3Ceragon IP-20 - New Generation of MW Equipment

FibeAir IP-20N & IP-20G New Generation of Microwave Equipment

Oct. 2014

The #1 Wireless Hauling Specialist Innovation

>550,000 Radios since 2004

3

Experience

Rev. $404M four rolling quarters

Commitment

Field Proven Experience

Proprietary and Confidential

Professional R&D Teams

Ceragon’s In-House Hauling Capabilities Technology Leadership with Proven Footprint

• Best performance - capacity, reliability, green, form-factor • Agile and flexible in innovation rollout • Tight integration between all IP-20 series products •

Turnkey projects

Enabler for mass production

Professional Services Integration Self‐designed

Experience and committed

Planning, Building, Operating & Maintaining

Indoor unit + Radio unit Programmable network processors

RFIC design modem “System‐on‐a‐Chip”

FibeAir IP-20 Platform

Ceragon’s vertical integration From self‐designed RFICs and modem “System‐on‐a‐Chip” to turnkey projects 4

Proprietary and Confidential

FibeAir IP-20N / IP-20G Wireless Multi-Technology Aggregation / Edge Nodes

FibeAir IP-20N Multi-Radio Technology Aggregation Node

IP-20N

IP-20N

IP-20N

• Up to 10 radio carriers in 2RU • Any radio transmission technology mix (4-86GHz)

• • • • 6

TDM & Ethernet - 4x 1GE / 1x 10GE, 16x E1 / 1x ch-STM1 Integrated Carrier Ethernet switch, MEF CE 2.0 compliant, MPLS-TP-ready High service granularity using Hierarchical QoS (H-QoS)

Fully interoperable with Ceragon installed-base units Proprietary and Confidential

FibeAir IP-20N Selection Guidelines Capacity • • •

Installation

Up to 500Mbps 500Mbps – 1Gbps Above 1Gbps

• • •

Output Power

Application

All-outdoor Split-mount All-indoor

• • •

Access/Edge Multi-direction (Node) Multi-carrier (Trunk)

• • •

Standard High Ultra-High

FibeAir IP-20N Multi-Radio Technology Aggregation Node

IP-20N E-Band

RFU-C

1RU chassis

• • • 7

IP-20S

IP-20C

IP-20N 2RU chassis

Highly scalable and modular Hybrid multi-service platform –TDM & Ethernet Single network element for all any radio transmission technology mix (4-86GHz) Proprietary and Confidential

IP-20N

FibeAir IP-20N – 2RU Chassis Filter tray (optional)

2 x Slots for Main traffic and control cards (TCC)

8 8

2 x Slots for power distribution cards (PDC)

10 x Universal slots for: - Radio interface cards (RMC, RIC) - Ethernet line cards (4x GE, 1x 10GE) - TDM line cards (16x E1, 1x ch-STM1)

Proprietary and Confidential

Fans tray

FibeAir IP-20N – 1RU Chassis Filter tray (optional)

1 x Slot for Main traffic and control card (TCC)

1 x Slot for power distribution card (PDC) Single or Dual feed

5 x Universal slots for: - Radio interface cards (RMC, RIC) - Ethernet line cards (4x 1GE, 1x 10GE) - TDM line cards (16x E1, 1x ch-STM1)

9 9

Proprietary and Confidential

Fans tray

FibeAir IP-20G Multi-Radio Technology Edge Node

• Low footprint fixed design - quick, simple and reliable set - 2 radio carriers in 1RU

• Any radio transmission technology mix (4-86GHz)

• TDM & Ethernet - 4x 1GE, 16x E1 • Integrated Carrier Ethernet switch, MEF CE 2.0

IP-20G IP-20G

compliant, MPLS-TP-ready

• High service granularity using Hierarchical QoS (H-QoS) • Fully interoperable with Ceragon installed-base units

10

Proprietary and Confidential

FibeAir IP-20G Selection Guidelines Capacity • • •

Installation

Up to 500Mbps 500Mbps – 1Gbps Above 1Gbps

• • •

All-outdoor Split-mount All-indoor

Output Power

Application • • •

Access/Edge Multi-Direction (Node) Multi-Carrier (Trunk)

