SPARK32 CWDM 1410 SPARK32 CWDM 1410 - US RF INS Article number 695005326
SPARK32 CWDM is a 32 port multi diode receiver with one SC/APC downstream input port creating a passive downstream to the 32 SC/APC in/output (WDM) ports and contains 32 independent 204MHz upstream receivers and is RF based combined to one 1410 nm upstream transmitter and offered at a separate SC/APC optical output on the front panel. The SPARK32 CWDM can be used as "master" or "main" return path transmitter for external SPARK32 units and combine several SPARK32 upstream via one SPARK upstream transmitter, for this application an upstream F input port is available. The optical upstream signals from the internal 32 connections are individually processed and combined preventing OBI.
Article properties
Article number
695005326
EAN
8719632682554
Name
SPARK32 CWDM 1410
Brand
Hirschmann Multimedia
Description
SPARK32 CWDM 1410 - US RF INS
Status
Available
Warranty period
1 year warranty
Mechanical specifications
Dimensions (mm)
482 (19") x 43 (1 RU) x 260 Overal depth 290 mm including connectors
Mounting method
19"
Type of connectors input
33 x Optical: SC/APC 8°
1 x RF: F female
Type of connectors output
33 x Optical: SC/APC 8°
Other connectors
RJ 45 / USB
Power supply inlet
C14 (EN 60320)
Display
Yes
The SPARK32 main application is the realization of OBI-free RFoG networks used for full DOCSIS 3.1/3.0 in a frequency range from 5 – 1218 MHz. Combined with the HOG204 RFoG ONU the SPARK32 provides advanced performance and management features enabling increased upstream performance and a high level of control of every individual upstream path. With the embedded display, CPU webserver and SNMP protocol it’s possible to remotely manage the last mile of the DOCSIS network by levelling, analysing and switching on or off the individual upstream path. The SPARK series are designed with all connections on the front panel and limited installation depth of 30 cm to enable back to back cabinet installations or street cabinet installations with a limited available depth.