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Diodes PI2MEQX2505Q Improves MIPI D-PHY Signal Integrity In High Resolution Automotive Cameras

Diodes PI2MEQX2505Q restores MIPI D PHY signaling for high resolution automotive camera and ADAS systems with configurable equalization and low power modes.

Diodes Incorporated, PI2MEQX2505Q, ReDriver IC, MIPI D PHY, CSI2, DSI, signal integrity, equalization, pre emphasis, low power modes, automotive cameras, ADAS, high speed links, differential signaling, PCB routing, semiconductor, signal conditioning, camera systems, BEV electronics

AP74502Q Ideal Diode Controller Tackles Reverse Polarity and Overvoltage in 48V Automotive Systems

Diodes' AP74502Q and HQ bring 80V protection and inrush control to 12V, 24V, and 48V automotive power systems.

Diodes Incorporated, Power Management, Ideal Diode Controller, Automotive Electronics, Reverse Polarity Protection, Inrush Current, 48V Systems, AEC Q100, SOT28, ADAS, EV

Murata Pushes More Automotive Capacitance Into Smaller Packages

Murata has started mass production of seven automotive MLCCs that push more capacitance into smaller case sizes, giving ADAS and in-vehicle power designers more layout freedom without stepping back on voltage rating.

Murata, MLCC, automotive MLCC, GCM series, AEC-Q200, ADAS, autonomous driving, decoupling capacitors, power line capacitors, ceramic capacitors, multilayer ceramic capacitors, automotive electronics, 0201 capacitor, 0402 capacitor, 1206 capacitor, 1210 capacitor, high capacitance, low voltage MLCC, 25 Vdc capacitor, PCB density

Kyocera Clock Oscillators Cut Jitter In AI Server Links

Kyocera’s X Series differential clock crystal oscillators target AI servers and other high-speed systems with typical phase jitter as low as 30 fs, LV-PECL and LVDS outputs, compact packages, and reduced power consumption.

Kyocera, X Series, differential clock oscillator, crystal oscillator, low phase jitter, 30 fs jitter, AI server, optical transceiver, storage application, ADAS, LVDS, LV-PECL, timing device, high-speed communication, network equipment, 156.25 MHz, 312.5 MHz, low noise oscillator, femtoseconds, reference clock

Diodes Targets Automotive PCIe 5.0 Links With New ReDriver

Diodes Incorporated has launched the PI3EQX32904Q, a four-channel 32Gbps automotive ReDriver for PCIe 5.0, SAS4, and CXL links in smart cockpit and ADAS compute platforms.

Diodes Incorporated, PI3EQX32904Q, ReDriver, PCIe 5.0, CXL, SAS4, Automotive Electronics, Signal Integrity, ADAS, Smart Cockpit, High-Speed Interfaces, PCI Express, SiGe BiCMOS, Automotive Semiconductors, Differential Signaling, I2C, AI Computing, GPU SoC, Automotive Compute Platforms, AEC-Q100

YAGEO C0G VW80808 MLCCs Target Automotive Flex Stress

YAGEO Group has introduced C0G VW80808 automotive-grade flexible termination MLCCs with AEC-Q200 and VW80808 compliance, 1000 pF to 6.8 µF capacitance, and 6.3 V to 1000 V ratings.

YAGEO, YAGEO Group, MLCC, multilayer ceramic capacitor, C0G capacitor, VW80808, AEC-Q200, flexible termination, FT CAP, automotive capacitors, passive components, flex crack mitigation, ECU, ADAS, powertrain electronics, DC-DC converter, inverter, BMS, onboard charger, automotive reliability

Samsung Electro-Mechanics Refocuses MLCC Strategy on AI and EV Growth

Samsung Electro-Mechanics is expanding its MLCC business for AI servers and electric vehicles, focusing on high-temperature, high-capacitance parts.

Samsung Electro Mechanics, MLCC, Capacitors, AI Servers, Automotive Electronics, ADAS, EV, Passive Components, High Temperature, Power Electronics

NXP Introduces SAF8444 Radar SoC for L2 and L2+ ADAS

NXP's SAF8444 automotive radar SoC combines 76–81 GHz radar sensing with Arm Cortex-A53 and Cortex-M7 processors, on-chip radar processing, and radar interference mitigation support for L2 and L2+ ADAS applications.

NXP, SAF8444, Automotive Radar, Radar SoC, ADAS, L2 ADAS, L2 Plus ADAS, RFCMOS, 76GHz Radar, 81GHz Radar, Cortex-A53, Cortex-M7, Radar Accelerator, Autonomous Emergency Braking, Adaptive Cruise Control, Blind Spot Detection, Park Assist

Murata Targets Direct ECU Integration With New 6DoF IMU

Murata has introduced the SCH1633-D05, a 6DoF inertial measurement unit designed for direct ADAS and automated driving ECU integration, combining high thermal stability, integrated EMC shielding, and factory calibration.

Murata, SCH1633-D05, IMU, inertial measurement unit, MEMS sensor, ADAS, automated driving, zonal architecture, ECU integration, gyroscope, accelerometer, automotive electronics, vehicle stability control, robotics, ISO26262, EMC shielding, motion sensing, 6DoF sensor, autonomous vehicles

Why SK hynix LPDDR5X Achieving ASIL D Matters for Automotive Memory

SK hynix LPDDR5X automotive DRAM achieves ASIL D, strengthening data reliability for ADAS and SDV platforms.

SK hynix, LPDDR5X, automotive DRAM, ASIL D, ISO 26262, functional safety, ADAS, autonomous driving, SDV, memory reliability, ECC, TÜV SÜD, SPFM, LFM, PMHF, high bandwidth memory, automotive electronics, data integrity

Diodes PI2MEQX2505Q Improves MIPI D-PHY Signal Integrity In High Resolution Automotive Cameras

AP74502Q Ideal Diode Controller Tackles Reverse Polarity and Overvoltage in 48V Automotive Systems

Murata Pushes More Automotive Capacitance Into Smaller Packages

Kyocera Clock Oscillators Cut Jitter In AI Server Links

Diodes Targets Automotive PCIe 5.0 Links With New ReDriver

YAGEO C0G VW80808 MLCCs Target Automotive Flex Stress

Samsung Electro-Mechanics Refocuses MLCC Strategy on AI and EV Growth

NXP Introduces SAF8444 Radar SoC for L2 and L2+ ADAS

Murata Targets Direct ECU Integration With New 6DoF IMU

Why SK hynix LPDDR5X Achieving ASIL D Matters for Automotive Memory

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