Transcript NetHawk M5 Multi-Analyser Presentation

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NetHawk M5 Testing Solutions
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NetHawk M5 Highlights
- Provides access to the network data giving an overview of the network
quality and enabling easy detailed study of possible problems in multitechnology and vendor environments.
- Unique scalability from ultra-portable stand-alone platforms up to highperformance multi-user lab systems.
- Multi-technology support from 2G over 3G to LTE in one box. Correlated
call and session analysis over multiple technologies.
- High throughput real-time user-plane analysis for LTE
- Graphical reporting tool showing the high-level overview of
network quality with easy drill-down to the detailed messages
and parameters.
- New GUI design deploying the latest technology for ease of use,
performance and advanced applications.
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Playground
NEW
3GPP Rel 8
NEW
NEW
High throughput real-time User
Plane analysis for LTE
NEW
NEW
High performance capture appliance for IP
LTE September 2009 baseline
LTE NAS deciphering in S1 interface
NEW
NEW
Over 100 pre-defined
network statistics
Objective voice quality analysis
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NetHawk M5 solutions
- For field:
– NetHawk M5 with Laptop PC – The Most Portable!
– TravelHawk by NetHawk – Portability and capacity!
- For sites and labs:
– NetHawk M5 with Desktop or Rack-mounted PC
– NetHawk iPro capturing high speed IP traffic
– Multi-user multi-core testing system NetHawk M5 Sampo
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NetHawk M5 Sampo multi-user solution
NetHawk M5 Sampo Server
- Rack-mounted server PC
- NetHawk Adapters / iPro
- NetHawk M5 Sampo Server SW
- NetHawk M5 Sampo Client SWs
- Licensing
LAN/Internet/VPN/…
NetHawk M5 Sampo users
- Windows Remote Desktop connection over
IP to NetHawk M5 Sampo Server
- Each user has his own independent
NetHawk M5 Analyser session
- No NetHawk SW or HW needed
- No licensing system needed
- Usage from any OS: Windows, Linux,
Solaris, HP-UX, ….
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NetHawk M5 Sampo benefits
- Cost saving benefits
– Monitoring hardware effectively shared between the users – same NetHawk
Adapters can be used by several users simultaneously.
– No special requirements for remote user PCs - no need to upgrade them.
- User benefits
– Location independent usage. Remote Desktop used to connect to the Server.
– Each Client is a complete NetHawk M5 Analyser and can easily access and
configure all physical interfaces.
- Administrator benefits
– Easy to maintain: All HW, SW and cabling in one location.
– No extra load for LAN: only Remote Desktop Connection required, traffic is not
transferred over LAN.
– No NetHawk licensing nor NetHawk software installation needed in user PCs.
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Product components
- Scalable HW platform:
– Laptop PC
– TravelHawk PC
– Desktop PC
– Rack-mounted PC
– NetHawk iPro
- NetHawk Adapters & cables
- NetHawk M5 Analyser SW + options
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NetHawk M5 Analyser product structure
Voice Quality Measurement
Speech Playback (VoIP & CS codecs)
QoS (IP-KPIs)
Network Statistics
C&S Analysis
C&S Analysis
Release 8
Release 8
Release 7
Release 7
C&S Analysis
IP-RAN
UMA Up
NAS deciphering
Iub deciphering
Gb deciphering
Proprietary
decodings
Proprietary
decodings
Proprietary
decodings
LTE Decoding
Package
UTRAN Decoding
Package
GERAN Decoding
Package
C&S Analysis
Proprietary
decodings
Core Decoding
Package
NetHawk M5 Engine
IMA
Channelised STM-1/OC-3
D5
N6
SIP / IMS Decoding
Package
MS Vista upgrade
IPSec deciphering
D6
C&S Analysis
N5
N3
N2
Hardware Adapters
Test UE
D4 G-Pro
RCA
D4 C-Lite
