SYNPLICITY-XILINX joint working group designs bringing real material benefit for the ultra-high security
SYNPLICITY and XILINX announced a few days ago that further expanded the operating ranges of the joint working group of superhigh capacity, set foot in area reduce and power consumption reduce issue, devoted to, offer for 65 the intersection of FPGA and cipher scheme one-key type to design the procedure.
In more than one year, the close cooperation between two Company, has defined and implemented numerous brand-new solutions, in order to improve, have a match clever to think 65 Virtex as much as possible? -Result quality and efficiency of cipher scheme of the ultra-high security in 5 FPGA. Synplicity-Xilinx joint working group announced and submitted the first achievement of it to May of 2006 - -Succeed in developing SmartCompile? Technology, this is that a kind of increment designs the procedure, can not merely be the highest to promote and operate 6 the amount of time of time, still can guarantee at the same time logic design does not change. Such from RTL to routing of overall arrangement workflow support increment design, in make little Xu to FPGA, needn't recompilate the whole device change, designer.
Devoted to improving and fruiting for quality and run time wholly by a wide margin on initial stage of joint working group of the superhigh capacity, guarantee even if can keep designing the result to be steady while revising increment to FPGA cipher scheme at the same time. The second stage of the joint working group will further advance the work in this respect, area and power consumption aiming at reducing 65 nanometers and even more advanced chip are required.
The whole goal of the joint working group is offering for the fact that the designer's ultra-high security is designed and connecting in the one-key type design procedure, guarantee that can finish designing the iteration many times every day. Support various application because of the ultra high capacity FPGA, so the joint working group will introduce design procedure and tool of many kinds of optimization, in order to meet the unique designing requirement of different devices.
The cheif technology officer McElvain of Synplicity Company points out: "We feel to design the achievement of constant improvement for increment deeply satisfied with to the first stage of joint working group. With the development of joint working group, we hope it can further solve FPGA to design and prove various difficult problems of the respect, include the question that our customer cares about most - -Reduce the area and reduce the power consumption. "
Comparable to fairy and think of a vice president Bruce Talley of company's design software to point out: "We hope to continue close cooperation with the second stage that Synplicity is being jointly designed and developed. The joint working group exactly mixes our own technology and engineering advantage together with, dissolve various difficult problems through the unitary solution. Two companies of ours plan to continue putting out relevant solution and products, offer more tools to our common customer, so that they can reduce the area of position occupied and reduce the power consumption, further optimize and think of the cipher scheme of 65 nanometers of FPGA on the basis of being comparable to fairy. "