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Charakteristisch
Logische Einheit (LUT4): 8640.
Flip-Flop (FF): 6480.
Shadow SRAMSSRAM (Bit): 17280.
Block-SRAM: 468 K.
BSRAM/BSRAM Menge: 26.
Benutzerblitz (Bit): 608 K.
PSRAM (Bit): 64 MB.
Hochleistungs-DSP:
- Unterstützt 9 x 9, 18 x 18, 36 x 36 Bit.
Multiplier und 54-Bit-Akkumulator.
18 x 18 Multiplikator: 20.
SPI-Blitz: 32 M-Bit.
PLLS: 2.
Debugger:
- Onboard BL702, das
USB-JTAG und USB-UART für GW1NR-9.
Lo.
Unterstützt 4 mA, 8 mA, 16 mA, 24 mA und andere Fahrfunktionen.
- lndependent bus keeper, pull-up /pull-down resistor and open drain output options are provided for each l/o.
Anschluss: TF-Kartensteckplatz, 2 x 24P, 2,54 mm LO-Pad.
Taste: 2 integrierte Tasten.
LED: 6 integrierte LEDs.
1. Entwicklungsumgebung.
Tang nano 9K wurde mit Gowin IDE entwickelt, die allgemeine Hardwarebeschreibungssprache unterstützt. Gowin IDE kann schnell LP-Kerngenerierung, Codesynthese, Layout und Verkabelung, Bitstream-Dateigenerierung und andere damit verbundene Arbeiten im Prozess der FPGA-Entwicklung realisieren.
2. Download-Methode.
Tang nano 9K ist mit einem BL702-Chip ausgestattet, der JTAG- und UARTdebugging-Funktion für GW1NR-9 bietet. Benutzer müssen nur das USB-C-Kabel verwenden, um die Entwicklungsplatine mit dem Computer zu verbinden, um den Download-Vorgang abzuschließen, ohne einen weiteren Downloader und umständliche Verkabelung zu kaufen.
Software und Dokumente.
Referenzcode:
LED-Laufwerk / RGB-LCD-Display: github.com/sipeed/TangNano-9K-beispiel.
GameBOY HDMI: github.com/Martoni/GbHdmi
-PicoRV: github.com/YosysHQ/picorv32.
-PicoRV Projekt läuft auf Tang Nano 9K: kommt bald
HDMI-Display: kommt in Kürze.
alper bektas
Bewertet in der Türkei am 31. Januar 2025
sağlam ürün hızlı kargo teşekkürler
FIRAT DEVECI
Bewertet in der Türkei am 24. Februar 2025
Gayet iyi.
Mike Warot
Bewertet in den USA am24. September 2024
I used Yosys instead of the manufacturers choice of software and learned Verilog. I had some ideas about clock generators, and it did all I needed it to do. I'll probably buy another at some point.
A geek
Bewertet in den USA am17. Mai 2024
I bought this out of curiosity to learn about programming FPGAs in Verilog. Given its low price, the Tang Nano 9K has worked out very well for that purpose. I have enjoyed experimenting with it.The FPGA on the board is made by Gowin which offers a free version of its toolset for educational purposes. It works well with this board, especially on Windows. On Linux Ubuntu 22.04, the programmer and the "analysis oscilloscope" do not work for me, but programming can be done by openfpgaloader.The Tang Nano fits on a breadboard and has enough capacity to support interesting projects such as running a small soft risc-v core.There is a quite a lot of documentation, but it is not always very good. It tends to explain the obvious while leaving deeper questions unanswered. But it is useful. There is also a sipeed wiki page that helps you get started.I had no trouble getting started with it, although I am not a complete beginner.
Thomas Veach
Bewertet in den USA am24. Juni 2023
I have a dead one but I'm not convinced it arrived dead. I didn't know anything about a power on self test and demo until after my first programming attempt revealed a dead unit. Maybe I killed it, maybe it was DOA.However, the shipping and packaging were great and expedient. A little costly if you don't know what you're doing though. If you have the time to wait, you can get them cheaper.Oh, and get two whatever you do.
Produktempfehlungen
