Naujas Interface - Signal Buferiai, Kartotuvai
Diodes Inc. PI2MEQX2505Q 2.5Gbps MIPI CSI-2/DSI D-PHY ReDriver™ is a low-power, high-performance four-lane data and clock MIPI D-PHY ReDriver designed specifically for MIPI D-PHY 1.2 protocol.
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Diodes Incorporated PI2MEQX2505Q 2.5Gbps MIPI CSI-2/DSI D-PHY ReDriverFour-lane data and clock MIPI D-PHY ReDriver designed specifically for the MIPI D-PHY 1.2 protocol.2025-12-26
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Diodes Incorporated PI3HDX12311 & PI3HDX6311 Hybrid ReDrivers™These devices support HDMI 2.1 Fixed Rate Link (FRL) up to 12Gbps and TMDS up to 6Gbps.2025-08-01 -
Diodes Incorporated PI3EQX32914 32Gbps 4-Channel PCIe® 5.0 ReDriver™Provides programmable equalization, flat gain I2C Control, swing linearity, & optimizes performance.2025-07-30 -
Diodes Incorporated PI3EUSB1101 eUSB2 Digital I2C I/O RepeaterVersatile and high-performance solution for interfacing between USB standards.2025-03-20 -
Diodes Incorporated PI3DPX1235Q 6:4 Crossbar Linear ReDriverReDriver supports DP link-training transparent for source-side applications.2025-03-17 -
Diodes Incorporated PI2EQX1693x ReDrivers™Multi-data rate two/four differential channel ReDrivers providing programmable linear equalization.2025-03-06 -
Diodes Incorporated PI2DPX1264 Linear ReDriver™Supports UHBR13.5 (13.5Gbps), UHBR10 (10Gbps), HBR3 (8.1Gbps), and HBR2 (5.4Gbps).2025-01-06 -
Texas Instruments SN75LVPE3101 Dual-Channel PCIe 3.0 Linear RedriverLow power consumption on a 3.3V supply and is designed to support PCIe 1.0, 2.0, and 3.0 data rates.2024-12-17 -
Diodes Incorporated PI3EQX1064/PI3EQX2064 USB 3.2 Gen 2/2x2 ReDrivers™Programmable equalization and flat gain optimize performance by reducing intersymbol interference.2024-11-22 -
Diodes Incorporated PI2DPX2023A 20Gbps DP2.1 Linear ReDriver™Features a 4-to-4 configuration operated by a 1.8V power supply.2024-09-26 -
Texas Instruments TDP20MB421 Four-Channel DisplayPort 2.1 RedriverThese devices are 4-channel linear redrivers with an integrated 2:1 MUX.2024-09-20 -
Texas Instruments TDP2044 DisplayPort 2.1 RedriverRepeater or redriver with integrated cross-point to support VESA USB Type-C™ Alt Mode applications.2024-09-20 -
Diodes Incorporated PI3HDX1212 12Gbps HDMI™ 2.1 1:2 Signal DuplicatorDesigned for high-resolution video networks based on HDMI 2.1 standards signal processing.2024-09-13 -
Diodes Incorporated PI3DPX1225Q Interface IC10Gbps USB Type-C™ DP2.1/USB3 6:4 crossbar linear ReDriver with a built-in Aux/SBU switch.2024-05-24 -
Texas Instruments DS320PR410 Four-Channel Linear RedriversDesigned to support PCle™ 5.0, CXL 2.0, UPI 2.0, and up to 32Gbps interfaces.2024-01-23 -
Diodes Incorporated PI3EQX2034 USB 3.2 Gen 2x2 ReDriver™USB 3.2 Gen 2x2 ReDriver for USB Type-C™ connectors.2024-01-23 -
Diodes Incorporated PI3HDX612 Active-Drive Signal DuplicatorDesigned for HDMI™ 2.0 video networks.2023-12-05 -
Diodes Incorporated PI2MEQX2503 CSI-2/DSI D-PHY ReDriverOffers two lanes and a clock MIPI D-PHY ReDriver with regeneration of the D-PHY signaling.2023-11-21 -
Diodes Incorporated PI3EQX1014 2-Port Gen 2 ReDriverProvides programmable equalization and is designed specifically for the USB 3.2 protocol.2023-09-01 -
Texas Instruments SN75LVPE3410 Four-Channel Linear RedriverA low-power, high-performance linear repeater or redriver designed to support PCI Express (PCIe™).2023-08-18 -
Texas Instruments DS560DF410 Four-Channel Multi-Rate RetimerExtends the reach and robustness of long, lossy, crosstalk-impaired high-speed serial links.2023-04-17 -
Diodes Incorporated PI3DPX20021 4-Ch 2:1 Mux ReDriver™Offers programmable equalization, swing, and flat gain.2022-07-11 -
Diodes Incorporated PI3EQX2024 USB 3.2 ReDriverLow-power and high-performance Gen 2x2 ReDriver, specifically designed for USB 3.2 protocol.2022-05-30 -
Diodes Incorporated PI3DPX20012 4-Ch 1:2 DeMux ReDriver™Features programmable equalization, swing, and flat gain by either pin strapping or I2C control.2022-05-18 -
NXP Semiconductors PCA9600 & PCA9601 Dual Bidirectional Bus BuffersIsolates I2C-bus capacitance for long-distance point-to-point or multipoint architectures.2022-02-11