#Is synplify pro worth it portable
#Is synplify pro worth it pro
#Is synplify pro worth it software
#Is synplify pro worth it code

Other OTS board vendors also have partnerships with these and other tool vendors, as well as their own software.

#Is synplify pro worth it pro

Synopsys offers OTS boards, and the Synplify Pro and Premier synthesis tools (which added significant features in the April 2012 release). Mentor Graphics has linked its Precision Synthesis tools to the Certus and Corus validiation and debug tools offered by Veridae Systems.

#Is synplify pro worth it software

They also have alliances with the major EDA vendors, whichВ offer software suites with enhancements for FPGA prototyping.Д¬adence Design Systems offers the Allegro FPGA System Planner. InfrastructureД«oth major FPGA vendors (prototyping market leader Xilinx and its rival Altera) offer extensive tools to support their products. This so-called вЂbuild vs buyвЂ™ debate is discussed further below. A number of companies вЂ“ notably The Dini Group, S2C, Polaris Design Systems and Synopsys (HAPS) вЂ“ integrate them into off-the-shelf (OTS) prototyping boards, although some companies prefer to build their own prototype printed circuit boards (PCBs). CostДЇPGAs are volume-produced chips with competitive pricing. According to off-the-shelf board vendor Polaris, two Xilinx Virtex-7 devices can offer the equivalent of 48M gates вЂ“ enough to host nearly 85% of the SoC designs currently undertaken.Дesigns which outstrip the capacity of the largest FPGAs are sometimes prototyped on multiple FPGAs.В ThisВ makes mapping the source RTL to the FPGA prototyping environment more difficult, and is likely to reduceВ the prototypeвЂ™s performance. Even FPGAs built on mainstream processesВ offer high gate-equivalent counts (FPGAs are usually measured on how many standard look-up tables they can accommodate). What are the benefits of FPGA prototyping? PerformanceДЇPGAs are usually built on the latest manufacturing processes in order to achieve the highest densities and operating speeds possible. Given the increasing use of FPGAs as development platforms during the wait for first silicon, it follows that the RTL of the design will typically have reached an advanced stage by the time it is mapped to the FPGA prototype. These approaches do not compete directly with FPGA prototyping, since todayвЂ™sВ designs are often so complex that engineering teams will use some or all of them at various stages in a design flow. These techniques will be considered in subsequent Tech Design ForumВ Guides, which will be linked from this page as they are published. Hardware accelerators lie between simulation and emulation, offering some of the benefits of each.

#Is synplify pro worth it code

RTL simulation can provide a lot of visibility into how the design code is working, though at much slower speeds than a real device would run.Д®mulators are pre-packaged prototyping FPGA arrays that offer comparatively high debug visibility and run faster than simulators. It can be used to define and validate portions of a design such as the processor architecture, power management scheme, and some software code. Virtual prototyping is available at the electronic system level (ESL). What other prototyping approaches are available?ДЇPGA prototyping is not the only prototyping option for SoC or ASIC developers. The FPGA prototype can also be used to set the path for any possible post-silicon debug.ДЄ working FPGA prototype can also be used for product demonstrations and field trials. For example, software that has been extensively validated on an FPGA prototype should be more easily married to the actual first silicon when it arrives from the fab. Now that software often represents more than half of the design effort, an FPGA implementation of an SoCвЂ™s RTL can be also used as a basis for software development, hardware/software co-verification, and software validation вЂ“ all before final silicon is available.ДЄll these factors help cut design cost and time-to-market by reducing the risk of respins. In pure hardware terms, FPGA prototyping has been made easier and more powerful because the FPGA vendors move to the mostВ advanced manufacturing process nodes as soon as possible.

#Is synplify pro worth it portable

These replicasВ are also often portable enough to be used in field tests. Why do companies use FPGA prototyping?ДЇPGAs have been used to verify comparatively mature RTL because they can represent a near вЂ“ though not precise вЂ“ replica of a design running at speed. It is being used more widely today because hardware complexity is increasing and the amount of related software that needs validating is rising. Sphere: Techniques | Tags: debug, FPGA, FPGA partitioning, FPGA prototyping, hardware-assisted verification, hardware-software coverification What is FPGA prototyping?ДЇPGA prototyping is a well-established technique for verifying the functionality and performance of application-specific ICs (ASICs), application-specific standard products (ASSPs) and system-on-chips (SoCs) by porting their RTL to a field programmable gate array (FPGA).