| VLSI Lab Setup |
|
 |
We provide complete VLSI lab setup
with both Frontend and Backend design tool to meet your requirement to
keep you in pace with current technological race. You also verify
designs by downloading them on FPGA/CPLD Trainer Kit.
These are the list of software in our ONE STOP VLSI SHOP to move you
ahead |
 |
|
|
 |
| VLSI Design Software |
|
 |
| ISE Foundation Series S/W |
 |
Xilinx Foundation Series is a complete
VLSI Design Tool, with both Frontend and Backend incorporated into one
tool. Xilinx Foundation Series ISE software is the next-generation
design environment for programmable logic design. It offers advanced
software capabilities that enable you to efficiently create and verify
your programmable logic design faster than ever. It has capabilities
like Design Entry, Design Synthesis, Design Simulation, Design
Implementation, and Programming Interface.
It has following FEATURES: |
- Powerful HDL Design Entry and Project Management Tools.
- Advanced HDL Synthesis Engines like XST.
- Powerful Incremental Design with Block Level Incremental
Synthesis (BLIS).
- Seamless integration with Synplify™ from Synplicity.
- Xilinx Ultra-fast Place and Route.
- Customizable Intellectual Property Using CORE Generator.
- Automatic FSM generation using State CAD.
- Seamless Integration with ModelSim™ HDL Simulation Tools.
- Automatic Self-checking Test bench Generation Using HDL Bencher.
|
| ALLIANCE Series S/W |
 |
The Alliance Series software is
designed for companies who have made an investment in an EDA
environment customized to suit the needs of their design engineers.
The Xilinx Alliance Series plug and plays by leveraging open systems
standards, interfaces and formats such as EDIF, SDF, VHDL, VITAL/Verilog
and STAMP.
It has following FEATURES: |
- Industry's FASTEST design compile times.
- Faster Clock Speeds/Quality of results.
- Error Navigation and Timing Analysis.
- The Xilinx Core Generator.
- Xilinx Constraints Editor.
- Xilinx High Level Floor-Planner.
|
| SYSTEM GENERATOR |
 |
The Xilinx System Generator bridges
the gap between the high-level abstract version of a design and its
actual implementation in a Xilinx FPGA. The System Generator for
Simulink®, enables designers to develop high-performance DSP systems
for Xilinx FPGAs using the popular MATLAB®/Simulink products from The
Math Works, Inc.
|
| TOOL for Synthesis |
 |
Synplify Pro
As system complexities keep advancing, the complexity of programmable
logic is following suit. High-density field programmable gate arrays (FPGAs)
now contain millions of gates and operate at speeds in excess of 100
MHz. At this level of complexity, schedules, budgets and FPGA design
tools all begin to feel the burden. Enter Synplify Pro® advanced FPGA
synthesis solution. The Synplify Pro tool starts with all the features
that made Synplify® software the industry's most popular and robust
synthesis product, and moves beyond by providing additional
capabilities. By using the Synplify Pro solution, you can push the
performance of challenging and complex designs while remaining
comfortably on or ahead of schedule.
It has following FEATURES: |
- Produces globally optimized designs in a fraction of the time
required by traditional synthesis tools.
- Higher performing, area-efficient implementations of
arithmetic/data path functions.
- Provides designer with complete control over synthesis process.
- Verilog: IEEE 1364-1995 complaint. VHDL: IEEE 1076-1993,
IEEE1164.
- Automatic HDL syntax and synthesis check for both Verilog and
VHDL.
- Be instantly productive with the tools.
- Leverages architecture-specific features to deliver the highest
Quality of Results.
- Bypasses tedious hand instantiation of RAM.
- Cross probing with popular simulators and design entry tools.
- New Schematic and Editor Options.
- Support From | Thru | To and clock groups.
- New VHDL and Verilog features.
- Clock Enable registers and Synchronous Set/Reset registers can
now be detected and extracted.
- Improved ROM/RAM mapping runtimes and Quality of Results.
- Automatically finds and selects the best coding style option for
the fastest performance.
- Fast debugging and documentation for all state machines in our
design.
- Automatic pipelining provides better throughput and faster
circuit performance.
- Allows any signal to be tied to an external pin for testing
without HDL code changes.
- Cross-Probe between HDL Analysts and 3rd party timing reports.
- Instantly generates an RTL block diagram from HDL code; helps
identify critical paths.
- Supports Stamp files for black box timing models.
- Can Select, Run and Save different implementations for the same
design.
- Allows mixture of VHDL and Verilog input files.
- Design partitioning to support the Xilinx Modular Flow.
- Automatically balances registers across combinatorial logic to
increase performance.
- Related Projects can now be grouped and run together.
|
| TOOL for Verification |
 |
|
| ModelSim MXE5.5d |
 |
| It has following FEATURES: |
- Fastest compilation and competitive simulation performance with
Direct Compile architecture.
- Seamless mixing of VHDL and Verilog with Single Kernel
Simulation.
- Simplified portability and library maintenance made possible
with machine- and simulator-version independence.
- Protected use and distribution of intellectual property
guaranteed with compiled machine-independent object code.
- Fast, comprehensive debugging with an easy-to-use, full-featured
graphical user interface.
- Easy customization enabled by Tcl/Tk.
- Complete standard support for VHDL and Verilog.
- Industry’s broadest ASIC and FPGA vendor library support and
integrated, third-party tool choices.
- Superior technical support from ModelSim development engineers.
|
| Back to Top |
| VLSI Trainers |
|
 |
VLSI Trainers are
designed for FPGAs and CPLDs of XILINX.
They provide designers with a facility to physically verify their
designs by downloading them to a target device of their choice.
These trainers are unique, as they are specifically designed for
De-mystifying the “Art of learning VLSI design”.
They are available with a wide range of devices in different Families
and Packages. They find wide usage in Industry, and Education for
learning VLSI Technology. |
| Back to Top |
 |