Post on 19-Jan-2015
description
Sales & SupportR&DMFG / OperationsCorporateR&D, Operations, SalesPartner Sales & SupportiSimCity Network Simulation Facility
Solutions and services� End-to-end visibility into the performance
� Security of pre-deployment and production networks
� Publicly traded: XXIA (NASDAQ)
� Global company
� 1,450+ employees
� 2,500+ loyal customers
GLOBAL ADOPTION
GovernmentEnterpriseService ProvidersNEMs
From the wireless handset to the IP core
True End-2-End® testing
eNode B functionality and scale
EPC high performance density
Real World Traffic
In-depth mobility coverage
Flexibility & capacity
The ports on the Ixia load modules provide high-speed, sophisticated transmit, capture, and statistics operation.Types of Ports
Ethernet, Power over Ethernet,10GE,40GE and
100GE,SONET/POS,ATM,BERT Architecture of Ixia Ports
• CPUo Octeono Runs Linux
• Memory
o Capture Buffero Latency test
• FPGAo “Soft” hardware for wire-speed
processingo Transmit Engine:
Wire-speed packet generation with timestamps, sequence numbers, data integrity signature, and packet group signatures
o Receive Engine: Wire-speed packet filtering, capturing, real-time latency for each packet group, data integrity, and sequence checking
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6
Traffic
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PHP Router
� IxLoad emulates real traffic
• Flexible UI to create scenarios and model Subscriber behavior
• Integrated solution for wireless/LTE and broadband signaling
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APPLIBRARY
Fueled by Breaking Point ATI
� Highest IPv4/IPv6 HTTP and SSL
� Applications over broadband access,
tunneling security and wireless
� Fully stateful and scalable protocol
emulations
� Faster insight with per-subscriber,
per-application measurements
� Security effectiveness in conjunction
with legitimate applications
HIGH PERFORMANCE SERVICES PLATFORM
INTEGRATED BROADBAND ACCESS, WIRELESS AND IP SECURITY
IPsec/SSL GTP/eGTP DHCP PPPoE RADIUS DSLite/6RD DNS 802.1x EAP NAC
APPLICATION SERVICESHTTP FTP Email P2P OTT Video Voice Storage Mobile AppReplay
SECURITY
Vulnerabilities DDoS Malware Injection
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Ixia LTE Testing
LTE Expertise
World Leader in LTE Load Testing
Testing with 4 out of Top 5 LTE Service Providers
Work with all Tier 1 NEMs
Strong NTT DOCOMO partnership
Award winning solution – Subscriber modeling
Field Proven UE Emulation
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IxLoad Access
Subscriber Modeling
Video, Data, Voice
QoE
Mobility
VoLTE
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Company Product Where Test Type Details
Actix ActixOne Live Monitor Reports, ID issues, propose actions
Keynote
SIGOS
SITE Live Monitor Reports, ID issues
Global
RoamerField Test Validate Service Handheld portable
PIXIT
XOS Live Monitor Reports, ID issues
XTrack Field Test Validate Service Dongles/Laptops
Ixia IxLoad Model LTE End to EndEnd to End Load, Quality
Measurement
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWEnodeBUE PGW
PCRF
IP
Services
NodeB SGSN GGSNIuPS Gn
UE
S4/S12
UuRNC
IuB
3G
LTE
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA SUT IXIA
UE to IP
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA DUT IXIA
ENB Isolation
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA DUT IXIA
MME Isolation
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA DUT IXIA
SGW Isolation
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA DUT IXIA
PGW Isolation
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA SUT IXIA
MME + SGW
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA SUT IXIA
SGW + PGW
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA SUT IXIA
MME + SGW + PGW
Emulated Interface
Internal Interface
Traffic Path
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One Sector
XM2 with XAir
+ Xcellon-NP
r10 Radio Head
Three Sector
XM12/XG12 3x XAir
+ 3x Xcellon-NP
3x r10 Radio Head
Six Sector
XG12 with 6x XAir
+ 6x Xcellon-NP
6x r10 Radio Head
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� Best UE Scaling in Market
� Driving customer eNode B load handling
� Overwhelm the eNode B with Attaches/s & Simultaneous RACHs
� Comprehensive Load metrics
� All simulated UEs are fully dynamically controllable
