Polatis Optical Matrix Switches – Non-Blocking All-Optical Matrix Switch Range

Range of fully non-blocking all-optical matrix switches based on DirectLight beam-steering, in port counts from 4x4 up to 192x192.

Matrix switch sizes (NxN): 8×8 to 32×32
Matrix switch sizes (NxN): 48×48 to 96×96
Matrix switch sizes (NxN): 144×144 to 192×192
Typical insertion loss: 0.5 dB

Datasheet

Overview

The Polatis® range of optical matrix switches are fully non-blocking all-optical matrix switches. Port counts range from 4x4 up to 192x192. The switches are based on Polatis' patented DirectLight® optical switching technology, which is used in defense applications and in commercial applications by network equipment manufacturers. They are designed for mission-critical applications that need low optical loss, a compact size, low power consumption and fast switching.

The range includes the Optical Switch Tray (OST) in single-mode versions from 8x8 up to 48x48, with internal optical power monitors and variable optical attenuation available as options. The OST also comes in multimode versions at 8x8 and 16x16.

DirectLight technology

DirectLight uses piezoelectric beam-steering. Connections can be made and held with no light on the fiber, which allows true dark fiber switching. Operators can pre-provision paths and switch intermittent or variable-power test signals over lit or dark fiber.

Series 6000i instrument switch

The POLATIS Series 6000i Instrument optical switch comes in sizes from 8×8 to 192×192. It is available in symmetric (N×N) configurations and in single-sided, customer-configurable (N×CC) configurations. Asymmetric (M×N) configurations are available on request. Switches up to 32×32 fit in a 1 RU chassis. Models up to 96×96 are designated "Ultra".

The switch supports NETCONF and RESTCONF SDN interfaces, as well as SNMP, TL1 and SCPI. It also has a secure web GUI. Options include optical power monitors and variable optical attenuation on every connection. A programmable port shutter can simulate fiber breaks, and the switch can be partitioned in software so that several test teams can share it.

Key Features

Non-blocking from 8x8 to 48x48 ports (single mode); larger sizes available on request
Polatis patented DirectLight beam-steering technology
Optional fully integrated power monitors, variable optical attenuation and optical taps
Web GUI and network management tools
Low insertion loss
Low polarisation dependent loss
Fast switching speed
Excellent repeatability
Wide optical power range
Operates with dark or lit fiber
Fully non-blocking
Bi-directional operation
Protocol and bit rate independent
Very low power consumption
Easy to integrate with test automation suites
Symmetric N×N and N×CC any-to-any port configurations; asymmetric M×N on request
SDN enabled with NETCONF and RESTCONF command interfaces
SNMP, TL1 and SCPI control languages
Programmable port shutter for fiber break simulation
Dual redundant power and network interface cards

Specifications

Optical Performance by Switch Size

Matrix switch sizes (NxN) 6000i-Ultra	8×8 to 32×32 Single-sided NxCC switches also available; asymmetric MxN on request
Matrix switch sizes (NxN) 6000i-Ultra	48×48 to 96×96
Matrix switch sizes (NxN) 6000i	144×144 to 192×192
Typical insertion loss 6000i-Ultra	0.5 dB Sizes 8×8 to 32×32; 3 patch-cord method (ANSI/TIA/EIA-526-7-1998)
Typical insertion loss 6000i-Ultra	0.6 dB Sizes 48×48 to 96×96
Typical insertion loss 6000i	0.9 dB Sizes 144×144 to 192×192
Maximum insertion loss 6000i-Ultra	1.0 dB Sizes 8×8 to 32×32
Maximum insertion loss 6000i-Ultra	1.2 dB Sizes 48×48 to 96×96
Maximum insertion loss 6000i	1.9 dB Sizes 144×144 to 192×192
Maximum insertion loss with single OPM 6000i-Ultra	1.3 dB Sizes 8×8 to 32×32
Maximum insertion loss with single OPM 6000i-Ultra	1.5 dB Sizes 48×48 to 96×96
Maximum insertion loss with single OPM 6000i	2.2 dB Sizes 144×144 to 192×192
Loss repeatability 6000i-Ultra	+/-0.05 dB Sizes 8×8 to 96×96; measured at maximum transmission
Loss repeatability 6000i	+/-0.1 dB Sizes 144×144 to 192×192; measured at maximum transmission
Connection stability 6000i-Ultra	+/-0.05 dB Sizes 8×8 to 96×96; measured at maximum transmission
Connection stability 6000i	+/-0.1 dB Sizes 144×144 to 192×192; measured at maximum transmission

