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The ProLab 2-Port USB 3.1 10Gbps Type-A Extended Card is a high-speed PCI Express USB expansion solution engineered for enterprise workstations, industrial systems, server-class platforms, and professional storage environments requiring reliable SuperSpeed+ USB connectivity. Designed around a PCIe Gen3 x4 architecture, the card enables the integration of next-generation USB 3.1 peripherals into modern computing infrastructures while providing stable bandwidth allocation and low-latency communication for high-performance external devices. With dual USB 3.1 Type-A ports supporting transfer speeds up to 10Gbps, the adapter is suitable for enterprise backup systems, external NVMe and SSD enclosures, professional imaging equipment, high-capacity storage devices, industrial acquisition hardware, and workstation environments where sustained high-speed data transfer performance is essential.
The USB 3.1 SuperSpeed+ architecture supports data transfer rates up to 10Gbps, allowing the card to handle bandwidth-intensive workloads such as large-scale file transfers, real-time media ingestion, enterprise backup operations, high-resolution imaging workflows, and external storage virtualization. Support for UASP improves storage performance by reducing command overhead and enabling more efficient command queuing for compatible USB storage devices. This results in lower latency, improved transfer consistency, and enhanced performance during sustained read and write operations involving SSD-based external storage arrays and high-speed archival systems.
The controller architecture also incorporates PCI Express link power management capabilities, enabling efficient power utilization within enterprise and industrial computing environments. Combined with low-latency communication support, the card is suitable for deployments where stable device responsiveness and consistent throughput are required across continuous operational workloads. Overcurrent detection mechanisms provide an additional layer of hardware-level protection for connected peripherals, helping safeguard both the host system and attached devices in professional deployment scenarios involving mission-critical equipment or long-duration operation.
To maintain stable power delivery for connected USB devices, the card integrates a built-in 15-pin SATA power connector that supplements motherboard PCIe slot power. Each USB 3.1 Type-A port supports up to 2A maximum current output, enabling reliable operation of power-demanding peripherals including high-capacity external SSDs, portable RAID storage systems, docking solutions, acquisition hardware, and professional-grade USB devices. This dedicated power architecture is particularly beneficial in enterprise environments where consistent device stability and uninterrupted peripheral operation are required during extended workloads.
Backward compatibility with legacy USB standards allows the card to support USB 3.0, USB 2.0, and USB 1.1 devices alongside newer USB 3.1 peripherals, enabling deployment within mixed-generation infrastructure environments commonly found in enterprise, industrial, and engineering applications. Support for remote wake and wake event functionality further enhances deployment flexibility within managed systems, allowing connected devices to participate in low-power operational states and remote activation workflows.
The compact PCIe board design measures 100 mm x 85 mm, allowing the adapter to integrate efficiently into a broad range of chassis configurations including workstation towers, industrial systems, compact servers, and rackmount platforms. A full-height bracket is pre-installed for standard enterprise deployments, while an included low-profile bracket enables compatibility with compact systems and space-constrained chassis environments. This flexibility makes the adapter suitable for embedded computing platforms, industrial edge systems, custom workstation deployments, and enterprise storage infrastructures where physical installation versatility is important.
Broad operating system compatibility allows seamless integration across legacy and modern enterprise software environments. The card supports proprietary driver installation for Windows 7, while Windows 8, Windows 8.1, Windows Server 2012, and Windows 10 environments benefit from integrated in-box driver support for simplified deployment and reduced installation complexity. Compatibility with Mac OS versions from 10.8 through later releases, along with support for various Linux kernels, enables deployment across heterogeneous enterprise infrastructures including workstation environments, Linux-based storage systems, industrial controllers, virtualization hosts, and cross-platform development systems.
The adapter is also engineered for operation within demanding environmental conditions. Operating temperature support from 0°C to 85°C and storage tolerance ranging from -25°C to 85°C allow reliable deployment in industrial computing environments and thermally intensive workstation configurations. Humidity tolerance up to 90% RH further supports operational reliability across varying infrastructure conditions. Compliance with CE, FCC, and RoHS standards confirms adherence to internationally recognized electromagnetic compatibility, environmental, and regulatory requirements for professional system integration.
Overall, the ProLab 2-Port USB 3.1 10Gbps Type-A Extended Card provides a professional-grade USB expansion platform for enterprise systems requiring high-speed peripheral connectivity, low-latency communication, and dependable long-term deployment stability. Its PCIe Gen3 x4 architecture, ASMedia ASM3142 controller, UASP support, dedicated power delivery design, and broad operating system compatibility make it well suited for professional storage environments, industrial infrastructure, workstation platforms, and enterprise peripheral integration workloads where stable SuperSpeed+ USB connectivity is required.
