AMADIVAYISI E-ANALOG I-ADIN6310 Idizayini Yereferensi Yokushintsha Kwensimu

Imininingwane Yomkhiqizo

• 6-port Ethernet switch ADIN6310
• 2 Gb trunk port: SGMII by SMA noma ADIN1300 by RGMII
• 4 spur 10BASE-T1L izimbobo: ADIN1100 by RGMII
• I-IEEE 802.3cg-ithobela isilawuli se-PSE se-PSE: LTC4296-1
• Isigaba Samandla 12
• Iphrojekthi yesoftware yomthombo ovulekile we-Zephyr
• Imodi engaphethwe enoshintsho oluyisisekelo namandla e-PSE
• Ama-VLAN ID 1-10 anikwe amandla kuzo zonke izimbobo
• Amandla ahlanganiswe nentambo engu-10BASE-T1L yazo zonke izimbobo ze-spur
• Izinketho zokushintshwa kwe-DIP ukuze unike amandla ezinye izici (Ukuvumelanisa Isikhathi, i-LLDP, i-IGMP Snooping)
• Imodi ephethwe kusetshenziswa iphakheji yokuhlola yokushintsha i-TSN/Ukuhlolwa kokuRedundancy
• I-Time-sensitive networking (TSN) iyakwazi
• Ithrafikhi ehleliwe (IEEE 802.1Qbv)
• Ukulungiswa kohlaka (IEEE 802.1Qbu)
• Ukuhlunga ngokusakaza ngakunye nokusebenza kwamaphoyisa (IEEE 802.1Qci)
• Ukuphindaphinda kohlaka kanye nokuqedwa kokwethembeka (IEEE 802.1CB)
• IEEE 802.1AS 2020 ukuvumelanisa isikhathi
• Amandla okungasebenzi

Imiyalo yokusetshenziswa komkhiqizo

Izisetshenziswa ezidingekayo

• Idatha ye-ADIN6310 kanye ne-UG-2280 kanye ne-UG-2287 imihlahlandlela yomsebenzisi
• Idatha ye-ADIN1100
• Idatha ye-ADIN1300
• Idatha ye-LTC4296-1
• Idatha ye-MAX32690

Isoftware Iyadingeka

• Ngokuhlolwa kwe-TSN, faka iphakheji yokuhlola ye-ADIN6310
• Ukuthwebula iphakethe le-Npcap

Incazelo evamile

• Ukuze uthole ukuhlolwa okubanzi kokushintsha, bheka iphakheji yokuhlola ukushintsha kwe-TSN etholakala ekhasini lomkhiqizo le-ADIN6310.

IZICI

• 6-port Ethernet switch ADIN6310
  • Izimbobo ze-trunk ze-2Gb; I-SGMII nge-SMA noma i-ADIN1300 nge-RGMII
  • 4 spur 10BASE-T1L izimbobo, ADIN1100 by RGMII
•  I-IEEE 802.3cg-ithobela isilawuli se-SPoE PSE, LTC4296-1
  •  Isigaba Samandla 12
  • Ukuhlukaniswa kwamandla nge-SCCP (akuvunyelwe)
• I-Arm® Cortex®-M4 microcontroller, MAX32690
  • I-flash yangaphandle ne-RAM
• Iphrojekthi yesoftware yomthombo ovulekile we-Zephyr
  • Imodi engaphethwe enokushintsha okuyisisekelo namandla e-PSE
  • Ama-VLAN ID 1-10 anikwe amandla kuzo zonke izimbobo
  • Amandla ahlanganiswe nentambo engu-10BASE-T1L yazo zonke izimbobo ze-spur
  • Izinketho zokushintshwa kwe-DIP ukuze unike amandla ezinye izici (Ukuvumelanisa Isikhathi, i-LLDP, i-IGMP Snooping)
• Imodi ephethwe kusetshenziswa iphakheji yokuhlola ukushintsha, ukuhlolwa kwe-TSN/Ukungadingeki
  • I-Time-sensitive networking (TSN) iyakwazi
  • Ithrafikhi ehleliwe (IEEE 802.1Qbv)
  •  Ukulungiswa kohlaka (IEEE 802.1Qbu)
  • Ukuhlunga ngokusakaza ngakunye nokusebenza kwamaphoyisa (IEEE 802.1Qci)
  • Ukuphindaphinda kohlaka kanye nokuqedwa kokwethembeka (IEEE 802.1CB)
• IEEE 802.1AS 2020 ukuvumelanisa isikhathi
  • Amandla okungasebenzi
  • Ukutholakala okuphezulu kwe-Seamless redundancy (HSR)
  • I-Parallel redundancy protocol (PRP)
  • I-Media redundancy protocol (MRP)
• Isixhumi esibonakalayo sokusingatha ibhande lehadiwe elinama-jumpers, ukukhetha kwe
  • Single/Dual/Quad SPI interface
  • Imbobo ye-Ethernet engu-10Mbps/100Mbps/1000Mbps (Imbobo 2/Imbobo 3)
  • SGMII/100BASE-FX/1000BASE-KX
  • Iheda yokufinyelela okuqondile kwe-SPI (Iyodwa/Embili/I-Quad)
• Linganisa inani lembobo ngokwehla nge-RJ45 noma SGMII/1000BASE-KX/ 100BASE-FX
• Ukubotshwa kwe-PHY ngezinqamuleli zokumiswa kwe-surface-mount
  • Isimo esizenzakalelayo amandla esoftware ehle kuma-spur Ports
• Ukushintsha i-firmware ilawula ukusebenza kwe-PHY phezu kwe-MDIO
  • Isebenza kusukela kokunikezwayo okukodwa, kwangaphandle kwe-9V kuya ku-30V
  •  Izinkomba ze-LED ku-GPIO, izikhonkwane ze-TIMER

OKUQUKETHWE IKHITHI YOKUHLOLA

• Ibhodi yokuhlola ye-EVAL-ADIN6310T1LEBZ
• I-15V, i-adaptha yodonga engu-18W enama-adaptha aphesheya
• 5 x izixhumi zesikulufa setheminali ye-plug-in yekhebula engu-10BASE-T1L namandla angaphandle
• Intambo ye-1x Cat5e Ethernet

IZINTO EZIDINGEKAYO

• Xhuma uzakwethu ngesixhumi esibonakalayo se-10BASE-T1L
• Xhuma uzakwethu ngesixhumi esibonakalayo se-Ethernet esijwayelekile
• I-Single pair cabling ye-T1L
• I-PC esebenzisa i-Windows® 11

OKUDINGEKAYO AMADOKHUMENTI

• Idatha ye-ADIN6310 UG-2280 futhi UG-2287 iziqondiso zabasebenzisi
• Idatha ye-ADIN1100
• Idatha ye-ADIN1300
• Idatha ye-LTC4296-1
• Idatha ye-MAX32690

I-SOFTWARE IYADINGEKA

• Ngokuhlolwa kwe-TSN, faka iphakheji yokuhlola ye-ADIN6310

INCAZELO EJWAYELEKILE

• Lo mhlahlandlela womsebenzisi uchaza ibhodi lokuhlola ukushintsha kwe-Field ADIN6310 elisekelwa izimbobo ezine ze-10BASE-T1L spur kanye nezimbobo ezimbili ezijwayelekile ze-Gigabit ezinekhono ze-Ethernet.
• I-Hardware ihlanganisa amandla epheya elilodwa phezu kwesekethe ye-Ethernet (SPoE) LTC4296-1 enosekelo lokuzikhethela kwe-serial communication classification protocol (SCCP).
• Ukusebenza okuzenzakalelayo kwezingxenyekazi zekhompuyutha kuyimodi engalawulwa lapho isilawuli esincane se-MAX32690 Arm Cortex-M4 simisa iswishi ibe imodi yokushintsha eyisisekelo futhi i-PSE ilungiselwe ukusebenza Kwekilasi 12.
• Thuthukisa ukusebenza kokushintsha okungaphethwe yi-switch ye-DIP (S4), enikeza amandla okwenza izici ezifana nokuvumelanisa isikhathi, i-LLDP, noma ukuhlola kwe-IGMP ngokuzenzakalelayo.
• Khubaza i-PSE ngokusebenzisa iswishi ye-DIP; okuzenzakalelayo kunikwe amandla. Ukuze uthole ukuhlolwa okubanzi kokushintsha, bheka iphakheji yokuhlola ukushintsha kwe-TSN etholakala ekhasini lomkhiqizo le-ADIN6310.
• Le phakheji yokuhlola inikeza amandla okusebenzisa ukusebenza kwe-TSN ngaphezu kwezici ze-Redundancy.
• Umfanekiso 1 ukhombisa ukudlulaview webhodi lokuhlola.