• • •

Standard High Ultra-High

FibeAir IP-20G Multi-Radio Technology Edge Node

E-Band

RFU-C

IP-20S

IP-20G

IP-20C

IP-20G

• • • • 11

Optimized for access/edge sites Easy to install and maintain Low footprint fixed design - quick, simple and reliable set up Hybrid multi-service platform –TDM & Ethernet Proprietary and Confidential

FibeAir IP-20G – Tail/Edge Node Product Overview

1RU

16 x E1s (optional)

External Alarms (DB9) Sync in/out (RJ45)

2 x FE Management (RJ45)

2 x Dual-Mode:

GE Electrical or ‘Cascading’ (RJ45) Terminal (RJ45)

2 x GE Optical (SFP)

1 or 2 RFU interfaces (TNC)

Power -48V DC (Single-feed & Dual-feed options)

2 x GE Electrical (RJ45)

Purpose-built for tail/edge nodal sites Same features/capabilities as IP-20N Aggregation Nodes 12

Proprietary and Confidential

Hybrid (TDM + Eth) services over IP-20G ‘cascading port’ TDM cross-connect (VCs)

SAP

Cascading Port

TDM traffic

Port

Ethernet Services (EVCs)

SNP SAP

SNP

TDM cross-connect (VCs) E1/ ch-STM1 Port

SAP

Cascading Port Port

User Port (UNI)

Ethernet Services (EVCs)

GE/FE Port

SAP SAP

SNP SAP

Packet traffic

Hybrid Radio

FibeAir IP-20 Short-Haul Solution Reference Network and Configurations FibeAir IP-20C Compact All-outdoor Multi-Core Core Network

IP-20G

Fiber Aggregation Network

Tail/Edge Node IP-20N

IP-20C

IP-20N

IP-20C

IP-20G

FibeAir IP-20S Compact All-outdoor

IP-20G

IP-20G

IP-20S

FibeAir IP-20N 1RU / 2RU Modular Chassis

IP-20G

Tail Node

FibeAir IP-20G

IP-20G

1RU Fixed Design, Cascadable

Aggregation Node Up to 5/10 RFUs Full redundancy option (No SPoF)

Tail/Edge Node 1 or 2 RFUs per unit 14

Proprietary and Confidential

FibeAir IP-20E New Generation for E-Band Solutions

15

FibeAir IP-20E Technical Highlights IP-20E

•

Applications: • Macro sites interconnection • Tail Sites and Small Cells Aggregation • Alternative to spectrally congested bands (e.g. 38GHz)

•

Frequencies: FDD 71-76 / 81-86 GHz • 250MHz channel • Header De-duplication, 30% capacity gain

•

4-256QAM – Errorless ACM transition

•

Networking • E2E service provisioning and management • Integrated CET, MEF 2.0 compliant • MPLS-TP ready • Advanced H-QoS • Flexible packet sync – SyncE,1588v2

•

Power: DC (48VDC), PoE

Capacity Highlights (Radio capacity only) 1Gbps at 1.54km (1ft, 250MHz, 99.99%, RZ-K) 1.3Gbps at 1.54km (1ft, 250MHz, 99.97%, RZ-K)

16

Proprietary and Confidential

FibeAir IP-20E Mechanical Overview 1+0 Direct Mount

1+1 HSBY Direct Mount Radio Only

Dimensions Weight

17

230mm (H) x 233mm (W) x 98mm (D) 4 kg

Proprietary and Confidential

FibeAir IP-20E Interfaces (Bottom View)

Ext DC

GE1 (Elec + PoE /Opt)

GE2 (Elec/ Opt)

GE3 (Elec/ Opt)

• 3 Data Interfaces •

• 18

• Either optical or electrical – assembly option External DC interface • For cases when PoE is not required External Management Proprietary and Confidential

MGT

CeraOS - The Unifying Thread

Infrastructure software that provides seamless integration and common capabilities across the entire IP-20 platform

