soc fpga development -凯发k8网页登录

soc fpgas are semiconductor devices that integrate programmable logic with hard processor cores, such as those from arm. this architecture provides the ease of programming a processor along with the flexibility and performance of a programmable logic fabric.

soc fpgas are available from several sources:

• xilinx: zynq^®-7000 soc and zynq ultrascale mpsoc families
• intel: stratix^® 10 soc fpgas, arria^® 10 soc fpgas, and arria v soc and cyclone^® v soc families
• microsemi: polarfire^® soc devices and smartfusion2 and smartfusion^® soc fpgas

targeting soc fpgas generally requires a combination of embedded software development and fpga design methodologies. designers targeting matlab^® algorithms and simulink^® models to soc fpga devices can also use:

• embedded coder^® to generate ansi/iso c/c code targeting embedded processor cores of soc fpgas.
• hdl coder^® to generate ip cores targeting programmable logic of soc fpgas.
• soc blockset™ to extend the ability of simulink to model, simulate, and analyze soc fpga architectures, including communication with off-chip ddr memories and i/o devices. soc blockset accounts for latency between the components on and off an soc, which must be considered when developing models of algorithms.
• hdl verifier™ to perform fpga-in-the-loop testing, insert probes using fpga data capture, or control ip cores in programmable logic using matlab axi master ip.
• hardware support packages for , , and to target specific boards from xilinx and intel.