I-hardware iphelileVIEW

I-EVALUATION BOARD HARDWARE

IZIMPAHLA ZAMANDLA

• I-hardware isebenza kusukela kumzila wesitimela owodwa, wangaphandle, we-9V kuya ku-30V. I-adaptha yodonga engu-15V inikezwa njengengxenye yekhithi.
• Faka i-adaptha yodonga kusixhumi se-P4 noma i-9V ukuya ku-30V kusixhumi se-P4. Kungenjalo, kungenzeka ukunikeza amandla kusixhumi esinamaphini angu-3, ​​i-P3.
• I-LED DS1 iyakhanyisa lapho kufakwa amandla ebhodini, okubonisa ukukhushulwa ngempumelelo kwamareyili amakhulu kagesi.
• Wonke ama-rails kagesi ahlinzekwa yi-on-board MAX20075 buck regula-lator kanye MAX20029 Isiguquli se-DC-DC.
• Lawa madivaysi akhiqiza ama-rails amane (3.3V, 1.8V, 1.1V, kanye no-0.9V) adingekayo ukuze kusetshenziswe I-ADIN6310 shintsha, I-ADIN1100 futhi I-ADIN1300 PHYs, MAX32690 kanye nokujikeleza okuhambisanayo.
• Ivolumu yegama ezenzakalelayotages ahlelwe kuThebula 1, ngaphezu kwalokho okusetshenziselwa ama-rail emishini ehlukene.
• I I-LTC4296-1 inikwa amandla ngokuqondile kusukela ekunikezeni okungenayo ku-P3 noma i-P4. Ngokuzenzakalelayo, i-PSE ilungiselelwe ukunika amandla izimbobo ezine ngokusebenza kwe-IEEE802.3 Class 12.
• Uma usebenzisa i-PSE nge-SCCP, khulisa umzila wesitimela ebhodini lokuhlola ube ubuncane obungu-20V.
• Noma, nikeza amandla ibhodi usebenzisa isixhumi se-USB P2 ukuze unikeze amandla angu-+5V nge-P8 jumper efakiwe. Njengoba i-PSE isebenza kusukela kokuncane okungu-+6V, isixhumi se-USB akumele sisetshenziswe uma umsebenzi we-PSE udingeka.

Ithebula 1. Ukucushwa Okuzenzakalelayo Kwedivayisi Yamandla

1 N/A isho ukuthi ayisebenzi.
Isixhumi se-P5 sinikeza ukufinyelela kwe-probe kumphakeli wamandla ngamunye futhi, uma ufakiwe, uxhuma ama-rails okuhlinzeka kumjikelezo. I-P5 kufanele ibe nezixhumanisi ezifakwe kuyo yonke i-VDD3P3 (3-4), VDD1P8 (5-6), VDD1P1 (7-8) kanye ne-VDD0P9 (9-10).

• Ithebula 2 likhombisa ukuqedwaview ukusetshenziswa kwamanje kweswishi kanye nama-PHY wezindlela zokusebenza ezahlukahlukene. I-MAX32690 ibanjelwe kabusha kulezi zilinganiso; i-LTC4296-1 ayinikiwe amandla.

Ithebula 2. Ibhodi Lemodi Ephethwe Quiscent Current (Isicelo Sokuhlola Se-TSN)

Ithebula 2. Ibhodi Lemodi Ephethwe Quiscent Current (Isicelo Sokuhlola Se-TSN) (Kuyaqhubeka)

Ithebula 3 ibonisa isifinyezo sokusetshenziswa kwamanje kwebhodi ekusebenzeni okungaphethwe lapho i-MAX32690 inika amandla ukushintshwa futhi i-PSE inikeza amandla kudivayisi yokugcina phezu kwebhangqa elilodwa.
Ithebula 3. Ibhodi Lemodi Engaphethwe I-Quescent Current (I-MAX32690 Configures)

1. Iswishi ye-S4 DIP isekucushweni okuzenzakalelayo (konke KUVALIWE) ekucushweni okuyisisekelo kanye ne-PSE ihlinzeka ngamandla.
2. I-DEMO-ADIN1100D2Z ibhodi.
3. Ichweba le-PSE linikeza amandla ebhodini, futhi amandla ancike kuhadiwe.

UKULANDELANA KWAMANDLA

• Azikho izidingo ezikhethekile zokulandelana kwamandla kumadivayisi. Ibhodi lokuhlola lilungiselelwe ukuhlanganisa ama-rails kagesi.

IZINDLELA ZOKUSEBENZA KWEBHHODI LOKUHLOLA

• Kunezindlela ezintathu ezijwayelekile zokusebenzisa ihadiwe. Imodi yokuqala wukusebenza okuzenzakalelayo, okuyimodi engaphethwe. Kule modi, i-microcontroller ye-MAX32690 ilungiselela ukushintshwa kwe-ADIN6310 kanye ne-LTC4296-1, kokubili phezu kwesixhumi esibonakalayo se-SPI.
• Imodi yesibili ingeyokuhlola kwe-TSN. Kule modi, uhlelo lokuhlola lwe-ADI TSN lusetshenziswa ukuze kuxhunywe kushintsho olungaphezu kwesixhumi esibonakalayo Sokusingatha esixhumeke ku-Ethernet ngePort 2.
• Iphakheji yokuhlola ye-TSN inikeza i-PC esekelwe web iseva futhi ivumela abasebenzisi ukuthi bahlanganyele nazo zonke izici ze-TSN nezici ze-Redundancy zokushintsha.
• Iphakheji yokuhlola ye-TSN ayikusekeli ukumiswa kwe-PSE. Kulesi simo sokusetshenziswa, sebenzisa ezinye izimbobo ebhodini ukuze uhlole amandla e-ADIN6310, usungule izixhumanisi nabanye ozakwethu bezixhumanisi futhi uhlole amandla e-TSN kanye ne-10BASE-T1L.
• Ukuze uthole imininingwane eyengeziwe ngale modi, bheka isigaba esithi Ukucushwa Okuphethwe kanye ne-TSN.
• Imodi yesithathu yokusebenza ibandakanya i-Host Host yomsebenzisi exhunywe kusixhumi esibonakalayo se-SPI ngesihloko se-P13/P14 kanye nomsebenzisi ohambisa umshayeli wokushintsha endaweni yawo yesikhulumi.

UKUSETHWA KABUSHA KWEBHODI

• Inkinobho yokusunduza i-S3 inikeza umsebenzisi amandla okusetha kabusha i-ADIN6310 kanye ne-MAX32690 ngokuzithandela. I-P9 kufanele ifakwe endaweni (1-2), ukuze inkinobho yokusetha kabusha iphinde isethe kabusha i-MAX32690.
• Ukucindezela inkinobho yokusetha kabusha akusethi kabusha i-10BASE-T1L PHYs noma i-Gigabit PHY ngokuqondile, kodwa ukuqaliswa okulandelayo kweswishi kubangela ukuthi ama-PHY asethwe kabusha.

