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Resolution7

Professionelle Hardware-Design-Dienstleistungen

Bei Resolution7 verfügen unsere Hardware-Design-Ingenieure über das gesamte Spektrum an Fähigkeiten, die erforderlich sind, um Ihre physischen Produkte zum Leben zu erwecken. Ob Sie inkrementelle Entwicklung suchen — wie elektronisches Schaltungsdesign, PCB-Layout und -Simulation, FPGA-Design oder Gehäuseentwicklung — oder ein vollständiges, schlüsselfertiges Produkt von der Idee bis zur Serienproduktion benötigen, unser Team liefert End-to-End-Hardware-Design-Dienstleistungen.

Digitale, analoge und Mixed-Signal-Systeme von Grund auf

To set your hardware project on the right path, we begin with robust electronic system and circuit design. This phase establishes the critical foundation for subsequent implementation stages, including PCB simulation, board bring-up, and trial production.

  • Hardware Electronic System Design:

    • System requirements gathering and architectural planning

    • Functional system design

    • Process and lifecycle design

  • Electronics Design Expertise:

    • Development of System-on-Chip (SoC), System-on-Module (SoM), and Single-Board Computers (SBC)

    • Specialized electronics for SoC/SoM/SBC architectures

    • High-density FPGA-based electronics

    • High-performance DSP-based systems

Full-Cycle-PCB-Design-Services für moderne Infrastruktur

PCB design is the heart of the hardware process. The Resolution7 team delivers reliable, cost-effective, and IPC-qualified embedded hardware solutions, whether we are revamping an existing product or architecting a system from scratch.

  • Stack-up and build-up development

  • Transmission line configuration and impedance matching

  • Advanced multi-layer PCB design (12+ layers)

  • High-speed PCB layout (multi-GHz interfaces)

  • Radio-frequency (RF) and wireless layout

  • High-density interconnect (HDI) solutions

  • Complex flex and rigid-flex architectures

 

Fortschrittliche Verifizierung für fehlerfreie Leistung

At Resolution7, we apply a comprehensive suite of verification techniques early in the design stage. This proactive approach eliminates costly layout iterations and accelerates your time-to-market.

  • Signal Integrity Analysis (SI): Ensuring high-speed signal quality and logic stability.

  • Power Integrity Analysis (PI): AC/DC analysis to ensure stable power delivery and noise reduction.

  • Thermal Analysis: Optimizing heat dissipation and airflow at the board level.

  • DFM/DFA: Design for Manufacturing and Design for Assembly verification.

Hochgeschwindigkeitsdurchsatz und komplexe Datenverarbeitung

For applications requiring massive data throughput, we offer advanced FPGA design services. Our expertise includes programmable architectures, integrated microprocessors, and high-density logic cells.

  • Video format and interface interconversion (MIPI, HDMI, SDI)

  • Advanced video quality enhancement and real-time processing

  • High-speed audio and DSP coprocessors

  • Networking, internet protocols, and custom IP cores

  • Expert RTL coding (VHDL, Verilog)

  • Software Defined Radio (SDR) solutions

Entwicklung eines außergewöhnlichen professionellen Finishs

We integrate form and function by creating detailed 3D models and prototypes. We verify that every enclosure meets strict requirements for ergonomics, durability, and resistance (water/shock) before coordinating mass production.

  • Industrial sketching and aesthetic design

  • Mechanical detailing and inner structure engineering

  • Enclosure sample production and prototyping

  • Full mass production support and quality control

Unser maßgeschneiderter Hardware-Design-Ansatz

  1. Anforderungserfassung

    Wir bewerten Produkterwartungen, spezifische Anwendungsfälle und logistische Anforderungen, um eine solide Projektgrundlage zu schaffen.


  2. Funktionales Design

    We define optimal technology stacks, select reliable vendors, and provide ballpark production costs to ensure long-term commercial viability.


  3. Component Library Development

    We utilize IPC-compliant libraries to eliminate manual mapping errors in footprints and symbols, ensuring high-precision manufacturing.


  4. Schematic Design

    We elaborate on circuit connections and select the most efficient electronic components tailored to your specific logic and performance requirements.


  5. PCB Design & Modeling

    We perform precise placement and layout, verified through SI/PI and thermal modeling to ensure total EMC/EMI compatibility and hardware reliability.


  6. Bring-up and Testing

    We assist in manufacturer selection, supervise initial sample production, and conduct rigorous testing to identify and resolve any hardware bugs.


  7. Pilot Batch & Mass Production

    We optimize the Bill of Materials (BOM) and oversee the transition to the factory floor, ensuring the final mass-produced product matches the verified design perfectly.

Sprechen Sie mit unseren Hardware- und Systemarchitekten über Ihre spezifische Produktumgebung.

Möchten Sie mehr erfahren? Kontaktieren Sie uns für weitere Details oder um einen technischen Deep-Dive und eine Demo unserer Hardware-Design-Fähigkeiten zu vereinbaren. Wir freuen uns darauf, Ihnen unsere Hochleistungsfunktionen vorzustellen.
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