Meticom's FPGA to D-PHY bridge ICs allow to connect MIPI® D-PHY
compliant peripherals like camera sensors with D-PHY output and
displays with D-PHY inputs to be connected to a standard FPGA. Meticom
offers different types of these ICs.
The one that converts MIPI D-PHY compliant input streams into LVDS high speed and CMOS
low speed output data streams is the MC20001 or thte MC20901. And the one that
converts incoming LVDS high speed and incoming CMOS low speed data
streams into MIPI D-PHY compliant output streams is the
MC20002 or the MC20902.
All ICs may also be used as regular level shifter ICs that convert LVDS to SLVS signals and vice versa.
MC20001
The
MC20001 is a high performance FPGA bridge IC, which converts a single
MIPI D-PHY / CSI-2 compliant input stream into LVDS high speed and CMOS
low speed output data streams.
MC20002
The
MC20002 is a high performance FPGA bridge IC that converts incoming
LVDS high speed and incoming CMOS low speed data streams into a single
lane MIPI D-PHY / DSI compliant output stream.
MC20901
The
MC20901 the 5 channel version of the MC20001. The MC20901 is a 5
channel (4 data + 1 clock) high performance FPGA bridge IC, which
converts MIPI D-PHY / CSI-2 compliant input streams into LVDS high speed
and CMOS low speed output data streams.
MC20902
The
MC20902 the 5 channel version of the MC20002. The MC20902 is a high
performance FPGA bridge IC that converts incoming LVDS high speed and
incoming CMOS low speed data streams into 5 channels (4 data + 1 clock)
MIPI D-PHY / DSI compliant output streams.
Meticom is a specialized high-speed
interconnect company that designs, manufactures and markets customized
high-performance, MIPI interconnects for a variety of industries,
including Industrial, Medical, Test & Measurement, Automotive, and
Defense.
Our product portfolio includes sophisticated
interface solutions for FPGA applications, customized ASIC interconnect
solutions and extensive technical support in these fields.
Meticom combines state-of-the-art design and development methodologies with comprehensive application know-how.
We ensure the highest levels of signal integrity,
including ultra-low power and jitter and future-proof of our ICs.
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