Cut Sheet

1
2 3 4 5 6
12
F
Q X O - 1
S
1 – Fiber Product
F = Fiber
2 – Product Type
Q = QuickNet
™
3 – Fiber Type
9 = OS1/OS2 9/125μm (available with
standard loss only
X = OM3 10Gig 50/125μm
Z = OM4 10Gig 50/125μm
4 – Fiber Performance
N = Standard Loss
(0.75dB Max. IL)
O = Optimized Cassette
(0.5dB Max. IL)
5 – Dash
6, 7 – Fiber Count
06 = 6-fiber total
08 = 8-fiber total
12 = 12-fiber total
8 – Dash
9, 10 – Adapter Type
03 = Duplex SC Adapter
(6-fiber only)
10 = Duplex LC Adapter
(8 or 12-fiber only)
11, 12 – Polarity
AS = Method A, standard
AF = Modified Method A,
pair-flipped
B1 = Method B, B1 (1-1 array)
B2 = Method B, B2 (1-12 array)
Character
Example
7
2
8
-
9
1
10
0
11
A
*B1 needs to be paired with B2
*B2 needs to be paired with B1
QuickNet
™
SFQ Series MTP* Fiber Optic Cassettes
1 2 3 4 5 6 7 8 9 10 11 12
13
F C 2 Z O – 2 4 – 1 0 A
S
1 – Fiber Product
F = Fiber
2 –
Product
C = Cassette
3 – Generation
2 = Second generation
4 – Fiber Type
9 = OS1/OS2 9/125μm (available with standard
loss only)
X = OM3 10Gig 50/125µm
Z = OM4 10Gig 50/125µm
5 – Fiber Performance
N = Standard Loss (0.75dB Max. IL)
O = Optimized Cassette (0.5dB Max. IL)
6 – Dash
7 – Numbers of Fibers
06 = 06-fiber total
12 = 12-fiber total
24 = 24-fiber total
9 – Dash
10 and 11 – Adapter Type
03 = Duplex SC Adapter
(6 or 12-fiber only)
10 = Duplex LC Adapter
(12 or 24-fiber only)
3S = Simplex SC Adapter
(6 or 12-fiber only)
12 and 13 – Polarity
AS = Method A, standard
AF = Modified Method A, pair flipped
B1 = Method B, B1 (1-1 array)
B2 = Method B, B2 (1-12 array)
Character
Example
*B1 needs to be paired with B2
*B2 needs to be paired with B1
QuickNet
™
Opticom
®
Fiber Optic Cassettes
www.panduit.com
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