Arasan's UFS M-PHY® 2.0 compliant to UFS 1.1 requirements with a a power-efficient solution for the architecture. The UFS MPHY 2.0 consists both analog front end (AFE) and digital front end (DFE), including analog transceivers, high speed PLL, squelch detector, data recovery units, and state-machine contol, all delivered in a single GDSII. The DFE interface to the digital controller core (i.e. UniPro 1.41) is compliant to M-PHY pin configurations for seamless integration to the controller. The AFE is designed to support up to 4 lanes for as fast as 3Gbps (Gear 2) per lane. It also contains the Squelch detector to reduce the power consumption when no incoming data stream is detected.
Compliant to MIPI Alliance Standard for M-PHY specification Version 2.0
Supports high speed data transfer Gear1-A/B and Gear2-A/B with data rates of up to 2915.2 Mbps
Supports MPHY Type-I system
Support for reference clock frequencies of 19.2MHz / 26MHz / 38.4MHz / 52MHz
Reference clock shared between Host and Device, as per UFS specification
Supports PWM singalling for low speed transfer Gear 0 - Gear 7 with a bit rate of up to 576 Mb/s
Supports error detection mechanism for sequence errors and contentions
Supports LS burst, HS burst, STALL, SLEEP, HIBERN8 power saving states
Supports squelch detection
Supports standard PIF (RMMI) interface compliant to MIPI Specification.
User Guide and Integration Guides
GDS-II, CDL netlist for LVS, LVS reports, DRC and Antenna reports
LIB files, LEF.
Scan-inserted netlist for DFT
Verification Environment with behavioral models
Communications, Consumer Electronics, Data Processing, Industrial and Medical
"We have licensed multiple IP Cores from Arasan and have been impressed with the quality of the IP and the support structure that facilitates the internalization and integration of the IP into our chips. Their professional approach and the expertise and know how that they bring along makes all the difference. We got on the bus with Arasan. "
Mohamed Ben-Romdhane, Vice President of Engineering Newport Media