PHOENIX OPTIX PASSIVE OPTICAL LAN

Transcription

1 PHOENIX OPTIX PASSIVE OPTICAL LAN CABLING SYSTEM Connectivity Solutions to Create Highly Reliable, Cost-Saving Point-to-Multipoint POLs

2 PASSIVE OPTICAL LANS End-to-End Connectivity Solutions END-TO-END CONNECTIVITY FROM ONE SOURCE Cassette-based splitters Cable assemblies Distribution hardware EASY TO INSTALL Seamless integration of splitters into your network environment Pre-terminated cables for fast plug-and-play simplicity and no onsite terminations FLEXIBLE Longer transmission distances Bend-insensitive single-mode fiber for easier routing and installation Support for MTP, LC, and SC interfaces RELIABLE Helps eliminate need for intermediate wiring closets and associated LAN electronics Simplified Architecture for Increased Reliability and Lower Power Passive optical local area networks (POLs) can simplify your LAN. By leveraging the low losses and high bandwidth of single-mode fibers, POLs significantly reduce the cabling infrastructure and reduce the number of active devices in the network. Based on single-mode fibers and passive splitters, a POL can serve up to 7000 users over a 20 km radius with a single LAN aggregation switch. The POL s point-to-multipoint architecture can reduce the electronics required in the LAN, leading to significant savings in power, cooling, and space requirements. Passive optical splitters enable a single optical fiber to serve multiple users. Intermediate wiring closets and workgroup switches can be eliminated. Passive fiber distribution hubs replace active workgroup switches. A single fiber can deliver signals to a local user area, where a passive fiber splitter divides the signal for delivery to individual users. This can reduce the number of cables by a factor of 32:1. Save Money, Space, and Power POLs can offer savings up to 50% in capital expenses and 75% in operating expenses over a traditional LAN. Because POLs simplify the network infrastructure, they can save you money in several ways: Reduced electronics. Active network electronics are only required at each end, in the optical line terminal (OLT) and the optical network terminal (ONT). Everything in between is based on passive distribution hubs and splitters. Without the need for intermediate switches, wiring closets can either be eliminated or significantly reduced in size. EVERYTHING YOU NEED TO DEPLOY END-TO-END SOLUTIONS Splitters Enclosures and Splice Trays Adapters Cassettes Zone Boxes Faceplates Backbone and Patch Cable Assemblies PAGE 2

3 Lower power consumption. The reduction in electronics translates into lower power use. Simplified cabling infrastructure. A single fiber can support up to 32 users after the splitter. Not only does this significantly reduce the number of cables that need to be run, the bend-insensitive single-mode fibers are small and easily routed. Easier management. Passive optical LANs are easier to manage. The simplified architecture means moves, adds, and changes are easier to accomplish. Triple Play of Fiber to the Desk A single fiber can deliver voice, video, and data to the user. The ONT performs the opto-electronic conversion and demultiplexes the voice, video, and data signals for connection to the appropriate user device. There is no need for separate voice, video, and data cables before reaching the desktop. The POL can handle both digital and RF video, so that separate coaxial cables are not needed. BUILDING 1 BUILDING 2 Reliability for Today... A POL is based on carrier-class PON technology with years of time-tested reliability. A fiber-based POL can give five- 9s reliability equivalent to 5 minutes of unscheduled downtime a year. Because the system between ONT and OLT is built with reliable passive optical components, there are fewer points of failure.... Capacity for Future Networks While copper-based cabling systems have a useful lifetime of 10 to 15 years, a Phoenix Optix POL system has the bandwidth today to accommodate LAN upgrades well beyond the expected useful life of copper cable. While typical POLs today operate at 2.5 Gb/s downstream and 1.5 Gb/s upstream, the single-mode fibers have the capacity to handle much higher data rates. When you need higher speeds, changes are required only at each end without changing the cabling system. And since there are no workgroup switches, no changes are needed in intermediate electronics. TE Components... TE Technology... TE Know-how... AMP Agastat CII Hartman Kilovac Microdot Nanonics Raychem Rochester DEUTSCH L.L. Rowe Phoenix Optix SEACON Get your product to market faster with a smarter, better solution. PAGE 3

4 TYPICAL PASSIVE OPTICAL LANS INFRASTRUCTURE PAGE 4

5 SPLITTER CASSETTES Typical Configuration Cassette Input Fibers 1, 2 C 1 32 SASA 1 x 32 Splitter Output Fibers 4, 8, 16,32 Input Connector Types LA: LC/APC SA: SC/APC Output Connector Type LA: LC/APC SA: SC/APC LC: LC SC: SC SC/APC Connectors, with 1.5 m Leads (C-132SASA) Input Fibers Output Fibers Insertion Loss, Max Return Loss, Min Tested by Phoenix 1310 nm Test Methods: IL per TIA/EIA Method B RL per TIA/EIA Method 1 PAGE 5