FibeAir Family Ethernet

IP-10G

Multi Carrier Multi Direction

IP-20N

Multi-Technology Aggregation Node

IP-20LH

Multi-Carrier Trunk Node

Integrated Carrier Ethernet Node 20

Compact All-Outdoor Node

Compact E-Band Node

Compact All-Outdoor Multi-Core Node

Multi-Technology Edge Node

Multi-Technology Cascaded Edge Node

IP-20E

IP-20C

IP-20G

IP-20G

IP-20S IP-20G

High End Edge Node

Two Carriers Two Directions

Single Carrier Single Direction

Ethernet + TDM

Proprietary and Confidential

IP-20C HP

Compact High Power Multi-Carrier Trunk

Resolving Hauling Challenges Across Entire Networks

FibeAir IP-20S

FibeAir IP-20C

FibeAir IP-20G

FibeAir IP-20N

Compact All-Outdoor Node

Compact All-Outdoor Multi-Core Node

Multi-Technology Edge Node

Multi-Technology Aggregation Node

21

FibeAir IP-20LH Multi-Carrier Trunk Node

Proprietary and Confidential

Evolution IP-20LH Multi-Carrier Trunk Node

CeraOS - The Unifying Thread A single, unified software infrastructure that provides improved interwork management and higher application availability

The CeraOS cost-effectively manages resources by controlling and unifying complex, distributed network intelligence

IP-20LH

IP-20LH

CeraOS

IP-20N

IP-20C HP

IP-20G IP-20G IP-20C IP-20S

IP-20N

Small Cells

IP-20C

IP-20S 22

BNC/RNC

IP-20N

Proprietary and Confidential

CeraOS - the unifying thread • The CeraOS provides a complete set of service-centric features and performance-boosting capabilities across the all IP-20 products.

• CeraOS creates a unified, simple to operate and manage approach for building, expanding and maintaining wireless backhaul & fronthaul network

CeraOS Complete set of functionality across all IP-20 product series

FibeAir IP-20 Product Series

Evolution IP-20LH

IP-20 Platform Technologies

23

Proprietary and Confidential

CeraOS - Interwork Intelligence • Infrastructure software intelligence that can add new services, features and applications to the interwork

CeraOS QoS Consistency End-to-end service Provisioning & Monitoring

Synchronization distribution Capacity boosting techniques Common O&M user interface

Common capabilities across all IP-20 product series 24

Proprietary and Confidential

IP-20 Value Structure • Hardware, Software & Licensed Features

25

Licensed Software Operating System

Hardware

Software

Licensed Scalability • • • •

Radio capacity 2nd modem/core activation (IP-20G/C) Additional GE user interfaces Additional CET-Node services/EVCs (L2)

Licensed Premium Functionality

Licensed Mode – CET-Node

•

• •

• • • • •

Advanced radio configurations Advanced QoS Ethernet OAM Synchronization Network resiliency Advanced security

CET services/EVCs (L2) 2x GE user interfaces

CeraOS Base-line functionality Smart-Pipe services (L1); 10M radio capacity; 1x GE user interface

Evolution IP-20LH

IP-20 Product Series Product Models, Assembly options, Add-on modules

Proprietary and Confidential

TDM Services

Hybrid Services Engine – Ethernet + TDM Services engine TDM cross-connect (VCs) E1 Ch-STM1

TDM traffic TDM PW

Hybrid Radio Network processor (EVCs)

Packet traffic GE/FE

• Native TDM Services (VCs) • Ethernet Services (EVCs) • Ethernet switched (L2) services – E-Line (PtP), E-LAN (MPtMP)

• Ethernet port based (L1) services (“smart pipe”) • TDM Pseudowire services – Unstructured (SAToP), Structured (CESoP) 28

Proprietary and Confidential

FibeAir IP-20N / IP-20G Backhaul Solutions • • • •

Multi-Gigabits Capacity H-QoS’s Role Synchronization Distribution TCP Burst Resiliency in LTE/4G Networks

FibeAir IP-20N / IP-20G Backhaul Solutions • • • •

Multi-Gigabits Capacity H-QoS’s Synchronization Distribution TCP Burst Resiliency in LTE/4G Networks

