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Vendor:NVIDIA
NVIDIA MCP7Y00-N01A | IB NDR 800G OSFP-to-2xOSFP passive DAC splitter, 2x400G breakout, 1.5m reach
MCP7Y00-N01A
Vendor:NVIDIANVIDIA MCP7Y00-N01A | IB NDR 800G OSFP-to-2xOSFP passive DAC splitter, 2x400G breakout, 1.5m reach
Passive direct-attach copper Y-splitter enabling one 800G OSFP twin-port to break out into two 400G OSFP links. Optimized for very short-reach InfiniBand NDR connections with minimal latency and power versus optics. Ideal for top-of-rack to server or intra-rack switch links. -
Vendor:NVIDIA
NVIDIA MCP7Y00-N003 | IB NDR 800G OSFP-to-2xOSFP passive DAC splitter, 2x400G breakout, 3m reach
MCP7Y00-N003
Vendor:NVIDIANVIDIA MCP7Y00-N003 | IB NDR 800G OSFP-to-2xOSFP passive DAC splitter, 2x400G breakout, 3m reach
Passive direct-attach copper Y-splitter for high-density InfiniBand NDR fabrics. Breaks one 800G OSFP twin-port into two independent 400G OSFP links for short-reach, low-latency, and low-power interconnects in spine/leaf or switch-to-adapter deployments. Ideal where minimal power and latency are required versus optical links. -
Vendor:NVIDIA
NVIDIA MCP7Y00-N002-FLT | OSFP 800G twin-port to 2x400G passive DAC splitter, 2m, flat top (InfiniBand NDR, OSFP-to-2xOSFP)
MCP7Y00-N002-FLT
Vendor:NVIDIANVIDIA MCP7Y00-N002-FLT | OSFP 800G twin-port to 2x400G passive DAC splitter, 2m, flat top (InfiniBand NDR, OSFP-to-2xOSFP)
2-meter passive copper DAC Y-cable that breaks out an 800Gb/s InfiniBand NDR OSFP host port into two 400Gb/s OSFP links, featuring a flat-top OSFP shell for tight-clearance, high-density cages. Designed for ultraālow-latency connections between racks in HPC and AI environments. Passive construction consumes no power and maintains signal integrity over 2m. -
Vendor:NVIDIA
NVIDIA MCP7Y00-N002 | OSFP 800G twin-port to 2x400G passive DAC splitter, 2m (InfiniBand NDR, OSFP-to-2xOSFP)
MCP7Y00-N002
Vendor:NVIDIANVIDIA MCP7Y00-N002 | OSFP 800G twin-port to 2x400G passive DAC splitter, 2m (InfiniBand NDR, OSFP-to-2xOSFP)
Passive copper DAC Y-cable enabling breakout from an 800Gb/s InfiniBand NDR OSFP host to two 400Gb/s OSFP device ports over a 2-meter run. Suited for ultraālow-latency connections between adjacent racks or within larger racks in HPC and AI deployments. Passive design provides zero power draw and near-zero latency with robust signal integrity across 2m. -
Vendor:NVIDIA
NVIDIA MCP7Y00-N001-FLT | OSFP 800G twin-port to 2x400G passive DAC splitter, 1m, flat top (InfiniBand NDR, OSFP-to-2xOSFP)
MCP7Y00-N001-FLT
Vendor:NVIDIANVIDIA MCP7Y00-N001-FLT | OSFP 800G twin-port to 2x400G passive DAC splitter, 1m, flat top (InfiniBand NDR, OSFP-to-2xOSFP)
Passive copper DAC Y-cable for breaking out an 800Gb/s InfiniBand NDR OSFP port to two 400Gb/s OSFP links, featuring a flat-top OSFP shell for high-density cages. Perfect for short-reach, ultraālow-latency in-rack connections where mechanical clearance is tight. Passive design requires no power and preserves signal integrity over 1 meter. -
Vendor:NVIDIA
NVIDIA MCP7Y00-N001 | OSFP 800G twin-port to 2x400G passive DAC splitter, 1m (InfiniBand NDR, OSFP-to-2xOSFP)
MCP7Y00-N001
Vendor:NVIDIANVIDIA MCP7Y00-N001 | OSFP 800G twin-port to 2x400G passive DAC splitter, 1m (InfiniBand NDR, OSFP-to-2xOSFP)
High-performance passive copper DAC Y-cable for breaking out an 800Gb/s InfiniBand NDR OSFP port into two 400Gb/s OSFP links. Ideal for short-reach, ultraālow-latency in-rack or adjacent-rack connections in HPC and AI fabrics. Passive design requires no power and adds negligible latency while maintaining signal integrity over 1 meter. -
Vendor:NVIDIA
NVIDIA MCP7H50-H01AR30 | Passive copper breakout DAC | IB HDR 200G to 2x100G | QSFP56 to 2x QSFP56 | 1.5m
MCP7H50-H01AR30
Vendor:NVIDIANVIDIA MCP7H50-H01AR30 | Passive copper breakout DAC | IB HDR 200G to 2x100G | QSFP56 to 2x QSFP56 | 1.5m
Mid-length passive copper HDR breakout cable that converts one 200G QSFP56 port into two 100G QSFP56 links. Ideal for low-latency fan-out connections within or between adjacent racks without added power or optics. -
Vendor:NVIDIA
NVIDIA MCP7H50-H002R26 | Passive copper breakout DAC | IB HDR 200G to 2x100G | QSFP56 to 2x QSFP56 | 2m
MCP7H50-H002R26
