MITSUBISHI MF-10KSXA, MF-10KWXB User Manual
Example : If you choose Wavelength code
00 5
, MIT SUBISHI Part
Caluculation:
[Frequency:T Hz]=-0.0 5*[W avelength code]+196.45
[Wavelen gth:nm ]=c/f=299 79 2.458/(196.45-0.05*[Wav elength
查询MF-10KSXA供应商
MITSUBISHI ELECTRIC
Product Brief
MITSUBISHI OPTICAL DEVICES
MF-10KSXA Series
MF-10KWXB Series
10Gb/s, XFP Transceiver with DDM function for Telecommunication
DESCRIPTION
MF-10KSXA Series are compliant with XFP MSA, and
designed to provide high optical performance for SDH
I-64.1 / SONET SR-1 (2km) and IEEE 802.3ae LR
(10km), S-64.2b (40km), and G.951.1 P1L1-2D2 (80km).
Transmitter side uses 1310nm DFB for 10km, and
1550nm EM Laser for 40km and 80km with specified
driving circuit and signal conditioning circuit. Receiver
side uses PD or APD preamp-module and integrated
circuits for re-shaping, re-timing and re-generating input
optical signal.
MF-10KWXB Series is the first extended XFP (Double
width) which designed to provide high optical
performance for DWDM applications. Transmitter side
uses C-Band DFB Laser with Electrical-Absorption
modulator with specified driving circuit and signal
conditioning circuit. The receiver detects the optical data
input via APD+TIA. The 40km and 80km are also
available in XFP-E model.
The both transmitter and receiver perform 3R
regeneration via a CDR through the 30-position
pluggable edge connector. Input and output signals
handle NRZ format.
FEATURES
• Protocol Independent 10Gbps transceiver
• Hot pluggable
• Management interface compliant with I2C™ rev. 2
and XFP MSA
• Multi rate from 9.95Gbps to 10.7 Gbps (FEC), and
target 11.09 Gbps
•
XFI compatible electrical interface thru 30pin
connector
APPLICATIONS
New!
ORDERING INFORMATION
Standard XFP model (XFP)
Type number Function
MF-10KSXA-004ZA I-64 / LR 2/10km
MF-10KSXA-005ZA S-64.2b/ER 40km
MF-10KSXA-006ZA P1L1-2D2 80km
Extended XFP model (XFP-E)
Type number Function
MF-10KWXB-002ZA*** DWDM 80km
Freq Cent er Freq Cent er Freq Cent er
code f(T Hz) λ(nm) code f(T Hz) λ(nm) code f(T Hz) λ(nm)
5 196.2 1 528 37 194.6 1541 69 193 1553
7 196.1 1 529 39 194.5 1541 71 1 92.9 155 4
9 196 1530 41 194.4 15 42 7 3 19 2.8 1555
11 19 5.9 1530 43 1 94 .3 1543 75 192.7 1556
13 19 5.8 1531 45 1 94 .2 1544 77 192.6 1557
15 19 5.7 1532 47 1 94 .1 1545 79 192.5 1557
17 19 5.6 1533 49 194 1545 81 1 92.4 155 8
19 19 5.5 1533 51 1 93 .9 1546 83 192.3 1559
21 19 5.4 1534 53 1 93 .8 1547 85 192.2 1560
23 19 5.3 1535 55 1 93 .7 1548 87 192.1 1561
25 19 5.2 1536 57 1 93 .6 1549 89 192 1561
27 19 5.1 1537 59 1 93 .5 1549 91 191.9 1562
29 195 1 537 61 193.4 1550 93 1 91.8 156 3
31 19 4.9 1538 63 1 93 .3 1551 95 191.7 1564
33 19 4.8 1539 65 1 93 .2 1552 97 191.6 1565
35 19 4.7 1540 67 1 93 .1 1553 99 191.5 1565
Distance
Distance
• Metro access
• Metro core
• Wide Area Networks
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