| |
|
- The only USB3.0 ReDriver vendor fully certified by USB-IF Compliance Workshop and listed in USB3.0 Integrators List
- Lowest Power Dissipation at U0, U1, U2 and U3 Power States
- Industry's smallest footprint for USB 3.0 ReDriver package
- Power rail design flexibility with 1.2V, 1.5V, 1.8V and 3.3V
- Compensate cumulative signal insertion loss across long USB 3.0 trace or cable
- Ensure reliable USB 3.0 Link to End Point devices without system down time
- Support USB 3.0 cable extension up to 10 meters
- Preserve signal integrity waveform of the 5Gbps data with -1dB of insertion loss and -23dB of return loss
- Power rail design flexibility with 1.5V, 1.8V and 3.3V
- Compatible to USB 3.0 standard in a TQFN package
- Single or dual 2:1 Mux/DeMux devices
|
|
|
|
USB 3.0 ReDriver and Signal Switch Products
PI3EQX501I
5.0Gbps, 1-Channel
PI3EQX7841
5.0Gbps, 1-port (2-Channel) with I2C and Pin Control
PI3USB302-A
5.0Gbps, 1-port, 2:1 USB3.0 Mux/Demux Switch
PI2USB3212
5.0Gpbs USB3.0 Compatible Single Switch
|
USB 3.0 ReDriver and Signal Switch Applications
Pericom USB 3.0 ReDriver helps offset the increased jitter noise and equalize the channel lost from USB 3.0 connector and narrow FPCB trace width.
At the source output, the eye is open and clean, but after a long trace the signal is degraded. Pericom's ReDriver technology restores the signal – the eye of the signal is open just as it was at the source output.
|
|
|
Pericom offers a comprehensive product portfolio of USB 3.0 ReDriver / Repeater and USB 3.0 (Mux/Demux) Switch devices and industry's broadest USB 3.0 switching solution. Pericom performance-tuned USB 3.0 ReDriver/Repeater and USB 3.0 Switch products are perfect I/O Interconnect solutions to tackle the critical High-Speed Signal Integrity issues and to fulfill the I/O switching requirements from various system applications such as Smart Phone, Phablet, Tablet, Notebook, Ultrabook, Server, Storage, Networking, Video/Graphic Display, Automotive Infotainment, Ultra-mobility and other Consumer Electronics platforms.
|
| |
|