrical Engineering, Communication Engineering, Computer Engineering, or a related field
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The opportunity to work with the team on next-generation 5G semiconductor technologies tailored IoT and automotive markets.
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A dynamic start-up environment with lean structures and high visibility.
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An inclusive and diverse team in a thriving tech startup setting.
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Individual growth opportunities in a growth company.
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Continuous learning through collaboration with senior engineers and hands-on exposure across multiple areas of semiconductor development.
We are looking forward to receiving your application including your CV and a cover-letter.
At Bridgecom, we bring together centuries of combined experience in the wireless semiconductor industry.
Started-up and headquartered in Europe, Bridgecom has gathered senior industry experts, a growing engineering team and a partner network synthesizing experience and technologies into chipset products.
With deep expertise, we turn connectivity into reality, shaping the future of semiconductors in close collaboration with our customers. We are committed to excellence in every step, driving innovation and reliability in the solutions we provide.
We are excited to hear from you if you are enthusiastic about working on cutting-edge cellular technologies and shaping the future of wireless communication. Join us and be part of something great! We are looking for multiple candidates with varying levels of experience to join our team, so do not hesitate to apply if you think you have the skills we need.
