Network System Test Lab Automation

Learn how you can achieve more with optical switching in your test laboratory
Download the Polatis Application note about Network Test Lab solutions
Read Chris O’Conor’s Blog Post about Network Test Lab solutions

Reconfigurable Fiber Layer Enables Test Lab Automation

Introducing all-optical switching to the network test lab environment brings tremendous flexibility and cost-savings that enables operators to automate their test operations and in these challenging times, operate them remotely. Fiber layer automation also fuels the continuing growth in Lab-as-a-Service offerings.

Benefits of Polatis optical switches include:
  • Reduced OPEX. Connect any port to any port to configure tests instantly with popular lab orchestration tools. Save 75% of setup time by cabling once and reconfiguring in software. Conduct remote testing faster from anywhere in the world and reduce staffing, energy and travel costs.
  • Reduced CAPEX. Share expensive test and network equipment across multiple tests and multiple system test lab environments, reduce recurring equipment purchases and save on scarce real estate resources.
  • Improved Accuracy. All-optical connections are completely transparent to data rate, with speed-of-light latency and no packet processing, so tests are conducted with a high degree of fidelity.
  • Greater Test Coverage. Using integrated variable attenuation and shutter features, optical switches can stress-test system responses to physical layer faults such as connector degradation and difficult-to-trace intermittent fiber micro-breaks.
  • Faster Customer Response. Recreate and simulate customer network configurations quickly to identify potential corner case issues and resolve them faster.
  • Competitive Advantage. The longer it takes to certify network gear, the bigger the challenge for operators to roll out new services ahead of competitors. Fiber layer automation speeds up certification and facilitates deployment of more robust solutions.
  • Future Proof. All-optical switches are transparent to transmission wavelength, direction, protocol and bit rate so the same optically-switched lab infrastructure can be used for any media and speed up to 800Gbps and beyond.

Network Test Lab Automation

by Chris O'Conor

I'm not talking about the white lab coats, bunsen burners, and test tubes; I'm talking about your technology interoperability and certification lab.

During my 25 years in the world of technology I've been through a lot of interop and certification labs. I've seen environments that look like a NASA clean room and labs that make me feel dirty. In every case, the lab managers tell me they want to run the best lab possible, but many fall short due to lack of investment in lab personnel, lack of resources, or little awareness in the company as a whole that a well-run and automated lab can be a competitive advantage.

How can a lab be a competitive advantage?

Labs are trusted to certify new equipment for the 'network' - or data center, enterprise, IOT component - so that new services can be provided to clients without a glitch, to either increase revenue and/or remain competitive. The longer it takes to certify new gear and new services by relying on manual lab operations, the further away from those goals the company gets. Fast, repeatable and agile lab operations get these services to market much faster and at a much lower cost.

In many instances organizations choose to create individual labs for each portion of the network - think Metro, long haul, IP, CPE, etc. in a telco environment. With automation, labs can share expensive equipment and reconfigure tests remotely and immediately. Using readily available tools, resources can be securely shared between silos without conflict. This also enables 'follow the sun' access to lab resources with 24-hour global access to shared test equipment. After recent events, never has the ability to work remotely been so important. Fast issue resolution is another competitive advantage. Not everything runs right all the time. As a vendor trying to get time in a lab I've heard, "we are having a network issue that we are trying to simulate, so you'll just have to wait". I’ve watched this fire drill over and over again. It usually involves dozens of single-mode fiber (SMF) spools on the ground, patch cable spaghetti and $150,000 routers being rolled around on valet carts. An automated lab has an efficient and immediate method to cross-connect any network component within minutes, not hours or days. This level of dynamic connectivity cuts down on network troubleshooting and gets the network resolved in a fraction of the time versus. the old school method.

To add insult to injury, the push for network function virtualization (NFV) and software defined networking (SDN) is only going to further stress the old school labs. All SDN-enabled components will need to be recertified to confirm interoperability in the new dynamic environment. But, this is a topic all its own for another day.

How tough is it to evolve into an automated lab environment from an old school lab?

Not as tough as you might think.

First and foremost, the lab team needs a partner in the CFO Office (love that line, plagiarized from a talk I attended). The costs associated with lab automation are usually not in the budget, but the cost SAVINGS associated with lab automation far outweigh the investment. Hence the need for a money-person to be involved. The group also needs mindshare from the organization as a whole in order to be successful. In an automated lab, the person formerly moving the $150,000 router around on the valet cart is going to need to find a new job. And the person creating the Jackson Pollock masterpiece with SMF will be very disappointed.

Once those hurdles are crossed, there are a number of specialised software companies focused on providing lab automation management programs, or Lab-as- a- Service. These programs create the environment that allows for reservations of lab resources, the actual test procedures to be run, and for documenting the results of the tests. The process of integrating all of the hardware components within your enterprise is not an easy task. And what I’ve learned is that the basic connectivity of the lab is the simple part, so make sure you have a good relationship with your lab automation software partner.

Finally, an automated lab requires a reliable all-optical fiber switch, which provides the dynamic foundation for the lab network. A fiber switch allows cabling to equipment just once and tests to be remotely configured on demand. The switch should be as transparent as possible to deliver the most accurate test results, sized properly to interconnect all network elements within the lab today (with some room for tomorrow), and be fully compatible with the automation software package. By cabling just once, the lab results are not subjected to potential fiber hygiene issues (it happens all the time), creating a repeatable and reliable result. Working with the integration software, the switch provides partitioned testing environments, which allow multiple groups within a company to run testing simultaneously, saving time and money. Switches must be all-optical to be transparent to ANY optical speed/circuit type/number of wavelengths, so that as line rates and transmission formats continue to advance, the investment is preserved.

As an optical switch vendor, I spend my days discussing the advantages of lab automation and the expected positive results. Our HUBER+SUHNER Polatis all-optical switch has been widely accepted as the industry standard in all-optical fiber switches for lab automation.

Contact HUBER+SUHNER Polatis today to find out how test lab automation could work for you.

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