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NetHawk Adapters for desktop/rack-mounted PCs
NetHawk D6 Adapter
(PCI-Express)
NetHawk D5 Adapter
(PCI/PCI-X)
Two full-duplex STM-1/OC-3
(concatenated/channelised) links /
one STM-4/OC-12 link
8 bi-directional E1/T1/J1 links
(PCM, ATM or IMA)
NetHawk D4 C-Lite Adapter
(PCI/PCI-X)
NetHawk D4 G-Pro Adapter
(PCI-X)
Two 10/100 Mbit and Gigabit Ethernet
Two optical/electrical Gigabit Ethernet
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NetHawk Adapters for laptop PCs
NetHawk N6 Adapter
(ExpressCard)
NetHawk N5 Adapter
(CardBus/ExpressCard)
Two full-duplex STM-1/OC-3
(concatenated/channelised) links /
one STM-4/OC-12 link
8 bi-directional E1/T1/J1 links
(PCM, ATM or IMA)
NetHawk N3(i) Adapter (PCMCIA)
NetHawk N2 Adapter (PCMCIA)
One full-duplex STM-1/OC-3
One bi-directional E1/T1/J1
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Monitoring capacity with TravelHawk / desktop /
rack-mounted PC
- Supported maximum line configurations:
– TravelHawk:
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Up to 4 x STM-1/OC-3 or 2 x STM-4/OC-12 links
Up to 16 x E1/T1/J1 links
Up to 2 x optical Gigabit Ethernet
Up to 4 x copper Gigabit Ethernet
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Up to 6 x STM-1/OC-3 or 3 x STM-4/OC-12 links
Up to 16 x E1/T1/J1 links
Up to 4 x copper Gigabit Ethernet
Up to 2 x optical Gigabit Ethernet
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Up to 6 x STM-1/OC-3 or 3 x STM-4/OC-12 links
Up to 24 x E1/T1/J1 links
Up to 6 x optical Gigabit Ethernet
Up to 6 x copper Gigabit Ethernet
– Dell Precision T7500:
– NH Rack PC 3.0:
- NetHawk can deliver these PCs with
M5 SW and Adapters installed ready!
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Monitoring capacity with laptop
- Supported maximum line configurations:
– FujitsuSiemens Lifebook E8420:
• Up to 2 x STM-1/OC-3 or 1 x STM-4/OC-12 links
• Up to 16 x E1/T1/J1 links
• Additionally built-in Ethernet adapter can be used for Ethernet
based interfaces
- NetHawk can deliver this PC with M5 SW and Adapters
installed ready!
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NetHawk iPro – high capture appliance for IP
- Full capture of traffic from 2 x Gigabit Ethernet interfaces to 4 Terabyte
storage:
– 1U rack-mounted server
– Physical interface:
• 2 x SFP ports or 2 x RJ-45 ports
– Packet capture:
• 10 ns time stamp resolution, NTP time synchronisation, .PCAP-format
– BPF packet filtering:
• Ethertype, MAC address, IP address, Port, Protocol, Packet stripping,
Payload
– Configuration:
• Web based GUI, User authentication, HTTPS, SSH terminal connection
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NetHawk iPro with M5
- 1. iPro as a remote adapter
– Connect iPro directly to M5 for realtime analysis
– iPro processes packets and delivers those to M5 using LAN
or internet connection
– Works as any M5 adapter - All M5 applications can be used
– Complete solution for signalling analysis
- 2. iPro as a capturing unit
– Full line rate capture for IP based networks
– Data stored and captured in iPro
– Capture conversion is done via iPro Web UI
– Possible to extract flows as own files for M5
– M5 can be used to open the iPro capture files
• Re-recording with the Recorder application first!
- 3. iPro for User plane analysis
– User Plane Analyser application – real time QoS measurements for LTE, PS
Core, VoIP
– Results are stored to MySQL database
– Drill Down from session level to detailed decoding
– For pure IP connections or tunneled IP connections
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Patent-pending solution for user-plane analysis
NetHawk iPro with M5 – User plane analysis
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Air interface monitoring on site
- NetHawk Air Interface Test UE is used as an adapter for capturing air
interface signaling and user data.
