15028 Delano Street, Van Nuys, CA 91411 Tel: 1 818 780 9701 Fax: 1 818 780 97391 of 4

SFC™ Transceiver SeriesSingle Fiber, Full Duplex, CWDM

Product Specification Data Sheet

Gain the SFC Edge

SFC is the Edge Access Network Solution for delivery of Fiber Optic Commercial Data (FE/GbE/SONET/SDH) Services in “Fiber-Starved” HFC and other Telecommunications Networks. OZC provides SFC Technology with a complete line of products for Business Class Commercial Services. The OZC Value Proposition is that our SFC Technology DOUBLES Optical Fiber Capacity (compared to legacy CWDM implementations) and delivers Operational Benefits to improve the Service Provider’s ROI, over both the short and long term.

SFC Technology

SFC is the acronym used to describe Single Fiber, Full Duplex, CWDM, SFP Transceivers over Single Wavelength, the associated Passive Optical Components (e.g. 8 Channel Mux/Dmux, 4+6 Channel “Adder” Mux/Dmux or Single Channel Add/Drop) and Layer 2 Gigabit Ethernet Switch CPE, used primarily by MSOs to offer Commercial Services over their installed Hybrid Fiber-Coax (HFC) Cable Plant of Single Mode Fiber.

A link consisting of a Single Fiber connected from one SFC Transceiver to the other, both transmitting over the same ITU channel, generate a Point-to-Point (P2P) link. Multiple SFC Transceivers, operating at different ITU CWDM wavelengths, are multiplexed together by our passive Mux/Dmux components, transmitted over a Single Fiber, and de-multiplexed to an identical set of SFC Transceivers at the other end, create multiple autonomous P2P independent links over Single Fiber.

Our SFC links can support up to Ten (10) Wavelengths, or Ten (10) Customers, on a Single Fiber Link, for 40 Km or 80 Km reference Link Distances. This means fewer SKUs to inventory, track and manage, as well as, less splicing in the field, simplified fiber optics inventory and higher Network Reliability. Complete end-to-end optical link ZonuColor Coding simplifies operation, reduces installation time and limits installation errors.

Ten (10) GbE Channels CWDM yields a virtual 10 GbE Link over a Single Fiber.

SFC Transceivers

The Transceivers at the heart of the SFC Solution, providing Full Duplex Transmission of Industry Standard Protocols (IEEE 802 Fast Ethernet, Gigabit Ethernet and CWDM 10-Gigabit Ethernet; SONET OC-3/12/48; SDH STM-1/4/16) over a Single Optical Fiber, are supplied in the standards-based SFP Configuration, which fits into, and is completely compatible with, any Networking Gear configured with SFP Ports.

When used with properly equipped Networking Gear, the Digital Diagnostic Monitoring feature of the Transceivers serves as a powerful diagnostic tool for Network Operations, Administration and Management.

SFC Transceivers

✔ Up to 27 dB Optical Power Budget

✔ Full Duplex, Single Wavelength

✔ -20°C to +70°C TOP

✔ TIA-598-C ZonuColor™ Code

✔ Back-to-Back to 80 Km (no “Pad”)

Applications

✔ Business Class Service

✔ Metro-Ethernet Direct

✔ Wireless Backhaul

✔ Central Office Cross-Connect

✔ Smart-Grid Utilities

Benefits

✔ Edge in Performance

✔ Lower Overall Cost

✔ Simplified Installation

✔ Ease of Maintenance

✔ Half the Fiber, Passives, Splices

Savings

✔ Retain Installed Base of Passives

✔ Only Half the New Passives to Buy

✔ Consume Fibers One-at-a-Time

15028 Delano Street, Van Nuys, CA 91411 Tel: 1 818 780 9701 Fax: 1 818 780 97392 of 4

SFC Transceiver Characteristics

Specific Characteristics (-20°C to +70°C)Reach Category Medium Reach Long Reach

Model Series: C-Series (FastE / GbE) S-Series (Dual -Rate) M-Series (Multi-Rate) C-Series (FastE / GbE) S-Series (Dual -Rate)

Part Nomenclature: A04-1xxC-MD-W A04-1xxS-MD-W A04-1xxM-MD-W A04-1xxC-LD-W A04-1xxS-LD-W

TransmitterParameter Sym Min Typ Max Min Typ Max Min Typ Max Min Typ Max Min Typ Max Units

Average Optical Output Power – OC-3/12 PO -2 0 1 -1 0 1 -1 0 1 dBm

Average Optical Output Power – FastE / GbE PO -2 0 1 -2 0 1 -1 0 1 -1 0 1 -1 0 1 dBm