Vendor:NVIDIANVIDIA MCP7H50-H002R26 | Passive copper breakout DAC | IB HDR 200G to 2x100G | QSFP56 to 2x QSFP56 | 2m
HDR breakout DAC that splits one 200G QSFP56 port into two 100G QSFP56 links over a 2m passive copper assembly. Designed for short-to-medium reach fan-out connections with minimal latency and no power draw. -
Vendor:NVIDIA
NVIDIA MCP7H50-H001R30 | Passive copper breakout DAC | IB HDR 200G to 2x100G | QSFP56 to 2x QSFP56 | 1m
MCP7H50-H001R30
Vendor:NVIDIANVIDIA MCP7H50-H001R30 | Passive copper breakout DAC | IB HDR 200G to 2x100G | QSFP56 to 2x QSFP56 | 1m
Passive copper HDR breakout cable for splitting a single 200G QSFP56 port into two 100G QSFP56 links. Ideal for aggregating or fanning out HDR ports with the lowest latency and zero power consumption. -
Vendor:NVIDIA
NVIDIA MCP4Y10-N01A-FLT | Passive copper DAC | IB NDR 800G (2x400G) | OSFP twin-port to OSFP twin-port | 1.5m | flat top
MCP4Y10-N01A-FLT
Vendor:NVIDIANVIDIA MCP4Y10-N01A-FLT | Passive copper DAC | IB NDR 800G (2x400G) | OSFP twin-port to OSFP twin-port | 1.5m | flat top
High-performance passive copper twin-port DAC for InfiniBand NDR deployments, delivering an aggregate 800Gb/s (2x400G) over OSFP twin-port connectors. Ideal for short-reach switch-to-switch or switch-to-adapter links where ultra-low latency and zero power draw are desired. -
Vendor:NVIDIA
NVIDIA MCP4Y10-N01A | DAC | OSFP twināport | IB NDR | 800Gb/s | passive copper | 1.5m
MCP4Y10-N01A
Vendor:NVIDIANVIDIA MCP4Y10-N01A | DAC | OSFP twināport | IB NDR | 800Gb/s | passive copper | 1.5m
Passive copper DAC engineered for InfiniBand NDR environments, delivering up to 800Gb/s aggregate bandwidth over OSFP twināport interfaces. The 1.5 m length balances flexibility and signal integrity for short inārack and adjacent rack links. -
Vendor:NVIDIA
NVIDIA MCP4Y10-N00A-FLT | DAC | OSFP twināport | IB NDR | 800Gb/s | passive copper | 0.5m | flatātop
MCP4Y10-N00A-FLT
Vendor:NVIDIANVIDIA MCP4Y10-N00A-FLT | DAC | OSFP twināport | IB NDR | 800Gb/s | passive copper | 0.5m | flatātop
Compact passive copper DAC for InfiniBand NDR deployments with OSFP twināport connectors and up to 800Gb/s aggregate bandwidth. The flatātop lowāprofile housing improves airflow clearance and port adjacency at just 0.5 meters length for ultraāshort links. -
Vendor:NVIDIA
NVIDIA MCP4Y10-N00A | DAC | OSFP twināport | IB NDR | 800Gb/s | passive copper | 0.5m
MCP4Y10-N00A
Vendor:NVIDIANVIDIA MCP4Y10-N00A | DAC | OSFP twināport | IB NDR | 800Gb/s | passive copper | 0.5m
Shortāreach passive copper DAC for InfiniBand NDR networks providing up to 800Gb/s aggregate throughput over OSFP twināport ends. Optimized for topāofārack and adjacent device connections at 0.5 meters with minimal latency and power draw. -
Vendor:NVIDIA
NVIDIA MCP4Y10-N002-FLT | DAC | OSFP twināport | IB NDR | 800Gb/s | passive copper | 2m | flatātop
MCP4Y10-N002-FLT
Vendor:NVIDIANVIDIA MCP4Y10-N002-FLT | DAC | OSFP twināport | IB NDR | 800Gb/s | passive copper | 2m | flatātop
High-performance passive copper DAC for InfiniBand NDR fabrics, featuring OSFP twināport ends and up to 800Gb/s aggregate throughput. Flatātop lowāprofile housing supports tighter airflow clearance in dense racks. Ideal for shortāreach, ultraālowālatency switchātoāswitch or NIC links up to 2 meters. -
Vendor:NVIDIA
NVIDIA MCP4Y10-N002 | DAC | 800Gb/s | OSFP twin-port | InfiniBand NDR | copper/no optics | 2m | OSFP to OSFP | passive
Passive copper DAC engineered for InfiniBand NDR fabrics, providing up to 800Gb/s aggregate bandwidth (2x 400G NDR) across OSFP twin-port interfaces. The 2m reach offers added flexibility for cross-rack or farther in-rack runs while maintaining ultra-low latency and zero-power operation. Finned-top ends support effective cooling in high-airflow deployments. -
Vendor:NVIDIA
NVIDIA MCP4Y10-N001-FTF | DAC | 800Gb/s | OSFP twin-port | InfiniBand NDR | copper/no optics | 1m | OSFP to OSFP | passive | flat-to-finned
High-performance passive copper DAC for InfiniBand NDR, supporting up to 800Gb/s aggregate bandwidth (2x 400G NDR) between OSFP twin-port interfaces. The 1m length suits short in-rack links. Mixed thermal hardwareāflat top on one end and finned top on the otherāaccommodates differing airflow or clearance requirements between devices.
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