Benefits :

Frequency range up to 1.2 GHz

Thermal control

Thermal control

Optional powering redundancy

Remote management and configuration

Electronic configuration interface on the frontal surface

CWDM technology

• DOCSIS 3.1 compatible frequency range
• Up to 5 CWDM channels in a single fiber
• Independent local electronic configuration interface
• Remote manag

TECHNICAL SPECIFICATIONS___________________________________________________________
Optical parameters
Wavelength [nm] 1291, 1311, 1331, 1351, 1371
Output optical power [mW] 4...20 (6...13dBm)
Relative intensity noise (RIN) [dB/Hz] <-155
Optical connector SC/APC, EURO2000
Laser type DFB Cooled

RF parameters
Frequency range [MHz] 47…1218
Return loss [dB] >16
Flatness [dB] ±0.5
Nominal RF input level (BC / NC) [dBµV] 80(1) / 100
RF input level range (BC and NC) [dB] ±8
RF offset range [dB] -6...+3
RF equaliser range [dB] 0...6
RF testpoint (3.2% OMI) [dBµV] 75±1
Port-to-port isolation (NC to BC) [dB] >50
CTB [dBc] -65(2)
CSO [dBc] -59(2)
CNR [dB] >51(2)
Noise-to-power ratio (NPR) maximum / Dynamic range of NPR > 42 [dB] 48 / 10(3)

General parameters
Power consumption (typical / maximum) [W] 4.7 / 5.8(4)
Operational temperature range [°C] 0…+50
Dimensions [mm] 230x130x35
Weight [kg] 0.5
(1) 92 ITU-T J.83 Annex A 256 QAM channels between 258 MHz and 1002 MHz
(2) Test conditions: OMI=3.2%, 79 NTSC channels
(3) Measured with flat full spectrum load between 47 and 1218 MHz, after an optical link of 0 km, received power -2 dBm
(4) Typical value measured at a TEC current of 0.3 A, maximum value measured at a TEC current of 1 Aement and configuration
• Front or rear optical interface