OPTICAL MODULAR HEADEND OPTO-M

BE FLEXIBLE, THINK FUTURE

2

LESS SPACE - MORE VISION

XFP-RF HOST SYSTEM CHASSIS OT XFP Chassis

PRODUCT FEATURES

ll High-Density: 10 ports for 10 XFP-RF transmitters in 1 RU chassis ll Individual configuration of OMI, RF amplification, operating mode and SBS status for each of the 10 modulesll Energy Efficient: maximally 5W per module ll User-friendly web browser interface to set up and configure transmitters ll 10 x 75 Ω RF inputs on the rear of the chassis ll Two physical separated Ethernet SNMP ports on front and rear ll USB port for future interface applications ll Option for single or dual power supplies; AC and DCll Field-Replaceable Cooling Fan ll Mounts into standard 19- inch racks ll Complies with the SCTE HMS HE Optics management Information Base (MIB) Specifications

OT XFP Chassis

Product Description

57002689

Delta`s XFP Chassis is specifically designed around the new XFP transmitter module. The reduction of rack-spacing and power consumption in the headend is more than half in comparison to today`s technologies. Up to 10 XFP-Modules can be deployed in this 1 rack unit high chassis and consume less than 60 W together. An embedded web server in the chassis allows transmitter modules to be configured with a user-friendly graphical interface through one of the two Ethernet SNMP ports. An element management system can remotely monitor and control the transmitter modules by connecting the chassis to an IP network.

The chassis can be powered with either one AC power supply or one DC power supply in the rear of the chassis. For redundancy, a second power supply can be utilized. For complete powering redundancy in headends or hubs, one AC power supply and one DC power supply can be used.

APPLICATIONSll 50 MHz to 1218 MHz RF- over Fiber applicationsll C- and L-Band Transport and Distribution ll DOCSIS 3.1 compatiblell All-Digital QAM networks ll Standard HFC- and RFoG networks ll Broadcast and Narrowcast services

Article number

Chassis, XFP-RF transmitter, 1HE, 10 XFP-RF ports

OPTI

CAL

SYST

EMS

3

LESS SPACE - MORE VISION

RF Bandwidth RF Input levelRF FlatnessReturn lossCSO/ CTB Link noise figure RF Input connectionRF Test pointDimensions

Operating Temperature RangeStorage Temperature RangePower ConsumptionCommunications interfaces

Indicators

AC Power Supply XPACAADC Power Supply XPDCAA

50 MHz to 1.2 GHz 80 dBµV

+/- 1.5 dB>18 dB>60 dB <20 dB

standard F-connector, 75 Ω Available for each Tx-Module

449 mm (W) x 378 mm (D) x 44.5 mm (H)7.7 in (W) x 14.875 in (D) x 1.75 in (H)

0°C - 50°C-40°C - 85°C60 Watts, Max.

Ethernet SNMP, RJ-45 on Front Panel Ethernet SNMP, RJ-45 on Rear Panel USB port on Front Panel (future use)

LED for each transmitter port(10)Summary LED`s for chassis and power supply status

105 – 264 Vrms, auto-sensing; 47 – 63 Hz36 – 75 Vdc

Parameter Value

Key Advantages: ll High Density: 10 transmitters per rack-unit ll Power consumption per transmitter less than 5 W ll Redundant powering capability ll User-friendly web browser configuration tool

SPECIFICATIONS

4

PLUG

IN A

ND WIN

1.2 GHZ XFP AC/ BC HFC TRANSMITTER OT XFP 1550 04 / OT XFP 1550 07

PRODUCT FEATURES

ll DOCSIS 3.1 compatible with operating bandwidth up to 1218 MHzll Hot-pluggable XFP footprint ll Externally modulated, no dispersion compensation requiredll Transmission of up to 79 Analog plus 75 QAM channels ll Link distance up to 35 km without optical amplification ll Transmitter version with +7 dBm and +4 dBm Optical Output Power ll LC/APC optical connection ll Power consumption < 3.5Wll Built- in digital diagnostic functions ll Compliant with SCTE 195 2013