Ultra-high Capacity at Any Spectrum Multi-Gigabits Radio Capacity with High Spectral Efficiency Capacity Boosting Techniques

Radio Capacity without any optimization

Traffic Boosting

Network Utilization

Spatial Efficiency HQoS Header Deduplication

Spectral Efficiency

WRED

Spectrum

Asymmetrical

4x4 LoS MIMO

Payload Deduplication

2048QAM Wide Channels

31

Proprietary and Confidential

TCP Buffers

Topics for Discussions Capacity-Boosting techniques Payload De-Duplication

Header De-Duplication

Radio Capacity without any optimization

MHz 32

• Payload De-Duplication • Header De-Duplication • LTE/HSPA Optimized Header Compression • •

Multi Carrier Adaptive Bandwidth Control (ABC) Adaptive Bandwidth Recovery (ABR)

Radio Capacity without any optimization • High Modulations • XPIC • 4x4 LoS MIMO

Channel BW Proprietary and Confidential

Show Me The Numbers Capacity Innovations over a Single 28MHz Channel in Licensed Bands Payload De-Duplication

Header De-Duplication

Over a

single 28MHz channel

1Gbps (2048 QAM)

4x4 LoS MIMO

Radio Capacity without any optimization

+520Mbps

520Mbps

Radio Capacity

(2048 QAM)

XPIC

+260Mbps

260Mbps

without optimization

in licensed bands

(2048 QAM)

240Mbps

1Gbps

+65Mbps

(1024QAM)

195Mbps (256 QAM)

28/30 MHz 33

Proprietary and Confidential

Capacity-Boosting Techniques Header De-Duplication

Payload De-Duplication

Header De-Duplication

+30% 10%

LTE/HSPA Optimized Header Compression

20%

Multi-Layer (L2-4) Compression

• • •

Performs compression of L2 – L4 headers between 2 ends of the same link Does not impact or alter traffic Does not affect latency

1Gbps (2048 QAM)

4x4 LoS MIMO

Radio Capacity

520Mbps

without any optimization

XPIC

(2048 QAM)

260Mbps (2048 QAM)

240Mbps (1024QAM)

195Mbps (256 QAM)

28/30 MHz 34

Proprietary and Confidential

Capacity-Boosting Techniques Payload De-Duplication

+40% Payload De-Duplication

Header De-Duplication

40%

Traffic Optimizer

10%

LTE/HSPA Optimized Header Compression

20%

Multi-Layer (L2-4) Compression

1Gbps (2048 QAM)

4x4 LoS MIMO

Radio Capacity

520Mbps

without any optimization

XPIC

(2048 QAM)

• Innovative Bit Stream Indexing technology • Additive to other traffic acceleration techniques offered by Ceragon

• • • •

Exploits repetitive bit patterns in traffic Content, application & protocol agnostic Does not affect network functionality Optimized for aggregation microwave backhaul where most repetitions occur

260Mbps (2048 QAM)

Repetitive bit-level patterns identified & compacted

240Mbps (1024QAM)

195Mbps (256 QAM)

28/30 MHz 35

De-compressor Proprietary and Confidential

Compressor

FibeAir IP-20N / IP-20G Backhaul Solutions • • • •

Multi-Gigabits Capacity H-QoS Synchronization Distribution TCP Burst Resiliency in LTE/4G Networks

Hierarchical QoS (H-QoS) vs. Standard QoS Standard QoS

•

Differentiation between different traffic classes (CoS)

•

Services within the same traffic class are treated as a single aggregate with no isolation

•

Limited per-service visibility and control

V

Service 1

Voice

S V

Service 2

Streaming

S V

D

S

D

Eth. traffic

Ethernet Radio

Data

D

Service 3

H-QoS

•

Each service gets its own personalized treatment

•

TDM-grade performance providing per-service full visibility and control

V

Service 1 D

V S

Service 2

D

Service 2

V

Service 3

37

S

Service 1

S

Service 3 D

Proprietary and Confidential

Ethernet Radio

NEW Revenue Streams - Diversified SLA Packages Common CoS

Predictable Service Performance CoS with multiple classes of Availability

Priority Service 1 2

User 1

3

Voice Data

Bandwidth Profile:

