- Up to 5 times lower bending loss than CSMF fanouts or patchcords
- Great performance and easy-of-management in cabinets or other patch panel systems
- Lightera’ AllWave FLEX Fiber complies with ITU G.652D specifications
The AllWave® FLEX Fanouts enable superior optical performance and high density connectivity in any FTTx network deployment. Configured with Lightera’ low loss MPO connector, the AllWave FLEX Fanouts provide excellent loss performance and bend radius insensitivity.
AllWave FLEX Fanouts feature AllWave FLEX Zero Water Peak (ZWP) Fiber which offers as much as five times lower bending loss than Convention Single-Mode Fiber (CSMF) jumpers on the market today.
In FTTx deployments, bends occur in a variety of locations where they can greatly impact the network performance. Consequently bend insensitivity becomes a key performance parameter, especially in areas where handling and routing of fiber paths are necessary. As data rates and distances increase and power budgets tighten, it is imperative that all optical components minimize signal loss to support present and future applications. AllWave FLEX Fanouts are ideal for integration into smaller field cabinet designs and other space limited routing architectures. They are available in both 8 and 12 fiber MPO connectors on bare ribbon, tight-buffered ribbon and cordage, and include standard connectors on the opposite end.
The AllWave® FLEX Fanouts enable superior optical performance and high density connectivity in any FTTx network deployment. Configured with Lightera’ low loss MPO connector, the AllWave FLEX Fanouts provide excellent loss performance and bend radius insensitivity.
AllWave FLEX Fanouts feature AllWave FLEX Zero Water Peak (ZWP) Fiber which offers as much as five times lower bending loss than Convention Single-Mode Fiber (CSMF) jumpers on the market today.
In FTTx deployments, bends occur in a variety of locations where they can greatly impact the network performance. Consequently bend insensitivity becomes a key performance parameter, especially in areas where handling and routing of fiber paths are necessary. As data rates and distances increase and power budgets tighten, it is imperative that all optical components minimize signal loss to support present and future applications. AllWave FLEX Fanouts are ideal for integration into smaller field cabinet designs and other space limited routing architectures. They are available in both 8 and 12 fiber MPO connectors on bare ribbon, tight-buffered ribbon and cordage, and include standard connectors on the opposite end.
The AllWave® FLEX Fanouts enable superior optical performance and high density connectivity in any FTTx network deployment. Configured with Lightera’ low loss MPO connector, the AllWave FLEX Fanouts provide excellent loss performance and bend radius insensitivity.
AllWave FLEX Fanouts feature AllWave FLEX Zero Water Peak (ZWP) Fiber which offers as much as five times lower bending loss than Convention Single-Mode Fiber (CSMF) jumpers on the market today.
In FTTx deployments, bends occur in a variety of locations where they can greatly impact the network performance. Consequently bend insensitivity becomes a key performance parameter, especially in areas where handling and routing of fiber paths are necessary. As data rates and distances increase and power budgets tighten, it is imperative that all optical components minimize signal loss to support present and future applications. AllWave FLEX Fanouts are ideal for integration into smaller field cabinet designs and other space limited routing architectures. They are available in both 8 and 12 fiber MPO connectors on bare ribbon, tight-buffered ribbon and cordage, and include standard connectors on the opposite end.
AllWave FLEX Fanout Specifications |
||||
---|---|---|---|---|
Connector Type | Ferrule/Polish | Loss (Typical) | Loss (Max) | Return Loss (Min) |
MPO |
Single-Mode Low Loss 8-Fiber APC |
0.16 dB |
0.35 dB |
55 dB |
Single Fiber |
Single-Mode UPC |
0.20 dB |
0.50 dB |
50 dB |
Single Fiber |
Single-Mode APC |
0.30 dB |
0.50 dB |
50 dB |
Fiber Color Information |
|
---|---|
Fiber Number | Fiber Color |
1 |
Blue |
2 |
Orange |
3 |
Green |
4 |
Brown |
5 |
Slate |
6 |
White |
7 |
Red |
8 |
Black |
MPO8TAPC/LCAPC-OAWF/TCF-3M
MPO [1] [2] [3] / [4] [5] – OAWF / [6] – [7] M
# of Fibers
8 – 8 fiber
12 – 12 fiber
Guide Pin
T – With Guide Pins (male)
U – Without Guide Pins (female)
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