PEX8532-BC25BI G

Analog Switches - Special Purpose Overview

The PEX8532-BC25BI G is a PCI Express switch manufactured by Broadcom Limited. It features 32 lanes and 8 ports, operating with a maximum clock frequency of 100 MHz. The device supports power supply voltages ranging from 1 V to 3.3 V. It functions within an operating temperature range of -40°C to +85°C. The component utilizes SMD/SMT installation style and is housed in a PBGA-680 package.

Analog Switches - Special Purpose Feature Summary

• PCI Express switching capability with 32 lanes and 8 ports
• Supports standard voltage inputs of 1 V and 3.3 V
• Industrial temperature rating for extended operational environments

Analog Switches - Special Purpose Applications

• Server connectivity systems
• Storage area network infrastructure
• Enterprise networking equipment

Analog Switches - Special Purpose Procurement Notes

This component is listed as End-of-Life (EOL) by the manufacturer. Availability is restricted, and Mouser does not currently stock this item in all regions. Verification of current lifecycle status and alternative sourcing channels is required before procurement planning.

Analog Switches - Special Purpose Selection Notes

Designers should consider the EOL status when selecting this part. The PBGA-680 package requires specific PCB layout considerations. Verify that the 100 MHz clock frequency and lane count meet system bandwidth requirements compared to newer generation switches.

Analog Switches - Special Purpose Part Context

The PEX8532 belongs to the Broadcom PEX series of PCI Express switches. This series provides high-performance interconnect solutions for data center and enterprise applications. The BC25BI suffix indicates specific packaging and environmental ratings within the product family.

Analog Switches - Special Purpose Replacement Considerations

As the PEX8532-BC25BI G is discontinued, engineers must evaluate compatible successors from the Broadcom portfolio or third-party equivalents. Ensure pin compatibility and feature parity during substitution analysis.