DS-FND-BSX-PC Xilinx Inc, DS-FND-BSX-PC Datasheet - Page 262

• Manufacturer Part Number: DS-FND-BSX-PC
• Description: FOUNDATION BASE SYS W/SYN EXPRES
• Manufacturer: Xilinx Inc
• Type: Foundation Systemr

Specifications of DS-FND-BSX-PC

• For Use With/related Products: Xilinx Programmable Logic Devices
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant
• Other names: 122-1185

Foundation Series 2.1i User Guide
locking
LogiBLOX
logic
Logic Simulator
macro
A-10
Lock placement applies a constraint to all placed components in your
design. This option specifies that placed components cannot be
unplaced, moved, or deleted.
A Xilinx design tool for creating high-level modules such as counters,
shift registers, RAM, and multiplexers.The modules are customizable
and pre-optimized for Xilinx FPGA and CPLD architectural features.
All Xilinx devices with the exception of Virtex support LogiBLOX.
Logic is one of the three major classes of ICs in most digital electronic
systems — microprocessors, memory, and logic. Logic is used for
data manipulation and control functions that require higher speed
than a microprocessor can provide.
The Logic Simulator, a real-time interactive design tool, can be used
for both functional and timing simulation of designs. The Logic
Simulator creates an electronic breadboard of your design directly
from your design’s netlist. The Logic Simulator can be accessed by
clicking the Functional Simulation icon on the Simulation button or
the Timing Simulation icon on the Verification button in the Project
Manager.
A macro is a component made of nets and primitives (flip-flops or
latches) that implements high-level functions, such as adders,
subtractors, and dividers. Soft macros and RPMs are types of macros.
A macro can be unplaced, partially placed, or fully placed, and it can
also be unrouted, partially routed, or fully routed. See also “physical
macro.”
Xilinx Development System