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Your Complete Solution for RFC 2544 Testing |
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Aukua Systems, Inc., a leading provider of Ethernet
and IP network testing and monitoring solutions,
introduced its next-generation Ethernet & IP test
platform designed to accelerate and simplify complex
network validation across a broad range of
industries.
More information about Aukua
application capabilities:
https://www.embeddedsingapore.com/products/protocol-analyzers-storage-emulators/aukua/aukua-applications/
Aukua’s RFC 2544 Testing Suite gives you the
performance insights you need to deliver with
confidence and without surprises. Benchmark smarter,
validate faster, and deploy with data you can trust.
RFC 2544 is an industry standard methodology for
benchmarking the performance of network devices such
as switches, routers, and firewalls. It defines a
series of tests designed to measure critical
performance metrics under realistic conditions in a
repeatable and consistent way.
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RFC 2544 Test Suite Highlights |
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Supports the industry's widest range of Ethernet interfaces,
including Automotive Ethernet |
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Highest-precision measurements of latency, packet jitter, and
loss |
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Fully configurable test conditions with custom frame size
distributions |
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Detailed test report with both tabular and graphed results |
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Full automation support for scripting, regression testing, and
CI/CD workflows |
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Enhanced with additional packet capture and jamming capabilities |
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RFC 2544 Testing Advantages |
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Early Product Validation |
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Network equipment vendors rely on RFC 2544 to validate that
their products meet performance expectations and industry
benchmarks. These tests help fine-tune device behavior early in
development, reducing the risk of costly issues later in deployment. |
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Benchmark Performance |
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RFC 2544 offers a standardized way to measure and compare
network device performance. Equipment manufacturers, enterprises,
and service providers can assess how their infrastructure stacks up
against competitors and internal performance goals. |
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Establish Baseline and Trends |
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As networks evolve and workloads shift, RFC 2544 testing helps
establish a reliable performance baseline. Regular testing makes it
easier to detect gradual degradation or emerging bottlenecks before
they impact operations. |
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Troubleshoot Bottlenecks |
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When network issues arise, RFC 2544 tests can help isolate
underperforming devices or links. Targeted benchmarking across
different configurations enables teams to identify root causes and
take corrective action more quickly. |
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Verify Readiness Before Launch |
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Before rolling out new infrastructure or services, RFC 2544
testing validates network readiness under realistic and stressful
traffic conditions. This ensures that devices and links meet
performance expectations prior to launch, minimizing risk and
avoiding costly post-deployment issues.t |
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Ensure SLA Compliance |
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Service providers use RFC 2544 testing to ensure their networks
meet or exceed SLA requirements. By verifying latency, throughput,
and packet loss under defined conditions, these tests provide
objective proof of service quality, helping to prevent SLA
violations. |
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The RFC 2544 core tests |
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Throughput: Find the maximum rate at which frames
can be forwarded without any loss |
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Latency: Measure the latency experienced by
packets during transmission and forwarding |
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Frame Loss: Characterize the frame loss ratio
under varying loads and packet sizes |
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Back-to-Back Frames: Determine burst-handling
capability with minimum inter-frame gaps |
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About
Gopalam Embedded Systems
Gopalam Embedded Systems Pte Ltd
(GES) is an associate company of the ESA Group in India. GES,
together with the other ESA Group of companies, offers a wide range
of highly integrated hardware and software embedded solutions
ranging from - Development Suites, Middle-ware Solutions, In-Circuit
Debuggers/Emulators, Connectivity Solutions and Hardware Subsystems.
Through our ecosystem of tools and development solutions from
leading vendors across the world, we holistically support the
entire development life-cycle of embedded systems from design,
development, debugging to verification and validation.
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