Six demos, five talks, three OCP workstreams, one shark and #ZeroFlap.

Here's our #OCPSummit recap 🦈

🔹The 1.6T ZeroFlap Active Light Cable (ALC) and the micro-emitter optics behind it
🔹 Talks from Bill Brennan, LK (Lakshmikant) Bhupathi, Chris Collins, Rajan Pai, and Vishal Shah on reliability, telemetry, and advancing scale-up and scale-out architectures
🔹 Open Compute Project Foundation workstreams: new Short Reach Micro-emitter Optics announcement and updates to Lightweight Serial Interconnect and Optics Reliability workstreams
🔹 OmniConnect Weaver bringing terabyte-class memory capacity with AMD Versal
🔹 Plus a visit from Sharkie 🦈

Thank you to everyone who stopped by. See you next year at Moscone.

Read the full recap 👇
credosemi.com/blogs/ocp-glob…

#AIInfrastructure #Optics #DataCenter #WeConnect

At the Photonic-Enabled Cloud Computing Summit (PECC) this week in Sunnyvale, LK Bhupathi shared Credo’s commitment to micro-emitter optics and discussed its benefits for scale-up and scale-out fabrics:
🔗 Closes the gap between copper’s distance limits and traditional optics’ hallenges
💡 Provides a new layer-zero reliability framework, below the OSI stack, to enable copper-class robustness
⚡ Meets or beats copper in reliability, low power, and low cost
🚀 In summary, going wide with micro-emitters will optimize MTBF, pJ/bit, and Tbps/mm in short-reach (up to 50m) links.
🙏 A big thank you to @Optica and @Advanced Photonics Coalition for having us at the #PECC Summit to discuss the architectural choices shaping next-generation connectivity. It was great to connect with so many people in the ecosystem! 🌐
#WeConnect #MicroEmitters #AIInfrastructure #OpticalInterconnect #DataCenter

When we announced our ZeroFlap Active Light Cables (ALCs) at the OCP Global Summit, our technical experts had a lot of fun demonstrating the new “wide and slow” approach to mid-range connectivity for AI data centers. For those who missed the sold-out summit, we made a new video n style!
This micro-emitter-based, pluggable solution is the industry’s first row-scale, wide-parallel optical interconnect. Targeting scale-out and front-end connectivity up to 50m, it spreads data across many small, low-power channels — building in redundancy, using far less power, and leaving plenty of headroom to scale for the next decade of AI infrastructure.
Watch it now 👇
#MicroEmitters #AIInfrastructure #OpticalInterconnect #DataCenter

🎥 OCP Global Summit is a wrap — and the Credo booth brought the energy all week.

From packed presentations to a show booth that barely had room to walk, Credo was one of the busiest exhibitors at the summit this year. Our new booth sizzle reel captures what that looked like in e demos, the conversations.

The most popular demos included:
🔹ZeroFlap Optics — real-time link telemetry and copper-class reliability, live on the show floor

🔹1.6T ZeroFlap Active Light Cables (ALC) — closing the mid-reach gap between copper and traditional optics

🔹ZeroFlap blind-mate optical backplane — our micro-emitter-based demo built with SENKO, bringing 10x the bandwidth of today’s copper backplanes
Watch the recap 👇

Thank you to everyone who stopped by, asked questions, and made this one of our best shows yet. See you next year.

#AIInfrastructure #OpticalInterconnect #DataCenter #WeConnect #MicroEmitters

Day 2 at OCP Global Summit was a big success!

Booth B2 was buzzing all day with great conversations, and both sessions drew packed rooms. Chris Collins broke down how standardized transceiver telemetry can catch problems in optical links before they turn into costly downtime, our wide-parallel approach to building scalable, reliable optical interconnects for AI clusters.

Thank you to everyone who came out to listen, ask questions, and say hello. Details here: investors.credosemi.com/news-events/ne…

Day 3, Rajan Pai will take the stage to talk Community SONiC and optics telemetry, and we'll be running live demos at Booth B2. Come see our tech in action and chat with our technical experts about the future of AI infrastructure.

#OCPSummit26 #OpenCompute #AIInfrastructure #OpticalConnectivity #WeConnect

Puck drop is tonight as Credo’s hometown @SanJoseSharks Jose Sharks🦈 begin the new season at home against the Florida Panthers. Go Sharks!! 🏒

We're excited to share that Credo is teaming up with the Sharks for the 2026-27 NHL season! Keep an eye out for the Credo name popping ome to a game and see if you can spot us. 👀

The Credo logo made a cameo on the Shark Tank dasher boards during the preseason — and it wasted no time getting tested, with players crashing into the glass right in front of our name. Not a scratch! 😤 What a welcome to the NHL moment! 💥

Can’t wait to root for the most electrifying young team in the NHL all season long!

#WeConnect #Credo #SJSharkie #SharkTank #NHL #hockeylife #RookieSeason #SiliconValley

Straight from Booth #2056 ECOC Exhibition — Rajan Pai walks through our new 1.6T ZeroFlap optical transceivers. ▶️🚀 The first transceivers to combine our optical DSP and Kfir200 silicon photonics PIC in a single device, they feature advanced telemetry to identify weak optical before they become network-impacting problems.

Want to go deeper? Catch Rajan live at the show:
🎙️ Wednesday, Sept 23 | 2:40 PM | Market Focus Theatre "Scaling Optical Reliability with Bandwidth Across AI Clusters"

See you there! 👋
#WeConnect #ZeroFlap #OpticalConnectivity #SiliconPhotonics #AIInfrastructure #DataCenter

🚀 We're heading to ECOC Exhibition 2026 — join us in Malaga!

