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Traveo S6J3360/S6J3370 Simple Graphics ARM® Cortex®-R5 MCU | Cypress Semiconductor

Traveo S6J3360/S6J3370 Simple Graphics ARM® Cortex®-R5 MCU

Traveo™ MCU family S6J3360/S6J3370 features 32-bit RISC microcontrollers with an ARM® Cortex®- R5F core and operates up to 132 MHz. These microcontrollers come with optimized performance, maximum 2MB of high density embedded Flash memory and simple graphic support through LCD Bus.

This series enhances Traveo MCU family with cost optimized feature expanding from the top level MCU S6J331x series in the classic class cluster to the affordable solution in the cost sensitive high volume design. In addition, these microcontrollers offer support for Quad-SPI memory interface for the cost and feature balanced system design.

These microcontrollers include CAN FD; a high-speed communication protocol compatible with the conventional CAN (Controller Area Network), and SHE (Secure Hardware Extension) as security function. S6J3360/S6J3370 series expands the automotive applications scalability into solid Traveo family line-up with best combination of the features for volume production class design.

The Traveo family supports the latest in-car networks and offers high performance graphics engines optimized for a minimum memory footprint and embeds dedicated features to increase data security in the car.

Features

  • Single-Chip Solution for classical automotive cluster applications with gauges and low-end hybrid cluster applications
  • ARM Cortex R5F@132 MHz, offering about 220 MIPS
  • Integrates instrument cluster support peripherals - Stepper Motor Controller/Driver with Zero Position Detect, LCD Bus, Segment LCDC
  • CAN FD (CAN with FLEXIBLE DATA RATE) is a cost effective alternative to FlexRay and designed to close the gap between CAN and FlexRay. CAN FD supports data-fields up to 64 Bytes and a data rate up to 5 Mbps allowing for a faster communication rate
  • Sound system to allow various modes of sound generation and outputs (Selected products)

