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Testing Aerospace and Satellite
Applications and Communications Systems
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Aukua
MGA2510
Ethernet is increasingly being used in the aerospace
and satcom markets due to its high scalability,
redundancy, lower cost, and open standards based
technology. Additionally, recent enhancements from a
set of IEEE standards called Time-Sensitive
Networking (TSN) further enable Ethernet to be used
in time-critical applications where low-latency,
security and safety are paramount. And Ethernet is
also being successfully leveraged in commercial
aviation to enable new higher-bandwidth hungry
infotainment services.
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- Perform interoperability, performance and functional
testing
- Accurately bring real-world latency and congestion
to your lab
- Optimize your applications and networks to operate
under high latency and low bandwidth scenarios
- Mitigate risk and deliver more robust solutions
- Conduct realistic rapid prototyping experiments to
deliver innovative solutions faster
- Gain better visibility and more effective
troubleshooting with advanced Layer 1 and Layer
2+capture tools
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Automotive Ethernet Testing
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Automotive Ethernet
Consumers are demanding smarter, safer and more
connected vehicles. The pressure to deliver these
advanced infotainment, collision avoidance and driver
assistance features while maintaining costs has created
a tremendous challenge. In pursuit of these new
bandwidth hungry and latency sensitive devices or
applications, the automotive industry is moving rapidly
to adopt Ethernet's scalable and flexible networking
technology. Aukua Systems is working with leading
Automotive semiconductor companies, Tier 1 suppliers and
OEM Manufacturers to develop new test tools to help them
get to market faster, with less risk and with more
robust and competitive products.
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- BroadR-ReachTM, 100BASE-T1 (IEEE 802.3bw), 1000BASE-T1
(IEEE 802.3bp) interface rates
- Precisely Characterize Latency with 1ns precision
- Inline packet capture and Layer 1 PCS bit capture
tools with powerful filter and trigger capability
- Bit Error Rate Integrity Testing
- Recreate real-world delay, bandwidth limited and
impairment conditions
- Media conversion between BASE-T Ethernet and BASE-T1
Automotive Ethernet
- Real-time stats and graphical analysis
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Test and Optimize Military and
Defense Communications Systems
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Aukua MGA2510
Defense and military organizations understand that
modern information technology and network communication
systems are critical to achieving operational
objectives. They create tactical advantage by enabling
effective command and control through enhanced real-time
situational awareness. This need for reliable, high
performing communication systems is not limited to front
line battlefield operations, but also extends into other
key areas such as facility security, managing
environmental systems, military logistics systems, and
much more.
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- Perform interoperability, performance and functional
testing
- Accurately bring the real-world to your lab -
dynamic, non-ideal scenarios found in tactical military
environments
- Optimize your applications and networks to operate
under high latency and low bandwidth scenarios
- Mitigate risk and deliver more robust solutions
giving front line users more confidence
- Conduct realistic rapid prototyping experiments to
deliver solutions faster
- Gain better visibility and more effective
troubleshooting with advanced capture tools
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Enterprise Data Center & Storage
Testing/Visibility
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Aukua MGA2510
Enterprise businesses rely more than ever on networked
applications for internal or external collaboration,
delivering end-customer services, monitoring remote
sensor data in realtime, accessing storage data or
leveraging cloud based computing power. These business
and mission critical applications are constantly growing
and evolving. IT organization are tasked with the
reliable operation of these applications and the
security of their data. This can be a daunting and
costly challenge for any organization. Fortunately
Aukua's MGA2510 can help.
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- Verify application performance against real-world
network delay, bandwidth, and congestion scenarios
- Predict end user experience before deploying a new
cloud based service
- Capture packets with advanced filtering and
triggering for troubleshooting intermittent network
issues
- Prove throughput performance before migrating or
relocating a data center
- Directly measure and analyze the latency
application
packets are experiencing through advanced security
devices
- Gain real-time visibility with stats and graphical
analysis
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Enterprise IT and Security Test
Solution
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Aukua 3-In-1 Solutions
Enterprise IT organization are tasked with the reliable
operation of mission and business critical network-based
applications and the security of their data. This is a
complex and costly challenge for any organization.
Whether you are evaluating new "next generation"
Intrusion Prevention Solutions (NG-IPS) or Firewalls
(NG-FW), conducting performance testing prior to moving
a key business application to the cloud, or preparing
for a complex datacenter migration project, Aukua's
MGA2510 can help!
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- Verify application performance against real-world
network delay, bandwidth, and congestion scenarios
- Predict end user experience before deploying a new
cloud based service
- Capture packets with advanced filtering and
triggering for troubleshooting intermittent network
issues
- Prove throughput performance before migrating or
relocating a datacenter
- Directly measure and analyze the latency application
packets are experiencing through advanced security
devices
- Gain real-time visibility with stats and graphical
analysis
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Evaluate, Test and Optimize SD-WAN
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Aukua MGA2510
SD-WAN is a software-defined WAN architecture that
simplifies policy management, leverages lower-cost
broadband and mobile internet access, and provides
dynamic application-aware capabilities. The benefits of
SD-WAN include more efficient use of available bandwidth
for better end-user experience, increased enterprise
productivity, all while hopefully lowering costs.
