Credo Technology Group Holding Ltd develops high-speed connectivity solutions for data infrastructure, AI, cloud computing and hyperscale networks. News about CRDO centers on product launches and technology updates for optical and electrical Ethernet applications, including Active Electrical Cables, optical transceivers, optical DSPs, SerDes chiplets, retimers and SerDes IP licensing.
Recurring updates also cover Credo product families and platforms such as ZeroFlap, OmniConnect, Weaver, Robin, Cardinal and PILOT, as well as participation in semiconductor technology events, environmental reporting, financial results, capital actions, governance matters and intellectual-property settlements tied to AEC technology.
Credo Technology Group Holding (CRDO) will demonstrate OmniConnect Weaver memory expansion on an AMD evaluation board at the 2026 OCP Global Summit.
Credo and AMD have built a working emulation platform using AMD Versal AI Edge Series Gen 2 adaptive chip architecture. The platform connects terabyte-class LPDDR memory to a programmable-logic processor using standard organic packaging without a silicon interposer. Application software runs unmodified because the expanded memory is transparent above the controller. The demonstration takes place this week in San Jose at Booth B2.
Credo (NASDAQ: CRDO) launched an industry workstream to develop a specification for short-reach optical connections in AI data centers. The Short-Reach Micro-Emitter Optics (SRMO) effort sits within the Open Compute Project (OCP) Community. Initial participants include an unnamed hyperscaler, AFL, ams OSRAM, BizLink, Foxlink, Heraeus Covantics, SENKO, and YOFC.
The specification is targeted for OCP approval in 2027 and will address power, efficiency, signaling, parallel operation, physical formats, and compliance. Credo says the effort aims to establish compatible components across suppliers for AI data center connections using many small light sources operating in parallel.
Credo Technology Group Holding (CRDO) unveiled its 1.6T ZeroFlap active light cable for AI data center scale-out and front-end networks.
The optical cable uses arrays of small light emitters and detectors connected by flexible fiber bundles. Credo targets reach of up to 50 meters and reliability of 100 million hours mean time between failures, a measure of average time between failures. The design targets power consumption of 12W per cable-end, roughly 30% less than comparable active electrical cables. Built-in channel redundancy is designed to keep links operating when a channel fails. The company plans to begin shipping in 2027.
Credo (CRDO) will showcase optical and copper connectivity products at the 2026 OCP Global Summit, taking place October 12–15 in San Jose.
Demonstrations at Booth B2, October 13–15, will include an optical backplane developed with SENKO, active light and electrical cables, optical transceivers, and PCIe rack-level connectivity. Credo will also demonstrate its Weaver memory connectivity implementation and an optical module integrating its Cardinal digital signal processor with silicon photonics.
CEO Bill Brennan and other Credo executives will present sessions covering optical interconnects, link monitoring, and composable AI architectures. The summit takes place at the San Jose Convention Center.
Credo Technology Group (CRDO) will showcase its latest 1.6T optical connectivity and silicon photonics solutions at ECOC 2026, held September 21–23 at FYCMA in Málaga, Spain.
At booth #2056, Credo will demonstrate a 1.6T 2xDR4 fully retimed module powered by the Cardinal 802 1.6T DSP and Kfir 200G silicon photonics PIC, aimed at AI and cloud bandwidth demands. The company will also feature 800G and 1.6T ZeroFlap optics with its PILOT observability platform for real-time link health monitoring and diagnostics.
Credo representatives will speak in two ECOC sessions on September 20 and 23, covering optical channel scaling and reliability across AI clusters.
Credo (CRDO) launched its 224G-based ZeroFlap (ZF) 1.6T optical transceiver family for AI networks, extending its ZeroFlap reliability architecture to 1.6 terabit port speeds.
The new products combine a 224G-per-lane optical DSP, the Kfir200 silicon photonics PIC and the latest PILOT diagnostics platform. They support 1.6T aggregate bandwidth across 2xDR4, 2xFR4 and DR8 form factors, and include OCP-standard ZeroFlap telemetry for power-efficient, high‑density AI cluster deployments. The PILOT platform enables continuous optical link health monitoring, real-time telemetry streaming and proactive detection of fiber issues and link flaps, with support for SONiC and other open switch operating systems.
Credo Technology Group (CRDO) will showcase new optical and copper interconnect solutions for scaling AI infrastructure at the AI Infra Summit 2026, held September 15-17 at the Santa Clara Convention Center.
Demonstrations at booth #810 include ZeroFlap Optics transceivers, 800G ZeroFlap Optics + PILOT, a 1.6T ZeroFlap Active Electrical Cable + PILOT, and Toucan Gen6 PCIe AEC + PILOT, all featuring real-time telemetry and diagnostics. Credo executives will also join a panel on scale-out AI network architectures and deliver technical presentations on OmniConnect memory solutions and ZeroFlap Optics.
Credo Technology Group (Nasdaq: CRDO) reported first quarter fiscal 2027 revenue of $479.0 million, up 9.6% quarter over quarter and 114.7% year over year. GAAP gross margin was 64.5% and non-GAAP gross margin 68.0%. GAAP operating expenses were $188.4 million, with non-GAAP operating expenses of $95.2 million. GAAP net income reached $129.4 million (diluted EPS $0.67), while non-GAAP net income was $236.3 million (non-GAAP diluted EPS $1.20). Ending cash and short-term investments totaled $764.3 million. For the second quarter of fiscal 2027, Credo expects revenue between $525 million and $535 million, GAAP gross margin of 62.9%–64.9%, non-GAAP gross margin of 67.0%–69.0%, GAAP operating expenses of $199–$204 million and non-GAAP operating expenses of $100–$105 million.
Credo (NASDAQ: CRDO) announced it has joined the Open CPX MSA, a consortium focused on developing interoperable near-package optics (NPO) and co-packaged optics (CPO) interconnect architectures for future AI scale-out and scale-up networks.
Established in March 2026, Open CPX MSA is creating open specifications for optimized optical engines that connect ASICs to NPO and CPO solutions, standardizing mechanical, thermal, electrical, optical, and management interfaces. Credo plans to support the standard with silicon photonics-based photonic integrated circuits (SiPho PICs), optical DSPs, and related components, aiming to help improve bandwidth, density, and power efficiency in next-generation AI infrastructure.
Credo (NASDAQ: CRDO) announced that its Toucan Gen6x16 PCI Express (PCIe) retimer has achieved PCI-SIG 6.x retimer compliance at 64.0 GT/s and is now listed on the PCI-SIG Integrators List. The device passed electrical, interoperability and expanded PCIe 6.0 protocol testing at the PCI-SIG Compliance Workshop that concluded on July 31.
Toucan targets AI, HPC, cloud and accelerated compute platforms, combining PCIe 6.0 performance, DSP-based SerDes, low-power operation and deep diagnostics via Credo’s PILOT software, and is architected in line with PCIe 7.0 technology roadmaps.