Credo: Credo Technology Group Holding Ltd Launches PILOT A Diagnostic and Analytics Software Platform, Enhancing Link Reliability and Performance Across High-Speed Connectivity Solutions

Credo Technology Group Holding Ltd. introduced PILOT, its proprietary Predictive Integrity, Link Optimization, and Telemetry platform. Designed to support a full suite of Credo connectivity offerings --including SerDes IP, retimer ICs, and system-level Active Electrical Cables (AEC)--PILOT delivers advanced diagnostic and analytic capabilities along with mission mode telemetry establishing a new benchmark for link reliability and uptime stability. Engineered for the rigorous performance demands of hyperscale data centers, AI clusters, and cloud-scale infrastructure, PILOT empowers network administrators to detect, diagnose, and resolve signal degradation before it impacts workloads--dramatically reducing link flaps and minimizing costly system maintenance and down-time. Key Features of PILOT: Real-Time Link Integrity Monitoring: Includes received eye quality, signal to noise ratio, average and burst error rates on a per lane basis to detect subtle degradations before they trigger link instability. Minimized Link Flaps: Actively monitors and maintains consistent link health across SerDes, retimers, and AECs--reducing intermittent disconnects that can throttle throughput. Predictive Diagnostics: In conjunction with customers' telemetry systems, AI-powered analytics forecast potential failures, enabling preemptive intervention during maintenance windows to reduce system downtime. Intuitive Debug Environment: Rich GUI to examine logged telemetry, initiate trace capture and adjust performance metrics in real time. Secure, Customizable Architecture: Provides advanced security features, open APIs, optional secure boot and encrypted attestation reports to support a zero-trust security model. PILOT is now available for evaluation on Credo's PCIe retimers and will roll out across Credo's SerDes, retimers and system level AECs over the coming quarters. Early-access customers report best-in-class usability, faster deployment and improved consistency in dense rack-scale environments. Credo Technology Group Holding Ltd. introduced PILOT, its proprietary Predictive Integrity, Link Optimization, and Telemetry platform. Designed to support a full suite of Credo connectivity offerings --including SerDes IP, retimer ICs, and system-level Active Electrical Cables (AEC)--PILOT delivers advanced diagnostic and analytic capabilities along with mission mode telemetry establishing a new benchmark for link reliability and uptime stability. Engineered for the rigorous performance demands of hyperscale data centers, AI clusters, and cloud-scale infrastructure, PILOT empowers network administrators to detect, diagnose, and resolve signal degradation before it impacts workloads--dramatically reducing link flaps and minimizing costly system maintenance and down-time. Key Features of PILOT: Real-Time Link Integrity Monitoring: Includes received eye quality, signal to noise ratio, average and burst error rates on a per lane basis to detect subtle degradations before they trigger link instability. Minimized Link Flaps: Actively monitors and maintains consistent link health across SerDes, retimers, and AECs--reducing intermittent disconnects that can throttle throughput. Predictive Diagnostics: In conjunction with customers' telemetry systems, AI-powered analytics forecast potential failures, enabling preemptive intervention during maintenance windows to reduce system downtime. Intuitive Debug Environment: Rich GUI to examine logged telemetry, initiate trace capture and adjust performance metrics in real time. Secure, Customizable Architecture: Provides advanced security features, open APIs, optional secure boot and encrypted attestation reports to support a zero-trust security model. PILOT is now available for evaluation on Credo's PCIe retimers and will roll out across Credo's SerDes, retimers and system level AECs over the coming quarters. Early-access customers report best-in-class usability, faster deployment and improved consistency in dense rack-scale environments.