Optical (All Switch Sizes)

Operating wavelength range	1260-1675 nm All parameters measured excluding connectors at 1550 nm and 20 ºC with unpolarized source after thermal equalization unless noted
Return loss	>50 dB With APC connectors
Max switching time	25 ms
Data latency through a switch connection	25 ns
Dark fiber switching	Yes
Bi-direction optics	Yes
Wavelength dependent loss (WDL)	<0.3 dB C+L Band
Polarization dependent loss (PDL)	<0.1 dB C+L Bands
Polarization dependent loss (PDL) with optional OPM OPM	<0.3 dB C+L Band
Crosstalk	<-55 dB
Optical input power range	Dark to +24 dBm

Optional Optical Power Monitoring (OPM)

Calibrated wavelength range OPM	1290-1330 nm and 1450-1640 nm
Dynamic range OPM	-40 dBm to +22 dBm
Accuracy OPM	+/-0.5 dBm

Environmental

Operating temperature	+5 ºC to +40 ºC <85 % RH non-condensing
Storage temperature	-40 ºC to +70 ºC <40 % RH non-condensing

Electrical and Mechanical

Fiber type	Single-mode Series 6000i datasheet; the web page also lists multimode OST versions at 8x8 and 16x16
Single fiber connector types	LC or LC-HD, SC, FC and E-2000 Connectors Angled (APC) or Ultra (UPC) connector types available
Array connector types	MTP-8 or MTP-12 Elite Array Connectors
Control languages	NETCONF, RESTCONF, SNMP, TL1 and SCPI; Secure User-Friendly Web GUI
User interfaces	RJ45 Dual Redundant Hot-Swap Gigabit Ethernet
Craft interface	RS232 Serial
Secure user access protocols	RADIUS AAA (EAP-TTLS, PAP), LDAP
Power options	Hot-Swap Dual Redundant 100-240 VAC 50/60 Hz; Hot-Swap Dual Redundant -48 VDC
Power consumption	25–75W
Chassis width and depth	19" width, 22" depth For all Series 6000 switches

Maximum Matrix Size per Chassis Height

LC, no OPMs	1RU 32×32; 3RU 96×96; 6RU 192×192
MTP, no OPMs	1RU 32×32; 3RU 96×96; 4RU 192×192
SC, no OPMs	1RU 16×16; 2RU 32×32; 3RU 64×64; 4RU 96×96; 6RU 192×192
LC, 1 side OPMs OPM	1RU 32×32; 2RU 48×48; 3RU 96×96; 4RU 144×144; 6RU 192×192
MTP, 1 side OPMs OPM	1RU 32×32; 3RU 144×144; 6RU 192×192
SC, 1 side OPMs OPM	1RU 16×16; 3RU 144×144; 4RU 192×192
LC, 2 side OPMs OPM	1RU 32×32; 3RU 64×64; 4RU 96×96; 6RU 192×192
MTP, 2 side OPMs OPM	1RU 32×32; 3RU 64×64; 4RU 96×96; 6RU 192×192
SC, 2 side OPMs OPM	1RU 16×16; 2RU 32×32; 3RU 48×48; 4RU 96×96; 6RU 192×192

Specifications are taken from the manufacturer's documentation. See the datasheet for complete and current values.

Applications

Network and data center SIT lab testing
Centralized test equipment sharing and automated network testing
Component, transponder, line card and subsystem testing
Automated regression testing for new product releases
Lab as a Service (LaaS) and Test as a Service (TaaS) automation
Cloud-based SDN test configurations
Satellite uplink and RFoF testing
PON and FTTx system testbeds
Quantum technology test beds
QKD

Options & Accessories

Option	Description
OPM	Optical Power Monitoring — Optional integrated optical power monitors on every connection with user configurable optical power alarms
VOA	Variable Optical Attenuation — Optional variable optical attenuation on every switch connection