Average Optical Output Power – OC-48 PO -1 0 1 dBm

Output Eye Conformance IEEE 802.3-2008IEEE 802.3-2008SONET OC-3/12

SDH STM-1/4

IEEE 802.3-2008SONET OC-3/12/-48

SDH STM-1/4/16IEEE 802.3-2008

IEEE 802.3-2008SONET OC-3/12

SDH STM-1/4

Receiver (Ethernet Sensitivity/Overload referenced to BER < 10E-12 with 2^7-1 PRBS; SONET/SDH Sensitivity/Overload referenced to BER < 10E-10 with 2^23-1 PRBS.)Parameter Sym Min Typ Max Min Typ Max Min Typ Max Min Typ Max Min Typ Max Units

Average Optical Input Power – OC-3/12 PMin - -27 -26 - -27 -26 - -30 -29 dBm

Average Optical Input Power – FastE / GbE PMin - -23 -22 - -26 -25 - -26 -25 - -27 -26 - -29 -28 dBm

Average Optical Input Power – OC-48 PMin - -24 -23 dBm

Loss Of Signal De-Asserted – OC-3/12 PD - -27 - - -27 - - -30 - dBm

Loss Of Signal De-Asserted – FastE / GbE PD - -23 - - -26 - - -26 - - -27 - - -29 - dBm

Loss Of Signal De-Asserted – OC-48 PD - -24 - dBm

Loss Of Signal Asserted – OC-3/12 PA - -29 - - -29 - - -32 - dBm

Loss Of Signal Asserted – FastE / GbE PA - -25 - - -28 - - -28 - - -29 - - -31 - dBm

Loss Of Signal Asserted – OC-48 PA - -26 - dBm

Output Eye Conformance IEEE 802.3-2008IEEE 802.3-2008SONET OC-3/12

SDH STM-1/4

IEEE 802.3-2008SONET OC-3/12/48

SDH STM-1/4/16IEEE 802.3-2008

IEEE 802.3-2008SONET OC-3/12

SDH STM-1/4

LinkParameter at Specified Bit Rate (Mbps) Sym 125 - 1250 - 622 1250 622 1250 2488 125 - 1250 - 622 1250 Units

Minimum Data Sheet Optical Power Budget 20 - 20 - 24 23 25 24 22 25 - 25 - 28 27 dB

Minimum Planning Optical Power Budget 18 - 18 - 22 21 23 22 20 23 - 23 - 26 25 dB

Minimum Required Optical Return Loss ORL 24 - 24 - 28 27 28 27 26 28 - 28 - 31 30 dB

Common Characteristics (-20°C to +70°C)TransmitterParameter Sym Min Typ Max Units

Power Supply Voltage VccTX 3.15 3.3 3.45 V

Power Supply Current IccTX 140 mA

Operating Wavelength l CC nm

Spectral Width (RMS) ΔλRMS 0.1 nm

Optical Power When Disabled PoDISABLE -30 dBm

TX Enable Timing 0.1 ms

TX Enable Voltage VccTX V

TX Disable Voltage 0 0.8 V

TX Alarm Voltage (No Alarm Condition) 0 0.8 V

TX Alarm Voltage (Alarm Condition) VccTX V

Optical Extinction Ratio ER 9 dB

Total Jitter TJ 0.3 UI

Common Characteristics (-20°C to +70°C)Receiver Parameter Sym Min Typ Max Units

Power Supply Voltage VccRX 3.15 3.3 3.45 V

Power Supply Current IccRX 110 mA

Operating Wavelength λλ 1280 1620 nm

Average Maximum Input Power PMAX 1 dBm

Loss Of Signal Hysteresis PD – PA 1 dB

LVPECL Data Output Level HIGH RD VccRX–1.09 VccRX-0.88 V

LVPECL Data Output Level LOW RD VccRX–1.83 VccRX–1.83 VccRX-1.55 V

Total Jitter TJ 0.35 UI

15028 Delano Street, Van Nuys, CA 91411 Tel: 1 818 780 9701 Fax: 1 818 780 97393 of 4

Pin Assignments

Pin # Pin Name Pin Function1 VeeT Transmitter Ground

2 TX Fault Transmitter Fault Indication

3 TX Disable Transmitter Disable

4 MOD-DEF2 Module Definition 2

5 MOD-DEF1 Module Definition 1

6 MOD_DEF0 Module Definition 0

7 NC (No Connection)

8 LOS Loss of Signal

9 VeeR Receiver Ground

10 VeeR Receiver Ground

11 VeeR Receiver Ground

12 RD- Inverted Received Data Out

13 RD+ Received Data Out

14 VeeR Received Ground

15 VccR Receive Power

16 VccT Transmitter Power

17 VeeT Transmitter Ground

18 TD+ Transmitted Data In

19 TD- Inverted Transmit Data In

20 VeeT Transmitter Ground

Absolute Maximum RatingsParameter Sym Min Max UnitsStorage Temperature (Case) TS -40 85 °C

