MIPI DSI Receiver IP

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Compare 25 IP from 11 vendors (1 - 10)
  • DSI Receiver Controller
    • The DSI v1.3 Receiver Controller IP is designed to provide MIPI DSI 1.3 compliant high-speed serial connectivity for device (mobile display modules) with Type 1 to 4 architectures.
    • Serial connectivity to the mobile applications processor’s DSI host is implemented using 1 to 4 D-PHY’s (also available from Arasan), depending on display bandwidth needs.
    Block Diagram -- DSI Receiver Controller
  • MIPI DSI v2.2 Verification IP
    • Compliant to MIPI DSI Specification version 2.2 and MIPI C-PHY Specification version 2.1 with PPI interface.
    • Support all Calibration Format & operations
    • C-PHY supports MFAA and SFAA for DSI TX and RX respectively for Data Lane Module in command mode.
    • C-PHY supports MFAN and SFAN for DSI TX and RX respectively for data Lane Module in video mode.
    Block Diagram -- MIPI DSI v2.2 Verification IP
  • MIPI DSI v1.3.2 Verification IP
    • Compliant to MIPI DSI Specification version 1.3.2 and MIPI D-PHY Specification version 1.2 with PPI interface.
    • Support all Calibration Formats & operations
    • D-PHY supports MFAA and SFAA for DSI TX and RX respectively for Data Lane Module in command mode.
    • D-PHY supports MFAN and SFAN for DSI TX and RX respectively for Data Lane Module in video mode.
    Block Diagram -- MIPI DSI v1.3.2 Verification IP
  • MIPI DSI Verification IP
    • Full MIPI DSI Transmitter and Receiver functionality.
    • Supports 1.3.1 MIPI DSI/2.0 MIPI DSI-2 Specifications.
    • Supports PPI interface.
    • Operates as a Transmitter, Receiver, or both.
    Block Diagram -- MIPI DSI Verification IP
  • MIPI DSI Synthesizable Transactor
    • Full MIPI DSI Transmitter and Receiver functionality.
    • Supports MIPI DSI v1.3 and MIPI DSI-2 v1.1 Specifications.
    • Supports PPI interface.
    • Operates as a Transmitter, Receiver, or both.
    Block Diagram -- MIPI DSI Synthesizable Transactor
  • MIPI DSI-2 Receiver IIP
    • Compliant with MIPI DSI-2 specification v1.3
    • Compliant with D - PHY Specification v1.1,v1.2,v2.0,v2.1
    • Compliant with C - PHY Specification v0.7,v1.2
    • Compliant with Display Pixel Interface (DPI -2) v 2.0
    Block Diagram -- MIPI DSI-2 Receiver IIP
  • MIPI D-PHY RX+ (Receiver) IP
    • The MIPI® D-PHY RX+ is a proprietary implementation of the MIPI Camera Serial Interface 2 (CSI-2) and Display Serial Interface (DSI) D-PHY Receiver.
    • It is optimized to achieve full-speed production testing, in-system testing, and higher performance compared to traditional configurations, while reducing area and standby power.
    Block Diagram -- MIPI D-PHY RX+ (Receiver) IP
  • MIPI D-PHY/LVDS Combo Receiver IP
    • The MXL-LVDS-MIPI-RX is a high-frequency, low-power, low-cost, source-synchronous, Physical Layer that supports the MIPI® Alliance Standard for D-PHY and compatible with the TIA/EIA-644 LVDS standard.
    • The IP is configured as a MIPI slave and consists of 5 lanes: 1 Clock lane and 4 data lanes, which make it suitable for display serial interface applications (DSI).
    Block Diagram -- MIPI D-PHY/LVDS Combo Receiver IP
  • MIPI D-PHY TX & RX + DSI & CSI Controllers
    • Compliant with MIPI Committee Specifications
    • High Data Rates: Supports data transmission rates up to 4.5Gbps per lane, allowing for high-resolution displays and smooth refresh rates
    • Energy Efficiency: Optimized for low power consumption, making it ideal for battery-powered devices
    • Complete Display Solution: Combines the MIPI D-PHY Transmitter PHY and DSI Controller to make it a one-stop solution
  • MIPI CD PHY Combo TX & RX + DSI & CSI Controller
    • Our MIPI CD-PHY Transmitter and receiver PHY with Display Serial Interface (DSI) and Camera Serial Interface (CSI) Controllers are tailored for high-performance display and camera interface applications.
    • These two PHY (TX and RX) integrated systems ensure seamless communication between the processor and display, the processor and camera; supporting high data rates and efficient power consumption.
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