- NetHawk M5 can combine and synchronise in real time the air interface
signaling with the signaling from other interfaces (Iub, Iu…) in Protocol
Monitor application.
Test UE
USB
NW
Element
NW
Element
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Air interface monitoring in the field
- Air interface test UE stores trace file to its internal memory with the help of
NetHawk M5 RF Probe application:
– Trace file can be analysed as such with NetHawk M5 and also merged
with trace files from other network interfaces.
Test UE
Trace
file
NW
Element
NW
Element
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Network monitoring with the NetHawk M5
- Analysis of the captured data with the help of intelligent applications in
real-time/offline:
– Detailed root-cause analysis with Protocol Monitor
– Troubleshooting with Call & Session Analysis
– Speech playback and recording of CS calls
– Objective voice quality measurements
– Delay, throughput, jitter, packet count and packet loss
measurements with QoS
– Over 100 pre-defined KPIs with Network Statistics
– Data-mining: Storing of xDRs, KPIs and QoS counters to
database and doing graphical analysis with Diagnostics
reporting tool
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Protocol Monitor
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Release 8, 7, 6, 5, 4 or 99 as protocol analysis baseline
Comprehensive support for proprietary decodings
LTE, UTRAN, GERAN, Core and IMS decoding packages
Wide support for IP application protocols
LTE NAS, IPSec, Iub, Gb deciphering options
Several simultaneous on-line analysis sessions
Customised layer detail settings
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Protocol Monitor GUI
Application Manager
Message Sequence Chart view,
also Single Line Decoding view
available
Detailed Decoding view
Connections selected
for analysis
Layer detail settings
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Adjustable views in M5
-Docking panels allows user to define the
analyser views the most efficient way! E.g. in
PM, Detailed Decoding view can be moved from
bottom to side.
-Floating applications let user to move any
application out of M5 working area, even to
different screen!
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Call & Session Analysis
- Real-time tracing of CS calls, PS sessions, handovers with phase
information:
– LTE: S1, EPC (control plane)
– UTRAN: Iub, Iu-CS, Iu-PS
• Correlation: Iub with Iu
– GERAN: Abis, A, Gb, A+, Ater, UMA Up
• Correlation: Abis with A, A+, Ater, and Gb with Gn, Gi
– Core: MAP, ISUP, INAP, CAP, Mc/Nc/Nb, Gn, Gi, Gs
• Correlation: MAP with Iu, Iub, or MAP with Abis, A, Mc with Nc, Nb
– IMS: SIP with user plane, Diameter
- Setup time measurements between user-defined messages.
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Call & Session Analysis GUI
Available columns,
e.g. over 200 LTE
specific columns
Calls/sessions correlated over
the monitored interfaces
Detailed decoding with a mouse click
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Speech Playback for Iub, Iu-CS, Abis, A, Ater and SIP
interfaces
- Listening to speech of selected voice calls through PC’s loudspeakers.
- Recording speech to .wav-format e.g. for PESQ analysis.
- Abis Scanner for easy configuration of Abis voice listening
Supported speech codecs:
•G.711 (A-law/µ-law)
•GSM HR, GSM FR, GSM
EFR
•AMR-NB, AMR-WB
•G.723.1
•G.726
•G.729, G.729A, G.729B,
G.729AB
•iLBC
PESQ = Perceptual Evaluation of
Speech Quality
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Voice Quality Measurement (NINA+)
- No-reference approach for evaluation listening quality of speech files.
- NetHawk solution is based on SwissQual’s NiNA+ algorithm:
– In comparison to ITU-T P.563 – where SwissQual is also owner
partially – NiNA+ has much less complexity.
