JMicron Technology Corporation is an industry-leading IC company specializing in designing high-speed data and signal interfaces, such as USB3.1 Gen 2 10Gbps, PCIe Gen 3 8Gbps, and SATA Gen 3 6Gbps to connect them to USB to single- or dual-SATA bridges, or SATA to SATA port multipliers. 

JMicron’s diverse peripheral device product portfolio ranges from USB 3.1 Gen 2, USB 3.1 Gen 1, and USB 2.0 to Firewire enables a full spectrum of external data storage product lines. They include single, dual, and multiple bays hard disks, Blu-ray DVD/CD players, and Network Access Storage (NAS) devices with RAID functionality.

Bridge Controllers

Overview
JMicron's bridge controller series offers a full range of high-speed and super-speed FireWire and SATAII/III interfaces for data storage applications. Each controller comes with JMicron's proprietary RAID engine hardware design, which offers the best reliability & performance available. All integrated IPs were developed by JMicron's outstanding R&D, and are already well-received in the field.

USB 3.1 Gen2 (10Gbps)
JMicron's USB 3.1 Gen2 (10Gbps) controller series offers the best performance and greatest compatibility for HDD/SSD storage devices in external storage solution applications.

USB 3.1 Gen1 (5Gbps)
JMicron's USB 3.1 Gen1 (5Gbps) controller series offers the best performance and greatest compatibility for HDD/SSD storage devices in external storage solution applications.

USB2.0
JMicron's USB2.0 controller series offers the best connectivity for USB2.0/FireWire, being both compatible and cost-effective when utilized in HDD storage devices for external storage solution applications.

SATA to PATA Bi-direction series
JMicron's SATA to PATA bi-directional bridge controllers are the best selection for the MCU implementing SATA/PATA connectivity.

Port Multiplier/Selector & RAID Series
With reputable reliability and compatibility, JMicron's port multiplier/selector controllers are the proper choice for surveillance, home gateway, and other similar systems requiring SATA storage expansion.