Operating Temperature (Case) TO -20 70 °C

Relative Humidity RH 5 95 %

Power Supply Voltage Vcc 0 3.6 V

Input Voltage GND Vcc V

A04-1xxY-ZD Fiber Pigtail Configuration

A04-1xx-Y-ZD-L LC Receptacle Configuration (LC Jumper Cable Inserted)

15028 Delano Street, Van Nuys, CA 91411 Tel: 1 818 780 9701 Fax: 1 818 780 97394 of 4

Ordering Information / Allowable Standard Part Numbers / Descriptions

ITU Channel / CWDM WavelengthZonuColor / Part Number Codes

Gain the SFC™ Edge!

3 1311 3111 1471 GRA 4712 1491 BLU 4913 1511 WHT 5114 1531 RED 5315 1551 BLK 5516 1571 ORA 5717 1591 YEL 5918 1611 BRN 61

λ (nm)ITU Ch ZColor xxFor More Information

Contact us or visit:

www.opticalzonu.com

Data Sheets

SFC OverviewSFC PassivesSFC ZonuCheck™ Handheld TesterLayer 2 Managed GbE Switch CPERF over Fiber Subsystems

Application Notes

SFC Model Cross Reference GuideSFC Proper Maintenance and HandingHandling and Cleaning of Fiber Optic ConnectorsUPC vs APC Connectors in the SFC NetworkAPC to UPC Adapter for the SFC NetworkBusiness Class Application Examples for SFC

Reports

SFC Report

Articles

"SFC: Tapping the MSO 'Hidden Asset'"

Presentations

SFC Design Approach

Complementary Products

SFP Transceivers

ZonuFx Smart SFC TransceiversP2P Transceivers

SFC Passives

Hub/CO Modules (Inside)Field Mini-Cassette (Outside)8 Ch + 1310 + Monitor (-20 dB)4 Ch + 6 Ch Extender

SFC Accessories

Handheld Tester – CWDM Power Meter, with ORL Estimator, Media Converter and more....

Layer 2 Managed GbE Switch

A04-1xxC-MD SFC GbE 1xx1 nm DFB 18 dB DDM SC/APC PTA04-1xxS-MD SFC Dual-Rate 1xx1 nm DFB 21 dB DDM SC/APC PTA04-1xxM-MD SFC Multi-Rate 1xx1 nm DFB 21 dB DDM SC/APC PT

A04-1xxC-MD-L SFC GbE 1xx1 nm DFB 18 dB DDM LC/APC ReceptacleA04-1xxS-MD-L SFC Dual-Rate 1xx1 nm DFB 21 dB DDM LC/APC ReceptacleA04-1xxM-MD-L SFC Multi-Rate 1xx1 nm DFB 21 dB DDM LC/APC Receptacle

A04-1xxC-LD SFC GbE 1xx1 nm DFB 23 dB DDM SC/APC PTA04-1xxS-LD SFC Dual-Rate 1xx1 nm DFB 25 dB DDM SC/APC PT

A04-1xxC-LD-L SFC GbE 1xx1 nm DFB 23 dB DDM LC/APC ReceptacleA04-1xxS-LD-L SFC Dual-Rate 1xx1 nm DFB 25 dB DDM LC/APC Receptacle

A04-1xxY-MD-W Long Reach

A04-1xxY-MD-W Medium Reach Plain Language Description

Optical Zonu Corporation 15028 Delano Street, Van Nuys, CA 91411-2016 T: 818.780.9701 www.opticalzonu.com

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Optical Zonu Corp. Optical Zonu Corp. Optical Zonu Corp. Optical Zonu EuropeHQ and Technical Center Americas Region Sales East Coast Office Europe Region SalesT: 818 780 9701 x23 T: 512 261 0024 T: 302 658 0250 T: +44 1359 298 198F: 818 780 9739 M: 512 750 5768 M: 302 650 9795 M: +44 7949 025 966info@opticalzonu.com artieb@opticalzonu.com mjhartmann@opticalzonu.com djenkins@opticalzonu.com

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