SMIC 65nm USB2.0 Dual Role PHY
Overview
The USB 2.0 dual role PHY is a Hi-Speed USB peripheral transceiver IP that implements the Intel® UTMI standard. It provides a High/Full-Speed USB analog front-end with a build-in 8-bit/16-bit parallel interface, therefore, it is easy to interact with USB2.0 Device System. It can work either as a host PHY or as a device PHY, depending on the different setting from controller.
Key Features
- Process: SMIC 65nm LL process
- Supply voltage: 1.08v~1.2v~1.32v, 2.25v~2.5v~2.75v, 2.97v~3.3v~3.63v
- Compliant with the USB Spec Rev2.0
- Compliant with the UTMI Spec Rev1.05
- Supports 480Mbit/s “High Speed” and 12Mbit/s “Full Speed”
- Supports 60MHz/8-bit unidirectional interface and 30MHz/16-bit bidirectional interface
- 12MHz/24MHz external crystal, internal oscillator and PLL are used for generating high-speed internal clock and CLKOUT output
- Internal terminations include 1.5Kohm pull-up resistor switching on DP/DM in the FS mode and the HS chirp mode
- Clock and data recovery from serial stream on the USB bus
- Supports detection of USB Reset, Suspend, Resume and Remote-Wake-Up features
- Supports the test modes defined in the USB2.0 Specification
- NRZI and Bit Stuff encoding and decoding
- Supports low/full speed serial mode
- Works as host PHY or device PHY by setting DPPULLDOWN and DMPULLDOWN
- Current consumption: < 50mA
- Operating junction temperature: - 40°C ~ +25°C ~ +125°C
Technical Specifications
Foundry, Node
SMIC 65nm
SMIC
Pre-Silicon:
65nm
LL