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SAK-TC399XE-256F300S BD
  • SAK-TC399XE-256F300S BD

SAK-TC399XE-256F300S BD

The SAK-TC399XE-256F300S BD belongs to the TC39x Emulation Devices, . It has the same feature set as the TC39x standard family with additional debug and tracing capabilities. The TC39xXE offers support for calibration, rapid prototyping, instrumentation and debug/emulation.TC39xXE is based on TC39x. It can be used to emulate: TC39x standard devices (6 CPUs) TC38x standard devices (4 CPUs) MCDS tracing can be evaluated using the free of charge MCDS Trace Viewer tool which comes with the DAS installation www.infineon.com/DASCompatibility Full compatibility with TC39x standard devices. For TC38x systems the following points need to be considered: Thermal design and power supply need to support the higher TC39xXE power consumption SW needs to be tolerant to the different CHIPID and JTAGID values The upper 12 ASCLIN modules (out of 24) of TC38x may not be used

Infineon Technologies SAK-TC399XE-256F300S BD Product Info

16 April 2026 0

Parameters

# of cores / lockstep cores

6/4

A/D Input Lines

124

ASIL/SIL support

ASIL-D/SIL-3

CAN Nodes

12

Classification

ISO 26262-compliant

DMA Channels

128

DSP Functionality

Yes

eMMC

Yes

External Bus Interface

Yes

Family

AURIX™ 2G

Floating Point Unit

Yes

Hardware Accelerator

No

LIN

12

Number of ADC Modules

12

On-chip Clock Generation

Yes

On-chip Voltage Regulator

Yes

Oscillator Watchdog

Yes

Program Memory

16 MByte

Real Time Clock

Yes

SPI

6

SRAM (incl. Cache)

6912 kByte

Temperature

-40°C - +125°C

Type of Memory

Flash

Watchdog Timer

Yes

Apps

Automotive body control module (BCM), Automotive battery management system (BMS) - high-voltage, Traction

Features

  • 6 TriCore running at 300 MHz
  • 16 MB flash/ ECC protection
  • 6,9 MB SRAM/ ECC protection (additional 4 MB EMEM)
  • 1 Gbit Ethernet, 12xCAN FD  , 2xFlexRay, 12xLINs,  4xQSP , 2xI²C , 25xSENT, 6xPSI, 2xHSSL, 4xMSC , 1x eMMC/SDIO, GTM, CCU6, GPT12, HSM
  • LFBGA-516 package
  • Single voltage supply 5 V or 3.3 V
  • Temperature : 40°C to 125°C
  • 4 MB Extension Memory (EMEM) for calibration and tracing (2 MB)
  • Multi-Core Debug Solution (MCDS)
  • Parallel and time aligned trace of cores and busses
  • Powerful trigger conditions
  • On-chip logic analyzer functions
  • Additional DAP interface (DAPE) for connecting a second independent tool
  • Injector for faults and stress (IFS)
  • Aurora Gigabit Trace (AGBT) support
  • CPUs have full access to all emulation resources, enabling all kind of interfaces (e.g. Ethernet) as tool connection

Description

  • Higher software/system quality and faster time to market with best in class:
  • Multi-core debugging and trace  
  • Trace based measurement
  • Rapid prototyping
  • Calibration
  • Strong AURIX 1G compatibility
  • Maintains investment in tools and knowledge
  • Early availability of attractive tooling solutions
  • Minimizes the  risk
  • Scalable tooling options from very cost effective to highest performance
  • Consistent architecture over the whole family for all packages
  • Different tool combinations due to two DAP interfaces
  • Very cost effective trace

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