Interface ICs

The SAS4xNN Serial Attached SCSI (SAS) expanders provide the ability to seamlessly connect systems and drives to meet the continuing demand for storage and enhanced performance.

The SAS4xNN Serial Attached SCSI (SAS) expanders provide the ability to seamlessly connect systems and drives to meet the continuing demand for storage and enhanced performance.

The SAS4xNN series are ninth-generation SAS expanders featuring SAS-4 technology, providing seamless connectivity for storage systems with enhanced performance.

The SAS4xNN Serial Attached SCSI (SAS) expanders provide the ability to seamlessly connect systems and drives to meet the continuing demand for storage and enhanced performance.

The SAS35xR expanders are the second series of high performance 12 Gb/s SAS expanders that utilize a new, power-optimized design to deliver best in class power utilization and the latest enhancements in SAS technology.

The SAS35xR expanders are the second series of high performance 12 Gb/s SAS expanders that utilize a new, power-optimized design to deliver best in class power utilization and the latest enhancements in SAS technology.

Broadcom PEX88000 switches allow customers to build systems from simple PCIe connectivity inside the box to high performance, low latency, scalable, cost-effective PCIe fabrics for composable hyper-scale compute systems.

Broadcom PEX88000 switches are managed PCI Express 4.0 switches for building high-performance, low-latency PCIe fabrics in hyper-scale compute systems.

Broadcom PEX88000 switches allow customers to build systems from simple PCIe connectivity inside the box to high performance, low latency, scalable, cost-effective PCIe fabrics for composable hyper-scale compute systems.

Managed PCI Express 4.0 Switches for converged servers, storage systems, and I/O systems.

Broadcom PEX88000 switches allow customers to build systems from simple PCIe connectivity inside the box to high performance, low latency, scalable, cost-effective PCIe fabrics for composable hyper-scale compute systems.

Managed PCI Express 4.0 Switches for converged servers, storage systems, and I/O systems.

Managed PCI Express 4.0 Switches for Converged Servers, Storage Systems, and I/O Systems Using PCIe

Managed PCI Express 4.0 switches for converged servers, storage systems, and I/O systems.

Broadcom PEX88000 Series Managed PCIe 4.0 Switches for converged servers, storage systems, and I/O systems.

Managed PCI Express 4.0 Switches that allow customers to build systems from simple PCIe connectivity inside the box to high performance, low latency, scalable, cost-effective PCIe fabrics for composable hyper-scale compute systems.

Managed PCI Express Switches Based on ExpressFabric® Technology

PEX9700 Series Switch Chips, Managed PCI Express Switches Based on ExpressFabric® Technology

Managed PCI Express Switches Based on ExpressFabric® Technology

Managed PCI Express Switches Based on ExpressFabric® Technology to converge servers and IO controllers with PCIe.

PEX9700 Series Switch Chips are managed PCI Express switches based on ExpressFabric technology, converging servers and IO controllers with PCIe.

Broadcom PEX9700 switches allow customers to build high performance, low latency, scalable, cost-effective PCI Express-based fabrics.

Avago PEX9700 switches allow customers to build high performance, low latency, scalable, cost-effective PCI Express-based fabrics.

PEX9700 Series Switch Chips - Managed PCI Express Switches Based on ExpressFabric® Technology

Avago PEX9700 switches allow customers to build high performance, low latency, scalable, cost-effective PCI Express-based fabrics.

Managed PCI Express Switches Based on ExpressFabric® Technology that converge Servers and IO controllers with PCIe.

PEX9700 Series Managed PCI Express Switches based on ExpressFabric® Technology

PEX9700 Series Switch Chips are managed PCI Express switches based on ExpressFabric® technology that converge servers and I/O controllers with PCIe.

Managed PCI Express switches based on ExpressFabric technology for converging servers and IO controllers with PCIe.

Managed PCI Express Switches Based on ExpressFabric® Technology that converge servers and IO controllers with PCIe.

PEX9700 Series Switch Chips, Managed PCI Express Switches Based on ExpressFabric® Technology, Converge Servers and IO controllers with PCIe

Managed PCI Express switches based on ExpressFabric® technology for converging servers and I/O controllers.

The ExpressLane PEX8764 device offers Multi-Host PCI Express switching capability enabling users to connect multiple hosts to their respective endpoints via scalable, high bandwidth, non-blocking interconnection to a wide variety of applications including servers, storage systems, and communications platforms.

The ExpressLane PEX8750 device offers Multi-Host PCI Express switching capability enabling users to connect multiple hosts to their respective endpoints via scalable, high bandwidth, non-blocking interconnection to a wide variety of applications including servers, storage systems, and communications platforms.

The ExpressLane™ PEX 8747 is a 48-lane, 5-port PCI Express Gen 3 switch optimized for high-resolution graphics applications, supporting peer-to-peer traffic and multicast for maximum performance.

PEX8734, PCI Express Gen3 Switch, 32 Lanes, 8 Ports

The ExpressLane PEX8725 device offers Multi-Host PCI Express switching capability enabling users to connect multiple hosts to their respective endpoints via scalable, high bandwidth, non-blocking interconnection.

The ExpressLane™ PEX 8724 device offers Multi-Host PCI Express switching capability enabling users to connect multiple hosts to their respective endpoints via scalable, high bandwidth, non-blocking interconnection to a wide variety of applications including servers, storage, communications, and graphics platforms.

PEX8718 is a PCI Express Gen3 switch with 16 lanes and 5 ports, offering multi-host switching capability.

The ExpressLane PEX8714 device offers Multi-Host PCI Express switching capability enabling users to connect multiple hosts to their endpoints via scalable, high bandwidth, non-blocking interconnection.

PEX 8696, PCI Express Gen 2 Switch, 96 Lanes, 24 Ports

The ExpressLane PEX 8649 device offers Multi-Host PCI Express switching capability enabling users to connect multiple hosts to their respective endpoints via scalable, high bandwidth, non-blocking interconnection.

The ExpressLane PEX 8648 device offers PCI Express switching capability enabling users to add scalable high bandwidth, non-blocking interconnection to a wide variety of applications.

PCIe Gen2, 5.0GT/s 48-lane, 3-port PCIe Switch

PEX 8636 is a PCI Express Gen 2 switch with 36 lanes and 24 ports, offering Multi-Host switching capability for scalable, high-bandwidth interconnection.

The ExpressLaneTM PEX 8632 device offers PCI Express switching capability enabling users to add scalable high bandwidth, non-blocking interconnection to a wide variety of applications including servers, storage systems, and communications platforms.

PEX 8625, PCI Express Gen 2 Switch, 24 Lanes, 24 Ports

The ExpressLane PEX 8624 device offers PCI Express switching capability enabling users to add scalable high bandwidth, non-blocking interconnection to a wide variety of applications including workstations, storage systems, and communications platforms.

PEX 8612 is a 12-lane, 3-port PCI Express Gen2 switch.

The ExpressLane PEX 8612 device offers PCI Express switching capability enabling users to add scalable high bandwidth, non-blocking interconnection to a wide variety of applications.