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网络线缆
NVIDIA MFS1S50-H010V — 10 m 200G-to-2x100G QSFP56 HDR / Ethernet AOC splitter
- 接口
- QSFP56 to 2 x QSFP56
- 介质
- Integrated multimode optical fiber (VCSEL-based splitter AOC); not a straight 200G cable or a passive fiber jumper
- 功耗
- 200G head: 4.5 W typical / 5 W maximum; each 100G branch: 3 W typical / 3.5 W maximum
下单前确认
- 确认准确的 SKU、料号、规格选项与数量。
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- 付款前确认库存、交期、目的地与适用售后条款。
| 介质 | Integrated multimode optical fiber (VCSEL-based splitter AOC); not a straight 200G cable or a passive fiber jumper |
|---|---|
| 电源规格 | 200G head: 4.5 W typical / 5 W maximum; each 100G branch: 3 W typical / 3.5 W maximum |
| Connectors | QSFP56 to 2 x QSFP56 |
| 料号 | MFS1S50-H010V |
| Branch count | 2 |
| Lane mapping | four 50G-PAM4 lanes at the head; two 50G-PAM4 lanes per branch |
| Thermal profile | standard QSFP56 cable-end shells |
| Breakout topology | Integrated 1:2 splitter; HDR200 to 2xHDR100 or 200GbE to 2x100GbE |
| Interconnect type | AOC_splitter |
| Branch data rate (Gb/s) | 100 |
| Minimum bend radius (mm) | 30 |
| Nominal cable length (m) | 10 |
| Aggregate data rate (Gb/s) | 200 |
| Case temperature (degrees C) | 0 to 70 |
| Manufacturer lifecycle phase | EOL [HVM] |
产品问答
What split does MFS1S50-H010V provide?
A 200G QSFP56 head branches into two 100G QSFP56 ends over a 10 m active optical assembly.
Are its 100G tails ordinary four-lane QSFP28 ports?
No. The branches use two 50G-PAM4 lanes and QSFP56 shells. Equal 100G totals do not establish a match to a four-lane 25G-NRZ QSFP28 link.
Which protocols and power values are documented?
NVIDIA describes HDR-to-HDR100 and 200GbE-to-two-100GbE use. Budget up to 5 W at the head and 3.5 W at each branch.
What lifecycle status is recorded?
The exact current CX7 row says EOL [HVM], and the family is listed under products no longer for sale. Earlier HVM entries are historical release evidence.
Where does forward error correction take place?
The FAQ places FEC in the switch and network adapter. Match the supported endpoint configuration; a cable does not independently fix a FEC mismatch.
Why can a cable have two minimum bend radii?
The connector exit generally needs a larger bend radius than the cable body. Follow the exact assembly drawing and leave adequate space behind the rack door.