Ciena NTTA03HE PD100-TXFND-005 WOTRCWVFAA 100G 10x10G WDM 1550nm 2km SMF CFP
Ciena CFP 10×10G DWDM Transceiver NTTA03HE 001, ITU DWDM grid 1550nm C-band, simplex LC connector, 2km reach over single-mode fiber. 10 independent lane DOM monitoring supported, compatible with Ciena OTN DWDM hardware for intra-equipment-room short-reach OTU2 WDM interconnection.It is engineered for seamless integration into Ciena 6500 and 5400 Packet-Optical platforms.
Ciena Part Number
NTTA03HE 001
Product Model
PD100-TXFND-005
Transmission Distance
2km
Standards
IEEE 802.3ba Clause 86 100GBASE-LR10; ITU-T G.959.1
Operating Temperature
0°C ~ 70°C
Typical Applications
✅Ciena 6500 & 5400 Platforms: Client-side 100G/OTU4 interface line cards.
✅Short-Reach Metro & Data Center Interconnect (DCI): Intra-datacenter and campus optical links up to 2 km.
✅Carrier Optical Transport Networks (OTN): High-density 100G/OTU4 aggregation and grooming.
Product Highlights
✨ Standard Hot-Pluggable CFP Package– Compliant with CFP MSA (148-pin), hot-swappable without chassis shutdown for easy WDM bay expansion and maintenance.
✨ 10-Lane 1550nm WDM Architecture (100GBASE-LR10)– Per IEEE 802.3ba Clause 86, 10 parallel 10.3Gbps optical lanes in the 1550nm C-band (wavelength positions referenced to common 50GHz ITU grid but fixed by LR10 spec), supporting 2km short-reach SMF transmission. Distinct from 20nm-spaced CWDM4 and ~4.5nm-spaced LAN-WDM (LR4).
✨Per-Lane DOM Monitoring – Independent TX/RX optical power and laser bias current reporting for each of the 10 lanes, plus module-level temperature and voltage telemetry via MDIO/SFF-8324, enabling precise isolation of single-channel laser or fiber faults.
✨Native Ciena Chassis Compatibility – Plug-and-play in Ciena 5400/6500/6500 Packet-Optical platforms with current SAOS releases; auto-recognized via CLEI WOTRCWVFAA, no port script required (legacy SAOS may log info-only alarms).
✨100G Multi-Service Bearer – Line rate 103.1Gbps (100GBASE-R) and 111.8Gbps (OTU4), optimized for 100GbE and OTU4 client interfaces on carrier WDM aggregation layers.