Block Diagram

Traveo S6J360/S6J370 Series Block Diagram

Product Name Maximum Internal Clock [MHz] Floating Point Unit Memory Protection Unit Package [pin] Operating Voltage: VCC [V] Sub Clock ROM [Byte] RAM [Byte] Cache [KByte] DMAC [ch] Ext. Interrupt [ch] External Bus I/F Max. I/O port [ch] 12-bit ADC [ch x unit] Output Compare [ch] Free-Run Timer [ch] Input Capture [ch] Reload Timer, PWM Timer, PWC Timer, PPG Timer / Base Timer (Reload/PPG/PWM/PWC Selectable) [ch] Up/Down Counter [ch] Other timers [ch] I2C, UART/SI, SIO, Multi Function Serial - MFS (MFS: LIN/UART/SIO/I2C Selectable) [ch] CAN [ch] MediaLB Ethernet AVB LCD Controller Driver
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Stepper Motor Controller Driver [ch] Graphic Display Controller Display Output [ch] FPD Link (LVDS) [ch] Sound Generator High-Quality Sound System Secure Hardware Extention (Optional) Remarks Evaluation Method / Device
S6J336CJ 132 Yes Yes TEQFP-176 5.0 or 3.3
(Combination)
Yes 2112K + 112K TC- RAM: 128K, System- RAM: 128K
Backup- RAM: 16+8K
Instruction: 16
Data: 16
16 24 A22/ D16 126 48 12 (Output x 12) 8 (Input x 8) 12 Reload Timer x 6, Base Timer x 16 (32-ch), Indicator PWM x 1 2 * RTC x 1,
PCM-PWM x 1
MFS x 12 (I2C x 10, 400k x 2) CANFD 128Msg-buffer x 4 32x 4 6 1 ** 5 Yes I2S x 2 Yes ARM Cortex-R5F, Quad-SPI x 2-ch,
Partial Wakeup (Analog x 8, Trigger x 1)
** LCD Buss (18-bit data)
On-chip Debugger
S6J336BJ 132 Yes Yes TEQFP-176 5.0 or 3.3
(Combination)
Yes 1600K + 112K TC- RAM: 128K, System- RAM: 128K
Backup- RAM: 16+8K
Instruction: 16
Data: 16
16 24 A22/ D16 126 48 12 (Output x 12) 8 (Input x 8) 12 Reload Timer x 6, Base Timer x 16 (32-ch), Indicator PWM x 1 2 * RTC x 1,
PCM-PWM x 1
MFS x 12 (I2C x 10, 400k x 2) CANFD 128Msg-buffer x 4 32x 4 6 1 ** 5 Yes I2S x 2 Yes ARM Cortex-R5F, Quad-SPI x 2-ch,
Partial Wakeup (Analog x 8, Trigger x 1)
** LCD Buss (18-bit data)
On-chip Debugger
S6J337CJ 132 Yes Yes TEQFP-176 5.0 or 3.3
(Combination)
Yes 2112K + 112K TC- RAM: 128K, System- RAM: 128K
Backup- RAM: 16+8K
Instruction: 16
Data: 16
16 24 A22/ D16 126 48 12 (Output x 12) 8 (Input x 8) 12 Reload Timer x 6, Base Timer x 16 (32-ch), Indicator PWM x 1 2 * RTC x 1 MFS x 12 (I2C x 10, 400k x 2) CANFD 128Msg-buffer x 4 32x 4 6 1 ** 5 - Yes ARM Cortex-R5F, Quad-SPI x 2-ch,
Partial Wakeup (Analog x 8, Trigger x 1)
** LCD Buss (18-bit data)
On-chip Debugger
S6J337BJ 132 Yes Yes TEQFP-176 5.0 or 3.3
(Combination)
Yes 1600K + 112K TC- RAM: 128K, System- RAM: 128K
Backup- RAM: 16+8K
Instruction: 16
Data: 16
16 24 A22/ D16 126 48 12 (Output x 12) 8 (Input x 8) 12 Reload Timer x 6, Base Timer x 16 (32-ch), Indicator PWM x 1 2 * RTC x 1 MFS x 12 (I2C x 10, 400k x 2) CANFD 128Msg-buffer x 4 32x 4 6 1 ** 5 - Yes ARM Cortex-R5F, Quad-SPI x 2-ch,
Partial Wakeup (Analog x 8, Trigger x 1)
** LCD Buss (18-bit data)
On-chip Debugger
S6J336CH 132 Yes Yes TEQFP-144 5.0 or 3.3
(Combination)
Yes 2112K + 112K TC- RAM: 128K, System- RAM: 128K
Backup- RAM: 16+8K
Instruction: 16
Data: 16
16 24 A15/ D16 94 40 12 (Output x 12) 8 (Input x 8) 12 Reload Timer x 6, Base Timer x 16 (32-ch), Indicator PWM x 1 2 * RTC x 1,
PCM-PWM x 1
MFS x 12 (I2C x 10, 400k x 2) CANFD 128Msg-buffer x 4 32x 4 6 1 ** 5 Yes I2S x 2 Yes ARM Cortex-R5F, Quad-SPI x 2-ch,
Partial Wakeup (Analog x 8, Trigger x 1)
** LCD Buss (18-bit data)
On-chip Debugger
S6J336BH 132 Yes Yes TEQFP-144 5.0 or 3.3
(Combination)
Yes 1600K + 112K TC- RAM: 128K, System- RAM: 128K
Backup- RAM: 16+8K
Instruction: 16
Data: 16
16 24 A15/ D16 94 40 12 (Output x 12) 8 (Input x 8) 12 Reload Timer x 6, Base Timer x 16 (32-ch), Indicator PWM x 1 2 * RTC x 1,
PCM-PWM x 1
MFS x 12 (I2C x 10, 400k x 2) CANFD 128Msg-buffer x 4 32x 4 6 1 ** 5 Yes I2S x 2 Yes ARM Cortex-R5F, Quad-SPI x 2-ch,
Partial Wakeup (Analog x 8, Trigger x 1)
** LCD Buss (18-bit data)
On-chip Debugger
S6J337CH 132 Yes Yes TEQFP-144 5.0 or 3.3
(Combination)
Yes 2112K + 112K TC- RAM: 128K, System- RAM: 128K
Backup- RAM: 16+8K
Instruction: 16
Data: 16
16 24 A15/ D16 94 40 12 (Output x 12) 8 (Input x 8) 12 Reload Timer x 6, Base Timer x 16 (32-ch), Indicator PWM x 1 2 * RTC x 1 MFS x 12 (I2C x 10, 400k x 2) CANFD 128Msg-buffer x 4 32x 4 6 1 ** 5 - Yes ARM Cortex-R5F, Quad-SPI x 2-ch,
Partial Wakeup (Analog x 8, Trigger x 1)
** LCD Buss (18-bit data)
On-chip Debugger
S6J337BH 132 Yes Yes TEQFP-144 5.0 or 3.3
(Combination)
Yes 1600K + 112K TC- RAM: 128K, System- RAM: 128K
Backup- RAM: 16+8K
Instruction: 16
Data: 16
16 24 A15/ D16 94 40 12 (Output x 12) 8 (Input x 8) 12 Reload Timer x 6, Base Timer x 16 (32-ch), Indicator PWM x 1 2 * RTC x 1 MFS x 12 (I2C x 10, 400k x 2) CANFD 128Msg-buffer x 4 32x 4 6 1 ** 5 - Yes ARM Cortex-R5F, Quad-SPI x 2-ch,
Partial Wakeup (Analog x 8, Trigger x 1)
** LCD Buss (18-bit data)
On-chip Debugger