【產品詳情】
SPIET800 芯片組作為橫向功率傳輸(LPD)解決方案，將電流能力提高到LPD極限以上，垂直功率傳輸(VPD)將很快實現(xiàn)更高的電流密度。VPD系統(tǒng)通過一個與處理器特定引腳映射相匹配的電容網絡，從垂直堆疊在處理器下方的電源轉換器中輸送電流。如果我們直接在處理器下提供電流并消除PDN損耗，GCMs(齒輪箱電流倍增器)將很快使電流密度達到2A/毫米2。
SPIET800 IP on the critical path to Power-on Package LPD和VPD解決方案為AI加速卡、AI高密度集群和高速網絡等應用中的高級處理器提供無與倫比的電流密度和高效的電流傳輸。
SPIET800
SPIET800芯片組可以通過48V電源供電，設計有驅動器MCD4609和一雙MCM4609電流倍增器模塊，可以提供650A的連續(xù)電流和1200A的峰值電流。電流乘法器的小尺寸和低剖面（45.7×8.6×3.2mm）使其更靠近處理器，以降低配電網絡（PDN）損耗和提高電源系統(tǒng)效率
SPIET800
The SPIET800 chipset, as a transverse power transfer (LPD) solution, increases current capability beyond the LPD limit, and vertical power transfer (VPD) will soon achieve higher current density. The VPD system delivers current from power converters stacked vertically beneath the processor through a network of capacitors matched to a processor-specific pin map. If we deliver current directly under the processor and eliminate PDN losses, the GCMs(Gearbox current multiplier) will quickly bring the current density up to 2A/ mm 2.
SPIET800 IP on the critical path to Power-on Package. LPD and VPD solutions provide unmatched current density and efficient current transfer for advanced processors in applications such as AI accelerator cards, AI high-density clustering, and high-speed networking.
The SPIET800 chipset can be powered from a 48V supply and is designed with a driver MCD4609 and a pair of MCM4609 current multiplier modules that can deliver 650A continuous current and 1200A peak current. The current multiplier’s small size and low profile (45.7×8.6×3.2mm) bring it closer to the processor to reduce distribution network (PDN) losses and improve power system efficiency
SPIET800
| GE | IS200JPDDG1AAA | GE | IS230STAOH2A | GE | DS200SIOBH1ACA |
| GE | IS200SAMBH1ABA | GE | IS230TBAIH2C | GE | DS200SLCCG1ACC |
| GE | IS200SDIIH1ADB MRP683026 | GE | IS230TCISH6C | GE | DS200SDCCG1AFD |
| GE | IS200SPIDG1ABA | GE | IS230TDBTH6A | GE | DS200SLCCG1AFG |
| GE | IS200SRTDH2ACB | GE | IS230TNCIH4C | GE | DS200TBQCG1AAA |
| GE | IS200STCIH2A | GE | IS230TNPAH2A | GE | DS200TBQDG1AFF |
| GE | IS200STCIH6AED | GE | IS230TNSVH3A | GE | DS200TCCAG1 BAA |
| GE | IS200TBAIH1CCC | GE | IS230TVBAH2A | GE | DS200TCEAG1 BNE |
| GE | IS200TBCIH2CAA | GE | IS420ESWBH3A | GE | IS210AEBIH3BEC |
| GE | IS200TBCIS2CCD | GE | IS420ESWBH2A | GE | IS210AEBIH3BED |
| GE | IS200TDBTH6ABC | GE | IS420UCSCH2A-C-V0.1-A | GE | IS210AEDBH4AGD |
| GE | IS200TDBTH6ACD | GE | IS420UCSCH1A | GE | IS210AEPSG1AFC |
| GE | IS200TPROH1BCB | GE | DS200ACNAG1ADD | GE | IS210BPPBH2BMD |
| GE | IS200TPROS1CBB | GE | DS200ADGIH1AAA | GE | IS210SAMBH2AA |
| GE | IS200TREAH2AED | GE | DS200ADPBG1ABB | GE | IS210WSVOH1AE |
| GE | IS200TREGH1BEC | GE | DS200CPCAG1ABB | GE | IS215ACLEH1BB |
| GE | IS200TRPAH2AHE | GE | DS200CTBAG1ADD | GE | IS215UCVEH2AB |
| GE | IS200TSVCH1AJE | GE | DS200DCFBG1 BGB | GE | IS215UCVEH2AE |
| GE | IS200TTURH1CFD | GE | DS200DCFBG1BLC | GE | IS215UCVEM10A |
