ZEUSDWDM Access and DemultiplexingHyperscale, multi-terabit intercept

with 100% packet delivery from Long

Haul, Core, Metro and Data Centre.

Optical transport networks are complex.

Lumacron's Zeus series instrumentation systems are

purpose-built to navigate this ecosystem. Modular

hardware for dense wavelength division multiplexing

(DWDM) access, coherent signal demodulation, multi-

service protocol conversion, data storage and playback

are integrated seamlessly behind an intuitive user

interface, to automate targeting and delivery of traffic

for analytics, monitoring and SIGINT applications.

Efficient, unified instrumentation.

Replace unwieldy multi-vendor COTS solutions and

proprietary software with highly optimised intercept

hardware build around open interfaces. Empower your

mission with hyperscale, multi-terabit throughput and

100% packet delivery from Long Haul, Core, Metro and

Data Centre networks.

© 2018 Lumacron Technology Limited. All rights reserved. Lumacron Technology Limited has used reasonable care in preparing the information included in this document, but does not warrant that

such information is error free. Lumacron Technology Limitited accepts no liability whatsoever for any damages incurred by you resulting from errors in or omissions from the information included

herein. This document may not be reproduced or duplicated in any form, in whole or in part, without prior written consent of Lumacron Technology Limited.

Fully featured open-line optical interfaces for DWDM

intercept. Optical power monitoring and automated

optical channel discovery. Variable gain EDFA. Scalable

wavelength selective switch (WSS) for full-duplex

parallel monitoring on up to 96 C-band wavelengths per

fibre pair. Dedicated transmit ports for backhaul.

Coherent Signal Demodulation

Flexible coherent transponder interfaces for 100G,

200G and 400G convert from high-order modulation

schemes (DP-QPSK, 16-QAM, 8QAM) to standard NRZ

for downstream processing. Carrier-card compatibility

with CFP2-DCO, CFP-DCO and non-MSA form factors,

with support for proprietary framing and non-standard

SD-FEC formats.

Protocol ConversionBest-in-class protocol conversion hardware. Industry

leading port density married to lightning fast protocol

auto-discovery and packet stream targeting. Full signal

hierarchy enumeration for OTN, SONET/SDH and

Ethernet networks. In-field upgrades to track the latest

standards (OTUC4, OTUC2, 400GbE) , wi th a

comprehensive back-catalogue for legacy protocol

support down to DS0.

Multi-terabit Throughput

High density, 32-port QSFP28 100GbE switch for

integrated system interconnect. Flexible L2/L3

forwarding at 3.2Tbps full-duplex in 1RU, facilitates high

efficiency stream forwarding with zero packet loss.

Configurable egress interfaces. 100GbE, or load-

balanced to Nx25G/10G streams for legacy NIC

connectivity.

Flow-Aware L4-7 SwitchingP4-enabled, flow-aware switch. Dynamical ly

configurable L4-7 filtering and stateful processing at

wire-speed. Forward, drop, aggregate and de-duplicate

packet traffic on a per-flow basis. Flow coherent load

balancing from N x 100G to M x 25G/10G. Per-flow

state and meta-data extraction, with support for

Netflow, IPFix and customised record formats.

Recording and PlaybackIndustry-leading solid-state recording and playback

capability. Capture up to 26 minutes of sustained

100Gbps data from the line in 2RU, or combine with

stream targeting user-interface to select streams of

interest for storage. Removable disk cartridges for

offline analysis. Real time playback with cycle-accurate

packet timing. Dedicated fiber-channel download

interface and PCAP support.Instrumenting Optical Networks

Technical Specifications

Client Drop Ports

Wavelengths

Amplifiers

OSC Ports

Fault Monitoring

20 x CDC-Flex in 1RU

Flex spectrum channel management with 6.25GHz

granularity

Dynamic optical carrier auto-discovery over C and L

bands

Switchable gain EDFA

Preamplifier EDFA with 23dBm output

Booster EDFA with 23dBm output

Constant gain mode, constant power mode. Gain tilt

control.

