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IT Company GmbH Phoenix-M Case Study
Connecting E.ON Climate & Renewables offshore wind farm in the North Sea SAFCaseStudy_Phoenix-M_IT Company_Offshore.pdf |
3.2 MB | ||
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SP_Connect_Nuclear_plants
Spain - connectivity of nuclear plants with CFIP-108 20110524_SP_Connect_Nuclear_plants.pdf.pdf |
1.5 MB | ||
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AU_Utility_CFQ_CS
Australia - Utility network 20100722_AU_Utility_CFQ_CS.pdf |
1 MB | ||
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AU_Municipal_Network_CFIP_CFQ_CFM_CFOL_CS
Australia - Municipal network 20100222_AU_Municipal_Network_CFIP_CFQ_CFM_CFOL_CS.pdf |
1.6 MB | ||
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NZ_Backhaul_project_CFQ_CS
New Zealand - CFQ backhaul project 20090825_NZ_Backhaul_project_CFQ_CS.pdf |
0.3 MB | ||
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IE_Municipal_Network_CFM_CFQ_CS
Ireland - Municipal network solution 20090715_IE_Municipal_Network_CFM_CFQ_CS.pdf |
0.9 MB | ||
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FK_PDH_Backbone_WiMax_CFM_CFQ
Falkland - PDH backbone for WiMax 20090708_FK_PDH_Backbone_WiMax_CFM_CFQ_CS.pdf |
0.6 MB | ||
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NZ_SDH_Solution_CFQ_CS
New Zealand - SDH solution 20090708_NZ_SDH_Solution_CFQ_CS.pdf |
1.5 MB | ||
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TJ_GSM_Backhaul_CFM_CFQ_CS
Tajikistan - GSM Backhaul solution 20090223_TJ_GSM_Backhaul_CFM_CFQ_CS.pdf |
1.6 MB |
Get a Quote
CFIP PhoeniX M
Modular TDM / IP split mount radio system
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OverviewCFIP PhoeniX M split mount system consists of PhoeniX M IDU and PhoeniX ODU (XPIC functionality supported). PhoeniX M IDU provides up to 63E1 and 2xSTM-1 bringing the total maximum capacity to 360 Mbps full duplex.
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Interface Modules
GigE Master IO module with 2E1+4xEthernet
The GigE Master IO Module is a non-optional component for the CFIP PhoeniX M series IDUs. The module includes:
- High performance Ethernet bridge with 4x10/100/1000Base-T ports with RJ-45 TP interfaces (requires Cat5e cables);
- 2 x E1 ports (RJ-45);
- SFP Module slot for 1000Base-T, 1000Base-SX, or 1000Base-LX modules;
- Auxiliary port (64 kbps) Data Order Wire: RS422/RS232 via RJ45;
Master Modules:
- GigE Master IO module with 2E1+4xEthernet
- Enhanced GigE IO module with 2E1+4xEthernet
- Master IO module with 42E1
- Standard IO module with 16E1+2xEthernet
- Enhanced IO module with 16E1+2Ethernet
- Carrier Ethernet master module with GE ports, STM-1 ports and 16x E1/T1
Expansion Modules:
- STM-1 Optical Mini IO module
- STM-1 Electrical Mini IO module
- 16E1 Expansion IO module
- Expansion IO module with 21E1
- 2xSTM-1 SFP E module
Controller modules:
- Controller module
Modem:
- Unified modem/IF module
Power Supplies:
- Power Supply module
Highlights and Benefits
High Capacity Throughput
Market-proven technology supporting 256 QAM modulation and 56 MHz channel bandwidth ensures a high throughput capacity of up to 63E1/T1 channels or 360 Mbps per radio.
Perfect For Network Upgrade
Flexible TDM/IP architecture allows easy transition from TDM-only (up to 63E1/T1 or 4xSTM-1) to hybrid (32E1/T1 + 5 x Gigabit Ethernet + 4xSTM-1) or IP-only (up to 9 x Gigabit Ethernet) network using single highly adjustable PhoeniX M device (per site).
Efficient Use of Available Spectrum
XPIC support enables 2+0 configuration using both polarizations in a single channel. In combination with link bonding it is possible to achieve 720 Mbps link capacity in single Gigabit Ethernet port.
Advanced Ethernet Functionality
Built-in managed Carrier Gigabit Ethernet switch supports advanced QoS, OAM, MEF 9&14, 1588v2 PTP and SyncE and other important features, allowing setting up and maintaining of extremely customized LTE-compatible end-user connectivity services.
