Multimedia Interface IP cores provide the high-speed connectivity technologies required to transport video, audio, image, and display data across modern SoCs, ASICs, and electronic systems. These interfaces are essential for enabling seamless communication between processors, cameras, displays, sensors, and multimedia subsystems.
This category includes HDMI, DisplayPort, MIPI, V-By-One, and VESA DSC (Display Stream Compression) IP solutions. Available implementations may include controllers, PHYs, protocol stacks, bridge solutions, and complete subsystem IP supporting high-resolution displays, camera interfaces, video transport, display compression, and multimedia data exchange.
Compare multimedia interface IP cores by protocol standard, feature set, implementation model, and vendor offering to support your video, display, and media connectivity roadmap.
V-by-One/ LVDS Tx IP, Silicon Proven in SMIC 40LL
The V-by-One® HS technology aims to transmit video signals at a high data rate using internal equipment connections.
eDisplay Port v1.4 Tx PHY & Controller IP, Silicon Proven in TSMC 22ULP
eDP/DP Tx PHY is designed for chips that perform eDP/DP data communication while operating at low power consumption.
MIPI CSI-2 Transmitter for FPGA
MIPI CSI-2 Tx - IP core for FPGA which based on CSI-2 standard : Camera - Application Processer
MIPI CSI-2 Rx - IP core for FPGA which based on CSI-2 standard : Camera - Application Processor.
V-by-One/LVDS Tx IP, Silicon Proven in GF 22FDX
Based on internal equipment connections, the V-by-One® HS technology aims to transmit video signals at high data rates.
V-by-One/LVDS Rx IP, Silicon Proven in GF 22FDX
The V-by-One® HS technology aims to transmit video signals at a high data rate using internal equipment connections.
V-by-One Rx IP, Silicon Proven in SMIC 40LL
The V-by-One HS technology aims to transmit video signals at a high data rate using internal equipment connections.
V-by-One Tx IP, Silicon Proven in SMIC 40LL
V-by-One HS technology targets a high-speed data transmission of video signals based on the internal connection of equipment.
HDMI 1.4 Rx PHY & Controller IP, Silicon Proven in GF 65/55LPe
The HDMI receiver PHY (Physical layer), a single-port IP core, fully conforms with HDMI 1.4's requirements.
HDMI 1.4 Tx PHY & Controller IP, Silicon Proven in GF 65/55LPe
IP core that completely conforms with HDMI 1.4 requirements for physical layer HDMI transmitters For consumer electronics like DV…
IP
The VESA DSC and VDC-M IP cores deliver visually lossless video compression for mobile, AR/VR and automotive display applications.
The VESA DSC and VDC-M IP cores deliver visually lossless video compression for mobile, AR/VR and automotive display applications.
The HDMI Forward Error Correction (FEC) Transmitter IP Core implements Reed-Solomon FEC and symbol mapping/interleaving as specif…
The HDMI Forward Error Correction (FEC) Receiver IP Core implements Reed-Solomon FEC and symbol de-interleaving/de-mapping as spe…
The BitCsi2Rx IP is a receiver for camera sensor signals, to be used in an FPGA or ASIC.
CSI2 TX; Camera Serial Interface, MIPI Compliant
CSI2 – TX is part of HCL’s MIPI® compliant offerings.
Multiplexing transceiver with 4 CSI2 inputs and a single CSI2 output
This IP multiplexes inputs from up to 4 CSI2 cameras, each with up to 4 data lanes, to a single CSI2 output stream, with up to 4 …
HDMI 1.4 Tx PHY & Controller IP, Silicon Proven in TSMC 65/55LP
HDMI transmitter PHY (Physical layer) IP core which is fully compliant with HDMI 1.4 specification.
HDMI 1.3 Tx PHY & Controller IP, Silicon Proven in TSMC 40LP
HDMI transmitter PHY (Physical layer) IP core which is fully compliant with HDMI 1.3 specification.