I-Fiber Optic Sfp Module
Ibhizinisi lobuchwepheshe obuphezulu eligxile ocwaningweni nasekuthuthukisweni kwezokuxhumana kanye nokukhiqizwa kwefiber optical.
Ulimi
Ibhizinisi lobuchwepheshe obuphezulu eligxile ocwaningweni nasekuthuthukisweni kwezokuxhumana kanye nokukhiqizwa kwefiber optical.
Le KEXINT NVIDIA/Mellanox MMS4A00 ehambisanayo ne-1.6T OSFP224 2xDR4 Optical Transceiver Module imelela ubuchwepheshe obuphelele bokuxhumana kwesikhungo sedatha se-AI esinobukhulu obuphezulu. Inikwe amandla yi-Broadcom 3nm DSP (Sian3) yanamuhla kanye ne-8x200G PAM4 modulation ethuthukisiwe, inikeza i-passput yedatha ephansi engenakuqhathaniswa ngokusetshenziswa kwamandla okuphansi kakhulu.
Yakhelwe ngqo ama-InfiniBand XDR / Quantum-X800 Air-Cooled Switches esizukulwane esilandelayo, ukwakheka kokushisa okuhlanganisiwe kwe-Closed Finned Top (IHS) kuqinisekisa ukushabalaliswa kokushisa okuqinile ngaphansi kwemithwalo yekhompyutha eyingozi kakhulu, kususa izithiyo ze-I/O.
Ifaka phakathi i-Dual MPO-12/APC interfaces yokuxhumana okungaxhunyiwe kwe-1310nm 500m Single-Mode Fiber (SMF), le module yezinga lenkampani inikeza onjiniyela benethiwekhi ukuhambisana okuphelele okungu-100%, ukuzinza kwehadiwe okuqinile, kanye nokusebenza kahle kwe-ROI okuhle kakhulu kwekhompyutha ephezulu esebenza kahle (i-HPC) kanye namaqoqo amakhulu e-AI.
Incazelo Yomkhiqizo
I-NVIDIA/Mellanox MMS4A00 Iyahambisana ne-1.6T OSFP224 2xDR4/DR8 8x200G PAM4 InfiniBand XDR Optical Transceiver Module(SMF, 1310nm, 500m, Dual MPO-12/APC, DOM, IHS/Closed Finned Top)
I-NVIDIA/Mellanox MMS4A00 (980-9IAH1-00XM00) I-OSFP Optical Transceiver ehambisanayo iyimojula ye-OSFP IHS/Closed Finned Top enamachweba amabili enikeza amanethiwekhi e-InfiniBand XDR angu-2x 800Gb/s (1.6T). Iqukethe ukwakheka kwemodi eyodwa, okusekelwe ku-silicon photonics okuneziteshi eziyisishiyagalombili ezifanayo, okusekela ukudluliselwa kwe-2×DR4/DR8. Imbobo ngayinye ye-800G iphela ngesixhumi se-MPO-12/APC esineziteshi ezine. Imojula isebenzisa ukuguqulwa kukagesi kwe-200G-PAM4 futhi inikeza ukuxhumana okuthembekile okufushane okufika kumamitha angu-500 ngaphezu kwemicu eyisishiyagalombili yemodi eyodwa.
Yakhelwe nge-Broadcom 3nm DSP, le transceiver iqinisekisa amazinga amaphutha e-bit aphansi kakhulu kanye nokulethwa kwedatha okuzinzile, okusheshayo ekusetshenzisweni okuphezulu. Idizayini yayo ye-IHS/Closed Finned Top ivumela ukuphathwa okusebenzayo kokushisa kwamaswishi e-Quantum-X800, okusekela kokubili ukucushwa komoya kanye nokuphola koketshezi. Ihambisana kahle nezinhlelo ze-NVIDIA B300 kanye ne-DGX, le module inikeza ukuxhumana kwe-GPU-to-GPU kanye ne-GPU-to-storage okukalayo, okubambezeleka okuphansi, okulungele ukuxhumana kwe-AI, HPC, kanye nezindawo ezinkulu zokuxhumanisa izikhungo zedatha, ivula amandla aphelele ezindwangu zekhompyutha ezisebenza kahle kakhulu.
Qaphela: Ama-transceiver "aphezulu" manje abizwa ngokuthi "i-Integrated HeatSink" (IHS) njengoba ama-cooling fin ehlanganiswe ne-OSFP connector metal top. Avame ukusetshenziswa kuma-switch apholile emoyeni. Ama-transceiver "aphezulu" manje abizwa ngokuthi "i-Riding Heat Sink" (RHS) njengoba ama-cooling fin ehamba phezu kwekhadi lenethiwekhi noma ama-system internal cages. Lokhu kusetshenziselwa kokubili izinhlelo zokusebenza ezipholile emoyeni kanye nezipholile ngoketshezi ze-DGX, ConnectX-7, kanye ne-BlueField-3 DPUS.