Flexible Network Configuration
With Gigabit Ethernet, E1/T1 and STM-1 ports it is possible to install the system in various network topologies (for instance, ring, repeater chain, E1 SNCP ring) and configurations (up to 4+0 aggregation with built-in switching, 1+1 link protection in HSB/FD/SD, port-separated management).
Key Characteristics
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Download form
Downloads
Case Studies
9Datasheets
4 |
CFIP PhoeniX M FCC Datasheet English CFIP_PhoeniX_M_Ph_FCC_DS_EN_V1 4.pdf | 0.7 MB | ||
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CFIP PhoeniX M ETSI Datasheet English CFIP_PhoeniX_M_Ph_ETSI_DS_EN_V1 6.pdf | 0.6 MB | ||
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CFIP PhoeniX ETSI Datasheet English ODU IRFU
CFIP PhoeniX ETSI Datasheet English ODU IRFU CFIP_PhoeniX_ETSI_DS_EN_V1 18c _ODU IRFU.pdf |
0.2 MB | ||
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CFIP PhoeniX and PhoeniX M ETSI Datasheet English
CFIP PhoeniX and PhoeniX M datasheet in English CFIP_PhoeniX_and_PhoeniX_M_ETSI_DS_EN_V1 3.pdf |
0.3 MB |
Logo
1 |
Logo .png saf_logo_320x320.png | 15.7 KB |
Pictures
1 |
CFIP PhoeniX M product image phoenixm.png | 0.3 MB |
Product Brochures
3 |
CFIP PhoeniX-M leaflet PhoeniX-M_leaflet (2).pdf | 0.2 MB | ||
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CFIP PhoeniX M_leaflet_RUS
CFIP PhoeniX M_RUS_leaflet Russian 20140515_PhoeniX-M_RUS_leaflet.pdf |
0.2 MB | ||
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Company And Product Overview_leaflet_ENG overview (13).pdf | 0.7 MB |
RMA
1 |
Next Day Replacement Ordering Form and Terms and Conditions (US and Canada only) V93_NDR_Ordering_Form_v4.docx | 62.1 KB |
Solutions
4 |
CFIP PhoeniX M Nx1 1_4xSTM-1_SD_Solution_Eng
4xSTM-1 solution (Eng) CFQ_Nx1 1_4xSTM-1_SD.pdf |
0.3 MB | ||
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CFIP PhoeniX M Solutions Spa
CFQ solutions in Spanish CFQ_Solutions_Spa.pdf |
0.8 MB | ||
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CFIP PhoeniX M Solutions Rus
CFQ solutions (Russian) CFQ_Solutions_Rus.pdf |
0.8 MB | ||
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CFIP PhoeniX M Solutions Eng
CFQ solutions (English) CFQ_Solutions_Eng.pdf |
0.8 MB |
Visio Stencils
1 |
SAF Visio Stencil Set SAF Stencil Set.zip | 2.4 MB |
Whitepapers
4 |
Link Aggregation - internal and external Link_Aggregation 2016 Sep.pdf | 1.9 MB | ||
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Minimum Angle Interference SAF '2013
This whitepaper assesses basic practical aspects and SAF recommendations of interference avoidance commonly queried by engineers, i.e., what minimum angle is required between microwave links sharing the same site in order to reuse the same frequency. 20130110_Minimum Angle Interference_White_Paper_SAF_2013.pdf |
141.2 KB | ||
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Truth about the real capacity
In this whitepaper SAF gives insight what is real capacity and what could be defined as a marketing manipulation 20110829_Truth_about_ the real_capacity.pdf |
0.5 MB | ||
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Licensed and unlicensed
Licensed and Unlicensed wireless whitepaper 20100604_Licensed_and_Unlicensed_whitepaper.pdf |
0.9 MB |
Accessories
Antennas
SAF Tehnika offers full spectrum of high quality directional solid (grid – where applicable) parabolic antennas of all commercially available sizes and frequencies made by world’s leading manufacturers. All standard antennas are fully integrated for use with radio units manufactured by SAF Tehnika. We also offer all kinds of passive components, such as couplers (integrated/stand-alone), OMTs, four-way transducers, for aggregated and protected links, as well as antennas and accessories (flexible waveguides, remote-mounting brackets, flange-to-N adapters, coaxial cables etc) for solutions where direct mounting of SAF radios is not provided. To select an appropriate antenna according to your climate zone and many other parameters, please, contact your sales representative.