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| Part No: | MI1200UP16IX2S |
| Manufacturer No: | 1200UP16IX2S |
| Delivery: | In Stock: 5-7 Days |
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The Microchip 1200UP16IX2S HBA Ultra 1200p-16i is a high-performance 24Gbps SAS/SATA/NVMe PCIe Gen 4 host bus adapter designed for modern enterprise storage environments. Built to deliver flexible tri-mode connectivity, it enables seamless integration of SAS, SATA, and NVMe devices within a single infrastructure. With support for high-bandwidth PCIe Gen 4 connectivity and advanced controller architecture, this adapter provides the performance and scalability required for data centers, server OEM platforms, and enterprise storage systems handling demanding workloads.
The HBA Ultra 1200p-16i supports SAS, SATA, and NVMe storage devices through a unified tri-mode architecture. This flexibility allows system builders to deploy mixed storage configurations while maintaining a streamlined hardware infrastructure. By supporting multiple storage protocols through a single adapter, it simplifies system design and improves compatibility across a wide range of enterprise storage deployments.
Equipped with a PCIe Gen 4 x16 host interface, the adapter provides significant bandwidth to support high-speed storage workloads. This expanded throughput ensures consistent performance when handling multiple drives simultaneously, making it well suited for data-intensive environments including virtualization, database workloads, and large-scale storage arrays.
At the core of the adapter is Microchip’s fifth-generation SmartIOC 2200 storage controller. This proven architecture is designed to manage high-performance storage connections while maintaining efficient data handling across multiple devices. The controller enables reliable performance scaling while maintaining low latency across SAS, SATA, and NVMe media types.
DirectPath technology integrates a PCIe switch directly within the adapter, enabling extremely low-latency access to NVMe storage. By optimizing the data path between the host system and NVMe devices, DirectPath delivers high bandwidth and reduced overhead, making it particularly effective for memory-based PCIe storage applications where response time and throughput are critical.
Dynamic Channel Multiplexing (DCM) improves storage efficiency by aggregating expander-attached SAS or SATA hard drives onto a 24G SAS infrastructure. This approach achieves near 100% link utilization, allowing systems to extract maximum throughput from existing drive connections while maintaining consistent performance across large storage environments.
Native HBA functionality is available across all supported media types, ensuring minimal overhead when connecting storage devices directly to the host system. This design reduces latency and provides faster access to memory-based storage solutions, which is particularly beneficial in environments where rapid data access and transaction speed are essential.
The adapter includes Microchip Trusted Platform support, introducing a hardware root of trust aligned with the Open Compute Security Project. This security framework helps protect system integrity throughout the compute lifecycle while strengthening supply chain trust. Support for Self-Encrypting Drive management also allows administrators to maintain strong data protection policies within the storage environment.
Compatibility with Intel Virtual Pin Port and Universal Backplane Management standards simplifies system integration and allows intelligent backplane management in modern server designs. These standards help system integrators deploy flexible storage architectures while maintaining consistent communication between the host adapter and connected storage components.
The adapter supports standards-based management frameworks including Platform Level Data Model and Redfish Device Enablement, helping administrators integrate storage management into modern data center automation platforms. Microchip’s ChipLink Diagnostic Tool further assists developers and integrators by providing signal integrity analysis and contextual documentation to speed deployment and troubleshooting.
The Microchip 1200UP16IX2S HBA Ultra 1200p-16i is a high-performance 24Gbps SAS/SATA/NVMe PCIe Gen 4 host bus adapter designed for modern enterprise storage environments. Built to deliver flexible tri-mode connectivity, it enables seamless integration of SAS, SATA, and NVMe devices within a single infrastructure. With support for high-bandwidth PCIe Gen 4 connectivity and advanced controller architecture, this adapter provides the performance and scalability required for data centers, server OEM platforms, and enterprise storage systems handling demanding workloads.
The HBA Ultra 1200p-16i supports SAS, SATA, and NVMe storage devices through a unified tri-mode architecture. This flexibility allows system builders to deploy mixed storage configurations while maintaining a streamlined hardware infrastructure. By supporting multiple storage protocols through a single adapter, it simplifies system design and improves compatibility across a wide range of enterprise storage deployments.
Equipped with a PCIe Gen 4 x16 host interface, the adapter provides significant bandwidth to support high-speed storage workloads. This expanded throughput ensures consistent performance when handling multiple drives simultaneously, making it well suited for data-intensive environments including virtualization, database workloads, and large-scale storage arrays.
At the core of the adapter is Microchip’s fifth-generation SmartIOC 2200 storage controller. This proven architecture is designed to manage high-performance storage connections while maintaining efficient data handling across multiple devices. The controller enables reliable performance scaling while maintaining low latency across SAS, SATA, and NVMe media types.
DirectPath technology integrates a PCIe switch directly within the adapter, enabling extremely low-latency access to NVMe storage. By optimizing the data path between the host system and NVMe devices, DirectPath delivers high bandwidth and reduced overhead, making it particularly effective for memory-based PCIe storage applications where response time and throughput are critical.
Dynamic Channel Multiplexing (DCM) improves storage efficiency by aggregating expander-attached SAS or SATA hard drives onto a 24G SAS infrastructure. This approach achieves near 100% link utilization, allowing systems to extract maximum throughput from existing drive connections while maintaining consistent performance across large storage environments.
Native HBA functionality is available across all supported media types, ensuring minimal overhead when connecting storage devices directly to the host system. This design reduces latency and provides faster access to memory-based storage solutions, which is particularly beneficial in environments where rapid data access and transaction speed are essential.
The adapter includes Microchip Trusted Platform support, introducing a hardware root of trust aligned with the Open Compute Security Project. This security framework helps protect system integrity throughout the compute lifecycle while strengthening supply chain trust. Support for Self-Encrypting Drive management also allows administrators to maintain strong data protection policies within the storage environment.
Compatibility with Intel Virtual Pin Port and Universal Backplane Management standards simplifies system integration and allows intelligent backplane management in modern server designs. These standards help system integrators deploy flexible storage architectures while maintaining consistent communication between the host adapter and connected storage components.
The adapter supports standards-based management frameworks including Platform Level Data Model and Redfish Device Enablement, helping administrators integrate storage management into modern data center automation platforms. Microchip’s ChipLink Diagnostic Tool further assists developers and integrators by providing signal integrity analysis and contextual documentation to speed deployment and troubleshooting.
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