Xilinx is the company that provides for the future of next-generation systems. These solutions enable for smarter, interconnected and the greatest level of integration between the software and hardware bits.
I hereby take you through one of the products of Xilinx. The Artix 7 of FPGA which is a field programmable gate array referred to an integrated circuit design which is produced and tailored to tweaked and configured by a designer.
The Xilinx Artix 7 has changed the cost of providing such solutions by cutting on the power consumption in half from the preceding generation while at the same time providing sophisticated and high-end performance in applications. These devices are built on 28 nm performance with low power thereby delivering system performance per watts for equipment that may include medical equipment, radios used in by the military personnel and other wireless infrastructure. With other sensitive industries like aviation, this product meets the needs through its size, power, weight, and cost, learn more at http://www.directics.com/artix7/.
The Artix 7 is available in a variety of versions based on the speed, power, and performance. With regards to speed, -2L, -1 L, -1, -2 and -3 are available with the latter having the best speed. The first two offer very low maximum static power thereby operating at lower voltages.
The Artix 7 has the direct current and alternating current capabilities. This is specified within the temperature ranges and the areas of use either in commercially or military wise. Except for the temperature range, DC and AC electricals are under the same particular grade of speed.
This NexGen solution has a variety of features that need to be looked into namely;
The power reduction. Under this, there is the total reduction by 65 percent of the lower static and a further 50 percent on the power than other contemporary devices namely the 45nm.
The productivity of the design is also accelerated in this product. This can be through an architecture that is optimized and scaled and great comprehensive tools.
There is also the BOM cost factor. This is reduced by using small wire bond packaging and analogue components.
The most noted feature as is marketed by the manufacturers is the performance per watt point. In cost sensitive application, total power per cell is lowest in the current times while providing the best performance in its class for the DDR3, DSP and Serial IIO.
There is also an integration of systems that can be programmed. This includes the LC, IP, and analogue mixed signal.
Applications of this Xilinx product as earlier stated can be on commercial (personal and industrial) and military components. They may include ultrasounds, logical controllers, battery-powered software-oriented radios and vision cameras.
It is without the doubt that Xilinx has the end user requirement at their hearts. The aforementioned features provide value for money for a designer or customer who decides to have this component in the various utilities or products. You can never go wrong with transceiver lines rate AMS integration and DSP processing. A power sensitive application is all that is required. This is the Artix 7.