I-JUPER FUTHI USHINTSHE IZINKETHO

I-ADIN6310 I-Host Port Stpping

• I I-ADIN6310 iswishi isekela ulawulo Lomsingathi phezu kwe-SPI noma yiziphi izimbobo ze-Ethernet eziyisithupha. Lungiselela i-Host interface ukuthi ibe I-Port 2, Port 3, noma i-SPI.
• Ichweba Lokusingatha kanye nokukhethwa kwembobo yembobo ye-Host kuyalungiswa kusetshenziswa ama-jumpers afakwe kunhlokweni ye-P7 ku-
• amanethi abhalwe TIMER0/1/2/3, SPI_SIO, kanye ne-SPI_SS.
• I-Timer kanye namaphinikhodi e-SPI anezinqamuli zangaphakathi zokudonsela phezulu/-phansi, njengoba kuboniswe kuThebula 4. Ama-jumpers abopha amabhande ebhodini lokuhlola anikeza umsebenzisi ikhono lokumisa kabusha ibhande ukuze akhethe enye i-interface Yosokhaya.
• Ukuze uthole imininingwane eyengeziwe ngazo zonke izinketho ezitholakalayo, bheka isigaba sokubopha i-Host eshidini ledatha le-ADIN6310. Nqoba izivikeli zangaphakathi zokudonsela phezulu/-phansi nge-resistor yangaphandle ngokufaka i-jumper yokubopha.
• Njengoba zingekho izixhumanisi zokubopha ezifakiwe, isixhumi esibonakalayo Sosokhaya silungiselelwa i-SPI evamile. Lokhu futhi ukulungiselelwa okuzenzakalelayo kwezingxenyekazi zekhompuyutha lapho zithunyelwa. Izinguquko ku-Host strapping zidinga umjikelezo wamandla ukuze usebenze.

Ithebula 4. Ukukhetha I-Host Stpping Interface

1. PU = Donsela Phezulu, PD = Donsela Phansi.
2. MAX32690 ilungiselelwe isixhumi esibonakalayo esisodwa se-SPI. 3 Sebenzisa nohlelo lokuhlola lwe-TSN.

Ithebula 5. Ukukhethwa Kwembobo Yokusingatha

Sebenzisa nohlelo lokuhlola lwe-TSN.
Ama-jumper amaningana ebhodini lokuhlola kufanele asethelwe ukusetha okudingekayo kokusebenza ngaphambi kokusebenzisa ibhodi ukuze lihlolwe. Amasethingi amisiwe kanye nemisebenzi yalezi zinketho ze-jumper ikhonjisiwe kuThebula lesi-6.

I-ADIN1300

I-GPIO KANYE NEZINHLOKO ZESIKHATHI
Kunikezwe unhlokweni (i-P18 ne-P17) ukuze kubhekwe zonke izimpawu ze-Timer kanye nenhloso evamile yokufaka/okuphumayo (GPIO). Ngaphezu kwesihloko, kukhona nama-LED kulawa maphini.
Kumodi engaphethwe, i-TIMER0 isetshenziswa njengesignali yokuphazamisa kusixhumi esibonakalayo se-MAX32690 SPI.

Uma iswishi ye-S4 DIP ilungiselelwa ukunika amandla ukuvumelanisa isikhathi, ukucushwa okuzenzakalelayo kwe-TIMER2 kuyisignali engu-1PPS (i-pulse eyodwa ngomzuzwana) futhi umsebenzisi angabona ukucwayiza ngenani lesekhondi elingu-1. Ngokufanayo, uma usebenzisa iphakheji yesofthiwe yokuhlola ye-ADI, iphinikhodi ye-TIMER2 ilungiselelwa isignali ye-1PPS ngokuzenzakalelayo.

AMALED ASEBHODENI

• Ibhodi line-LED eyodwa yamandla, i-DS1, ekhanyisa ukukhombisa ukuqina ngempumelelo kwama-rails ebhodi. I MAX32690 isekethe ine-LED enemibala emibili, i-D6, engasetshenziswa okwamanje.
• Kunama-LED ayisishiyagalombili ahlotshaniswa ne I-ADIN6310 Isikhathi kanye nemisebenzi ye-GPIO; isixhumanisi P19 kufanele sifakwe ukuze ubone umsebenzi kulawa ma-LED. Iphinikhodi ye-TIMER2 inesiginali ye-1PPS enikwe amandla ngokuzenzakalela uma ukuvumelanisa isikhathi kunikwe amandla.

10BASE-T1L PHY LEDs

• Kunama-LED amathathu ahlotshaniswa nembobo ngayinye engu-10BASE-T1L, njengoba kukhonjisiwe kuThebula 7.

Ithebula 7. 10BASE-T1L Ukusebenza kwe-LED

UKUKHIPHA NOKULUNGISA

PHY Ukukhuluma
Amakheli e-PHY ahlelwa ngu-sampcindezela izikhonkwane ze-RXD ngemva kokukhanyisa, lapho ephuma ekusethweni kabusha. Izinqamuleli zokubopha zangaphandle zisetshenziswa ebhodini ukuze kulungiswe i-PHY ngayinye ngekheli le-PHY eliyingqayizivele. Amakheli e-PHY azenzakalelayo anikezwe amadivayisi kukhonjiswe kuThebula lesi-8.
Ithebula 8. Ikheli le-PHY elizenzakalelayo

I-PHY Strapping
Kunamadivayisi amabili e-ADIN1300 kuleli bhodi lokuhlola, axhunywe ku-Port 2 kanye ne-Port 3 yeswishi. Noma iyiphi imbobo iyakwazi ukuba isixhumi esibonakalayo Sosokhaya ekushintsheni, ngakho lawa ma-PHY kufanele akwazi ukuletha isixhumanisi ngaphandle kokucushwa kusuka ekushintsheni. Womabili ama-PHY aboshelwe ihadiwe ye-10/100 HD/FD, imodi yomholi engu-1000 FD, i-RGMII akukho ukubambezeleka, futhi i-Auto-MDIX ikhetha i-MDIX, ebavumela ukuthi basungule isixhumanisi nozakwethu oqhelile. Bheka Ithebula 9. I-ADIN1100 PHYs isebenzisa ibhande elizenzakalelayo, njengoba kukhonjisiwe kuThebula 10.

Ithebula 9. ADIN1300 PHY Port ConfigurationIthebula 10. ADIN1100 PHY Port Configuration

I-PHY Link Status Polarity

• Qaphela ukuthi amaphini okukhiphayo e-ADIN1100 kanye ne-ADIN1300 LINK_ST asebenza ngokuphezulu ngokuzenzakalelayo, kanti okokufaka kwe-Px_LINK kokuzenzakalelayo kwe-ADIN6310 kusebenza kuphansi; ngakho-ke, i-hardware ifaka phakathi i-inverter endleleni ephakathi kwe-PHY LINK_ST ngayinye kanye ne-
• Px_LINK yoshintsho. Uma ingxenye/izindleko ziwukukhathazeka, kungenzeka ukugwema ukufaka lesi siguquli futhi uthembele kupharamitha edluliselwe njengengxenye yokucushwa kweswishi ukuze uguqule i-PHY polarity njengengxenye yokucushwa kokuqala.
• Lokhu kuguqulwa kwesofthiwe ye-polarity yesixhumanisi kusekelwa kuphela izinhlobo ze-ADI PHY.
• Esimeni lapho kusetshenziswa i-PHY endleleni yokubonisana Yosokhaya eya ekushintsheni, isignali yesixhumanisi enikezwe imbobo Yokusingatha kufanele ihlale isebenza iphansi, ngakho-ke i-inverter kufanele idingeke kule mbobo.

