光模块
MMS4B10-XM800
NVIDIA MMS4B10-XM800
| 介质 | 单模光纤 |
|---|---|
| Connectors | OSFP electrical; MPO/APC optical |
| 料号 | MMS4B10-XM800 |
| Branch count | 1 |
| Wavelength nm | 1310 |
| Thermal profile | RHS |
| Interconnect type | optical_transceiver_TRO |
| Branch data rate (Gb/s) | 800 |
| Aggregate data rate (Gb/s) | 800 |
| Manufacturer lifecycle phase | Early BOM |
| Maximum optical or copper line reach (m) | 500 |
下单前确认
- 确认准确的 SKU、料号、规格选项与数量。
- 确认主机平台、端口、电气接口与固件兼容要求。
- 付款前确认库存、交期、目的地与适用售后条款。
产品问答
What connection does MMS4B10-XM800 provide?
The owner-confirmed model is an 800G single-port DR4 OSFP optic with MPO/APC, 1310 nm single-mode operation up to 500 m, RHS cooling and TRO signal processing. The exact 980 OPN is Ethernet-only.
Is InfiniBand support established?
No. Its exact release row says InfiniBand NA and Ethernet 800GE. Do not infer XDR support from other 800G optical models.
Can the 1.6T MMS4B10-XM manual supply its specifications?
No. A twin-port 1.6T family document is not exact evidence for this single-port 800G OPN. Power, lane mapping and operating temperature remain unfilled.
What launch status should be shown?
The inspected CX9 release row says Early BOM. No production-availability, stock or fulfillment promise follows from that entry.
Is it safe to look into a connected optical port?
No. Never look directly into an energized optical port or connected fiber; its infrared light can be invisible.
Can DR4 and FR4 be directly linked?
No. DR4 uses parallel optical channels; FR4 multiplexes wavelengths onto a fiber pair. Match the optical format at both ends.
What distinguishes XDR signaling from NDR?
XDR uses 200G-PAM4 signaling; NDR uses 100G-PAM4. Equal aggregate bandwidth alone does not establish interoperability.
渠道与项目资料
推进客户的下一步决策
从现有产品组合、产品系列或不完整的项目清单出发，选择与你的职责对应的资料。
OA03 · NVIDIA
AI Ethernet、网卡及光模块和线缆互连。
980-9IAK0-00XM00
BOM 与待决项梳理
保留原始料号与数量，同时整理影响项目决策的待确认事项。
- 从这些信息开始
- 现有清单、上传的 BOM 或简要需求，不完整的清单也可以提交。
- 用于准备
- 保留原始行号、待补信息、责任人及下一动作的待决项表。