Passive add/drop ports for 1511 and 1611nm OSC

Alarm reporting

Performance monitoring

Diagnostic logging

Equipment and port level status LEDs

Transponder Variants

Nominal Line Rate

Modulation Formats

Forward Error Correction

CFP2-DCO to dual QSFP28

CFP-DCO to dual QSFP28

Flex 7" to dual QSFP28

100Gbps (1 x OTL4.4.), 200Gbps (2 x OTL4.4)

AP/DP-8QAM, AP/DP-16QAM, AP/DP-QPSK

Automatic reporting via modulation autodiscovery

7% G.709 GFEC

7% Staircase FEC

15% SD-FEC (8QAM,16QAM)

25% SD-FEC (Ultra-long haul, subsea)

KR4 Ethernet FEC

Automatic reporting via FEC autodiscovery

Protocol Conversion

Optical Connectivity

Protocol Support

Mapping Support

Statistics

Autodiscovery

24 x 10G SFP/SFP+, 4 x QSFP28 (SR4/LR4) in 1RU via

Draco platform

12 x 10G SFP/SFP+, 2 x QSFP28 (SR4/LR4) in 1RU via

Chronos platform

12 x 10G SFP/SFP+ in 1RU via Aries platform

OTN - OTU4, OTU3/e1/e2, OTU2/2e/1e/2f, OTU1.

Includes support for ODUflex

SONET/SDH - OC192/STM64, OC48/STM16,

OC12/STM4, OC3/STM1

Ethernet - 100G Base LR/ER/SR IEEE802.3ba

GFP/GMP/AMP/BMP (bulk filled and concatenated)

ITU-T compliant overhead processing, link health,

802.3 compliant RMON.

Full signal hierarchy discovery

Selectable meta-data insertion

Packet field overwrite for stream ID tagging

Metadata export via Netflow, IPFix

Automated logging and reporting of all targetable

packet streams

Automatic or manual traffic forwarding

L2/L3 Forwarding

Switch Ports

Switch Silicon

CPU

Memory

Throughput

32 x QSFP28 per 1RU

100 GbE/40 GbE or 4 x 25 GbE/4 x 10 GbE/ 2 x 50

GbE per port

Broadcom BCM56960 Tomahawk 3.2 Tbps

COM-E CPU, Intel Atom E3800

8GB SO-DIMM DDR3 1600MHz ECC

3.2 Tbps full duplex per 1RU

Switch Ports

Switch Silicon

Throughput

Filtering

Additional Packet Processing

32 x QSFP28 per 1RU

100 GbE/40 GbE or 4 x 25 GbE/4 x 10 GbE/ 2 x

50 GbE per port

Barefoot Tofino P4-Programmable Switch ASIC

3.2 Tbps full duplex per 1RU

Real time programmable filtering based on

SMAC, DMAC, Ethertype, 802.1q TAG1,

802.1q TAG2, IPv4 SIP, IPv4 DIP, IPv4 Protocol,

IPv6 Next Header, L4 SPORT (TCP,UDP,

SCTP), L4 DPORT (TCP, UDP, SCTP) after IPv4 or

Ipv6

Packet detunneling

Packet decapsulation

Stream replication

Stream aggregation

Packet de-duplication

Flow coherent load balancing selectable IP n-

tuple

Recording and Playback

Recording Bandwidth

Recording Capacity

Removable SSD Cartridge

Traffic Targeting

Flexible Optical Interfaces

100Gbps, with support for OTU4 and 100GbE

Up to 26 mins sustained data capture at

100Gbps per cartridge

10 x 2TB array per cartridge (20TB)

Raw line bitstream, or traffic selection via API

2 x QSFP28

2 x CFP2/CFP2-DCO

1 x CFP/CFP-DCO

General

Hardware

Software Access

Carrier-class 1RU modules

Dual redundant, swappable power supplies

N+1 redundant, swappable fan modules

Unified open-source API

REST API, CLI, Lumacron Quickstart Web GUI

SNMP, Netconf/YANG model for open SDN

controller access

DWDM Access and Demultiplexing

Coherent Demodulation

Flow Aware L4/7 Forwarding

Instrumenting Optical Networks

T : +44 (0)1383 737736

E : info@lumacron.com

W : www.lumacron.com

Lumacron Technology

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Pitreavie Business Park

Dunfermline

Fife

Scotland, KY11 8UU, UK