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CFIP PhoeniX C Series TDM/IP Split Mount System Technical Description and Configuration Guide
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Rev. 1.0
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© SAF Tehnika JSC 2013
Chapter 2 – Technical Description
Introduction
Digital microwave system CFIP Phoenix C is designed in split mount version, the IDU - ODU
architecture. There is only one universal IDU hardware version available with bandwidth up to 60 MHz
and applicable maximal output power. The indoor unit (CFIP Phoenix C IDU) is universal with respect
to ETSI and ANSI bandwidth standards and universal for all frequency bands, and its configuration
then depends on the loaded software license key. The outdoor units are unique for each frequency
band and sub-band.
System description
Signal received by parabolic antenna is carried via a waveguide adapter to the receiving filter in
outdoor unit. The task of outdoor unit (ODU) is to convert the frequency of received/transmitted
signal to/from IF. The resulting converted signal is together with management channel carried via the
coaxial cable to the CFIP Phoenix C indoor unit (IDU). The signal is demodulated inside the IDU,
followed by recovery of user data and management data intended for communication with ODU. As a
source of user data can be used a signal for/from the Gigabit Ethernet ports or EMM modules
connected over SFP module. Data for the transmission are processed similarly in the reverse order
than the received signal.
The CFIP Phoenix C system is technically characterized by the following basic features.
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Standard licensed ETSI and ANSI frequency bands
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Modulation schemes:
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QPSK, 8 PSK, 16/32/64/128/256 QAM
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Channel bandwidth
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ETSI standards 7/14/27.5/28/40 and 56 MHz
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ANSI standards 10/20/25/30/40/50 and 60 MHz
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LDPC based Forward Error Correction
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Hitless Adaptive modulation (ACM)
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Four basic design modes (SW setting / License Key)
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SINGLE – one data stream over air
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MULTI – up to four independent data streams over air
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AGGREGATE – 2+0 configuration with true capacity doubling
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PROTECTED – 1+0 configuration in HSB/SD/FD modification
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Two functional options (SW setting / License Key)
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AES128, AES256 – AES encryption for high system security
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PTP1588 – option which ensure IEEE1588 support
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Integrated traffic ports
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3x Gigabit Ethernet ports (10/100/1000Base-T) for user data traffic and/or
management access
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2x SFP slots for additional GIGE port extension, EMM module connection or IDU
interconnection (protection, aggregation)
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Integrated management ports
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USB-B – for separate IP management access
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USB-A – configuration restoration and backup by means of USB Flash memory
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SyncE support in each design mode
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Integrated data verification system of received corrupted packets (CRC)
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Integrated BER tester and measurement of the nature of received signal (MSE, modulation