Ukukhetha Izixhumanisi/Izindlela ze-SGMII

• Iswishi inokufaka kwedijithali kwembobo ngayinye (Px_LINK). Uma ishayelwa phansi, lokhu kutshela iswishi ukuthi imbobo inikwe amandla.
• Imbobo yesi-2 ne-Port 3 ingalungiselelwa ngokuzithandela imodi ye-SGMII, 1000BASE-KX, noma engu-100BASE-FX.
• Uma usebenzisa lezi zimbobo kumamodi we-SGMII, i-jumper yesixhumanisi esihambelanayo (P10 Yembobo 2, i-P16 Yembobo 3) kufanele ixhunywe endaweni ye-SGMII.
• Lokhu kudonsela i-Px_LINK yembobo phansi, okwenza imbobo isebenze. Ngemodi ye-SGMII, qinisekisa ukuthi ukuxoxisana ngokuzenzakalelayo kukhutshaziwe (amanga).
• Imodi ye-SGMII okwamanje ayisekelwe nokucushwa okungaphethwe okuvela ku-firmware ye-MAX32690.
• Lungiselela le modi uma ulungisa ukucushwa kwe-MAX32690 ngokuqondile, uma usebenzisa iphakheji yokuhlola ye-TSN noma lapho uxhuma i-Host yakho kudivayisi.

I-ADIN1300 Isimo Sesixhumanisi Voltage Isizinda

• I-ADIN1300 LINK_ST ngokuyinhloko ihloselwe ukushayela isignali yesixhumanisi sokushintshwa; ngakho-ke ihlala ku-VDDIO_x voltage domain (okuzenzakalelayo voltagUmzila wesitimela ungu-1.8V). Uma usebenzisa iphinikhodi ye-LINK_ST ukushayela i-LED ukuze ubonise isixhumanisi esisebenzayo, i-level shifter isetshenziselwa ukunikeza ivolumutage kanye nekhono lokushayela lomsebenzi we-LED. I-anode ye-LED iboshelwe ku-3.3V nge-resistor engu-470Ω.

I-MDIO INTERFACE

• Ibhasi le-MDIO le I-ADIN6310 ixhuma ebhasini le-MDIO le-PHY ngayinye kwayisithupha ebhodini lokuhlola. Ukucushwa kwama-PHY kwenziwa yi-firmware yokushintsha ngaleli bhasi le-MDIO.

SHINTSHA I-SWD (P6) INTERFACE

• Lesi sixhumanisi asinikiwe amandla.

10BASE-T1L UKUXHUMANA KWECABLE

• Xhuma izintambo ze-10BASE-T1L ngebhulokhi letheminali yesikulufu esixhumeka embobeni ngayinye. Uma kudingeka izixhumi eziningi ezixhunywayo ukuze kube lula ukuxhuma noma ukushintsha izintambo, thenga izixhumi ezengeziwe kubathengisi noma abasabalalisi, njenge-Phoenix.
• Othintana naye, Inombolo Yengxenye 1803581, exhunywayo, 3-way, 3.81mm, 28AWG kuya ku-16AWG, 1.5mm2 isikulufu block.

IZIXHUMANO ZOMHLABA

• Ibhodi linenodi yoMhlaba. Nakuba le nodi ingase ixhumeke ngogesi ku-Earth ground noma ingaxhunywanga, kudivayisi yangempela, le nodi ngokuvamile ixhunywa kundlu yensimbi yedivayisi noma ku-chassis.
• Xhuma le nodi yoMhlaba njengoba kudingekile kusistimu yokubonisa ebanzi ngetheminali Yomhlaba yesixhumi samandla kagesi, i-P3, noma ngocwecwe lwensimbi oluveziwe lwezimbobo ezine ezifakwayo emakhoneni ebhodi.
• Ngembobo ngayinye, nqamula isihlangu sentambo engu-10BASE-T1L kule nodi yoMhlaba, exhunywe ngokuqondile, noma xhuma nge-4700pF capacitor (C1_x).
• Khetha uxhumano oludingekayo ngendawo yesixhumanisi esifanele ye-P2_x. Xhuma uxhumo loMhlaba nomzimba wensimbi wezixhumi ezimbili ze-RJ45 (J1_2, J1_3) ngqo endaweni eyi-Earth.
• Xhuma indawo yesekethe yendawo kanye namandla angaphandle (ngaphandle kwetheminali ye-Earth, P3) ku-Earth node cishe ngo-2000pF womthamo kanye no-4.7MΩ wokumelana.
• Qaphela ukuthi ibhodi lakhiwe njengebhodi lokuhlola kuphela. Ayiklanyelwe noma ihlolwe ukuphepha kukagesi. Noma yiziphi izinto ezisetshenziswayo, idivaysi, intambo, noma ikhebula elixhunywe kuleli bhodi kufanele libe selivikelekile futhi liphephile ukuthi lingathinteka ngaphandle kwengozi yokushaqeka kukagesi.

SPOE AMANDLA COUPING

• Isifunda sihlanganisa amachweba amahlanu I-LTC4296-1, isilawuli sezinto zokuhlinzeka ngogesi (PSE), esinganikeza amandla phezu kolayini wedatha (PoDL)/amandla epheya eyodwa phezu kwe-Ethernet (SPoE).
• Isilawuli se-PSE sisekela ukunika amandla izimbobo ezine ze-T1L futhi isekethe yakhelwe i-PSE Class 12. Imbobo eyodwa yedivayisi ye-PSE ayisetshenziswa.
• Qaphela ukuthi ugesi ongu-20 kuya ku-30 ​​V uyadingeka ukuze usebenzise i-SPoE ekilasini le-12; ugesi onikeziwe we-15 V awuhambisani nalesi sigaba samandla.
• Isilawuli se-PSE sinikwa amandla ngokuzenzakalela ngesixhumi se-P3 noma se-P4, esisekela kufika ku-30V. Ukuze usebenzise isilawuli se-PSE kumakilasi wamandla ngaphandle kwe-Class 12 kudinga ukuguqulwa kwesekethe kuma-high-side, i-low-side sense resistors, kanye ne-MOSFET yohlangothi oluphezulu.
• Ukuze uthole imininingwane ngoshintsho lwesekethe oludingekayo kumakilasi ahlukene wamandla, bheka ku-LTC4296-1 ishidi ledatha.
• IVoltagIsidingo samanye amakilasi singasekelwa ngokususa i-P25 jumper nokuhlinzeka ngevolumu edingekayotage ngokusebenzisa isixhumi se-P24.
• Lokhu kuvumela isilawuli se-PSE ukuthi sinikwe amandla afinyelela ku-55V.
• Isekethe yesilawuli se-PSE ihlanganisa nokusekelwa kwesekethe ye-SCCP ngenjongo yokuhlukanisa amandla edivayisi enikwe amandla (i-PD) ekugcineni kohlangothi lwenodi.
• Lokhu kusebenzisa izikhonkwane ze-GPIO ze-microcontroller ze-SCCP ukuze zixhumane ne-PD exhunyiwe. I-SCCP ayinikiwe amandla njengengxenye yemodi engaphethwe/ephethwe; isbampIkhodi ye-SCCP ifakiwe kuphrojekthi ye-Zephyr.
• Kusetshenziswa i-SCCP, ulwazi lwesigaba sedivayisi, uhlobo, ne-pd_faulted lutholwa ngaphambi kokuthi kusetshenziswe amandla kukhebuli. Ukuze usebenzise i-SCCP, khulisa ivolumu yokufakatage ebhodini kuya ku-20V ubuncane.
• Ukuze uthole imininingwane eyengeziwe ngephrothokholi ye-SCCP nokusetshenziswa, bheka ishidi ledatha le-LTC4296-1 kanye negayidi yomsebenzisi ehlobene.

