全部结果
共 23 条结果，关键词：WDM
找到 23 条与“WDM”匹配的产品、解决方案、选型指南、博客和案例。
产品
7 个结果
产品
Cisco CPAK-100G-LR4 100G CPAK LR4 Optical Transceiver (Used) — Gold-wire label
Cisco CPAK-100G-LR4 is an optical module with specifications verified against an official exact part-number source. Host platform, firmware, cabling, FEC, condition, and warranty still require order-level confirmation.
产品
Cisco CPAK-100G-LR4 100G CPAK LR4 Optical Transceiver (Used) — Holographic label
Cisco CPAK-100G-LR4 is an optical module with specifications verified against an official exact part-number source. Host platform, firmware, cabling, FEC, condition, and warranty still require order-level confirmation.
产品
Finisar FTCC1112E1PLL-FB 200G QSFP56 FR4 Optical Transceiver (New)
200G FR4 optical interconnect with a reach of 3 km over single-mode fiber.
产品
Innolight T-FX4FNT-HFM 200G QSFP56 FR4 Optical Transceiver (Used)
200G QSFP56 FR4 transceiver with duplex LC for single-mode fiber. Label nominal wavelength: 1310 nm; the four CWDM lanes are 1271, 1291, 1311 and 1331 nm. Rev1.0 gives both 2 km and 3 km reach statements; confirm the link requirement before deployment.
产品
Mellanox MMS1W50-HM 200G QSFP56 FR4 / HDR Optical Transceiver (Used)
Mellanox MMS1W50-HM is an optical module with specifications verified against an official exact part-number source. Host platform, firmware, cabling, FEC, condition, and warranty still require order-level confirmation.
产品
NVIDIA MMS4A50-XM
NVIDIA twin port transceiver, 2xFR4, 1600Gbps, OSFP, 2xLC-LC, 1310nm SMF, up to 2km, IHS, FRO, XDR + Ethernet
产品
NVIDIA MMS4A50-XM-RHS
NVIDIA twin port transceiver, 2xFR4, 1600Gbps, OSFP, 2xLC-LC, 1310nm SMF, up to 2km, RHS, FRO, XDR + Ethernet
解决方案
8 个结果
解决方案
100G CWDM4 or LR4: which fits the actual single-mode channel?
Use distance, loss, receive power and FEC to distinguish two duplex-LC candidates.
解决方案
DWDM-PAM4 DCI Design: Qualify the Optical System, Not Just the Pluggable
Plan DWDM-PAM4 data-center interconnects with wavelength assignment, line-system requirements, channel limits and end-to-end ownership.
解决方案
Can a 100G QSFP28 port replace a native 40G connection?
Keep native links and breakout endpoints separate in the port schedule.
解决方案
Cisco ACI leaf–spine selection: separate fabric links from server ports
Count fabric and server interfaces separately before selecting optical channels.
解决方案
How should a colocation cross-connect remain traceable from carrier handoff to customer cage?
Join demarcation, routing and optical acceptance in a service-specific BOM.
解决方案
How should a global network program standardize its BOM without accepting incompatible substitutions?
Standardize service requirements while retaining local channel and host configurations.
解决方案
MPO–LC cassette or parallel SR4: what does the 40G channel actually present?
A practical channel map prevents a connector match from becoming an optical mismatch.
解决方案
Moving servers from 10G to 25G: match the NIC, optics and FEC
Match NIC capability, optical media and FEC before changing server link rates.