OT XFP 1550 04

OT XFP 1550 07

Product Description

57002686

57002687

Delta`s XFP Transmitter is a hot-pluggable optical module that is compliant with SCTE interface specifications. The external modulated XFP transmitter is in a very small package. It can be fully loaded with 79 Analog AM-VSB channels plus 75 Digital QAM channels. The small XFP module significantly increases the density and reduces power consumption for downstream transmitter which can be integrated into today`s Hybrid-Fiber Coaxial (HFC) optical platforms and tomorrow`s broadband infrastructure equipment.

The OT XFP 1550 04 and OT XFP 1550 07 transmitter modules can complement or replace today`s legacy 1310 nm and 1550 nm broadcast transmitters. Since the wavelength is at 1.55 µm, the optical signal can be multiplexed with a legacy 1.31 µm optical signal to cost-effectively double the capacity of the fiber to the nodes. Due to lower fiber loss at 1.55 µm, the 7 dBm transmitter can transport signals to a node over fiber up to 35 km regardless of optical dispersion thanks to the modern integrated external modulation technology. Even further distances can be bridged with an additional standard optical amplifier EDFA.

APPLICATIONSll Hybrid Fiber Coaxial (HFC) cable access networks ll Transmission of broadcast services ll RFoG technology

Article numberXFP-RF Pluggable TX-Module, Broadcast 1.56µm, 1.2GHz, +4dBm

XFP-RF Pluggable TX-Module, Broadcast 1.56µm, 1.2GHz, +7dBm

OPTI

CAL

SYST

EMS

5

PLUG

IN A

ND WIN

Power Supply+3.3 V Voltage, Analog +3.3 V Voltage, Digital +5 V Voltage-5.2 V Voltage Supply Current – Vcc3 supplySupply Current – Vcc5 supplySupply Current – Vee5 supplyModule total power dissipation RFComposite RF Input Level Input differential impedance Transmit Disable VoltageTransmit Enable VoltageRF BandwithRF Flatness, peak to peak 50-1003 MHz50-1218 MHzRF Input Return Loss, 50-1003 MHzOpticalOutput Opt. Pwr: 9/125 SMFOT XFP 1550 07OT XFP 1550 04Optical Wavelength Range SBS Supression through 20 km of fiber through 65 km of fiber

VCC3_ANALOGVCC3_DIGITAL

VCC5VEE5Icc3Icc5Iee5

P

RFin

Rin

VD

VEN

POUT

Parameter Symbol Min Typ Max Unit Ref.

3.133.134.75-5.46

107,75

2.0GND50

16.0

6.753.751555

+14+13

110100

3.463.465.25-4.75500500503.5

113,75

VccGND+0.8

1218

1.01.5

7.754.751565

VVVV

mAmAmAW

dBµVΩVV

MHz

dBdBdB

dBmdBmnm

dBmdBm

4444

1

23

56

Notes: 1. Maximum total power value is specifield across the full temperature and voltage range2. After internal AC coupling 3. Or open circuit4. VCC2 (+1.8 V) is not implemented from the XFP MSA Specification 5. SBS suppression measured with the following link: transmitter through EDFA, launch power of +14 dBm, 20 km of fiber, 0 dBm input power into receiver6. SBS suppression measured with the following link: transmitter through EDFA, launch power of +13 dBm, 65 km of fiber, 0 dBm input power into receiver. SBS suppression up to 20 dBm is possible

SPECIFICATIONS

6

PLUG

IN A

ND WIN

WAVELENGTH TUNABLE 1.2 GHZ OT XFP DWDM TRANSMITTER OT XFP DWDM

PRODUCT FEATURES

ll DOCSIS 3.1 compatible with operating bandwidth up to 1218 MHzll All-Digital 256 QAM loading up to 154 carriersll Externally modulated, no dispersion compensation requiredll Wavelength-Tunability across entire C-band at 100 GHz spacing (43 DWDM wavelengths) ll Hot-pluggable XFP footprint ll Link distances up to 60 km ll LC/APC optical connection ll Power consumption < 3.5 Wll Built- in digital diagnostic functions ll Compliant with SCTE 195 2013