MAX32690 MICROCONTROLLER

• I MAX32690 iyisilawuli esincane se-Arm Cortex-M4 esiklanyelwe izinhlelo zokusebenza zezimboni nezigqokekayo. Kulo mklamo wereferensi, i-MAX32690 isetshenziselwa ukulungisa iswishi nesilawuli se-PSE.
• Ihambisana nesekhethi ye-MAX32690 ingaphandle kwe-1Gb ye-DRAM, i-1Gb FLASH Memory, kanye ne- I-MAXQ1065 idivayisi yokuphepha, ehlelelwe ukusetshenziswa ezinguqulweni ezizayo.

I-Firmware ku-MAX32690

• Kukhona i-firmware efakwe ku- MAX32690, esekela ukucushwa okuyisisekelo kweswishi nesilawuli se-PSE. Ukuze uthole imininingwane eyengeziwe, bheka isigaba esithi Okuphethwe vs. Okungaphethwe.

UART kanye SWD Interfaces

• Isixhumi se-P20 sinikeza ukufinyelela ku-interface ye-serial ye-MAX32690. I-P1 inikeza ukufinyelela ku-interface ye-UART.

MAXQ1065 CRYPTOGRAPHIC zilawuli

• I-MAXQ1065 iyisilawuli se-cryptographic esivikelekile esinamandla aphansi kakhulu esine-ChipDNA™ yamadivayisi ashumekiwe ahlinzeka ngemisebenzi ye-cryptographic ye-turnkey yezimpande-zokwethembana, ukuqinisekiswa kweqiniso okuhlangene, ukugcinwa kuyimfihlo kwedatha nobuqotho, i-boot evikelekile, kanye nesibuyekezo esivikelekile se-firmware.
• Inikeza ukuxhumana okuphephile ngokushintshaniswa kokhiye ojwayelekile kanye nokubethela kwenqwaba noma usekelo oluphelele lwe-TLS. Kuhlelelwe ukunika amandla kuzibuyekezo ezizayo ngezinjongo zokubethela.

PHAWULA VS. AKULAWULIWE

UKULUNGISWA OKUNGALAWthiwe

• Ukucushwa okungaphethwe kuncike ku MAX32690 ukulungisa i I-ADIN6310 switch kanye ne I-LTC4296-1 Isilawuli se-PSE ekucushweni okuyisisekelo.
• I-MAX32690 ine-firmware elayishiwe ukuze inike amandla ukucushwa kweswishi ngokusekelwe endaweni yeswishi ye-S4 DIP, futhi eqhuba lokhu kumiswa ngemva kokufakwa kwamandla.
• Ukucushwa okuzenzakalelayo kwehadiwe kuyimodi engaphethwe.
• Kumodi engalawulwa, zonke izixhumanisi ezivela ku-jumpers P7 ne-P9 zivuliwe. Uma i-P7 ivuliwe, lokhu kulungisa iswishi ukuze isebenzise i-SPI njengesixhumi esibonakalayo Sokusingatha futhi i-P9 evulekile yenza i-MAX32690 isebenzise i-firmware elayishiwe ukuze ilungiselele iswishi ne-PSE.
• Iswishi ilungiselelwe ukusebenza okuyisisekelo kokushintsha, okuhlanganisa nama-VLAN ID (1-10) anazo zonke izimbobo ezinikwe amandla futhi zalungiswa kanje:
  • Imbobo 0, Imbobo 1, Imbobo 4, Imbobo 5: RGMII, 10Mbps
  • Imbobo 2, Imbobo 3: RGMII, 1000Mbps

Ithebula 11. Izikhundla Ze-Jumper Zemodi Engaphethwe

I-Switch S4 inikeza ikhono lomsebenzisi lokuvumela ukusebenza okwengeziwe kwe-ADIN6310, okungukuthi ukuvumelanisa isikhathi (IEEE 802.1AS 2020), iphrothokholi yokutholwa kongqimba (LLDP), kanye nokuphenya kwe-IGMP. Ithebula le-12 libonisa inhlanganisela engenzeka kanye nokusebenza kokucushwa ngakunye. Qaphela ukuthi izikhonkwane ze-GPIO ezihambisanayo zingu-sampiholele ekukhuphuleni amandla, ngakho-ke, izinguquko ekucushweni kwe-S4 zidinga umjikelezo wamandla.

Ithebula 12. Ukucushwa kwe-DIP Switch S4

• Qaphela ukuthi okunye ukusebenza kwe-TSN noma isixhumi esibonakalayo se-SGMII akusekelwa kumodi engaphethwe, kodwa kuyatholakala uma kusetshenziswa imodi ephethwe. Ukucushwa kwe-PSE kwenziwa yi-firmware ye-MAX32690, eyenza idivayisi ye-LTC4296-1 isebenze nge-SPI.
• Isekethe ye-LTC4296-1 ilungiselelwe iziteshi ezi-4 ze-PSE Class 12. Uma isilawuli se-PSE sinikezela ngevolthitage kwimbobo ye-T1L, i-LED yamandla aluhlaza okwesibhakabhaka yaleyo mbobo iyakhanyisa.

UKULUNGISWA OKUPHATHWE KANYE NE-TSN

• Imodi ephethwe yalo mklamo wereferensi inikeza umsebenzisi amandla okuhlola amandla abanzi wedivayisi ye-ADIN6310, okuhlanganisa i-TSN nekhono le-Redundancy.
• Imodi ephethwe incike ekusetshenzisweni kwephakheji yokuhlola ye-TSN ye-ADI (uhlelo lokusebenza kanye web iseva esebenza ku- Windows 10 I-PC ixhumeke ekushintsheni kwe-Ethernet Port 2 noma I-Port 3). Isixhumi esibonakalayo Sokusingatha i-Port 2.
• Ukuze usebenzise imodi ephethwe nephakheji yokuhlola, qinisekisa ukuthi izixhumanisi zifakwe ku-P7 ukuze ulungiselele isixhumi esibonakalayo Sokubamba imbobo oyikhethayo, bona i-ADIN6310 Host Port Strapping.
• Uma isilawuli se-PSE singadingeki, faka i-P9 endaweni 2-3 ukuze ugcine i-MAX32690 isethwe kabusha.
• Nika amandla izimbobo ze-RGMII uma usebenzisa iphakheji yokuhlola.

Ithebula 13. Izikhundla Ze-Jumper Zemodi Ephethwe

Shintsha i-TSN Evaluation Software

• Isofthiwe yephakheji yokuhlola iyatholakala njengokulanda isofthiwe ekhasini lomkhiqizo le-ADIN6310.
• Iphakheji yokuhlola iqukethe ithuluzi lokuhlola elisekelwe ku-Windows kanye ne-PC esekelwe web iseva yokucushwa koshintsho (kanye nama-PHY).
• Le phakheji isekela ukusebenza kwe-TSN kanye nekhono lokuRedundancy futhi isetshenziselwa ukuhlola iswishi.
• Le phakheji ayisekeli ukusebenza nge-MAX32690 noma LTC4296-1. Umsebenzisi angakwazi view shintsha izibalo zembobo ngayinye, engeza futhi ukhiphe okufakiwe okumile kuthebula lokubheka, futhi ulungiselele izici ze-TSN ngokusebenzisa web amakhasi anikezwe yi- web iseva esebenza ku-PC. Uma ukumisa sekuqediwe, izinhlelo zokusebenza zomsebenzisi zingaxhumana namanye amadivaysi ngenethiwekhi ye-TSN.
• Kungenjalo, umsebenzisi angalungiselela idivayisi ngezici Zoku Redundancy ezifana ne-HSR noma i-PRP.