� No limitations on Test Scenarios
� The only vendor with LTE Access and full EPC testing coverage
� Ensuring total LTE Network Availability and Capacity
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWEnodeBUE PGW
PCRF
IP
Services
NodeB SGSN GGSNIuPS Gn
UE
S4/S12
UuRNC
IuB
3G
LTE
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA SUT IXIA
UE to IP
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA DUT IXIA
ENB Isolation
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA DUT IXIA
MME Isolation
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA DUT IXIA
SGW Isolation
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA DUT IXIA
PGW Isolation
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA SUT IXIA
MME + SGW
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA SUT IXIA
SGW + PGW
Emulated Interface
Internal Interface
Traffic Path
S6a
Gx
SGiS5/S8Uu S1-U
HSS
MME
SGWENBUE PGW
PCRF
IP
Services
IXIA SUT IXIA
MME + SGW + PGW
Emulated Interface
Internal Interface
Traffic Path
The purpose of this Product Roadmap is to make available to Ixia's existing and prospective customers on a confidential basis certain information with respect to Ixia's current product development plans,
schedule and strategy. Please note that the Product Roadmap is provided for discussion purposes only and that the information concerning Ixia's plans and schedules to develop, make available and
release any of the Products, features and functionality described herein is subject to change from time to time by Ixia in its sole discretion. This Product Roadmap is not intended either to commit or to
obligate Ixia or any of its affiliates to pursue or undertake the development or release of any Product, feature or functionality in accordance with any timetable, nor to constitute a license or any other right
to use or acquire any Product, feature or functionality described herein. Ixia undertakes no obligation to update this Product Roadmap or any information contained herein. ©2012 Ixia. All rights reserved..44
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Emulated
Element
HTTP Throughput
DL/UL
AppReplay
Throughput
DL/UL
Max Concurrent
Bearers
Bearers
Per
Sec
MME/eNB 9.5 x 1 Gbps 9 x 9 Gbps 1M 6K
eNB 9.5 x 1 Gbps 9 x 9 Gbps 700K 3K
SGW on S5/S8 9.5 x 1 Gbps 9 x 9 Gbps 1M 6K
PGW on S5/S8 9.5 x 1 Gbps 9 x 9 Gbps 1M 6K
SGSN on S4 9.5 x 1 Gbps 9 x 9 Gbps 1M 6K
RNC on IuPS 9.5 x 1 Gbps 9 x 9 Gbps 700K 2K
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Application Layer
UL service data flows DL service data flows
UL-TFT
DL-TFTUL-TFT RB-ID DL-TFT S5/S8-TEID
Radio bearer SI-U bearer S5/S8 bearer
UE eNodeB S-GW P-GW
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VoLTE
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Real World
Scenarios
UEs
• Max UE Capacity
• Max Throughput
• 100 Attaches/s
Fully Featured
• FDD/TDD
• All LTE Bands
• DRX, SPS…
Mobile Apps
• Triple Play
• HTTP, Video, VoLTE
• With QoE Analysis
Mobility
• Inter/Intra Handover Multiple Sectors
Adv. Modeling
• Cell Center/Edge
• Channel Models
• EPA, EVA, HST…
1000 UEs, up to 8 dRBs, QoS
BSRs, PHRs, UL Power Control
RRC Power Measurement Reports
Multi-Transmission Mode
Channel Models
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Intra eNB,
intra freq
Inter eNB,
X2 based
inter band
Intra eNBInter eNB,
S1 based,
SGW relo
Inter eNB
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KPIs
Sector Throughput
UE DL Throughput
UE UL Throughput
# Connected UEs
# Idle UEs
Attaches
RACHs
Detaches
Handovers
Traffic Quality Measurement
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SGWeNode B
MME
UE Simulation
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Ixia UEs eNodeB
(DUT)
S1-u
S1-MMEUu
Real Devices
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Vo
LT
E
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Real World
Scenarios
UEs
• Max UE Capacity
• Max Throughput
• 100 Attaches/s
Fully Featured
• FDD/TDD
• All LTE Bands
• DRX, SPS…
Mobile Apps
• Triple Play
• HTTP, Video, VoLTE
• With QoE Analysis
Mobility
• Inter/Intra Handover Multiple Sectors
Adv. Modeling
• Cell Center/Edge
• Channel Models
• EPA, EVA, HST…
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Ixia Wifi Testing Best Practices…
Solutions for wireless & wired testing