- Restricted to narrow-band speech:
– AMR-WB signal can be analysed but only the narrow-band spectral
parts are taken into account allowing to predict transmission errors of
the AMR-WB against error-free AMR-WB transmissions.
- Minimum period of the sample speech must be of five seconds. Speech
period can be more than 20 seconds but the only first twenty second is
analysed:
– NiNA+ makes use of a sophisticated pre-processing step that checks
for silence and sufficient speech activity in the signals.
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Voice Quality Measurement (NINA+) – parameters
Column
Description
Amplitude Clipping (DL/UL) [%]
Estimated amount of amplitude clipping
in percentage.
DC Offset (DL/UL) [%]
Constant value of the input signal in
percentage.
MOS-LQO (DL/UL)
Overview about the sound quality in a
single number result. 1 = bad … 5 =
excellent speech quality.
Noise Level (DL/UL) [dB]
Noise Level displays an estimation of
the background noise floor in decibel.
Pitch Frequency (DL/UL) [Hz]
Pitch frequency of the input signal in
hertz.
Problem Code (DL/UL)
Possible cause for the speech
degradation.
Signal Class (DL/UL)
Analyzed signal classified into: Clean
speech / Noisy speech / No speech
Speech Activity (DL/UL) [%]
The higher this number is the higher is a
speech density in an input signal.
Speech Availability
Availability of speech in symbol.
Speech Level (DL/UL) [dB]
R.M.S. level of all frames containing
active speech in decibels.
Static SNR (DL/UL) [%]
Static SNR displays the signal-to-noise
ratio of the signal.
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Network Statistics
- Based on the traced CS and PS transactions at Iub, Iu-CS, Iu-PS,
Abis, A, Gb, MAP and ISUP interfaces:
– Call setups, dropped calls, SMS, PDP context activations,
routing area updates…
- Stored to database
- Illustrated in graphics with Diagnostics reporting tool:
– Count of occurrences
– Success/failure rates (Key Performance Indicators)
– Distribution of failure causes to LAC and Cell level
- Own KPIs with protocol counters
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Configuration GUI for Network Statistics
Network Statistics Recorder
M5 default KPIs
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Diagnostics GUI for reporting Network Statistics
Timeline of analysis
Available KPIs
Success/failure ratios over
a period of time in graphics
Selected data sources
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Quality of Service measurements
- Measurements for user plane traffic at IP-based interfaces:
– Delay, average delay and delay variance (jitter)
– Throughput
– Packet count and packet loss
- Possibility for several simultaneous measurements, e.g.
– Delay over RNC and SGSN for finding bottlenecks
– Throughput values for several UEs for comparison
– Delay and throughput correlation analysis
- Stored to database
- Analysis with Diagnostics
- Diagnostics can illustrate QoS KPIs in real-time:
– Calculations with iPro QoS settings or with M5 QoS Recorder
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Configuration GUI for QoS
QoS Recorder
Available KPIs shown
per connection
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Diagnostics GUI for reporting QoS
Automatic update of KPIs
for real-time view.
Network nodes
available for analysis
Illustration of QoS counters
with colorful graphs
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Use case: Troubleshooting with NetHawk M5
- Drill Down from statistics into XDRs and deeper into signaling
analysis:
1. Open XDR view for the selected call.
2. Drill-down to Protocol Monitor.
2.
1.
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NetHawk Care service
- Software maintenance, extended hardware warranty and support
services
- Annual fee based on the system configuration
- New functionality with software updates:
– No need to update the hardware, e.g. LTE monitoring capability
only with a SW update
– SW can be downloaded directly from the web www.nethawk.fi
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Conclusions
- Combined LTE, UTRAN (with HSPA), GERAN, Core
and IMS analysis tool for multi-vendor environments
with support for latest specifications
- Full line rate capture for IP based networks
- High throughput real-time user plane analysis for
LTE
- Advanced applications for refining signalling data to
support decision-making
- Scalable HW platform and flexible product structure
for close fit of different user groups
- New functionalities with software-only updates
downloadable at web