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USB 2.0 PHY I/O in GF40nm
The Arasan Superspeed Inter-chip Controller (USB 3.0 SSIC Adapter) uses Arasan’s MIPI-M-PHY (Type-1) v. 3.0 to implement the SSIC adaptation to the USB3 PIPE interface. The Arasan USB 3.0 SSIC adapter is compliant with the “Inter-Chip supplement to the USB revision 3.0 specification, version 1.0” and the MIPI-M-PHY specification revision 3.0-r.03 and provides an effective data rate of up to 5.0 Gbps per lane, over 1 to 4 lanes of M-PHY. The USB 3.0 SSIC Bridge IP interfaces to the USB3 Device/Host controller with PIPE3 interface at 8/16/32-bit data width.
Leveraging the MIPI-M-PHY power management, SSIC adapter lowers the active power and idle power. The USB 3.0 SSIC adapter is optimized for power, area, and EMI robustness for embedded inter-chip interfaces.
The USB 3.0 SSIC Adapter is delivered as digital RTL.
Leveraging the MIPI-M-PHY power management, SSIC adapter lowers the active power and idle power. The USB 3.0 SSIC adapter is optimized for power, area, and EMI robustness for embedded inter-chip interfaces.
The USB 3.0 SSIC Adapter is delivered as digital RTL.
Features
- Compliant with SSIC specification 1.0
- Compliant with MIPI-MPHY (Type-1) specification Rev 3.0-r.03
- Interfaces to the USB3 Device/Host controller via the standard PIPE3 interface at 8/16/32-bit data widths
- Customizable to supports x1, x2, and x4 LANE configurations
- Uses standard RMMI interface @10/20/40-bits to interface with MPHY module
- MIPI-MPHY supports:
- HS-G1, HS-G2 and HS-G3 modes with data rate series A/B
- PWM-G1 for LS Mode
- Supports all the M-MPHY states as per SSIC specification (SLEEP, STALL, HIBERN8, HS-BURST, PWM-BURST) etc
- Provides access to M-TX and M-RX capabilities and attributes through memory mapped registers
- Operates with shared or non-shared reference clocks
Benefits
- Compliant with M-PHY and the relevant protocols standards
- Seamless interface to Arasan’s host and device controllers for those standards
- Configurable number of lanes
- Area and power efficient
Deliverables
- RMM-compliant synthesizable RTL design in Verilog
- Easy-to-use test environment
- Synthesis scripts
- Technical documents
- Simulation scripts
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