6 CASSETTES Cassette Fiber Type Single Mode C OS2 MM 12 SAD -1 Input MM: MTP Receptacle 24-Fiber Cassette Typical Configurations 12-Fiber Cassette Fiber Count 12, 24 (LC Only) Quad LC/APC Receptacles (C-OS2-MM-24-LAQ-1) Duplex SC/APC Receptacles (C-OS2-MM-12-SAD-1) Receptacle Type SAD: Duplex SC/APC LAD: Duplex LC/APC LAQ: Quad LC/APC SCD: Duplex SC LCD: Duplex LC LCQ: Quad LC Connector Finish SMF UPC SMF APC Insertion Loss, Max Return Loss, Min. MTP LC/SC MTP LC/SC.60 db.25 db 60 db 57 db 65 db Tested by Phoenix 1310 nm Test Methods: IL per TIA/EIA Method B RL per TIA/EIA Method 1 ADAPTER PANELS Adapter Panel Fiber Count 12, 24 Connector Type LC: LC SC: SC AP 24 LC D GR - P 24-Fiber Adapters Quad LC Receptacles (AP-24-LC-Q-BL-P) Typical Configurations 12-Fiber Adapters Duplex LC Receptacles (AP-12-LC-D-BL-P) Receptacle Type D: Duplex Q: Quad Color BL: Blue GR: Green Sleeve P: Phosphor Bronze Z: Zirconia Duplex LC Receptacles (AP-24-LC-D-BL-P) Duplex SC Receptacles (AP-12-SC-D-GR-P) Duplex LC-APC Receptacles (AP-24-LC-D-GR-P) PAGE 6

7 ENCLOSURES: ZONE BOXES Zone Box, Unloaded Zone Box, Loaded Floor or Wall Mountable Capacity 12 Cassettes or Adapters 9.0 x x (H x D x W) Part No. 916ZONE-1 Ceiling Mount Kit Available Part No. 916ZONE-CEILING Includes four mounting bars and twelve screws Kit typical for 96 users: One 12-Fiber SC/APC Cassette (C-OS2-MM-12-SAD-1) Three 1 x 32 Splitter Cassettes (C-132SASA) Eight 12-Fiber SC Duplex Adapter Panels (AP-12-SC-D-GR-P) Part No. 916ZONE-1-SA ENCLOSURES: RACK MOUNT 1U Enclosure 2U Enclosure 4U Enclosure Capacity: 3 Cassettes or Adapters Fits 19 or 23 rack 1.75 x x (HxDxW) Part No. RM-1300P/S 1U Shelf Capacity: 6 Cassettes or Adapters Fits 19 or 23 rack 3.50 x x (HxDxW) Part No. RM-2300P/S Splice Tray Capacity: 12 splices Part No Capacity: 12 Cassettes or Adapters Fits 19 or 23 rack 7.00 x x (HxDxW) Part No. RM-4300P/S Capacity: 3 Cassettes or Adapters Fits 19 rack 1.63 x 8.00 x (HxDxW) Part No C PAGE 7

8 BACKBONE CABLING MTP Multifiber Cables 48 MM - LC 8 T A S2 24 P 120 A Fiber Count 12, 24, 48, 72, 96, 144 Connector Type, End A MF: MTP Female MM: MTP Male Connector Type, End B MF: MTP Female MM: MTP Male LC: LC SC: SC LA: LC/APC SA: SC/APC Overall Length Specify Length in Feet Pulling Eye P: Pulling Eye N: None D: Dual Pulling Eye Breakout 24: Standard Furcation S2: 2-mm Simplex S3: 3-mm Simplex Armored Cable Type R: Ribbon Plenum P: 3-mm Indoor Plenum T: 2-mm Indoor Plenum V: Indoor/Outdoor Loose-Tube Plenum Fiber Type Bend-Insensitive Single Mode Connector Finish SMF UPC SMF APC Insertion Loss, Max Return Loss, Min. MTP LC/SC MTP LC/SC.60 db.25 db 60 db 57 db 65 db Tested by Phoenix 1310 nm Test Methods: IL per TIA/EIA Method B RL per TIA/EIA Method 1 PAGE 8