PHAWULA VS. AKULAWULIWE
Umhlahlandlela ohambelana nabasebenzisi (UG-2280) uyatholakala futhi ekhasini lomkhiqizo we-ADIN6310.

ses-configuration File

• Uma usebenzisa iphakheji yokuhlola, ukucushwa kwe-ADIN6310 kusekelwe kumbhalo wokucushwa. file, njengoba kukhonjisiwe kuMfanekiso 4. Amapharamitha aqondene nehadiwe adluliswa esuka ku-xml file equkethwe ngayinye file uhlelo, bheka Umfanekiso 5.
• Ukucushwa kuqondene ngqo nehadiwe esetshenziswayo. Hlela i-ses-configuration.txt file ukufanisa ihadiwe ngokulungisa i-XML file, njengoba kuboniswe kuMfanekiso 4.
• Bese, vula uhlelo lokusebenza ukuze uqale ukumisa iswishi.
• Sebenzisa i-XML file Igama elithi eval-adin6310-10t1l-rev-c.xml ibhodi lokuhlola ukushintshwa kwenkundla, lokhu kulungiselelwa kusebenza kukho konke ukubuyekezwa kwezingxenyekazi zekhompuyutha kusukela ku-REV C kuye phambili, esebenzisa isixhumi esibonakalayo se-RGMII kuwo wonke ama-Ethernet PHYs.
• I-XML file I-eval-adin6310-10t1l-rev-b.xml ifane nokubuyekezwa okudala kwehadiwe, esebenzise isixhumi esibonakalayo se-RMII se-ADIN1100 PHYs. Ukuze uthole imininingwane eyengeziwe ngokusebenzisa le softhiwe, bheka kumhlahlandlela wabasebenzisi (UG-2280) kusukela kukhasi lomkhiqizo we-ADIN6310.

I-TSN SHINTSHA I-LIBRARY YOMSHAYELI

• Iphakheji yomshayeli iqukethe ama-API wokushintsha we-ADIN6310 asetshenziselwe ukulungisa iswishi nakho konke ukusebenza kwayo.
• Isofthiwe iyikhodi yomthombo C kanye ne-OS agnostic. Thumela le phakheji kuzingxenyekazi ezihlukene ukuze uxhumane neswishi futhi unikeze ukufinyelela kuzo zonke izici ezivezwe manje kuswishi.
• Iphakheji yomshayeli iyatholakala ukuthi ilandwe ekhasini lomkhiqizo le-ADIN6310 futhi kufanele kuboniswane nayo negayidi yomsebenzisi (UG-2287).
• Uma usebenzisa ama-API omshayeli, ukucushwa kwembobo kuqondile ekucushweni kwehadiwe. Kulo mklamo wereferensi yokushintsha inkambu, amazwibela alandelayo ekhodi abonisa isakhiwo sokuqalisa imbobo saleli bhodi.
• Lesi sakhiwo sidluliselwa ku-SES_Ini-tializePorts() API phakathi nokuqaliswa kweswishi. Ukuze uthole imininingwane eyengeziwe ngokulandelana kwamakholi we-API, bheka kumhlahlandlela wabasebenzisi (UG-2287).
• Isakhiwo sibhekelela ukucushwa okuhlukile kwe-PHY nesivinini. Le nguqulo yehadiwe isebenzisa 2 x I-ADIN1300 Ama-PHY ku-Port 2 naku-Port 3 kanye no-4 x I-ADIN1100 Ama-PHY ku-Port 0, Port 1, Port 4, kanye nase-Port 5.
• Wonke ama-PHY axhunywe ku-interface ye-RGMII. Le nguqulo yezingxenyekazi zekhompuyutha isebenzisa i-inverter endleleni esuka ku-PHY ukuze ishintshe okokufaka kwesixhumanisi, isebenzisa izimelaphi zokubopha ikheli ze-PHY zangaphandle (phyPullupCtrl).
  Lapho ulungiselela ama-ADIN1100 PHYs, ipharamitha yokuxoxisana ngokuzenzakalelayo ayinalo ithonya emandleni we-PHY wokuziphendulela.

PHAWULA VS. AKULAWULIWE

IKHODI YOMTHOMBO YE-MAX32690

• Iphrojekthi yekhodi yomthombo iyatholakala ku-GitHub kwimfoloko ye-ADI Zephyr e- I-GitHub. I I-ADIN6310 example phrojekthi itholakala ku-samples/application_development/adin6310, ngaphansi kwegatsha le-adin6310_switch.
• Umtapo wolwazi womshayeli we-TSN wokushintsha awufakiwe egatsheni; ngakho-ke, engeza ikhodi yomthombo ngokuhlukana lapho wakha iphrojekthi. Umtapo wolwazi wabashayeli be-TSN uyatholakala njengokulanda ngokuqondile ekhasini lomkhiqizo le-ADIN6310.
• Le phrojekthi ye-Zephyr isekela ama-ex amaningiampokusekelwe ekucushweni kwehadiwe ye-DIP switch S4 njengoba kuchazwe kuThebula 12. Ukucushwa okuzenzakalelayo kwe-hardware oko MAX32690 iprosesa ukusebenzisa i-firmware ukumisa i-ADIN6310
• I-Ethernet shintsha isixhumi esibonakalayo Sokusingatha i-SPI ibe imodi yokushintsha eyisisekelo ene-VLAN ID 1-10 enikwe amandla okufunda nokudlulisela kuwo wonke amachweba, kanye ne I-LTC4296-1 I-PSE izonikwa amandla kuzo zonke izimbobo. I-SCCP ayinikiwe amandla, kodwa i-example routine ifakiwe kukhodi yeZephyr.

UKUHLANGANISA IPROJEKTHI
Ukuze uhlanganise iphrojekthi, sebenzisa okulandelayo:

Lapho i-DLIB_ADIN6310_PATH kuyindlela eya lapho iphakheji yesofthiwe yomshayeli we-ADIN6310 TSN ikhona.

UKUFLESHA IBHOD
Isixhumi se-P20 sinikeza ukufinyelela kusixhumi esibonakalayo se-MAX32690 SWD. Ngokuya ngophenyo lokususa iphutha olusetshenzisiwe, isilawuli esincane singahlelwa, njengoba kukhonjisiwe ezigabeni ezilandelayo.

Segger J-Link

Kunezindlela ezimbili zokulayisha i-firmware usebenzisa i-Segger J-Link. Okokuqala, qiniseka ukuthi i-J-Link software toolchain ifakiwe (itholakala kwa-Segger website) futhi ifinyeleleke kokuguquguquka kwe-PATH (kokubili kwe-Windows ne-Linux), bese wenza okukodwa kokulandelayo:

• 
• Kungenjalo, umsebenzisi angasebenzisa i-JFlash (noma i-JFlashLite) Utility:
• Vula i-JFlashLite bese ukhetha i-MAX32690 MCU njengokuhlosiwe.
• Bese, hlela i-.hex file etholakala ku-build/Zephyr/Zephyr. indlela ye-hex (ku-directory ye-Zephyr). I-firmware isebenza ngemuva kokulayisha ngempumelelo.

Idatha ye-MAX32625

• Okokuqala, i- MAX32625 Ibhodi le-PICO kufanele lihlelwe ngesithombe esingu-MAX32690 esitholakala kuso Github. Lo mhleli we-PICO unikeza ukufinyelela okuqondile kumemori ye-microcontroller, evumela umsebenzisi ukuthi akhanyise i-hex files ngokuguquguquka okukhulu. Kunezindlela ezimbili zokuhlela i-firmware hex file Idatha ye-MAX32690.

