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S80KS5122GABHI020 - 24-FBGA

S80KS5122GABHI020

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Infineon Technologies

PSRAM SYNC SINGLE PORT 512M-BIT 64M X 8 35NS 24-PIN BGA TRAY

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S80KS5122GABHI020 - 24-FBGA

S80KS5122GABHI020

Active
Infineon Technologies

PSRAM SYNC SINGLE PORT 512M-BIT 64M X 8 35NS 24-PIN BGA TRAY

Deep-Dive with AI

Technical Specifications

Parameters and characteristics for this part

SpecificationS80KS5122GABHI020
Access Time35 ns
Clock Frequency200 MHz
Memory FormatPSRAM
Memory InterfaceHyperBus
Memory Organization64 M
Memory Size64 MB
Memory TypeVolatile
Mounting TypeSurface Mount
Operating Temperature [Max]85 °C
Operating Temperature [Min]-40 °C
Package / Case24-VBGA
Supplier Device Package24-FBGA (6x8)
TechnologyPSRAM (Pseudo SRAM)
Voltage - Supply [Max]2 V
Voltage - Supply [Min]1.7 V
Write Cycle Time - Word, Page35 ns

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

DistributorPackageQuantity$
DigikeyTray 1$ 8.49
10$ 7.81
25$ 7.65
40$ 7.62
80$ 6.84
338$ 6.63
676$ 6.31
1014$ 6.09
NewarkEach 1$ 8.91
10$ 8.00
25$ 7.23
50$ 7.19
100$ 7.13
250$ 6.94
676$ 6.59

Description

General part information

S80KS5122 Series

S80KS5122GABHI020 is a 512Mb, high-speed CMOS, HYPERRAM™ self-refresh dynamic RAM (DRAM) with HYPERBUS™ interface. DRAM array uses dynamic cells that require periodic refresh. Refresh control logic within the device manages the refresh operations on the DRAM array when the memory is not being actively read or written by HYPERBUS™ interface host. Since host is not required to manage any refresh operations, the DRAM array appears to the host as though memory uses static cells that retain data without refresh. Hence, memory is more accurately described as pseudo static RAM (PSRAM). Since DRAM cells cannot be refreshed during a read or write transaction, there is a requirement that host limit read or write burst transfers lengths to allow internal logic refresh operations when they are needed. The host must confine the duration of transactions and allow additional initial access latency, at the beginning of a new transaction, if the memory indicates a refresh operation is needed.

Documents

Technical documentation and resources