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S26HS02GTFPBHB053
  • S26HS02GTFPBHB053

S26HS02GTFPBHB053

Active and preferred

The S26HS02GTFPBHB053 is a 2 Gb SEMPER™ NOR Flash memory built on Infineon's 45-nm MIRRORBIT™ technology, supporting HYPERBUS™ and legacy SPI interfaces with JEDEC JESD251 compliance. It achieves up to 332 MBps DDR read speeds at 166 MHz, features configurable sector architecture, and robust safety including ISO 26262 ASIL-B compliance and ECC. Operating at 1.7–2.0 V, it offers 2,560,000 cycles endurance and 25-year retention for automotive and industrial use.

Infineon Technologies S26HS02GTFPBHB053 Product Info

16 April 2026 0

Parameters

Classification

ISO 26262-compliant

Density

2 GBit

Family

HS-T

Interface Bandwidth

333 MByte/s

Interface Frequency (SDR/DDR) (MHz)

- / 166

Interfaces

HYPERBUS

Lead Ball Finish

Sn/Ag/Cu

Operating Temperature range

-40 °C to 105 °C

Operating Voltage range

1.7 V to 2 V

Operating Voltage

1.8 V

Peak Reflow Temp

260 °C

Planned to be available until at least

2037

Publish in NPSG

N

Publish in PSG

N

Qualification

Automotive

Features

  • MIRRORBIT technology stores 2 bits/cell
  • HYPERBUS interface supports DDR up to 332
  • JEDEC JESD251 xSPI compliant
  • Legacy SPI interface (SDR up to 21 MBps)
  • Flexible sector architecture: uniform
  • Page programming buffer: 256 or 512 bytes
  • OTP secure silicon region: 1024 bytes
  • Functional safety: ISO26262 ASIL B compliant
  • Interface and data integrity CRC
  • Built-in ECC: SECDED on memory array data
  • Advanced sector protection
  • Hardware reset via CS# or RESET# pin

Description

  • 2 bits/cell increases memory density
  • 332 MBps DDR enables fast data access
  • xSPI compliance ensures broad compatibility
  • Dual interface eases system integration
  • Flexible sectors suit varied application
  • Large buffer boosts programming speed
  • OTP region secures sensitive data
  • Functional safety supports automotive use
  • CRC/ECC enhance data reliability
  • Sector protection prevents accidental
  • Hardware reset improves system robustness

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