Indlela yokuqala ilula kakhulu futhi ayidingi ukufakwa okwengeziwe. Ngokufana nezindawo eziningi zokusebenzelana ze-DAPLink, ibhodi le-MAX32625PI-CO liza lifakwe ngaphambili ne-bootloader eyenza umshayeli athuthuke kancane ukudonsa nokuwisa. Lokhu kuvumela abasebenzisi ukuthi basebenzise ibhodi le-MAX32625PICO njengengxenyekazi encane, eshumekayo yentuthuko. Izinyathelo ezilandelayo ziqondisa indlela yokukhanyisa i-firmware kudivayisi ye-MAX32690:

1. Xhuma ibhodi le-MAX32625PICO kusixhumi se-Field switch board P20.
2. Xhuma ibhodi eqondiwe kumthombo wamandla, xhuma i-adaptha yokususa iphutha ye-MAX32625PICO emshinini Wokusingatha.
3. Hudula bese uphonsa i-hex file ukusuka esinyathelweni sokwakha ungene kudrayivu ye-DA-PLINK ukuze ulayishe i-firmware entsha ebhodini. I-firmware isebenza ngemuva kokulayisha ngempumelelo.

Enye indlela yokukhanyisa usebenzisa ibhodi le-PICO usebenzisa

I-West Command idinga ukuthi umsebenzisi asebenzise inguqulo yangokwezifiso ye-OpenOCD. Indlela elula yokuthola le nguqulo ye-Open-OCD ukufaka i-MaximSDK usebenzisa isifaki esizenzakalelayo esitholakala ku-MaximSDK. Qinisekisa ukuthi i-Open On-Chip Debugger ivuliwe efasiteleni elithi Khetha izingxenye phakathi nokufaka (ngokuzenzakalelayo). Ngemva kokufakwa kwe-MaximSDK, i-OpenOCD iyatholakala endleleni ye-Max-imSDK/Tools/OpenOCD. Hlela i-MAX32690 manje ngokusebenzisa intshonalanga. Qalisa okulandelayo kutheminali (kufanele kufane lapho umsebenzisi ahlanganise khona iphrojekthi ngaphambilini): Shintsha indlela eya kunkomba yesisekelo se-MaximSDK ngokusekelwe lapho ifakwe khona ngaphambilini.

UKUSEBENZISA I-FIRMWARE
Ngemva kokuhlela, isithombe se-firmware sisebenza ngokuzenzakalelayo. Isilawuli esincane siloga isimo sokucushwa nge-UART (115200/8N1, akukho ukulingana). Ngokuxhunywa kwe-debugger futhi kusetshenziswa uhlelo lwe-terminal olufana ne-putty, lapho iswishi ye-S4 DIP isesimweni 1111, lokhu kubonisa okuphumayo okulandelayo:

U-ZEPHYR USETHA UMHLAHLANDLELA

Abasebenzisi bokuqala be-Zephyr, bheka umhlahlandlela wokusetha we-Zephyr otholakala I-Zephyr yokumisa umhlahlandlela

AMABHODI E-CASCADING

Kungenzeka ukwenza amabhodi amaningi we-daisy-chain ukwandisa isibalo sembobo usebenzisa noma ukucushwa okungalawulwa ngoxhumo olujwayelekile lwe-Ethernet, kungenjalo, kusetshenziswa iphakheji yokuhlola ye-TSN ngaphezu kwe-RGMII noma i-SGMII.
UKUKHISHWA KUSEBENZISA UKULUNGISWA OKUNGALAWthiwe

• Uma isebenza ekucushweni okungaphethwe Imbobo yesi-2 kanye ne-Port 3 zisebenza njengezimbobo ezinkulu ze-1Gb.Sebenzisa lezi zimbobo ukuze wenze amabhodi e-cascade ukwandisa isibalo sembobo. Njengoba i-SPI ikhethwa Njengomsingathi, xhuma i-Port 2 noma i-Port 3 ku-Port 2 noma i-Port 3 ebhodini elilandelayo kuchungechunge.

UKUKHIPHA NGENXA YOKUQHUBEKA OKULAWULIWE
Ukusebenzisa i-RGMII Host Interface
Lapho usebenzisa iphakheji yokuhlola ye-TSN (uhlelo lwe-PC kanye web iseva) ene-Port 2 kanye ne-Port 3 kumodi ye-RGMII, i-jumper yesixhumanisi esihambelanayo (i-P10 Yembobo 2, i-P16 Yembobo 3) kufanele ixhunywe kusimo se-PHY LINK_ST. Ekucushweni okuphethwe, lungiselela i-Port 2 noma i-Port 3 njengesixhumi esibonakalayo Sokusingatha usebenzisa izindawo ze-P7 jumper. Ukucushwa okuboniswe kuThebula 13 kumisa Imbobo yesi-2 njengesixhumi esibonakalayo Sosokhaya. Kulokhu, amabhodi e-cascading okwandisa isibalo sechweba, I-Port 2 yebhodi lokuqala kufanele ixhunywe ku-PC Yomsingathi esebenzisa uhlelo lokuhlola lwe-Windows TSN. I-Port 3 ixhunywe ku-Port 2 yebhodi elilandelayo ku-chain, njalonjalo. Iphakheji yokuhlola ye-TSN ingamisa amaswishi amaningi kuketango, kufika kubukhulu obuyishumi. Ukuze uthole imininingwane eyengeziwe, bheka kumhlahlandlela womsebenzisi

(UG-2280). Qinisekisa ukuthi i-ses-configuration.txt file ikhomba ekucushweni okufanelekile kwe-xml file njengoba kuxoxwe ngakho ku-ses-configuration File ingxenye.

Isebenzisa i-SGMII ukuze i-Cascade

I I-ADIN6310 iswishi isekela izimbobo ezine ezilungiselelwe ngezindlela ze-SGMII, nokho, izingxenyekazi zekhompuyutha zebhodi lokuhlola zisekela ukumiswa kwamamodi e-SGMII ku-Port 2 kanye ne-Port 3 kuphela. Izindlela zokusebenza ze-SGMII azisekelwa kumodi engaphethwe. Umsebenzisi angashintsha ikhodi yephrojekthi ye-Zephyr ukuze asebenzise izindlela ze-SGMII uma kudingeka. Nika amandla amamodi e-SGMII ngokusebenzisa iphakheji yokuhlola ye-TSN, lapho ulungiselela khona I-Port 2 ne-Port 3 kumodi ye-SGMII, 100BASE-FX, noma 1000BASE-KX. Uma Imbobo 2 noma Imbobo 3 isetshenziswa kumodi ye-SGMII, qiniseka ukuthi uxhuma izixhumi zesixhumanisi ezihambisanayo (i-P10 Yembobo 2, i-P16 Yembobo yesi-3) endaweni ye-SGMII. Uma usebenzisa imodi ye-SGMII phakathi kwamadivayisi e-ADIN6310, vala ukuxoxisana ngokuzenzakalelayo njengoba lokhu kuwukuxhunywa kwe-MAC-MAC.
Imodi ye-SGMII okwamanje ayisekelwe nokucushwa okungaphethwe.

Isexwayiso se-ESD
I-ESD (electrostatic discharge) idivayisi ebucayi. Amadivayisi ashajiwe namabhodi esekethe angaphuma ngaphandle kokutholwa. Nakuba lo mkhiqizo uhlanganisa izifunda ezinelungelo lobunikazi noma zokuvikela ubunikazi, umonakalo ungase wenzeke kumadivayisi angaphansi kwe-ESD yamandla aphezulu. Ngakho-ke, kufanele kuthathwe izinyathelo ezifanele ze-ESD ukuze kugwenywe ukuwohloka kokusebenza noma ukulahlekelwa ukusebenza.