OT XFP DWDM

Product Description

57002688

Delta`s XFP Transmitter is a hot-pluggable optical module that is compliant with SCTE interface specifications. The external modulated XFP transmitter is in a very small package. It can be fully loaded with 154 digital QAM channels. The small XFP module significantly increases the density and reduces power consumption for downstream transmitter which can be inte-grated into today`s Hybrid-Fiber Coaxial (HFC) optical platforms and tomorrow`s broadband infrastructure equipment.

The wavelength of the transmitter can be tuned by the user within 500 ms. Each DWDM wavelength within the C-band can be selected. This increases operational efficiencies in deploying DWDM networks and reduces inventory of transmitters at different fixed wavelengths. Wavelength-Tunability also opens the possibility of novel HFC architectures that can dynamically route services and increases bandwidth capacity in the cable operator`s access network.

APPLICATIONSll Hybrid Fiber Coaxial (HFC) cable access networks ll 1550 nm Broadcast with DWDM Narrowcast overlay architectures ll All-Digital QAM networks

Article number

XFP-RF Pluggable TX-Module, Wavelength-Tunable, QAM, +1.2GHz, +5 dBm

OPTI

CAL

SYST

EMS

7

PLUG

IN A

ND WIN

Power Supply+3.3 V Voltage Analog +3.3 V Voltage, Digital +5 V Voltage-5.2 V Voltage Supply Current – Vcc3 supply Supply Current – Vcc5 supplySupply Current – Vee5 supplyModule total power dissipation RFComposite RF Input Level Input differential impedanceTransmit Disable VoltageTransmit Enable VoltageRF BandwidthRF Flatness, peak to peak 50-1003 MHz50-1218 MHzRF Input Loss, 50-1003 MHzOpticalOptical Output Power 9/125 SMFOptical Wavelength RangeOptical Wavelength Spacing Transmitter Center Wavelength –Beginning of Life Transmitter Center Wavelength –End of Life Wavelength Tuning Time SBS Suppression

VCC3_ANALOGVCC3_DIGITAL

VCC5VEE5Icc3Icc5Iee5

P

RFin

Rin

VD

VEN

POUT

λ λ

Parameter Symbol Min Typ Max Unit Ref.

3.133.134.75-5.46

105,75

2.0GND50

16.0

4.751529.55

X-25

X-100

+14

108,75100

100X

X

0.5+18

3.463.465.25-4.75500500503.5

111,75

VccGND+0.8

1218

1.01.5

5.751563.05

X+25

X+100

3.0+20

VVVV

mAmAmAW

dBµVΩVV

MHz

dBdBdB

dBmNmGHzPm

Pm

secondsdBm

4444

1

23

56

6

7

Notes: 1. Maximum total power value is specified across the full temperature and voltage range2. After internal AC coupling 3. Or open circuit 4. VCC2 (+1.8 V) is not implemented from the XFP MSA Specification5. Corresponds to approximately 0.8 nm6. X= Specified ITU Grid Wavelength. Wavelength stability is achieved within 10 seconds of power up 7. SBS suppression measured with the following link: XFP-Transmitter, EDFA, launch power of +14 dBm, 20 km of fiber, 0 dBm input power into receiver. Transmitter loaded with 153 channels of QAM. SBS dither is enabled on the transmitter

SPECIFICATIONS

Art.70002034 12/2014

Germany

DCT DELTA GmbH

Bodanrückstraße 1

D-78351 Bodman

Tel. +49 7773 929258

Fax +49 7773 929259

info@dct-delta.de

www.dct-delta.de

Switzerland

DELTA Swiss AG

Industriezone Schächenwald

CH-6460 Altdorf

Tel. +41 4161 91400

Fax +41 4161 91409

info@delta-swiss.ch

www.delta-swiss.ch

Art.70002034 - 12/2014