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Consulting in Electronic and Optical Systems, Embedded Processing, and Communications
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Board-level, Product, and System Design
o Microprocessor/Embedded Systems Engineering
o Hardware / Software Integration
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ASIC and FPGA Design, Verification, and
Synthesis
o Optical Systems Engineering
o Mathematical Modeling and Analysis
o Tools and Methodologies
BOARDS, PRODUCTS, and SYSTEMS
o Fault tolerant Electronic and Optical products
- Specialty broadband and photonic interfaces in
various architectures and topologies: point-to-point, redundant, ring,
or mesh configurations.
Adapters,
links, hubs, concentrators, switches, routers, management systems, LEDs, light
pipes, fiberoptics, lasers, couplers, switches, filters/gratings, connectors,
optical end nodes, amplifiers, converters, add-drop muxes, cross-connects.
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Simulation and modeling
of protocols, access methods, queuing, coding, transmission, …
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Embedded intelligence
using latest microprocessor/FPGA technologies.
o International Standards-Based Technologies
§ Safety, Compliance, and Interoperability
§ LAN/WAN communications: SONET/SDH, T3/T1, Ethernet, FiberChannel, DSL, Cablemodem, Dial-up
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CORE |
METRO |
EDGE |
AGGREGATION |
ACCESS |
o Switching and Routing: IP, ATM, Frame Relay, PPP, MPLS, …
o Voice, video, and data communications and processing:
Encoding, encryption, compression, reformatting.
MICROPROCESSOR SYSTEMS ENGINEERING
Design and development of
specialty embedded-processor interfaces
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Pentium
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Alpha
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PowerPC
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i960
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microSPARC
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ARM
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MIPS
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MC68330
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i8051
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Microchip PIC
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PLD / FPGA / ASIC design
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PCI, Compact PCI, PCMCIA,
VME/VSB, ISA/EISA, SBUS, ...
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Sampling/timing,
acquisition/conditioning, transmission/reception front-ends.
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Analysis, design review,
performance estimation, test methodologies.
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Circuit, subsystem, and
board-level design and layout. EMC, Thermal and safety issues.
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Procurement support: selection
and testing of components, flexible manufacturing options.
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SOFTWARE AND HARDWARE/SOFTWARE INTEGRATION
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Structured, Object Oriented
design methodologies.
1. Emphasis on up-front analysis, documentation, and
visualization; simulation and behavioral modeling, team building.
2. Extensive self-test and diagnostic capability. Checks and
balances via continuous verification and unit testing, source control, and bug
tracking,
3. Project tracking, early emulation/integration, flexible
testbeds, and interoperability testing.
- Expertise in
Distributed algorithms, communication protocols, multiprocessing.