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� Ixia solutions and services ensure business continuity by establishing end-
to-end visibility into the performance and security of pre-deployment and
production networks
� Publicly traded: XXIA (NASDAQ)
� Global company
� 1,450+ employees
� 2,500+ loyal customers
Silicon & Software
ProvidersMobile
Devices
Network Infrastructure Service Provider &
End User
Sample Customers – From Development to Deployment
VoiceMOS > 4.2
UDPLatency < 4 Sec
Jitter < 100 mSecPacket Loss < 10%
FTPGoodput > 100 kbpsTranfer time < 1 Sec
MPEG Video (unicast)Delay Factor < 70 mSecMedia Loss Rate < 3%
HTTPGoodput > 500 kbps
Tranfer time < 100 mSec
MPEG Video (multicast)Delay Factor < 50 mSecMedia Loss Rate < 1%
Define required SLA ’’’’s
Traffic type Achieved SLA Pass/Fail
Voice 4.3 Pass
Unicast videoDF=80 mSec
MLF=3%Fail
FTPGoodput=100 kbpsTransfer time=2 Sec
Fail
HTTPGoodput=600 kbps
Transfer time=80 mSecPass
Multicast video
DF=40 mSecMLF=1%
Pass
UDPLatency=3 Sec
Jitter=100 mSecLoss=8%
Pass
View Pass/Fail per Traffic Type
System or NetworkUnderTest
Test to Specific SLA’s
Test: WaveApps
TCP Goodput
20 Clients total
10 11n 40MHz SGI
10 11ag
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RESIDENTIALENTERPRISE$854 $816 $252 $59 $179
MAJORPERFORMANCEISSUES
OK TODEPLOYMbps
0
20
40
60
80
100
120
140
160
1 2 3 4 5
Max Goodput Mixed Traffic (Mbps)
Max Goodput Test 3
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� WaveTest• WLAN Traffic Generator / Analyzer • Lab testing:
� Access Point testing� Controller testing� Client testing
� WaveDeploy• Handheld Field Tool• Software with a hardware option• Site Assessment and Readiness
Tool
● Each VeriWave Stateful Client implements
� Carrier deference
� Collision sensing
� Random back-off
� Retransmission
� Collision emulation
● VeriWave client is a highly stateful entity
� Each client supports the full MAC per 802.11 standard
� 802.1X supplicant supports full EAP stack per client
� Upper layer protocols (e.g., DHCP and TCP) are also implemented using independent protocol state machines
� All state machines for all clients run concurrently
� Every client independently updates its state based on channel conditions e.g. 802.11g clients using protected-mode when .11b is detected
● Multi-level scheduler enables optimum channel utilization, multiple traffic flows per client, and mixing of Constant Bit Rate voice/video traffic with Best Effort data traffic
IxVeriWave Turn up Process
Beijing Terminal 1
Guangzhou Gate B216
Sample Testing of the Airport Wifi
Testing Deployed Networks
Beijing Terminal 1Guangzhou Terminal B216
RSSI indicated that both terminals had strong signal levels!
Signal Strength –
Great in both terminals for both tests
Beijing only worked for locations right next to access point
Some areas have rates as low as 4kbits per second!
This is a dropout of HTTPThe Results – Beijing - PEK
The Results – Beijing - PEK
Lowest HTTP goodput for Guangzhou is 348Kbits/s
Greater Quality of Experience in Guangzhou – more consistent application performance in all areas with no HTTP dropouts
The Result - Guangzhou
802.11 n AP deployed by carrier
The Result - Guangzhou
New version of 802.11n AP deployed in PEK
The Results – Beijing - PEK
WaveTest - Application Results
Beijing• Poor overall performance• Limited voice support• No video support• Poor in terminal roaming• Very low data rates supported• Poor client management
Guangzhou• Meets expected SLA• Meets expected voice support• Meets expected video support• Meets expected data rates
Meets expected client mgmt
Gauging the Environment
IxVeriWave Turn up Process
Advantages of Using IxVeriWave
Network Equipment ManufacturersService Provider, Private Network Operator, IT
Department
Development QA InteroperabilityProof of Concept
Vendor Selection
Deployment
Net
wor
kIn
fras
truc
ture
–A
cces
s P
oint
s, C
ontr
olle
rsN
etw
ork
Dev
ice
/ Clie
nts
–H
ands
et,
PD
A, S
cann
er, P
atie
nt
Mon
itor,
Cam
era
RF
Ethernet
AP
WT20 System Under TestWireless Test
Traffic
Ethernet Test
Traffic
System Under TestWireless Test
Traffic
Ethernet Test
Traffic
Monitor Ports Traffic Generation Ports
Client Test Bench
DUT
WiFi Client
AP1 AP2
WT20
AP
WT20
AP 1
AP 2
AP 3
WaveDeploy Network Under Test
WaveDeploy
WiFi
WaveDeploy
Ethernet
WT20
AP
Who Uses IxVeriWave?
