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FPGA PCB Board

FPGA PCB Board

Ningbo Hi-tech Easy Choice Technology Co., Ltd. is a high-tech company that specializes in the design, development, and manufacturing of FPGA PCB Board. Our organization has a fantastic reputation for providing exceptional service and cultivating long-term collaborations with significant enterprises, government entities, and a large user base. We specialize in intelligent electronic control board development, mechanical and electrical control product design, single-chip microcomputer development, circuit design, and post-production testing. We can create control circuits adapted to your needs, bringing your intended product functionality to life, whether you present us with detailed functional requirements or a mere concept.

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Paglalarawan ng Produkto

YCTECH industrial product control board development includes industrial control board software design, software upgrade, schematic diagram design, PCB design, PCB production and PCBA processing located in the east coast of China. Our company designs, develops and manufactures FPGA pcb board. iCore4 dual-core industrial control board is the fourth-generation iCore series dual-core board launched by the company; due to its unique ARM + FPGA "one-size-fits-all" dual-core structure, it can be used in many test measurement and control fields. When iCore4 is used in the core of the product, the "ARM" core acts as the CPU role (it can also be said to be a "serial" execution role), responsible for function implementation, event processing, and interface functions. As a "logic device" role (or "parallel" execution role), the "FPGA" core is responsible for functions such as parallel processing, real-time processing, and logic management. The two cores "ARM" and "FPGA" communicate using a 16-bit parallel bus. The high bandwidth and ease of use of the parallel bus ensure the convenience and real-time performance of the data exchange between the two cores, making the two cores "twisted into one rope" to cope with the increasing functions of test and measurement and automatic control products , Performance requirements.


2 Mga Katangian ng Mapagkukunan

2.1 Mga katangian ng kapangyarihan:

[1] Mag-ampon ng USB_OTG, USB_UART at EXT_IN tatlong paraan ng supply ng kuryente;

[2] Digital power supply: Ang output ng digital power supply ay 3.3V, at ang high-efficiency BUCK circuit ay ginagamit upang magbigay ng power para sa ARM / FPGA / SDRAM, atbp.;

[3] Ang FPGA core ay pinapagana ng 1.2V, at gumagamit din ng isang high-efficiency na BUCK circuit;

[4] Ang FPGA PLL ay naglalaman ng isang malaking bilang ng mga analog circuit, upang matiyak ang pagganap ng PLL, ginagamit namin ang LDO upang magbigay ng analog na kapangyarihan para sa PLL;

[5] Ang STM32F767IG ay nagbibigay ng independiyenteng analog na sanggunian ng boltahe upang magbigay ng sangguniang boltahe para sa on-chip na ADC / DAC;

[6] Nagbibigay ng power monitoring at benchmarking;

2.2 Mga tampok ng ARM:

[1] Mataas ang pagganap na STM32F767IG na may pangunahing frequency na 216M;

[2]14 pagpapalawak ng I/O na may mataas na pagganap;

[3] Multiplexing gamit ang I/O, kabilang ang ARM built-in na SPI / I2C / UART / TIMER / ADC at iba pang mga function;

[4] Kabilang ang 100M Ethernet, high-speed USB-OTG interface at USB to UART function para sa pag-debug;

[5] Kabilang ang 32M SDRAM, TF card interface, USB-OTG interface (maaaring konektado sa U disk);

[6] 6P FPC debugging interface, karaniwang adaptor upang umangkop sa pangkalahatang 20p interface;

[7] Paggamit ng 16-bit parallel bus communication;

2.3 Mga Tampok ng FPGA:

[1] Ang ika-apat na henerasyong serye ng Cyclone ng Altera na FPGA EP4CE15F23C8N ay ginagamit;

[2] Hanggang sa 230 mataas na pagganap na pagpapalawak ng I/O;

[3] Pinapalawak ng FPGA ang dual-chip SRAM na may kapasidad na 512KB;

[4] Configuration mode: suportahan ang JTAG, AS, PS mode;

[5] Suportahan ang paglo-load ng FPGA sa pamamagitan ng pagsasaayos ng ARM; AS PS function ay kailangang mapili sa pamamagitan ng mga jumper;

[6] Paggamit ng 16-bit parallel bus communication;

[7] FPGA debug port: FPGA JTAG port;

2.4 Iba pang mga tampok:

[1] Ang USB ng iCore4 ay may tatlong working mode: DEVICE mode, HOST mode at OTG mode;

[2] Ang uri ng interface ng Ethernet ay 100M full duplex;

[3] Ang power supply mode ay maaaring piliin sa pamamagitan ng jumper, ang USB interface ay direktang pinapagana, o sa pamamagitan ng pin header (5V power supply);

[4] Dalawang independiyenteng button ang kinokontrol ng ARM at FPGA ayon sa pagkakabanggit;

[5] Ang dalawang LED na ilaw ng iCore4 heterogenous dual-core industrial control board ay may tatlong kulay: pula, berde at asul, na kinokontrol ng ARM at FPGA ayon sa pagkakabanggit;

[6] Mag-ampon ng 32.768K passive crystal para magbigay ng RTC real-time na orasan para sa system;







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