Isine ndhelikake
1 9R1 Alpha Data Parallel System User Manual
1.1 Pambuka
1.1.1 Fitur Utama
1.2 Persyaratan Sumber Daya Input Utama
1.3 Instalasi lan Power Up
1.4 JTAG Antarmuka
1.5 Saiki / Voltage Monitoring
1.6 On-Board Generated Power Supplies
1.7 Panel ngarep I/O
1.8 Panel mburi I/O
1.9 QSFP pinout
1.10 ukuran
1.11 Kode Order
1.12 Riwayat Revisi
2 Dokumen / Sumber Daya
2.1 Referensi

9R1 Alpha Data Parallel System User Manual

Logo Data Alpha

ADS-STANDALONE/9R1 User Manual 

Revisi Dokumen: 1.2 

10/05/2023

© 2023 Hak Cipta Alpha Data Parallel Systems Ltd. 

Kabeh hak dilindhungi undhang-undhang. 

Publikasi iki dilindhungi dening Hukum Hak Cipta, kanthi kabeh hak dilindhungi undhang-undhang. Ora ana bagean saka publikasi iki bisa diprodhuksi, ing wangun utawa wangun, tanpa idin sadurunge ditulis saka Alpha Data Parallel Systems Ltd. 

Kantor Pusat
Alamat: Suite L4A, 160 Dundee Street, Edinburgh, EH11 1DQ, UK
Telpon: +44 131 558 2600
Fax: +44 131 558 2700
email: sales@alpha-data.com
websitus: http://www.alpha-data.com

Kantor AS
10822 West Toller Drive, Suite 250 Littleton, CO 80127
(303) 954 8768
(866) 820 9956 - bebas pulsa
sales@alpha-data.com
http://www.alpha-data.com

Kabeh merek dagang minangka properti saka sing nduweni.

Pambuka

ADS-STANDALONE/9R1 minangka enclosure RFSoC mandiri sing nyedhiyakake saluran analog 16-RF, Ethernet, RS232 Serial COM, USB, lan QSFP IO. Saluran RF bisa mbukak nganti 10GSPS (DAC) lan 5 GSPS (ADC)

ADS-STANDALONE/9R1 nggunakake catu daya input 15V-30V tunggal. Mikrokontroler monitor sistem on-board nyedhiyakake voltage / ngawasi saiki saka sumber daya kui, uga nyediakake kemampuan kanggo nguripake sumber ing / mateni liwat antarmuka USB mikro. USB kanggo JTAG sirkuit uga kasedhiya, menehi akses menyang JTAG rantai tanpa mbutuhake J eksternalTAG kothak.

Fitur Utama

Fitur Utama 

  • Xilinx RFSoC FPGA kanthi blok PS sing kalebu:
    • Quad-core ARM Cortex-A53, Dual-core ARM Cortex-R5, Mali-400 GPU
    • 1 bank saka DDR4-2400 SDRAM 2GB
    • Loro memori Quad SPI Flash, 512Mb saben
    • USB
    • port COM serial RS232
    • Gigabit Ethernet
  • Blok Logika Programmable (PL) kalebu:
    • 4 Link HSSIO menyang konektor QSFP
    • 2 bank DDR4-2400 SDRAM, 1GB saben bank
  • RF Sampling block dumadi saka:
    • 8 12-dicokot 4/5GSPS RF-ADCs
    • 8 14-dicokot 6.5/10GSPS RF-DACs
    • 8 FEC keputusane alus (mung ZU28DR/ZU48DR)
    • Input Skala Penuh (100MHz / ZU27DR): 5.0dBm
    • Output Skala Penuh (Mode 100MHz/20mA/ZU27DR): -4.5dBm
    • Output Skala Penuh (Mode 100MHz/32mA/ZU48DR): 1.15dBm
  • Antarmuka Panel ngarep IO karo:
    • 8 HF sinyal ADC siji rampung
    • 8 HF sinyal DAC siji rampung
    • Input jam referensi kanggo RF sampling blok
    • Output jam referensi saka RF sampling blok
    • 2 GPIO digital

Gambar 1

Gambar 1 : ADS-STANDALONE/9R1 

Manual pangguna ADMC-XMC-STANDALONE: https://www.alpha-data.com/xml/user_manuals/adc-xmc-standalone%20user%20manual.pdf

Manual pangguna ADM-XRC-9R1: https://www.alpha-data.com/xml/user_manuals/adm-xrc-9r1%20user%20manual.pdf

Desain Referensi ADM-XRC-9R1: https://www.alpha-data.com/resource/admxrc9r1

Persyaratan Sumber Daya Input Utama

Kebutuhan daya total bakal beda-beda gumantung saka desain FPGA tartamtu. Pasokan 60W bakal luwih saka cukup kanggo umume desain FPGA sadurunge watesan termal piranti lan heatsink dadi faktor watesan. Alpha-Data bisa nyedhiyakake spreadsheet estimator sumber daya kanggo ngira-ngira kabutuhan daya total kanggo desain FPGA tartamtu. MantanampSupple daya sing kompatibel yaiku nomer bagean RS PRO 175-3290: https://uk.rs-online.com/web/p/ac-dc-adapters/1753290