● Each VeriWave Stateful Client implements� Carrier deference
� Collision sensing
� Random back-off
� Retransmission
� Collision emulation
● VeriWave client is a highly stateful entity� Each client supports the full MAC per 802.11 standard
� 802.1X supplicant supports full EAP stack per client
� Upper layer protocols (e.g., DHCP and TCP) are also implemented using independent protocol state machines
� All state machines for all clients run concurrently
� Every client independently updates its state based on channel conditions e.g. 802.11g clients using protected-mode when .11b is detected
● Multi-level scheduler enables optimum channel utilization, multiple traffic flows per client, and mixing
IxVeriWave Turn up Process
� WaveTest• WLAN Traffic Generator / Analyzer • Lab testing:
� Access Point testing� Controller testing� Client testing
� WaveDeploy• Handheld Field Tool• Software with a hardware option• Site Assessment and Readiness
Tool
Integration & ParametricTesting
Part 1 Benchmarking
Part One-Throughput Sample
Typical a/b/g AP performance
Enterprise 802.11n AP performance
IxVeriWave Turn up Process
Part 2 – Create Client Eco System
Defining Eco System Traffic
The IxVeriWave designed and engineered radio is the main WLAN Tx/Rx engine.The IxVeriWave radio allows the user the flexibility to define device level metricsto create device profiles and specific eco systems.
VoiceMOS > 4.2
UDPLatency < 4 Sec
Jitter < 100 mSecPacket Loss < 10%
FTPGoodput > 100 kbpsTranfer time < 1 Sec
MPEG Video (unicast)Delay Factor < 70 mSecMedia Loss Rate < 3%
HTTPGoodput > 500 kbps
Tranfer time < 100 mSec
MPEG Video (multicast)Delay Factor < 50 mSecMedia Loss Rate < 1%
Define required SLA ’’’’s
Traffic type Achieved SLA Pass/Fail
Voice 4.3 Pass
Unicast videoDF=80 mSec
MLF=3%Fail
FTPGoodput=100 kbpsTransfer time=2 Sec
Fail
HTTPGoodput=600 kbps
Transfer time=80 mSecPass
Multicast video
DF=40 mSecMLF=1%
Pass
UDPLatency=3 Sec
Jitter=100 mSecLoss=8%
Pass
View Pass/Fail per Traffic Type
System or NetworkUnderTest
Part 2 – Test to Specific SLA’s
Different Settings Different Results
IxVeriWave Turn up Process
Client hosting
WaveAgent
Ethernet
WiFiEco-system
traffic
Small SW utility loaded on remote
client
� Benefits• Enables performance testing of the client’s 802.11 subsystem (device driver and
integration) independently of the application
• Enables performance testing during silicon qualification (on eval boards), post driver integration on client hardware, and on integrated client during troubleshooting
• Works over any network interface (Ethernet, WLAN, MoCA, WiMAX, LTE, etc.)
• Allows testing to occur earlier in the development cycle
WaveAgent™
● Interoperability testing & troubleshooting with rea l client devices (laptops, mobile phones, scanners, patient monitors, etc.)
●Powered by WaveAgent installed on each device
●Setup and test run within less than 5 minutes
●Results are reported over time
●WaveInsite measures� UDP throughput, TCP Goodput, Loss
� Voice MOS and R-Value
� All results compared to user defined Service Level Requirements (SLRs)
Part 3 – OTA Interoperability Testing
� HeatWave maps and individual measurements at every test stop available at the conclusion of site survey
� Generates PDF reports
� Maximum number of mobile devices participating in s ingle survey = 10
WaveDeploy Pro
Off the shelf server (could be a laptop)
IxVeriWave Turn up Process
IxVeriWave Turn up Process