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S6R4016WEB-XI10T is listed in the Memory IC range at ChipApex. The manufacturer field lists Netsol. Its product description is ASYNC. FAST SRAM 4M BIT, 256KX16. Review the specifications below when checking this part for your BOM.
The Netsol S6R4016WEB-XI10 is a 4Mb Asynchronous Fast SRAM organized as 256K words by 16 bits. It operates within a wide voltage range of 1.65V to 3.6V and features an address access time (tAA) of 10ns minimum. The device includes embedded ECC logic for single-bit error correction, TTL-compatible inputs/outputs, and three-state outputs. It supports data byte control via LB and UB pins in x16 mode. The component is housed in a 48-ball FBGA package and is rated for industrial temperature operation.
Verify the specific speed grade suffix against the ordering information table to ensure the correct timing characteristics are procured. Confirm that the 48FBGA package matches the design footprint requirements. Ensure the voltage supply aligns with the 1.65V to 3.6V operating range specified in the datasheet.
Select this component when a 4Mb capacity with 16-bit width is required in a compact FBGA form factor. The embedded ECC feature makes it suitable for systems where data integrity is critical. Consider the 10ns access time for compatibility with the target system bus speeds.
This part belongs to the S6R40xxWEB series of asynchronous FAST SRAMs from Netsol. The series includes variants with different organizations (x8 or x16), packages (TSOP2 or FBGA), and speed grades. The S6R4016WEB-XI10 specifically denotes the 256K x16 organization in the 48FBGA package with 10ns access time.
Direct substitutes include other S6R4016WEB variants with compatible pinouts but different speed grades or packages, such as S6R4016WEB-UI10 (TSOP2) or S6R4016WEB-XI08 (8ns). Verify package dimensions and electrical parameters before substitution.
The embedded ECC logic implements single error correction to enhance reliability by correcting single-bit errors during read operations.
In x16 mode, the device allows independent access to the lower byte (DQ7-DQ0) and upper byte (DQ15-DQ8) using the LB and UB control pins respectively.
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