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What is the application scenario of FPGA field programmable gate array
1

 

Field programmable gate array (FPGA) is the product of further development on the basis of programmable devices such as pal (programmable array logic) and gal (general array logic). As a semi custom circuit in the field of application specific integrated circuits (ASIC), it not only solves the shortcomings of custom circuits, but also overcomes the shortcomings of the limited number of programmable devices.

 

The mainstream manufacturers of field programmable gate array FPGA chips include Xilinx, Altera, lattice and MICROSEMI, of which the first two have a total market share of 88%.

 

FPGA has a very mature and wide range of applications in the fields of aerospace, military industry and telecommunications. Taking the telecommunication field as an example, in the stage of all-in-one telecommunication equipment, FPGA is applied to network protocol parsing and interface conversion because of its programming flexibility and high performance.

 

In the nfv scenario, FPGA based on the general server and hypervisor can achieve a 5-fold performance improvement of the network element data plane, and can be managed and arranged by the openstack cyborg hardware acceleration framework.

 

In the cloud era, FPGA has been used as a basic IAAs resource to provide development services and acceleration services in the public cloud. AWS, Huawei and bat all provide similar general services. Up to now, Intel's Stratix 10 devices have been successfully applied to Microsoft's real-time artificial intelligence cloud platform brainwave project.

 

FPGA is also widely used in security, industry and other fields. For example, protocols such as video coding and decoding in security field can be processed by FPGA in the process of front-end data acquisition and logic control.

 

In the industrial field, small-scale FPGA is mainly used to meet the needs of flexibility. In addition, due to its high reliability, FPGA is also widely used in military and aerospace fields. With the construction of 5g network, FPGA will be widely used in the initial stage, and more FPGA will be used in new fields such as artificial intelligence.

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What is the application scenario of FPGA field programmable gate array

 

Field programmable gate array (FPGA) is the product of further development on the basis of programmable devices such as pal (programmable array logic) and gal (general array logic). As a semi custom circuit in the field of application specific integrated circuits (ASIC), it not only solves the shortcomings of custom circuits, but also overcomes the shortcomings of the limited number of programmable devices.

 

The mainstream manufacturers of field programmable gate array FPGA chips include Xilinx, Altera, lattice and MICROSEMI, of which the first two have a total market share of 88%.

 

FPGA has a very mature and wide range of applications in the fields of aerospace, military industry and telecommunications. Taking the telecommunication field as an example, in the stage of all-in-one telecommunication equipment, FPGA is applied to network protocol parsing and interface conversion because of its programming flexibility and high performance.

 

In the nfv scenario, FPGA based on the general server and hypervisor can achieve a 5-fold performance improvement of the network element data plane, and can be managed and arranged by the openstack cyborg hardware acceleration framework.

 

In the cloud era, FPGA has been used as a basic IAAs resource to provide development services and acceleration services in the public cloud. AWS, Huawei and bat all provide similar general services. Up to now, Intel's Stratix 10 devices have been successfully applied to Microsoft's real-time artificial intelligence cloud platform brainwave project.

 

FPGA is also widely used in security, industry and other fields. For example, protocols such as video coding and decoding in security field can be processed by FPGA in the process of front-end data acquisition and logic control.

 

In the industrial field, small-scale FPGA is mainly used to meet the needs of flexibility. In addition, due to its high reliability, FPGA is also widely used in military and aerospace fields. With the construction of 5g network, FPGA will be widely used in the initial stage, and more FPGA will be used in new fields such as artificial intelligence.

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What is the role of plug-in power inductors in smart home scenarios?

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