By
Amber Rasche - Senior Communications Specialist, Internet2
Estimated reading time: 5 minutes
JoAnne Bender, Internet2 Network Architect and OFCnet Volunteer, Shares Insights on the Experience and Impacts
The 2025 Optical Fiber Communications Conference and Exhibition (OFC) is just around the corner, March 30 – April 3 in San Francisco, Calif. This year marks the event’s 50th anniversary of driving innovation in optical networking and communications. It’s where global leaders in research and engineering showcase the latest advancements shaping the industry.
A key part of OFC is OFCnet, the high-performance network that powers live demonstrations throughout the conference. But OFCnet provides more than just connectivity — it enables breakthroughs in areas from interoperability to AI-driven and quantum networking.
Photo courtesy of OFC
This year, several research and education (R&E) community organizations are collaborating with industry-leading vendors to build OFCnet, including CENIC, ESnet, NSHE System Computing Services, Oak Ridge National Laboratory, the San Diego Supercomputer Center, the University of Illinois Urbana-Champaign, the University of Texas at Dallas, Utah Education and Telehealth Network, and Internet2. Together, they are contributing equipment, services, and expertise to deliver a fully operational network environment.
JoAnne Bender, Internet2 network architect, is volunteering for a second year to help build OFCnet. In this Q&A, she shares more about the experience and how it benefits the R&E community.
JoAnne Bender
Internet2 Network Architect and OFCnet Volunteer
From
your perspective, what makes participating in OFCnet a valuable opportunity for R&E
network organizations, including Internet2?
JoAnne: Participating in OFCnet aligns with our
mission to advance networking in support of research and education. By contributing to the
network and the event, we help facilitate another venue for researchers to demonstrate their
networking and computation innovations to a global audience.
Participation also gives
R&E network engineers new exposure and hands-on experience with different technologies and
vendors. The opportunity to work directly with peers and colleagues from other institutions
helps us build new relationships and expand our collective knowledge base.
Finally,
through the demonstrations we support and access to the OFC Exhibit, we get an up-close look at
emerging technologies such as quantum networking and key distribution. This enables us to start
laying the groundwork for the next generations of the Internet2 network.
How
is Internet2 collaborating with other R&E and industry organizations to contribute
to OFCnet this year?
JoAnne: Multiple R&E organizations are
volunteering and contributing to OFCnet alongside industry leaders in various ways. My colleague
Ross Shaffer, Internet2 network engineer, and I are part of the volunteer team building the
network. We are collaborating with CENIC and ESnet to deliver a number of network services to
the convention center show floor in San Francisco via the Sunnyvale point-of-presence (POP),
with CENIC providing additional connectivity from its POP in Los Angeles. Ciena, Adtran, and
Juniper are also contributing to the effort, providing hardware to support the
connectivity.
In conjunction with Ciena and ESnet, we are also providing optical wave
services from Salt Lake City directly to the OFCnet exhibition space via our Sunnyvale POP to
connect FABRIC nodes in Salt Lake City to a portable FABRIC
cluster operated by Ciena on the show floor. This collaboration highlights how multiple
organizations bring their expertise and resources to support a shared goal.
How
do these collaborative contributions advance networking technologies and research within
the R&E community?
JoAnne: I’ll use the connections supporting FABRIC as an example to show how events like OFC can
advance technology within our community. For this project, Internet2, working with Ciena,
deployed brand-new WaveLogic 6e transponder cards on our network. These are cutting-edge and
allow for up to 1.6 terabits per second of transport across extremely long
distances.
While these transponders are on Internet2’s roadmap for future
deployment, doing our initial testing on the Internet2 backbone with a specific application like
FABRIC is helpful. By working closely with Ciena to get them rolled out onto our network, we get
to see how they perform and operate on the Internet2 optical platform. This turns into valuable
operational experience when it comes time to deploy them across our network — for example, when
upgrading bandwidth over the next two to three years to support the North
America – Research Education Exchange (NA-REX) platform.
What
aspects of participating on the OFCnet committee do you find particularly
rewarding?
JoAnne: For me, participating in OFCnet is a great
way to get excited and recharge professionally. I do a lot of planning and architecture work
these days, so OFCnet offers a chance to apply that expertise and experience in a different
context. Plus, I get to be hands-on with the equipment we’re deploying — something I don’t get
to do as often — and I find it a nice change of pace.
The community aspect of OFCnet
is also really enjoyable. We get to spend time collaborating closely with folks across many
organizations, building good working relationships that might not have formed otherwise or would
have taken longer to develop.
What
are you most excited about for OFC and OFCnet 2025?
JoAnne: Helping to build a network from scratch in a
couple of days and getting to show it off to the world is pretty exciting. I’m also looking
forward to coming home with a head full of possibilities and ideas after exploring the wealth of
technology presented at the OFC Exhibit.
If you’re interested in optical networking,
quantum networking, or anything related, you should attend OFC at least once. The experience is
worth it.
ICYMI
About the Author(s)
Amber Rasche contributes to Internet2’s strategic communications and public relations efforts. She has 10 years of experience with the research and education community, serving previous roles in both higher education information technology and government high-performance network environments.