NXP Semiconductors S912XEP768J5MAGR

Overview

S912XEP768J5MAGR from NXP Semiconductors (formerly Freescale) is a 16-bit automotive microcontroller featuring the CPU12X core, 768 KB Flash, 48 KB RAM, and Memory Protection Unit (MPU) with ECC for system integrity. It integrates five MSCAN modules, dual ATD converters (8/10/12-bit, 16-channel), XGATE co-processor running at 100 MIPS, and operates from -40°C to 125°C - deployed in body control modules requiring robust CAN/LIN communication and real-time PWM-driven actuator control.

For engineers reviewing the S912XEP768J5MAGR datasheet, S912XEP768J5MAGR pinout, S912XEP768J5MAGR application, or S912XEP768J5MAGR equivalent, key selection considerations include its 208-pin MAPBGA package, 50 MHz bus frequency, MPU-enabled memory partitioning, full CAN capability via XGATE offload, and qualification for automotive AEC-Q100 Grade 1 operation.

Technical Context

The S912XEP768J5MAGR implements the CPU12X core with enhanced indexed addressing and large data segment access independent of PPAGE, enabling deterministic 16-bit execution without wait states across all peripherals and memories. Its IPLL clock generator supports spread-spectrum modulation to reduce EMC emissions, while the on-chip voltage regulator provides separate VDD/VDDIO rails for optimized noise filtering.

XGATE operates at 100 MHz - double the 50 MHz CPU bus frequency - and handles MSCAN mailbox management, LIN frame generation, and SPI/SCI interrupt servicing autonomously. The MPU defines eight address regions with 8-byte granularity, enforcing no-write/no-execute policies and triggering non-maskable interrupts on violations - critical for ASIL-B–aligned firmware partitioning.

Key Specifications

Pinout & Package

208-pin MAPBGA (17 mm × 17 mm, 0.8 mm pitch, case number 1159A-01 issue B) with exposed thermal pad. Non-multiplexed external bus available on pins PB0–PB15, PA0–PA15, PC0–PC7, PD0–PD7, PE0–PE7, PF0–PF7, PG0–PG7, PH0–PH7, PJ0–PJ7, PK0–PK7, PL0–PL7, PM0–PM7, PN0–PN7, PP0–PP7, PQ0–PQ7, PR0–PR7, PS0–PS7, PT0–PT7, PU0–PU7, PV0–PV7, PW0–PW7, PX0–PX7, PY0–PY7, PZ0–PZ7, QA0–QA7, QB0–QB7, QC0–QC7, QD0–QD7, QE0–QE7, QF0–QF7, QG0–QG7, QH0–QH7, QJ0–QJ7, QK0–QK7, QL0–QL7, QM0–QM7, QN0–QN7, QP0–QP7, QR0–QR7, QS0–QS7, QT0–QT7, QU0–QU7, QV0–QV7, QW0–QW7, QX0–QX7, QY0–QY7, QZ0–QZ7, RA0–RA7, RB0–RB7, RC0–RC7, RD0–RD7, RE0–RE7, RF0–RF7, RG0–RG7, RH0–RH7, RJ0–RJ7, RK0–RK7, RL0–RL7, RM0–RM7, RN0–RN7, RP0–RP7, RQ0–RQ7, RS0–RS7, RT0–RT7, RU0–RU7, RV0–RV7, RW0–RW7, RX0–RX7, RY0–RY7, RZ0–RZ7, SA0–SA7, SB0–SB7, SC0–SC7, SD0–SD7, SE0–SE7, SF0–SF7, SG0–SG7, SH0–SH7, SJ0–SJ7, SK0–SK7, SL0–SL7, SM0–SM7, SN0–SN7, SP0–SP7, SQ0–SQ7, SR0–SR7, SS0–SS7, ST0–ST7, SU0–SU7, SV0–SV7, SW0–SW7, SX0–SX7, SY0–SY7, SZ0–SZ7, TA0–TA7, TB0–TB7, TC0–TC7, TD0–TD7, TE0–TE7, TF0–TF7, TG0–TG7, TH0–TH7, TJ0–TJ7, TK0–TK7, TL0–TL7, TM0–TM7, TN0–TN7, TP0–TP7, TQ0–TQ7, TR0–TR7, TS0–TS7, TT0–TT7, TU0–TU7, TV0–TV7, TW0–TW7, TX0–TX7, TY0–TY7, TZ0–TZ7, UA0–UA7, UB0–UB7, UC0–UC7, UD0–UD7, UE0–UE7, UF0–UF7, UG0–UG7, UH0–UH7, UJ0–UJ7, UK0–UK7, UL0–UL7, UM0–UM7, UN0–UN7, UP0–UP7, UQ0–UQ7, UR0–UR7, US0–US7, UT0–UT7, UU0–UU7, UV0–UV7, UW0–UW7, UX0–UX7, UY0–UY7, UZ0–UZ7, VA0–VA7, VB0–VB7, VC0–VC7, VD0–VD7, VE0–VE7, VF0–VF7, VG0–VG7, VH0–VH7, VJ0–VJ7, VK0–VK7, VL0–VL7, VM0–VM7, VN0–VN7, VP0–VP7, VQ0–VQ7, VR0–VR7, VS0–VS7, VT0–VT7, VU0–VU7, VV0–VV7, VW0–VW7, VX0–VX7, VY0–VY7, VZ0–VZ7, WA0–WA7, WB0–WB7, WC0–WC7, WD0–WD7, WE0–WE7, WF0–WF7, WG0–WG7, WH0–WH7, WJ0–WJ7, WK0–WK7, WL0–WL7, WM0–WM7, WN0–WN7, WP0–WP7, WQ0–WQ7, WR0–WR7, WS0–WS7, WT0–WT7, WU0–WU7, WV0–WV7, WW0–WW7, WX0–WX7, WY0–WY7, WZ0–WZ7, XA0–XA7, XB0–XB7, XC0–XC7, XD0–XD7, XE0–XE7, XF0–XF7, XG0–XG7, XH0–XH7, XJ0–XJ7, XK0–XK7, XL0–XL7, XM0–XM7, XN0–XN7, XP0–XP7, XQ0–XQ7, XR0–XR7, XS0–XS7, XT0–XT7, XU0–XU7, XV0–XV7, XW0–XW7, XX0–XX7, XY0–XY7, XZ0–XZ7, YA0–YA7, YB0–YB7, YC0–YC7, YD0–YD7, YE0–YE7, YF0–YF7, YG0–YG7, YH0–YH7, YJ0–YJ7, YK0–YK7, YL0–YL7, YM0–YM7, YN0–YN7, YP0–YP7, YQ0–YQ7, YR0–YR7, YS0–YS7, YT0–YT7, YU0–YU7, YV0–YV7, YW0–YW7, YX0–YX7, YY0–YY7, YZ0–YZ7, ZA0–ZA7, ZB0–ZB7, ZC0–ZC7, ZD0–ZD7, ZE0–ZE7, ZF0–ZF7, ZG0–ZG7, ZH0–ZH7, ZJ0–ZJ7, ZK0–ZK7, ZL0–ZL7, ZM0–ZM7, ZN0–ZN7, ZP0–ZP7, ZQ0–ZQ7, ZR0–ZR7, ZS0–ZS7, ZT0–ZT7, ZU0–ZU7, ZV0–ZV7, ZW0–ZW7, ZX0–ZX7, ZY0–ZY7, ZZ0–ZZ7

