

With the availability of faster and more efficient processors for server architects in cloud environments, there is an escalating demand for an enhanced interconnection between the I/O subsystem and the processor.
PCIe has firmly established itself as a pivotal component within contemporary high-performance processor architectures. Thus, it is hardly surprising that PCIe is the preferred choice for interconnecting the processor and the I/O, both within the enclosures of servers and storage subsystems.
Beyond the confines of the server and storage enclosures, PCIe offers substantial advantages in the clustering environments that underpin the "Cloud." The low-latency access enabled by PCIe connections between applications running on servers directly contributes to a significant boost in the overall performance of the cloud.
Nevertheless, the utilization of PCIe in the cloud is not restricted solely to servers and I/O systems. Its remarkable versatility has enabled PCIe to permeate and integrate itself into nearly every component of the cloud infrastructure. This includes the data planes within servers and I/O subsystems where real-world applications are executed, as well as the control planes of routers and switches, which serve the critical function of facilitating inter-system connectivity and acting as gateways that bridge the external world to the cloud.
CyanSemi offers the PCIe solution (from ASIC customization to chip products) as PCIe Gen4/5 Switch with 48/96 or more lanes, PCIe Gen5/CXL Flexible Retimer. CyanSemi PCIe products allows data center architects to connect more slots, build systems with larger fanout and reliable signal integrity.
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