#LATTICE LSE VS SYNPLIFY PRO UPDATE#
#LATTICE LSE VS SYNPLIFY PRO FULL#
#LATTICE LSE VS SYNPLIFY PRO CODE#
#LATTICE LSE VS SYNPLIFY PRO LICENSE#

#LATTICE LSE VS SYNPLIFY PRO LICENSE#

A Lattice Diamond license will also enable any of those tools that are under license control.

Other Lattice design tools are available for download separately, including LatticeMico32 Systemand ispLEVER Classic, as well as the PAC Designer tools that target programmable mixed signal design. It also includes support of Windows XP, Windows Vista (32 bit), and Windows 7 (32 bit and 64 bit), as well as Linux (Red Hat Enterprise Linux and Novell SUSE).

#LATTICE LSE VS SYNPLIFY PRO FULL#

It includes support for Windows 7, and under Windows 7 64-bit, the software has access to a full 4G memory space. The Diamond design environment is supported on Windows and Linux.

#LATTICE LSE VS SYNPLIFY PRO CODE#

Tool command language (Tcl) command dictionaries specific to the Diamond design environment are available for projects, netlists, HDL code checking, power calculation and hardware debug insertion and analysis. Using a 'timing analysis view' navigation of the static timing results is eased and when timing constraints are revised, direct updates to timing analysis avoid the potentially significant time required to re-implement the design.Дiamond software also includes capabilities for scripting the design flow. Combined with the extensive cross-probing between Diamond Views, designers can investigate their design implementationвЂ™s utilization and critical timing.ДЄlso included to improve designer productivity is built-in HDL visualization and code checking saves time by quickly catching coding errors and improving design documentation. This feature allows the activation of many alternate concurrent design views across the available screen space, yet avoids the clutter that could result without advanced window management. A single strategyвЂ™s settings can be updated, for example to an alternate PAR algorithm tuned for highly connected designs, and run against several unique implementations to determine if the results better meet the design goals for cost, power and performance.ДЄ 'run manager' can launch a user-selected set of implementations to be run through the flow, exploiting multi-core processors, if available, to improve the elapsed time to final results.Дesigners can manage their design view windows through the attach/detach feature. Optimization options for logic synthesis and place and route are captured as a 'strategy' that can be applied to any of the implementations.Дiamond software comes with a library of pre-defined strategies, and users can also create their own and add them to this library. To improve 'what if?' design exploration Diamond software supports multiple design implementations with a design source being shared among implementations, or each implementation can have its own unique design source.Дifferent approaches can be tried to evaluate their effect on design size, cost, performance and power. Lattice has retained some of the features used in ispLEVER including an accurate power calculator, simultaneous switching output noise calculator, and the proven MAP and PAR FPGA implementation algorithms. There are no changes to the ispLEVER Classic product, which targets CPLD and legacy FPGA devices. Version 1.0 of the Lattice Diamond FPGA design software provides as set of tools and a modern user interface to enable designers to more quickly target low power, cost sensitive FPGA applications.Дiamond will essentially replace the ispLEVER tools which Lattice will continue to support for FPGA design over the next 18 months while transitioning its FPGA customer base to the Diamond design environment.

#LATTICE LSE VS SYNPLIFY PRO UPDATE#

has carried a complete update of the design tools its supplies for use with its FPGAs.

Lattice lse vs synplify pro