Our MIPI D-PHY Physical Layer provides a source synchronous, high speed, low power DPHY solution for mobile and low power applications. MIPI D-PHY configuration consist of one clock lane and one or more data lanes.
D-PHY supports MIPI D-PHY v1.0 in 65nmLP, 55nmLP, 40nmLP and 28nmLP or v1.1 in 28FDSOI.
D-PHY Receiver supports SMIA-CCP2 mode, both Data-Strobe and Data-clock mode up to 650MBps.
Forward High Speed from 80MHz up to
800Mbps (65nmLP, 55nmLP),
1.0Gbps (40nmLP, 28nmLP),
- Compliant to MIPI D-PHY version 1.0 or v1.1 and backward compliant to version 0.90.
- Compliant to MCNN, MFAA and SCNN, SFAA MIPI configurations
- Forward High Speed from 80MHz up to
- o 800Mbps (65nmLP, 55nmLP),
- o 1.0Gbps (40nmLP, 28nmLP),
- o 1.5Gbps (28FDSOI)
- Supports MIPI D-PHY PHY Protocol Interface (PPI) and 1v2 GPIO mode
- 20MHz Bidirectional Low-Power Data Transmission (LPDT)
- Impedance control
- Support Ultra Low-Power State (ULPS) & and triggers.
- IO are available during test mode for Scan
- Self testable for low cost equipment using
- CTAG.AMS methodology
- MIPI PPI interface
- Bidirectional High Speed Mode
- Low Power Data Transmission Mode
- Detailed specification with All log files and signoff checklist
- Integration Guidelines ( Interface details, layout guidelines, power requirements)
- GDSII layout and Mapping file with LEF Abstract (Top level pin details, blockages and Boundary details)
- LVS compatible netlist for the LVS clean
Block Diagram of the MIPI D-PHY Physical Layer