Imigomo Nemibandela Yomthetho

• Ngokusebenzisa ibhodi lokuhlola okukhulunywe ngalo lapha (kanye nanoma imaphi amathuluzi, izingxenye, imibhalo noma izinto ezisekelayo, “Ibhodi Lokuhlola”), uvuma ukuboshwa yimigomo nemibandela ebekwe ngezansi (“Isivumelwano”) ngaphandle uma uthenge Ibhodi Lokuhlola, lapho kuzobusa Imigomo Nemibandela Yokuthengisa Yamadivayisi E-Analogue.
• Ungasebenzisi Ibhodi Lokuhlola uze ufunde futhi uvumelane neSivumelwano. Ukusebenzisa kwakho Ibhodi Lokuhlola kuzobonisa ukwamukela kwakho Isivumelwano.
• Lesi sivumelwano senziwe phakathi kwakho (“Ikhasimende”) kanye namadivayisi e-Analogue, Inc. (“ADI”), kanye nendawo yaso eyinhloko yebhizinisi e-One Analogue Way, Wilmington, MA 01887-2356, USA Kuncike emigomeni nemibandela yeSivumelwano, i-ADI ngalokhu inikeza iKhasimende, okukhethekile, okungeyona ingxenye yesikhashana, okungeyona eyesikhashana ilayisense engadluliseki yokusebenzisa Ibhodi Lokuhlola NGEZINHLOSO ZOKUHLOLA KUPHELA.
• Ikhasimende liyaqonda futhi liyavuma ukuthi Ibhodi Lokuhlola lihlinzekelwe injongo eyodwa nekhethekile ebalulwe ngenhla, futhi liyavuma ukungasebenzisi Ibhodi Lokuhlola nganoma iyiphi enye injongo.
• Ngaphezu kwalokho, ilayisensi enikeziwe yenziwa ngokusobala ngaphansi kwemikhawulo eyengeziwe elandelayo: Ikhasimende ngeke (i) liqashe, liqashe, libonise, lithengise, lidlulise, linikeze, linikeze ilayisensi engaphansi, noma lisabalalise Ibhodi Lokuhlola; futhi (ii) avumele noma yimuphi Umuntu Osesithathu ukuthi afinyelele eBhodini Lokuhlola. Njengoba lisetshenziswe lapha, igama elithi “Inkampani Yasesithathu” lihlanganisa noma iyiphi inhlangano ngaphandle kwe-ADI, Ikhasimende, abasebenzi balo, abaxhumana nabo kanye nabaxhumanisi bangaphakathi.
• Ibhodi Lokuhlola AYIthengiselwa IKhasimende; wonke amalungelo anganikezwanga ngokucacile lapha, okuhlanganisa ubunikazi beBhodi Lokuhlola, agodliwe yi-ADI. IMFIHLO.
• Lesi Sivumelwano kanye Nebhodi Lokuhlola konke kuzobhekwa njengolwazi oluyimfihlo nolobunikazi lwe-ADI. Ikhasimende angeke lidalule noma lidlulisele noma iyiphi ingxenye yeBhodi Lokuhlola kunoma iyiphi enye inhlangano nganoma yisiphi isizathu.
• Ngemva kokuyekiswa ukusetshenziswa kweBhodi Lokuhlola noma ukunqanyulwa kwalesi sivumelwano, Ikhasimende livuma ukubuyisela Ibhodi Lokuhlola ku-ADI ngokushesha.
• IMIBETHO ENGEZIWE. Ikhasimende akumele lihlakaze, lihlakaze noma lihlehlise ama-chips kanjiniyela eBhodini Lokuhlola.
• Ikhasimende lizokwazisa i-ADI nganoma imuphi umonakalo noma noma yikuphi ukuguqulwa noma izinguquko elizenzayo Ebhodini Lokuhlola, okuhlanganisa kodwa kungagcini ngokuthengisa noma yimuphi omunye umsebenzi othinta okuqukethwe okubalulekile kweBhodi Lokuhlola.
• Ukuguqulwa Kwebhodi Lokuhlola kufanele kuhambisane nomthetho osebenzayo, okuhlanganisa kodwa kungagcini ngoMyalelo we-RoHS.
• TERMINATION. I-ADI ingase inqamule lesi Sivumelwano nganoma yisiphi isikhathi lapho inikeza isaziso esibhaliwe kuKhasimende. Ikhasimende livuma ukubuyela ku-ADI Ibhodi Lokuhlola ngaleso sikhathi.
• UMKHAWULO WOKUBOPHEZELA. IBHODI LOKUHLOLA LINIKEZELWE NGAPHANSI LINIKEZELWA “NJENGOBA IFANA” FUTHI I-ADI AYENZI IZIQINISEKISO NOMA IZIMELELI ZANOMA YILUPHI UHLOBO NGENHLONIPHO KUYO.
• I-ADI IKUKHULULULA KAKHULU UKUMELELE, IZIMBULELO, IZIQINISEKISO, NOMA IZIQINISEKISO, EZIPHUMELELE NOMA EZISEKILEYO, EZIPHATHELENE NEBHHODI LOKUHLOLA, KUHLANGANISA, KODWA AKUkhawulelwe, ISIQINISEKISO ESISHIYIWE SOKUTHENGISWA, UBUCIKO, UBUCIKO. NOMA UKUNGAHLUPHEKI KWAMALUNGELO EMPAHLA ENGAHLAKULIWEYO. AKUKHO MCIMBI ONGAZOBA U-ADI KANYE NABAMELAyisense BAYO BAPHOQELE IMANDLA NGANOMA YILUPHI ISENZAKALO, ESIKHETHEKILE, ESINGAPHAMBILI, NOMA OKULANDELAYO, NOMA OKULANDELAYO OKUPHUMELA IMPAPHO YEKHASIMENDE NOMA UKUSETSHENZISWA KWEBHHODI LOKUHLOLA, KUHLANGANISA KODWA AKUPHELELE UKUNIKEZELA IZIMALI, IMNZUZO, OKUHLE. ISIBOPHO SESIYONKE SE-ADI KUSUKA KUNOMA YILUPHI KANYE NAZO ZONKE IZIMBANGELA ZIYONIKEZWA INANI LAMADALA ASE-US AYIKHULU ELILODWA ($100.00). THUMELA.
• Ikhasimende liyavuma ukuthi ngeke lithumele ngokuqondile noma ngokungaqondile Ibhodi Lokuhlola kwelinye izwe, nokuthi lizothobela yonke imithetho yenhlangano yase-United States esebenzayo neziqondiso ezihlobene nokuthekelisa. UMTHETHO OLAWULAYO.
• Lesi sivumelwano sizobuswa futhi sichazwe ngokuvumelana nemithetho eqinile ye-Commonwealth yase-Massachusetts (ngaphandle kokungqubuzana kwemithetho yomthetho).
• Noma isiphi isenzo esingokomthetho esiphathelene nalesi sivumelwano sizolalelwa ezinkantolo zesifunda noma zombuso ezinegunya lokulawula e-Suffolk County, Massachusetts, futhi Ikhasimende lithumela kundawo yomuntu siqu kanye nendawo yezinkantolo ezinjalo.
• I-United Nations Convention on Contracts for the International Sale of Goods ngeke isebenze kulesi Sivumelwano futhi ikhishwe ngokusobala. Yonke imikhiqizo ye-Analogue Devices equkethwe lapha ikhonjelwe ekukhululweni nasekutholakaleni.

©2024-2025 Analog Devices, Inc. Wonke amalungelo agodliwe. Izimpawu zokuhweba nezimpawu zokuthengisa ezibhalisiwe ziyimpahla yabanikazi bazo. I-One Analogue Way, Wilmington, MA 01887-2356, USA

Amadokhumenti / Izinsiza

AMADIVAYISI E-ANALOG I-ADIN6310 Idizayini Yereferensi Yokushintsha Kwensimu [pdf] Incwadi Yomnikazi ADIN6310, ADIN1100, ADIN1300, LTC4296-1, MAX32690, ADIN6310 Field Switch Reference Design, ADIN6310, Field Switch Reference Design, Switch Reference Design, Reference Design

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