High Speed Hardware Architectures Profile

bilder_karussell

karussell

general

System Engineering

Every project, every system has its individual requirements. Based on our in-depth know-how and our extensive project experience in system-level design and FPGA-based development, we offer consulting services, feasibility studies, process optimizations, up to all-in-one system solutions. ...more

fpga

FPGA and Controller Design

System on chip FPGA development
Implementation and verification of HDL-based functions (IP cores)
IP core design for high-speed transmission protocols (10G Ethernet, PCIe, etc.)
Highly optimized high-throughput low-latency circuit design through exploitation of the highly parallel FPGA architecture
Testbench development ...more

ic_design

IC Design

Future complex systems require high performance analog as well as digital integrated circuits for high speed data rate transmissions. These circuits enable custom solutions for more than 10 Gbit/s. High speed amplifiers and drivers as well as the generation of precise clock signals and on the other side the integration of digital circuit to ensure the communication with digital interfaces are key elements for real-time signal processing. ...more

board_design

System Integration

Complex PCB development (> 20 layers) with FPGAs for products, rapid prototyping, emulation and hardware demonstrators
Close cooperation with circuit board manufacturers and component producers (application of cost- and performance-optimized circuit board technologies)
Development of high frequency- and microwave-circuits for a broad range of board-level applications (including analog and high-speed simulations)
Modeling of I/O cells for analog simulation ...more

sensor

Distributed Sensor Systems

For sensor systems, innovations are created targeting various application fields, especially in the fields of security and automation. Autonomous sensor networks and sensor systems will - among others - be used to control and regulate chemical processes, control machines and networks, monitor sensitive materials, measure and transmit environmental parameters, verify product quality and to check the status of areas and buildings. ...more

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Fields of Activity

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We offer solutions in both analog and digital data processing and transmission, on the following levels:

System Engineering / System Design
Fast Prototyping / Model-based-Design

FPGA (VHDL, Verilog) and Controller Design (C, Matlab)
Hardware-in-the-Loop / Software-in-the-Loop

IC Design (complex analog and digital circuits)
System-on-Chip

System Integration / Board Design (PCB) (specialized in RF layout techniques, applications for beyond 100 Gbps)
System-on-Board

Design and research capabilities are focused towards innovative technologies and high-end applications

Trend: High Throughput • Low Latency → Hardware / Software Co-Design