ATDS1140PC Atmel, ATDS1140PC Datasheet - Page 4

• Manufacturer Part Number: ATDS1140PC
• Description: ATMEL SYNARIO VHDL SYNTHESIS OPT
• Manufacturer: Atmel
• Type: PC-Basedr

Specifications of ATDS1140PC

• For Use With/related Products: ATF15xx-DK2
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant

ABEL Integration into Atmel-Synario:
Behavioral Entry and Simulation
ABEL is one of the tools integrated into Atmel-Synario.
Therefore, importing existing PLD designs into a larger
designs is straight forward. Adding new logic, and reimple-
menting into a larger CPLD is simple. Experienced ABEL
users can get started using Synario ABEL tool, then gradu-
ally use more of the extended Atmel-Synario capability.
Atmel-Synario Behavioral Entry has hierarchical capability.
Large, all-behavioral designs can be entered without draw-
ing any schematics. Device-specific logic synthesis allows
easy design migration to all supported devices.
Fastest way to migrate from simple PLDs to CPLDs:
• Use existing legacy designs in new designs
• Convert from one architecture to another
• Upgrade designs to new technologies
ABEL – Functional Simulation
ABEL has built-in functional simulation capability. This
allows for early design cycle verification (before fitting).
This also enables quick design on small projects. Full
Synario functionality with legacy ABEL designs is also an
advantage of ABEL functional simulation.
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ATDS1100PC/1120PC/1130PC/1140PC
VHDL – Synthesis Option
Atmel-Synario gives you full VHDL support. IEEE-1076
compliant synthesis is tightly integrated into the environ-
ment, which allows quick implementation into all supported
devices. Atmel-Synario VHDL provides a full package of
IEEE-1076 analysis, synthesis, and source-level simulation
capability. Even mixing VHDL entry with ABEL and sche-
matics is a simple task. A full capability VHDL design
environment can be created with an additional functional
simulator.