FPGA Design Services
The cornerstone of contemporary reconfigurable and adaptive computers is the FPGA (Field Programmable Gate Array). At MNB all our systems engineering and application development activities are focused on the FPGA.
However, there are thousands of applications beyond reconfigurable computing for FPGAs and our advanced skill set in this field make us an excelent source for general FPGA engineeirng and development.
We are specifically focused on the Xilinx family of FPGAs with hands-on experience with systems having from one to more than 384 FPGAs in a single machine.
We have the experienced, talented people well equipped with the tools necessary to help you realize your design objectives.
We offer quick project turn-around and highly competative engineering rates.
Application Design From Client Specification
What:
- Turnkey FPGA design
- Driver development and integration
Benefit:
- Optimized FPGA designs that fully capitalize on the target device architecture and embedded features.
- Experienced engineering and technical management insures on-time, within-budget delivery.
System Design From Client Specification
What:
- System architecture consulting
- FPGA logic and embedded software design
- Interface design.
Benefit:
- Broad applications experience
- Great depth of experience with embedded processing tools and products.
Program and/or Algorithm Conversion
What:
- Complex embedded software designs with real-time constraints
- Driver development
- Integration with hardware
- Conversion of existing software or algorithms for embedded and/or reconfigurable hardware.
Benefit:
- Substantial experience with FPGA design including processors and gates
- Expertise in hardware/software co-design techniques.
MNB Technologies Differentiators
- Professional project management
- System-level experience for diverse applications
- Very fast project ramp-up
- Experienced FPGA design engineers
- FPGA hardware and software experts
- Accelerated knowledge of FPGA systems
- Access to ready-made intellectual property cores
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