9 JUMPERS S-LC-LC-8-2-Z-100 Type Jumper Connector, End A LC: LC SC: SC LA: LC/APC SA: SC/APC Connector, End B LC: LC SC: SC LA: LC/APC SA: SC/APC Overall Length Specify Length in Feet Jacket Options R: Riser P: Plenum Z: LSZH Cable Type 2: 2-mm Indoor Cable 3: 3-mm Indoor Cable T: Tactical Cable D: I/O Cable Fiber Type 8: Bend-Insensitive Single Mode PIGTAILS X-LC-8-2-Z-100 Type Pigtail Connector, End A LC: LC SC: SC LA: LC/APC SA: SC/APC Fiber Type Bend-Insensitive Single Mode Overall Length Specify Length in Feet Jacket Options R: Riser P: Plenum Z: LSZH Cable Type 2: 2-mm Indoor Cable 3: 3-mm Indoor Cable T: Tactical Cable D: I/O Cable B: Buffer Connector Finish SMF UPC SMF APC Insertion Loss, Max LC/SC.25 db Return Loss, Min. LC/SC 57 db 65 db Tested by Phoenix 1310 nm Test Methods: IL per TIA/EIA Method B RL per TIA/EIA Method 1 PAGE 9

10 FACEPLATES AND ADAPTERS Single-Gang Faceplates Ports Part Number Flush Faceplate Angled Faceplate SG-XX-F SG-XX SG-XX-F SG-XX SG-XX-F SG-XX SG-XX XX = Color: WH (White) or AL (Almond) Adapters COPPER PATCH CORDS Media Type Style Part Number SC, Blue SC-306-XX-SM Fiber Optic SC-APC, Green SA-306-XX-SM LC Duplex, Blue LC-306-XX-SM LC-APC Duplex, Green LA-306-XX-SM Category 5e C5E-306-XX Copper RJ-45 Jacks Category 6 C6-306-XX Category 6 Shielded C6-306-XX-SH For RJ-45s, XX = Color: RD (Red), GR (Green), GY (Gray), OR (Orange), BL (Blue), WH (White), BE (Beige), YL (Yellow), BK (Black) C6-050 DE B GY Category C5E: Cat 5e, Unshielded C6: Cat 6, Unshielded C6A: Cat 6A, Unshielded C6S: Cat 6, Shielded Length Specify Cable Length in Feet Connectors DE: Double Ended SE: Single Ended Boot B: Boot Blank: No Boot Jacket Color BR: Brown RD: Red GR: Green GY: Gray PK: Pink OR: Orange BL: Blue WH: White BE: Beige YL: Yellow PR: Purple BK: Black PAGE 10

11 FIELD-ASSEMBLY SC CONNECTORS Fast Field Termination with No Epoxy and No Polish Create a reliable and durable fiber-optic network, with exceptional stability and low loss, with these connectors. Termination time is less than 2 minutes. Fast, easy termination No epoxy and no polishing Accepts 250 μm loose-tube or 900 μm tight-buffered fibers Compatible with 900 μm, 2 mm, and 3 mm boots Only two or three parts Factory finished ferrule PC or APC endface Standard Insertion Loss Return Loss Durability, 500 Mating Cycles Tension, 3.0 kg Temperature Change, 21 Cycles from -40 C to +75 C TIA/EIA (SC) 0.3 db Typ. / 0.5 db Max. 50 db Typ. / 55 db Max. (PC) 55 db Typ. / 60 db Max. (APC) 0.3 db 0.2 db change 0.3 db change PAGE 11

12 For More Information Phoenix Optix Support Center 15 Gray Lane, Suite 109, Ashaway, RI 02804, USA ) ) 7 SalesRI@phoenixoptix.com ) TechSupport@phoenixoptix.com CONNECTIVITY SOLUTIONS TO CREATE HIGHLY RELIABLE, COST-SAVING POINT-TO-MULTIPOINT POLS PhoenixOptix.com 2015 TE Connectivity Ltd. family of companies. All Rights Reserved ADM/RRD 2.5M 07/2015 Phoenix Optix, TE Connectivity and the TE connectivity (logo) are trademarks of the TE Connectivity Ltd. family of companies. MTP is a registered trademark of US Conec. Other products, logos, and company names mentioned herein may be trademarks of their respective owners. While TE has made every reasonable effort to ensure the accuracy of the information herein, nothing herein constitutes any guarantee that such information is error-free, or any other representation, warranty or guarantee that the information is accurate, correct, reliable or current. The TE entity issuing this publication reserves the right to make any adjustments to the information contained herein at any time without notice. All implied warranties regarding the information contained herein, including, but not limited to, any implied warranties of merchantability or fitness for a particular purpose are expressly disclaimed. The dimensions herein are for reference purposes only and are subject to change without notice. Specifications are subject to change without notice. is now part of Consult TE for the latest dimensions and design specifications.