Syarat Pasokan

Tabel 1: Spesifikasi Pasokan Input sing Disaranake

Instalasi lan Power Up

  1. Sambungake kabel serial menyang port serial lan sambungake ujung liyane menyang konverter USB-to-serial.
  2. Mbukak terminal serial karo ing 115200 baud, 8 bit data, 1 mandeg dicokot.
  3. Nguripake saklar daya, lan PS kudu miwiti boot saka kertu SD internal.
  4. Sawise boot login nganggo jeneng pangguna "root" lan sandhi "root"
  5. Kanggo mbukak RF exampdesain, gunakake printah "boardtest-9r1"

Ndeleng mantanampPandhuan pangguna desain kanggo rincian babagan operasi aplikasi boardtest-9r1

JTAG Antarmuka

USB kanggo JTAG sirkuit kasedhiya, menehi akses menyang XMC JTAG antarmuka tanpa perlu kanggo kothak program external (contone Xilinx Platform Cable II). USB kanggo JTAG konverter kompatibel karo Vivado, lan bakal katon ing manager hardware minangka piranti Digilent. A 14-pin JTAG header uga kasedhiya, kanthi multiplexer on-board kanggo ngalih ing antarane header 14-pin utawa USB menyang JTAG konverter. Multiplexer milih USB kanggo JTAG sirkuit nalika kabel USB mikro dipasang.

Saiki / Voltage Monitoring

ADS-STANDALONE/9R1 nyedhiyakake fungsi pangertèn saiki ing 12V lan gabungan pasokan internal 3V3. Nilai kasebut bisa dilapurake liwat antarmuka micro-USB, nggunakake utilitas alpha-data "avr2util".

Avr2util kanggo Windows lan driver USB sing gegandhengan bisa didownload ing kene:

https://support.alpha-data.com/pub/firmware/utilities/windows/

Avr2util kanggo Linux bisa diundhuh ing kene:

https://support.alpha-data.com/pub/firmware/utilities/linux/

Gunakake "avr2util.exe /?" kanggo ndeleng kabeh opsi.

Kanggo example "avr2util.exe /usbcom \\.\com4 display-sensors" bakal nampilake kabeh nilai sensor.

Elinga yen 'com4' digunakake ing kene minangka mantanample, lan kudu diganti supaya cocog karo nomer port com sing diwenehake ing manajer piranti windows

On-Board Generated Power Supplies

ADS-STANDALONE/9R1 ngasilake pasokan 3V3/3V3_AUX/12V0/-12V0 sing dibutuhake situs XMC saka sumber input 15V-30V siji. Saben pasokan duwe spesifikasi ing ngisor iki:

Tabel 2

Tabel 2: ADS-STANDALONE/9R1 Power Supplies 

[1] Rel 3V3_DIG lan 3V3_AUX digawe saka sumber sing padha, mula arus maksimum yaiku kombinasi 3V3_AUX + 3V3_DIG. Pemantauan saiki uga ngukur arus gabungan. [2] Rel 3V3_AUX minangka sumber daya tambahan 3.3V saka input 15V-30V.

Panggunaan saiki 3V3_DIG/3V3_AUX/12V0_DIG saka desain tartamtu bisa dikira nggunakake spreadsheet estimasi daya. Kontak support@alpha-data.com kanggo akses menyang spreadsheet.

Panel ngarep I/O

Antarmuka panel ngarep kasusun saka konektor kacepetan dhuwur 20-cara. Konektor iki Ndhukung input lan output jam referensi eksternal, loro pin GPIO, 8 sinyal DAC lan 8 sinyal ADC. Nomer bagean konektor yaiku Nicomatic CMM342D000F51-0020-240002.

Tabel 3

Tabel 3: Sinyal I/O panel ngarep

Gambar 2

Gambar 2: Pinout Panel Ngarep

Panel mburi I/O

Antarmuka panel mburi kalebu Daya, USB, Ethernet, QSFP, RS-232 UART, 14-pin JTAG lan konektor micro USB.

Gambar 3

Gambar 3: Pinout Panel mburi 

Gambar 4

Gambar 4: RS-232 Pinout 

QSFP pinout

Kandhang QSFP disambungake menyang bank FPGA 129.

Tabel 4

Tabel 4: ADM-XRC-9R1 pcb revisi 3+ pinout kanggo J16 

ukuran

ukuran

Tabel 5: dimensi ADS-STANDALONE/9R1 

Kode Order

ADS-STANDALONE/X/T 

Tabel 6

Tabel 6: Kode Pesenan ADC-XMC-STANDALONE 

Riwayat Revisi

Riwayat Revisi

Alamat: Suite L4A, 160 Dundee Street,
Edinburgh, EH11 1DQ, UK
Telpon: +44 131 558 2600
Fax: +44 131 558 2700
email: sales@alpha-data.com
websitus: http://www.alpha-data.com

Alamat: 10822 West Toller Drive, Suite 250
Littleton, CO 80127
No. Telpon : (303) 954
Fax: (866) 820 9956 – bebas pulsa
email: sales@alpha-data.com
websitus: http://www.alpha-data.com

Dokumen / Sumber Daya

ALPHA DATA 9R1 Alpha Data Sistem Paralel [pdf] Manual pangguna
9R1 Sistem Paralel Data Alpha, 9R1, Sistem Paralel Data Alpha, Sistem Paralel Data, Sistem Paralel, Sistem

Referensi

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