AIMA-FT5P-G2
1550 nm Forward Transmitter - Performance
About the Product
The AIMA FT5P-G2 is the second generation of the 1550 nm Forward Transmitter - Performance, which is designed to plug into PBN’s latest Advanced Intelligent Multi-services Access platform (AIMA3000).
The A-FT5P-G2 series transmitter is designed for multi-services operators (MSOs) to increase network capacity, satisfying an ever-growing subscriber demand for more bandwidth. It can work with Erbium Doped Fiber Amplifiers (EDFA) in short haul Fiberto- the-Home (FTTH) applications and medium haul setups with a high RF performance of up to 60 km.
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Optical wavelength | 1527 ~ 1560 nm |
Optical outputs | 1 or 2 |
Optical output power per port | 8 dBm, 11 dBm |
Optical connector | SC/APC, FC/APC, LC/APC, E2000/APC |
SBS Suppression | 16 dBm |
RF Performance | |
RF bandwidth | 45 MHz to 1218 MHz |
RF flatness | ± 0.75 dB |
RF input return loss | > 16 dB |
RF input level (1) | NC: 25 dBmV per channel BC: 15 dBmV per channel |
AGC range | ±3 dB |
RF impedance | 75 Ω |
RF test point | -20 dB ± 1 dB relative to laser input |
Isolation of NC and BC | > 50 dB |
RF input connectors | 2 x GSK-type female (1 for NC, 1 for BC) |
RF test points | 3 x Mini-SMB |
Alarms and laser status | Front-panel LEDs, SNMP Traps |
Link Performance | |||||
CNR | CSO | CTB | MER | BER | |
30NTSC Analog+QAM (2) | 53 dB | 65 dB | 68 dB | ≥ 40 dB | 1.00E-09 |
CENELEC 42 (3) | 52 dB | 65 dB | 71 dB | ||
Full QAM (4) | 40 dB | 1.00E-09 | |||
Full QAM (5) | > 41 dB | 1.00E-09 |
General | |
Power supply | Powered via AIMA3000 backplane |
Power consumption | < 15.0 W (with FBC) |
Operating temperature | -5 ℃ to +50 ℃ |
Storage temperature | -25 ℃ to +70 ℃ |
Operating humidity | 90% (non-condensing) |
Storage humidity | 90% (non-condensing) |
Dimensions (WxDxH) | 24.6 x 410 x 152.5 mm |
Weight | 0.80 kg |
Supported network management options |
PBN's NMSE or through ASMM's Web Interface |
FBC Module | |
Frequency capture range | 45 ~ 1000 MHz |
Demodulation mode | QAM64, QAM256 |
Metrics and functions available | Level, SNR, MER, BER and live spectrum |
Note:
(1) dBuV=60+dBmV
(2) Tested under 30 NTSC plus 117 QAM256 (ITU-T J.83 Annex A) or 147 QAM256 (J.83 Annex B) signal source and using a PBN reference receiver with 0 dBm optical input, 60 km fiber.
(3) Signal source configuration: 42 CELENEC Analog 119.25~855.25MHz, FT5P-G2 + EDFA (17dBm) + 50km + EDFA (17dBm) + 50km fiber + DCM to FRAS-S-M (0dBm).
(4) MER and BER are loaded with full digital 256 QAM 119 ch QAM Annex A (QAM 25dBmV/channel to BC), from 266 MHz to 1210 MHz. All are measured with FT5P-G2 + EDFA (17dBm) + 50km + EDFA (17dBm) + 50km fiber + DCM to FRAS-S-M (0 dBm).
(5) MER and BER are loaded with full digital 256 QAM QAM Annex A from 266 MHz to 1210 MHz. All are measured with FT5P-G2 +DWDM MUX(16W) +30km + DWDM DEMUX (16 W) to FRAS-S-M.
A-FT5P-[U]-[V][W]-G2-[X]-[Y1Y2][Z] |
1550 nm Forward Transmitter - Performance |
Options: |
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U |
Optical Ports |
S D |
Single (1) Dual (2) |
V |
Internal Optical Splitter (1) |
S2 |
1x2 |
W |
Optical Output Power Per Port |
08 11 |
8 dBm 11 dBm (Single port only) |
X |
FBC Function (2) |
M |
With FBC function |
Y |
Wavelength (3) |
19 21 22 24 26 28 33 36 39 44 48 52 54 57 60 61 62 |
191.9 THz (1562.23 nm) 192.1 THz (1560.61 nm) 192.2 THz (1559.79 nm) 192.4 THz (1558.17 nm) 192.6 THz (1556.56 nm) 192.8 THz (1554.94 nm) 193.3 THz (1550.92 nm) 193.6 THz (1548.51 nm) 193.9 THz (1546.12 nm) 194.4 THz (1542.14 nm) 194.8 THz (1538.98 nm) 195.2 THz (1535.82 nm) 195.4 THz (1534.25 nm) 195.7 THz (1531.92 nm) 196.0 THz (1529.55 nm) 196.1 THz (1528.77 nm) 196.2 THz (1527.99 nm) |
Z |
Optical Connector Type |
S F L E |
SC/APC (4) FC/APC LC/APC E2000/APC |
Notes:
(1) If no splitter is required, please omit [U] when making an order. If selecting [V], then it’s a single splitter module.
(2) If no FBC function is required, please omit [W] when making an order.
(3) Default wavelength is from 1527 to 1560 nm. Additional DWDM channels available upon request..
(4) Standard option. Contact a PBN Sales Representative for availability of other options.