Passive Optical Splitters

Updated June 2016 Optigo Connect ™

Optigo Networks Inc. 1200 – 555 W Hastings St Vancouver, BC, Canada sales@optigo.net

www.optigo.net

Passive Optical Splitters

• ONS-YPS-X

• ONS-YRS-X

• ONS-YPD-X

• ONS-YRD-X

• ONS-YPG-X

PRODUCT HIGHLIGHTS • Optimize cabling throughout your smart building by

running a single fiber – just split it where you need to.

• Passive splitters require: • NO power • NO climate control • NO maintenance whatsoever.

• A wide selection of splitters enables a variety of flexible and expandable architectures – both with and without redundancy.

• Available in rack-mount or compact form factors for deployment in any environment.

Optigo Connect™ is based on Passive Optical Networking (PON), and the passive splitters are a key enabler of the flexibility and efficiency that PON installers have come to love. Only PON can create a physical network topology that exactly matches the layout of your smart building.

Optigo’s splitters are completely solid state Optics, and require no power, cooling, or any maintenance whatsoever. In addition, they are completely immune to electromagnetic interference and high voltage. They can be installed anywhere and never require access for maintenance.

As well as the 1:n splitters typically seen in PON, Optigo provides special purpose splitters that allow for specialized topologies,

• Passive Daisy Chains ideal for high-rise buildings • Redundancy via dual-input star or special fiber ring

DUAL REDUNDANCY RING REDUNDANCY Use Optigo’s passive splitters to create a customized topology to match your intelligent building’s physical layout and your requirements for high-availability.

The star or tree topology is excellent for airports with terminals 1,2,3 or shopping malls with North, South, East, West wings.

The Daisy-Chain works well for high-rise buildings. Simply run a single fiber up from the basement and split it on each floor.

Rings are especially well suited for perimeter surveillance

Passive Optical Splitters

Updated June 2016 Optigo Connect ™

Optigo Networks Inc. 1200 – 555 W Hastings St Vancouver, BC, Canada sales@optigo.net

www.optigo.net

PRODUCT SPECIFICATIONS

Case Input Outputs Connectors Dimensions Insertion

Loss

General Use - Star topology - ABS Plast ic Enclosure

ONS-YPS-2 ABS Plastic Single 2 SC/UPC Male 3.6 x 0.8 x 0.4” 90 x 20 x 10 mm

-3.1 dB

ONS-YPS-4 ABS Plastic Single 4 SC/UPC Male 4.0 x 3.2 x 0.4” 100 x 80 x 10 mm

-6.1 dB

ONS-YPS-8 ABS Plastic Single 8 SC/UPC Male -9.1 dB

ONS-YPS-16 ABS Plastic Single 16 SC/UPC Male 4.8 x 3.2 x 0.8” 120 x 80 x 18 mm

-12.1 dB

General Use - Star topology – Rack-mount Enclosure

ONS-YRS-8 Rack-mount Single 8 SC/UPC Female 19” x 9.5” x 1RU

483 x 240 x 44 mm

-9.1 dB

ONS-YRS-16 Rack-mount Single 16 SC/UPC Female -12.1 dB

ONS-YRS-32 Rack-mount Single 32 SC/UPC Female -15.1 dB

Dual- Input – Connect 2 Aggregat ion Switches for Redundancy

ONS-YPD-2 ABS Plastic Dual 2 SC/UPC Male 4.0 x 3.2 x 0.4”

100 x 80 x 10 mm

-5.2 dB

ONS-YPD-4 ABS Plastic Dual 4 SC/UPC Male -8.2 dB

ONS-YPD-8 ABS Plastic Dual 8 SC/UPC Male -11.2 dB

ONS-YRD-8 Rack-mount Dual 8 SC/UPC Female 19” x 9.5” x 1RU

483 x 240 x 44 mm

-11.2 dB

ONS-YRD-16 Rack-mount Dual 16 SC/UPC Female -14.2 dB

ONS-YRD-32 Rack-mount Dual 32 SC/UPC Female -17.2 dB

Ring Spl i t ters – Create a Redundant Fiber Ring with 2 Aggregat ion Switches

ONS-YPG-1 ABS Plastic Ring 1 SC/UPC Male

4.0 x 3.2 x 0.4” 100 x 80 x 10 mm

-0.5 / -16.0 dB1

ONS-YPG-2 ABS Plastic Ring 2 SC/UPC Male -1.0 / -16.0 dB1

ONS-YPG-4 ABS Plastic Ring 4 SC/UPC Male -2.0 / -16.0 dB1

ONS-YPG-8 ABS Plastic Ring 8 SC/UPC Male -4.5 / -16.0 dB1

Daisy-Chain Spl i t ters – Asymmetr ical Rat io 1:2 Spl i t ters for High-r ise or Per imeter

ONS-YPS-2-A03 ABS Plastic Single 2 (3/97%) SC/UPC Male 3.6 x 0.8 x 0.4”

90 x 20 x 10 mm

-0.2 / -15.3 dB2

ONS-YPS-2-A05 ABS Plastic Single 2 (5/95%) SC/UPC Male -0.3 / -13.1 dB2

ONS-YPS-2-A10 ABS Plastic Single 2 (10/90%) SC/UPC Male -0.5 / -10.0 dB2

• (1) For ring splitters, first number listed is the ‘continue’ (from one ring input to the other ring input) loss, while the second number is

the ‘branch’ (from either ring input to the branch output) loss. • (2) For Daisy-Chain splitters, first number listed is the ‘continue’ (from input to trunk output) loss, while the second number is the

‘branch’ (from input to branch output) loss. • Maximum Optical Budget is 30dB for any path from Aggregation Switch to Edge Switch. Optigo recommends designing for 26 dB. • All rack-mount splitters come with appropriate brackets for a 19” rack. All ABS Plastic compact splitters feature predrilled holes for

mounting with M3 screws (not included). • Optigo Networks uses Corning Fiber for all pre-terminated leads.

Create the perfect topology for your intelligent building using Optigo’s Passive Optical Networking.

Don't hesitate to contact us for design ideas and assistance!