28nm ASIC · High-Speed Perception Chip

Redefining the
Boundaries of Perception SYNMEWON

Self-developed high-speed 3D perception chips delivering 10,000+ fps real-time processing and micron-level precision, powering the perception revolution in industrial vision, precision medicine, and commercial aerospace.

About Us Partner With Us
70K fps
Peak Frame Rate
1μm
Axial Resolution
28nm
Process Node
90%
Logic Utilization
SYNMEWON
28nm
ASIC · HIGH-SPEED
PERCEPTION
About

Suzhou Synmewon
Microelectronics

Synmewon is a hard-tech company dedicated to high-speed 3D perception chips. Based in Suzhou Industrial Park, we build proprietary ASIC chips that break through the bottlenecks of traditional FPGA architectures and put high-end perception silicon under full independent control.

Our core team comes from research institutes, top universities, and leading public companies, with over a decade of expertise in image processing, chip design, and precision optics — covering the full chain from algorithm definition to volume chip production.

With dual technology tracks — laser line profiling and spectral measurement — we are building a complete perception platform spanning industrial inspection, medical optics, commercial aerospace, and embodied AI.

Industrial Vision

Weld seam tracking, precision inspection, robot guidance — 10,000+ fps 100% inline inspection

Spectral Measurement

Precision spectral metrology: OCT, point and line spectral confocal sensing

Commercial Aerospace

Radiation-hardened design for on-orbit satellite servicing and sub-millimeter docking

Embodied AI

Real-time point cloud reconstruction for dexterous manipulation and random bin picking

Core Technology

High-Speed Perception · Core Technologies

Synmewon's self-developed 28nm ASIC follows an algorithm-defined-hardware philosophy, achieving 90% logic utilization and eliminating the memory-wall bottleneck of traditional FPGA architectures — true high-speed, high-precision perception.

Dual Technology Tracks · Unified Chip Architecture

Spectral imaging and line structured light serve very different applications, yet both are fundamentally high-speed 2D/1D cameras with built-in 3D algorithms. Through a unified hardware architecture, a single Synmewon ASIC supports both scenarios with over 80% hardware reuse.

Standardized five-stage pipeline: high-speed image capture → real-time image processing → feature extraction → data conversion → 4 Gbps real-time output.

70K fps
Peak real-time frame rate (area-scan mode)
1–50 μm
3D measurement accuracy
700 KHz
OCT A-scan rate (line-scan mode)
2K → 8K
Resolution roadmap
01 · Line Structured Light

Ultra-High-Speed Industrial 3D Perception

10,000+ fps real-time capture with micron-level 3D reconstruction enables 100% inline inspection of fast-moving targets, robust against reflective surfaces and other harsh conditions — up to 100× the precision of LiDAR.

02 · Spectral Measurement

Subsurface Imaging Through Transparent Media

The only 3D imaging technology that resolves internal tomographic structures through transparent and translucent media. With 1 μm axial resolution, it sees through molten metal, glass, and biological tissue for true internal quality monitoring.

03 · Dedicated ASIC

Algorithm-Defined Chip Architecture

A systolic NPU pipeline eliminates the memory wall entirely, achieving 90% logic utilization.

Products

T-800 Series
Perception Module Platform

Built on a unified ASIC foundation, the T-800 series forms a complete product matrix covering high-speed industrial perception, spectral inspection, commercial aerospace, and consumer applications — hardware and software co-designed for rapid productization.

T-800A

High-Speed Structured-Light Module

2K–8K resolution with 10,000+ fps real-time processing — for inline measurement, adhesive dispensing inspection, high-speed-rail wheel inspection, and line spectral confocal applications.

Industrial Perception
T-800B

High-Speed 2D Industrial Camera

100-megapixel sensor, 100 fps processing, 160 Gbps data throughput — built for semiconductor wafer inspection and high-speed motion capture.

Precision Inspection
T-800C

High-Speed Spectrometer

700 KHz scan rate; images internal tomographic structures through glass and molten metal — for ophthalmic and laser-welding OCT applications.

Spectral Imaging
T-800D

Aerospace-Hardened Edition

Radiation hardening and wide-temperature design for satellite payloads and deep-space imaging in extreme environments, supporting sub-millimeter on-orbit docking guidance.

Aerospace
Vision & Mission

Our Philosophy

Enabling machines to truly see the world —
with high-speed, high-precision perception chips
driving intelligent manufacturing toward deep space and the microscopic

At Synmewon, we believe perception is where intelligence begins. We don't just build chips — we are defining the infrastructure of next-generation high-speed perception. From factory lines to operating rooms, from robot end-effectors to satellite orbits, our mission is to make every critical scenario precisely perceived and responded to in real time.

01
Extreme Precision
Micron-level 3D reconstruction
02
Real-Time Response
10,000+ fps inline processing
03
Fully Self-Developed
Independent, in-house silicon
04
Expanding Boundaries
From the factory floor to deep space
Join Us

Burn Algorithms into Silicon
Push the Limits of Perception with Us

Open Positions

Algorithm Engineer

R&D · Full-time
  • Research, design, and implement algorithms for laser line sensors and profilers, covering line structured light (single-line / multi-line / composite grating), point laser, point spectral confocal, line spectral confocal, and 3D reconstruction
  • Develop and optimize image processing algorithms, including preprocessing, laser stripe center extraction, noise suppression, and sub-pixel accuracy optimization
  • Design robust laser stripe decoding algorithms to handle reflections, occlusion, and motion blur in real-world scenarios
  • Support algorithm adaptation and performance optimization for FPGA hardware acceleration (in collaboration with hardware engineers)
  • Work with hardware and software teams to integrate algorithms into products
  • Write technical documentation, contribute to patent filings, and track industry frontiers
Line Laser Point Laser Line Spectral Point Spectral OCT Spectrometer

FPGA Engineer

R&D · Full-time
  • Own the full module development cycle: specification, Verilog RTL design, and unit self-testing
  • Independently build simulation environments; complete module-level simulation, FPGA prototyping, and verification
  • Work with the algorithm team to map algorithms into hardware while meeting resource, timing, and power targets
  • Iterate and optimize RTL code for performance, power efficiency, and interface compatibility
  • Deliver standardized design documents: interface specs, detailed designs, and logic flow diagrams
Competitive PayEquity IncentivesFlexible HoursContinuous LearningTeam EventsPremium Benefits
Contact

Contact Us

For partnerships, investment inquiries, or technical exchanges, feel free to reach out anytime.

  • Email marketing@xenovis.cn
  • Company Suzhou Synmewon Microelectronics Technology Co., Ltd.
  • Locations Suzhou, Jiangsu | Xi'an, Shanxi · China
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Suzhou Industrial Park

Suzhou Synmewon Microelectronics Technology Co., Ltd.

7F, Building 11, Phase V, International Science Park, SIP  |  Suzhou, Jiangsu

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XJTU Qujiang Campus

Xi'an R&D Center

West Building 4, Qujiang Campus, Xi'an Jiaotong University, Yanxiang Road  |  Yanta District, Xi'an, Shanxi