/LPDDR4X- Commercial-Grade
LPDDR4X- Commercial-Grade

LPDDR4X- Commercial-Grade

Key Features: 50% faster performance than LPDDR3, low voltage, low power consumption, reduced latency, higher data transfer rates, smoother device operation, compact packaging in FBGA-200Ball
Part Number (PN)CapacitySpeed
YXL4A13BC-P6HI16 GB4266 Mbps
YXL4C13BC-N7HI32 GB4266 Mbps
Bit Widthx2
Package Size
FBGA200 (10mm x 15mm x 0.9mm)
Operating Temperature-25℃~85℃
VoltageVDD1=1.8V VDD2=1.1V VDDQ=0.6V
On Sale
Removable Storage
SmartphoneTabletDigital CameraAction CameraDroneCar Dash Cam
Smart Terminal
Smart TVSet-top boxSmart SpeakerIoT GatewayEducational Electronics
PC App
LaptopMini PCDesktopAll-in-One

Yu Xin LPDDR4X is a low-power embedded memory designed for high-end mobile devices, tablets, IoT, industrial control, and automotive systems. It complies with JEDEC standards.

Low-power, high-performance embedded memory fully compliant with JEDEC standards. Dual-channel ×32bit architecture with speeds up to 4266Mbps. Delivered in a 200Ball FBGA package with a three-voltage design (1.8V/1.1V/0.6V), compatible with mainstream controller platforms. Ideal for high-end mobile devices, tablets, IoT, industrial control, and automotive applications.

Standardized pinout allows drop-in replacement without PCB redesign. Supports CA bus training, write leveling, and read preamble training for broad compatibility. Features asynchronous RESET, safe power-off, and barrier commands to ensure data integrity. Hardware ECC and signal equalization enhance noise immunity. ESD protection and shock-resistant design guarantee long-term reliability.

Dual-channel architecture with differential clock and DQS signals ensures high-speed transfer without performance loss. Supports BL16/BL32 long bursts, DBI data inversion, and CMDQ command queues for efficient small-file read/write operations. 0.6V ultra-low I/O voltage reduces power consumption significantly compared to LPDDR4. Deep sleep and self-refresh modes deliver extremely low standby power, making it ideal for battery-powered devices.

Hubei ICP Prepared 2025159093 No. -1|Hubei ICP Prepared 2025159093 No. -1