Priority Service

Q. High

1

1 1 1

2

Best effort

User 1

Q. Medium

User 2

1

Voice

2

Data

3

2 2 2

Q. Low

Best effort

3 3 3 2 2 2 1 1 1

User 2

38

Voice

Gold

Data

99.999% availability

3

Best effort

1

Voice

Silver

2

Data

99.99%

3

Best effort

3 3 3

User 3

1

Voice

1

Voice

2

Data

2

Data

3

Best effort

3

Best effort

User 3

CoS & Availability

availability

Bronze 99.9% availability

Proprietary and Confidential

3 3 3 2 2 2 1 1 1

NEW Revenue Streams - Diversified SLA Packages Predictable Service Performance

Common CoS

CoS with multiple classes of Availability Priority Service 1 2

User 1

3

Voice Data

Bandwidth Profile:

Priority Service

Q. High

1

1 1 1

2

Best effort

User 1

Q. Medium

User 2

1

Voice

2

Data

3

2 2 2

Q. Low

Best effort 3 3 3

User 3

39

1

Voice

2

Data

3

Best effort

2 2 2 1 1 1

Adaptive Modulation effect

User 2

User 3

CoS & Availability

Voice

Gold

Data

99.999% availability

3

Best effort

1

Voice

Silver

2

Data

99.99%

3

Best effort

1

Voice

2

Data

3

Best effort

availability

Bronze 99.9% availability

Proprietary and Confidential

3 3 2 2

1 1

Adaptive Modulation effect

Hierarchical QoS CoS Level (Within a service)

Service Level

Port Level

CoS 1

CoS 5

SP + WFQ

SP + WFQ

CoS 6

WFQ

CoS 7 CoS 8

WFQ

CoS 1

CoS 3 CoS 4

CoS 5 CoS 6

WFQ

CoS 2

Service #n

CoS 7 CoS 8

Multiple Levels of Scheduling and Shaping  Differentiate Services 40

Dual Shaper

CoS 4

Dual Shaper

Service #1

Dual Shaper

CoS 3

WFQ

CoS 2

Proprietary and Confidential

1st priority 2nd priority 3rd priority 4th priority

FibeAir IP-20N / IP-20G Backhaul Solutions • • • •

Multi-Gigabits Capacity HQoS’s Role in Backhaul Sharing Synchronization Distribution TCP Burst Resiliency in LTE/4G Networks

Integrated Sync Solutions • Native Sync Distribution •

Integrated Sync unit • • • •

•

End-to-End Frequency distribution for nodal configurations Dedicated Sync interfaces (in/out) SyncE and TDM input/output (G.8262) SSM/ESMC (G.8264)

PRC grade (G.811) performance for pipe applications (“regenerator”)

• IEEE 1588v2 (Precision Time Protocol) •

Synchronization distribution for… • Frequency • Phase • Time of day

• • •

Controlled delay/delay-variation using Frame Cut-Through technology Transparent clock (TC) Integrated Client, Master & Boundary clocks (OC/BC)

Flexible solution for any network and migration strategy Optimized for LTE/LTE-A 42

Proprietary and Confidential

Native Sync Distribution

Eth E1 Eth E1

FibeAir IP-20

STM1

FibeAir IP-20

Eth E1 STM1

FibeAir IP-20

Any interface as sync output

Native sync distribution over radio links

Any interface as sync reference

• E1

• Any link configuration

• E1

• STM1

• Any network topology

• STM1

• Ethernet (SyncE)

• Dynamic sync source selection

• Ethernet (SyncE)

43

Proprietary and Confidential

STM1

FibeAir IP-20N / IP-20G Backhaul Solutions • • • •

Multi-Gigabits Capacity HQoS’s Role in Backhaul Sharing Synchronization Distribution TCP Burst Resiliency in LTE/4G Networks

The Problem Why am I not getting the throughput I think I should be getting?