📅 Sept 20–24, 2026 📍 FYCMA, Malaga, Spain 🧭 Booth #2056 (Sept 21-23)

Don't miss our technical experts on stage:

🎙️Mohsen Asad
Sept 20 | 4:00 PM | PV-R Multipurpose Room
"Can fast narrow channels keep rising slow and wide become the winner?"

🎙️Rajan Pai
Sept 23 | 2:40 PM | Market Focus Theatre
"Scaling Optical Reliability with Bandwidth Across AI Clusters"

Visit Booth #2056 Sept 21-23 to see these live demos:
⚡1.6T 2xDR4 Fully Retimed Module — powered by Credo Cardinal 802 1.6T DSP and Kfir 200G Silicon Photonics PIC
🔌800G / 1.6T #ZeroFlap Optics

📊Credo PILOT — Real-time link health monitoring and root-cause diagnostics

#ECOC2026 #OpticalConnectivity #SiliconPhotonics #AIInfrastructure

To learn more, visit here: investors.credosemi.com/news-events/ne…

The announcement of our 1.6T ZeroFlap Optical Transceivers has drawn a crowd to the Credo booth during the first two days of AI Infra Summit. We had a lot of great conversations about what it takes to keep massive AI fabrics reliable at 1.6T speeds.

If you missed it (or want to one more day of AI Infra left. The 1.6T ZeroFlap Optics will be live and running at Booth #810 all day. Come see the tech that's built to predict failures and accelerate time to first token. Our team will be on hand to walk you through the demo and answer questions.

See you at Booth #810!

#AiInfraSummit #ZeroFlap #OpticalTransceivers #NetwrokReliability #DataCenterNetworking

Introducing 1.6T ZeroFlap Optics.

In this video, Don Barnetson, SVP of Product at Credo, unveils our newest ZF transceivers — the first to combine our optical DSP and Kfir200 silicon photonics PIC in a single device.

Built for AI fabric reliability, these transceivers use in-band communication to identify weak optical links and address them before they become network-impacting problems.

Learn more here: investors.credosemi.com/news-events/ne…

See how Credo's ZeroFlap Optics catch link flaps before your cluster does: credosemi.com/products/zerof…

Another great show in the books! Thank you to everyone who visited Credo during #CIOE2026 in Shenzhen. Thank you to the CIOE team for hosting a fantastic event.
Over three days, we engaged with customers and partners from across the AI infrastructure ecosystem, showcasing how our utions are helping scale the networks powering AI.
Booth highlights included a live, system-level demo of our Scale-Out AI Fabric, featuring customer modules built on our Robin and Lark 800G optical DSPs, alongside our 1.6T and 800G optical modules powered by our Cardinal 802 and Robin 802 DSPs, paired with our Kfir and Carmel8 Silicon Photonics PICs.
If you didn't get a chance to connect, reach out — we'd love to continue the conversation credosemi.com/contact-us/.

#WeConnect #CIOEShenzhen #OpticalDSP #SiliconPhotonics #ScaleOutAI #NetworkInfrastructure

What sets Credo's silicon photonics apart?
In this video, Ronnen Lovinger, our VP of Silicon Photonics, breaks down the key IP behind our technology — from our high-speed modulator, built to perform from 400G all the way to 1.6T and beyond, to our low-loss laser and fiber use fewer lasers and less power without sacrificing performance.
If you're in Shenzhen for the last day of CIOE, stop by Booth #13A25 to see it in action.
#WeConnect #SiliconPhotonics #Credo #CIOE2026 #OpticalConnectivity #AIInfrastructure

Credo has joined the Open CPX MSA, a growing consortium of companies collaborating to advance interoperable near-package and co-packaged optical interconnects for next-gen AI infrastructure.

As AI networks scale, bringing optical connectivity closer to the ASIC helps reduce , and density challenges — and Credo will support the ecosystem with SiPho PICs, optical DSPs, and other components for the standard.

Learn more: lnkd.in/gtr5YkgZ

#WeConnect

🚀 Milestone: Credo's Toucan Gen6x16 PCIe® Retimer has achieved PCI-SIG® 6.x compliance at 64.0 GT/s and is now listed on the PCI-SIG Integrators List — giving customers standards-based confidence to deploy PCIe 6.0 across AI, HPC, and accelerated compute platforms.

Read the e how Credo is delivering the signal integrity, interoperability, and power efficiency needed for the most demanding accelerated computing environments.

lnkd.in/ggrv7RfH

#PCIe #AIInfrastructure #WeConnect

It doesn’t matter how many GPUs are in your data center if your network fabric can’t keep up. @ChrisCollins explains how Credo’s Interoperability Lab validates optical modules powered by Credo DSPs across today’s leading AI networking platforms. The result: lower deployment risk, d faster time to first token.

#WeConnect #Zeroflap

As AI inference scales, the industry needs new ways to connect compute and memory.

Today, we announced our plans to standardize an interconnect within the Open Compute Project Foundation Community. We have established the OCP Open Chiplet Economy (OCE) Lightweight Serial stream and plan to contribute our OmniConnect lightweight AXI framer specification to OCP. The standardization of a lightweight, high-efficiency serial interconnect option promotes the flexible composition of chiplet-based and modular AI systems and reduces reliance on HBM.

“We formed the OCP LSI Workstream to address a clear industry need for innovative interconnect solutions that address the memory wall problem while also enabling a new generation of high-bandwidth and power-optimized modular architectures for AI systems,” said Vishal Shah, Vice President of Product, Credo. “Advancing an open approach to lightweight framing and serial interconnect is critical to enabling flexible chiplet integration, including near-package pluggable configurations, for the next wave of AI inference.”

Learn more: lnkd.in/gGUU6s7u

#WeConnect