Technology Matrix
| ASIC/FPGA |
Processors: ARM, NIOS, MICROBLAZE
RTL Design:
1. IP: Nand, I2C, I2S, SPI, VGA.
2. Protocols: AMBA- AHB, AXI, Avalon Bus, PLB.
Verification:
1. Functional/gate Level SoC Verification
2. Environment: BFM development.
Languages: Verilog, System Verilog, VHDL
FPGA: Altera, Xilinx
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| Hardware Platforms |
8051, PIC, x86, Atmel PowerPC, Mobile Processors, xScale, DSP (Blackfin from Analog Devices & TMS from TI), MSP, ARM7 (STR711x) and ARM9 (AT91SAM9x), ST microcontrollers, System on Chip architectures, ASIC, FPGA |
| Operating Systems |
RTOS concepts, Windows CE 6.0RTX/Windows, ucLinux, Linux 2.6 Kernels, Free RTOS, ST40, ST20, Custom written schedulers, memory managers, file systems |
| Languages |
Assembly, Embedded C, C++, C#, Ada, PHP, Shell Script, Perl |
| Device Driver |
For peripherals like Ethernet Controllers on PCI, VGA, GLCD, devices connected to SPI, I2C, etc. On Linux, Windows, Windows CE 6.0, x86, ARM9 etc |
| MMI |
Tcl/Tk, VB, VC++, Graphics LCD, Alphanumeric LCD, EasyGUI, Touch Screen, HTTP, PHP, MySQL, XML |
| IDE |
Eclipse, Keil vision, Code Composer Studio, Visual Studio, Netbeans, RIDE, Quartus, Nios II, MPLAB |
| Telecomm/Networking |
Physical layer standards, Ethernet, Switching, 802.3, 802.11, Network:
IP v4 IP v6, IPSEC, Transport: TCP, UDP, IPX, SPX, Application: HTTP, HTTPS, SMTP, RTP, H.323, MGCP, SIP, QoS, WAN optimization, Asterisk, IP Telephony,
Real time network protocols, ZigBee |
| Image Processing |
openCV, ITK |
| PCB Design and Fabrication |
Tools: gEDA, Orcad, KiCAD, Eagle;
PCB Skills: Multi layer, high speed, impedance controlled, cross talk and signal integrity, Fine pitch BGA, multiple split power planes, library development Symbols as per IEEE & IPC-7531
PCB Fabrication: Multilayer, ENIG finish, RoHS
PCB Assembly: RoHS, BGA, Stencil Creation,
Testing: BBT, Flying Probe, Nail Bed, X-ray verification, Automated Visual Inspection
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