ISP: Acme Telecom

Speedtest.net says 18.9Mb/s, only 36% of 50 Mbps Service? File download at 339 KB/Sec utilizes only 6% of 50 Mbps Service?

• Mobile LTE/4G networks runs most services and applications over TCP protocol • Instantaneous congestion over the TCP protocol resulting in instantaneous, large bursts that contribute to application throughput reduction and poor quality of experience for the user Proprietary and Confidential

The Problem (cont.) Factors affecting throughput: • •

Bandwidth profile Traffic policing & shaping

• Protocol of choice – IP, TCP, UDP etc. •

Other SLA parameters - Delay, Delay Variation, Frame Loss Ratio, Frame size

Are you getting all of this?

No, slow down Mobile Network

This presentation is about the affect of TCP protocol on throughput in mobile 4G/LTE networks 46

Proprietary and Confidential

Recommended Buffer Size What is the recommended buffer size for single TCP flow in LTE network? • The buffer size must be calculated carefully and based on two considerations: • Latency – If low latency is required, small buffer sizes are preferred as dropping frames in the queue is preferable to increasing latency.

• Throughput immunity to fast bursts – When the traffic is characterized by fast bursts, it is recommended to increase the buffer sizes of the priority queues to prevent packet loss. Of course, this will come at the expense of a possible increase in the latency.

Burst sizes can be configured as a tradeoff between the latency and immunity to bursts according application requirements Proprietary and Confidential

Handling Buffer Size in Microwave Radios • The large buffer size is easily supported by the Ceragon’s FibeAir •

microwave radios Planning for burst handling is done according to Enhanced QoS

Buffer Size

5Mbit

Sync & Management

10Mbit

Voice & Signaling

60Mbit

Data (TCP) - Bronze

60Mbit

Data (TCP) - Silver

60Mbit

Data (TCP) - Gold

Priority queues with configurable buffer length 49

Proprietary and Confidential

Summary

Main Features – Split-Mount: IP-20G & IP-20N FibeAir IP-20G

FibeAir IP-20N

Positioning – Integrated solution (L2)

Edge node with up to 4 radio carriers/directions. 1RU, Fixed, fan-less, dual-modem design. Optimized for cost, easy installation & operation and low power consumption.

Aggregation node with up to 10 radio carriers/directions. 1RU/2RU, Ultra-Modular, high density. Full redundancy option (2RU only). Optimized for scalability, versatility and highavailability.

Positioning – Smart-Pipe solution (L1)

Access split-mount packet/hybrid terminal. Up to 2+0/1+1 with RFU-C, 4+0/2+2 with IP-20C* Optional E1s

Aggregation split-mount packet/hybrid terminal. Up to 8+0/2+2 with RFU-C or IP-20C Optional E1s / STM1

RFU-C/Ce supported configurations

• • • • •

• • • • •

RFUs support

• RFU-C/Ce • IP-20C/S*

• RFU-C/Ce • IP-20C/S*

Ethernet Traffic Interfaces

• 2x GE optical (4 x GE optical w/ cascading) • 4x GE electrical (6 x GE electrical w/ cascading)

• 8 x GE electrical/optical • 2 x 10GE*

TDM traffic interfaces

• 16x E1s (32x E1s w/ cascading)

• Up to 160x E1s • Up to 10x ch-STM1* • Up to 4x STM1 RST (Clear-Channel)*

1+0 (including 2 directions in same unit) 1+1 HSB Multi-Carrier: 2+0 ABC* Multi-Carrier: 1+1 HSB/BBS XPIC*

1+0 1+1 HSB Multi-Carrier: 4+0 ABC, 8+0 ABC* Multi-Carrier: 1+1/2+2 HSB/BBS XPIC

* Roadmap 51

Proprietary and Confidential

FibeAir IP-20N & IP-20G

52

FibeAir IP-20N

FibeAir IP-20G

Wireless Multi-Technology Aggregation Nodes

Wireless Multi-Technology Edge Nodes Proprietary and Confidential

Thank You