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- Conduct Proof of Concept testing under real-world
network conditions
- Evaluate SD-WAN application-aware routing features
against changing network delay and congestion
- Optimize management and application performance
policies using empirical data
- Determine minimum viable bandwidth and maximum
latency requirements for mission and business critical
applications
- Verify application robustness against a variety of
real-world SD-WAN fail-over scenarios
- Perform throughput performance testing, functional
testing and measure latency of SD-WAN solutions
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Ethernet Test Solution for
Semiconductor Companies
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Aukua 3-In-1 Solutions
Semiconductor companies are powering the
proliferation of Ethernet. Not just within traditional
telecommunications and Enterprise storage and data
networks, but now in the automotive, aerospace and
defense, industrial manufacturing and energy sectors. To
remain competitive, semiconductor companies must rapidly
innovate, and a critical part of doing this successfully
is leveraging powerful test and measurement tools.
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- Traffic Generation: throughput performance, Bit Error
Rate (BER) testing
- High precision one-way or two-way latency
characterization
- Inline L2+ packet capture with advanced filtering
and triggering for visibility and troubleshooting
- Inline L1 PCS bit capture for verifying conformance
or troubleshooting interoperability issues
- Unique support: Energy Efficient Ethernet (EEE)
testing (IEEE 802.3az) - Request App Note
- Unique support: MAC Frame Preemption testing for TSN
applications (IEEE 802.3br)
- Comprehensive interface support from 10MbE to 25GbE
including intermediate 2.5G/5GbE support (IEEE 802.3bz)
- Powerful PCAP Player providing maximum flexibility
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Mobile Operator O-RAN
Test and Visibility |
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5G Open RAN Testing
5G mobile technology promises to support
the demand for higher bandwidth services, lower
latency requirements, and to cope with the
rapidly rising number of devices connecting to
the network. To meet this challenge, while also
reducing deployment costs, operational costs and
increasing flexibility, 5G networks utilize an
open model of the Radio Access Network (RAN).
This splits functions between the Centralized
Unit (CU), Distributed Unit (DU) and the Radio
Unit (RU), and the O-RAN Alliance was formed to
create open interface specifications. |
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In addition, the RAN is
moving to a packet switched architecture to
increase bandwidth efficiency and add
flexibility. These packet based networks like
Ethernet introduce new issues such as delay
variation and packet loss, causing problems with
timing protocols and latency sensitive
applications being transported over the RAN. For
this reason the RAN hardware and applications
running over the RAN must be thoroughly tested
and qualified while under the presence of
real-world network delay and impairments. |
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- Unrivaled precision necessary for testing Open RAN is provided by a powerful FPGA-based architecture
- Supports SyncE operation by passing physical layer frequency through the Network Emulator
- Widest variety of interfaces up to 25GBASE-R are supported
- True line-rate performance and delay insertion with nanosecond level precision
- Classifier technology enables targeting eCPRI, RoE, PTP, SyncE, OAM and other protocols, devices or streams for impairment
- Accurately measure and characterize latency of live application packets through the DU, CU and switches
- Unique 3-in-1 test and visibility platform brings the highest value in the industry
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Service Provider Test
and Visibility |
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Service Providers
Service providers face the challenge of
needing to continuously evolve and modernize
their internet, video, cloud or mobile services
to stay competitive and grow their subscriber
base. From proof of concept testing, to vendor
evaluation for selection, to post-deployment
troubleshooting, Aukua can help! |
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| Business Services |
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| Introduce new SD-WAN,
5G, cloud services faster and with
more confidence. Leverage real-world
testing that accelerates
proof-of-concept efforts, enables
right-sizing solution architectures
to lower costs, while meeting
customer's changing demands. |
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5G Open RAN |
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| Ensure a more robust
and higher performing network. Test
and characterize performance limits
of the eCPRI or Radio over Ethernet
(RoE) fronthaul under real-world
latency and impairment conditions. |
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| Cloud |
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| Migrate applications
to the cloud with confidence.
Predict and demonstrate the impact
of limited bandwidth and latency on
business applications before you
deploy. Tune remotely-hosted
applications for optimum
performance. |
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| Satellite Networks |
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| Measure bandwidth and
latency of a satellite network, and
reproduce the same conditions in the
lab to empirically and cost
effectively prove application or
video service quality, and end-user
experience will meet customer
expectations. |
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| Voice / Video |
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| Test delivering voice
and video services over data
networks. Predict user-experience
under ideal to worst case real-world
network conditions. Confidently
define maximum latency and minimum
bandwidth network architecture
limits. |
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| Time Sensitive
Networks |
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| Characterize TSN
solution resilience against
real-world delay, PDV jitter, and
other impairment conditions. Measure
latency, and capture packets
including preamble data with
nanosecond precision for easier and
more effective troubleshooting. |
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| Vendor Selection |
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| Include real-world delay and impairment conditions during performance and functional testing to save time and build confidence. In addition, precisely measure latency and throughput performance, to maximize competitiveness. |
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| Visibility |
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| Troubleshooting made easier with better in-line visibility. Speed up troubleshooting efforts with line rate capture and nanosecond precision timestamping for time-correlated analysis. |
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