Okuvelele Komkhiqizo
I-Broadcom 3nm DSP Chip eyakhelwe ngaphakathi, Ukusetshenziswa kwamandla okuphezulu okungu-25W
Ubuchwepheshe obusekelwe ku-SiPh bamandla aphansi, izindleko kanye nobuningi obuphezulu
Kuqinisekiswe ngo-100%, kuyahambisana nama-NVIDIA Quantum-X800 Switches
Yakhelwe i-DGX GB300/B300 Architectures
I-8x 200G-PAM4 kagesi kuya ku-Dual 4x 200G-PAM4 Optical Parallel
Isebenzisana ne-OSFP224-DR4-800G-FL ye-2x 800G NIC
Ihambisana ne-Hot-Pluggable OSFP MSA, IEEE 802.3dj, kanye ne-RoHS
Ukuphepha Kwelaser Yekilasi 1 Kuyahambisana Nemithetho kanye Ne-DDM Esekelwayo
Imininingwane
| I-NVIDIA/Mellanox InfiniBand Iyahambisana | I-MMS4A00-XM | Igama Lomthengisi | I-KEXINT |
| Isici Sefomu | I-OSFP enezimbobo ezimbili/evaliwe i-Finned Top | Izinga Ledatha Eliphezulu | 1600Gbps (8x 200Gbps) |
| Ubude begagasi | 1310nm | Ibanga Eliphezulu Lekhebula | 500m |
| Isixhumi | I-APC ye-MTP/MPO-12 ephindwe kabili | Imidiya | I-SMF |
| Uhlobo Lomthumeli | I-CW (Isekelwe ku-SiPh) | Uhlobo Lomamukeli | Iphinikhodi |
| Amandla e-TX | -3.3~4dBm | Amandla Okwamukela Aphansi | -6.3dBm |
| Isabelomali Samandla | 3dB | Ukulayisha Okungaphezu Kokujwayelekile Komamukeli | 4dBm |
| Ukusetshenziswa Kwamandla Okuphezulu | 25W | Isilinganiso Sokuphela | 3.5dB |
| I-DDM/DOM | Kusekelwe | Ibanga Lokushisa Kwezentengiselwano | 0 kuya ku-70°C (32 kuya ku-158°F) |
| Ukushintshashintsha (Kagesi) | 8x 200G-PAM4 | Ukushintshashintsha (Optical) | I-Dual 4x 200G-PAM4 |
| I-CDR (Ukubuyiselwa Kwewashi Nedatha) | I-DSP eyakhelwe ngaphakathi ye-TX & RX | I-FEC eyakhelwe ngaphakathi | Yebo |
| Ubuchwepheshe Bokupakisha | Ukupakisha kwe-COB (i-Chip ebhodini) | Isilinganiso Sephutha Le-Bit (BER) | 6E-12 (I-FEC Iyasebenza) |
| Amaphrothokholi | I-OSFP MSA, i-CMIS 5.1, i-IEEE P802.3dj, i-OIF 224G-VSR | Iwaranti | Unyaka ongu-1 |
Izixazululo Zokuxhumana
Izici
Ukuthuthukisa Ukusebenza Kweqembu Le-B300 AI ngamaModule e-1.6T OSFP224
Ku-architecture ye-NVIDIA B300, i-1.6T OSFP optical module inikeza ukuxhumana kwe-bandwidth ephezulu, i-low-latency phakathi kwama-switches e-Quantum-X800 InfiniBand kanye namaseva e-DGX B300, okuqinisekisa ukuxhumana okuzinzile, okushesha kakhulu, okusheshisa ukuqeqeshwa kwe-AI okusatshalaliswa okukhulu, kanye nokuthuthukisa ukusebenza kahle kweqembu lonke. Funda kabanzi mayelana nesisombululo se-B300 InfiniBand.
Kuhlolwe ngo-100% yi-NVIDIA Environment
Amamojula e-1.6T OSFP DR8 ahlolwa kumadivayisi okuqala e-NVIDIA Quantum-X800 ukuqinisekisa inhlanganisela ephelele yokusebenza komkhiqizo kanye nokuthembeka. Kubandakanya ukuhambisana kwehadiwe (ukuxhuma, ukukhipha i-plug, ukuqala kabusha), ukuhambisana kwesofthiwe (ukuxhumana, amapharamitha). Hlola ukuhambisana neThuluzi lethu Lokuhambisana Ne-Optics-to-Device.
Ubuchwepheshe be-Broadcom 3nm DSP kanye ne-SiPh obusekelwe ekusebenzeni kahle kwamandla okuphezulu
Isebenza nge-chip ye-Broadcom ye-3nm DSP kanye ne-silicon photonics, le transceiver ye-1.6T XDR inikeza ukusetshenziswa kwamandla okuphansi okungu-25W (ukonga amandla okungaphezu kuka-25%) kanye ne-6E-12 BER eqinile (ene-FEC Enabled). Ivumela ukuminyana kwe-port okuphezulu, izidingo zokupholisa ezincishisiwe, kanye nezindleko eziphansi zobunikazi.
I-XDR vs. NDR: Ukuphumelela Kokusebenza Kahle Kakhulu Kwe-AI Cluster
Isixazululo se-XDR esine-transceiver engu-1.6T sithuthukisa ukusebenza kahle kwamandla eqembu ngokusebenzisa i-bandwidth density ephezulu kanye nokwakhiwa kwezixhumanisi okwenziwe ngcono. Ekulungiselelweni kwama-node angu-512, lesi sixazululo senza kube nomphumela ongenakuqhathaniswa, ukukhuliswa okuthuthukisiwe, izidingo zamandla nesikhala ezincishisiwe kakhulu, kanye nokuncishiswa okungu-40.52% kwezindleko eziphelele.
Ukuhlolwa Okuphelele Kukhulisa Ukuthembeka
Ufaneleke ngenqubo eqinile ngemishini ethuthukisiwe ukuqinisekisa ukuthi uthola ama-optics asezingeni eliphezulu futhi athembekile.
Umphumela Wokuhlola Othembekile
Ukuhlolwa kobungcweti kuqinisekisa ukukhanya okuzinzile nokuthembekile okunehadiwe nesofthiwe eqinisekisiwe, okuhlanganisa ukuxhumana, i-BER, kanye nemingcele yokusebenza eyinhloko. Buka umbiko wokuhlola ogcwele ukuze uthole imininingwane.
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