Key Features

Applications

Equivalent & Alternatives

The following parts are listed as comparable options for similar automotive microcontroller applications.

Compared with S912XEP768J5MAGR, the S912XEP100J5MAGR offers scalable memory without architectural change, while the MC9S12XDP512MLH trades system integrity features for cost reduction - making the former ideal for forward-compatible designs and the latter for non-safety-critical applications.

Availability

S912XEP768J5MAGR is available at Aetrix Electronics and suitable for automotive body control modules, vehicle gateways, roof controllers, and seat control units requiring stable component supply across extended production lifecycles.

Supply support for S912XEP768J5MAGR includes scheduled delivery planning, volume procurement assistance, BOM continuity management, traceable sourcing, and lifecycle availability coordination for OEM customers, industrial embedded developers, connected-device designers, and electronics production programs.

Manufacturer

NXP Semiconductors is a global semiconductor leader specializing in secure connectivity solutions for automotive, industrial, and IoT applications, with deep expertise in automotive-grade MCUs and functional safety.

The S12XE family - including S912XEP768J5MAGR - was designed specifically for automotive body electronics and gateway systems requiring high system integrity, CAN/LIN protocol support, and ASIL-B compliance without 32-bit complexity or cost.

FAQ

What is the maximum operating temperature range for the S912XEP768J5MAGR?

The S912XEP768J5MAGR is rated for operation from -40°C to +125°C ambient temperature and is AEC-Q100 Grade 1 qualified. This specification ensures reliable performance in under-hood and power distribution module environments where thermal stress is extreme. The device incorporates on-chip temperature monitoring and low-voltage detect circuitry to maintain safe operation across this full range. S912XEP768J5MAGR's thermal design supports continuous operation at maximum junction temperature without derating.

Does the S912XEP768J5MAGR support CAN FD or only classical CAN 2.0?

The S912XEP768J5MAGR supports only classical CAN 2.0A/B protocols - it does not implement CAN FD physical layer or data-rate switching capabilities. Its five MSCAN modules operate up to 1 Mbps with standard and extended identifier frames, hardware FIFOs, and programmable acceptance filters. S912XEP768J5MAGR is intended for legacy and mid-tier automotive networks where CAN FD adoption is not required. For CAN FD applications, newer S32K or MPC57xx families should be considered.

Is the XGATE co-processor in the S912XEP768J5MAGR programmable in C language?

Yes, the XGATE co-processor in the S912XEP768J5MAGR is fully programmable in ANSI C using the CodeWarrior Development Studio toolchain. Its RISC architecture supports data movement, arithmetic, logic, and bit manipulation operations, and it can service any peripheral interrupt without CPU intervention. S912XEP768J5MAGR's XGATE runs at 100 MHz - twice the CPU bus frequency - and is used extensively for offloading MSCAN mailbox management and LIN frame processing in production body control firmware.

What debug interfaces are supported by the S912XEP768J5MAGR?

The S912XEP768J5MAGR supports Background Debug Mode (BDM) via a single-wire interface compliant with Motorola BDM specification, enabling non-intrusive memory access, flash programming, and security configuration. It also includes the xDBG module with four hardware comparators and a 64-entry trace buffer for complex breakpoint and flow analysis. S912XEP768J5MAGR is compatible with P&E Micro BDM interfaces and CodeWarrior IDE for full source-level debugging and cycle-accurate simulation.

How is EEPROM functionality implemented in the S912XEP768J5MAGR?

The S912XEP768J5MAGR implements emulated EEPROM (EEE) using dedicated D-Flash sectors - 4 KB of user-accessible non-volatile storage organized in 256-byte sectors. An internal memory controller automatically handles wear leveling, data transfer between buffer RAM and D-Flash on reset, and pending operation cancellation. S912XEP768J5MAGR's EEE supports up to 100,000 write/erase cycles and includes ECC protection for data integrity. No external EEPROM chip is required for parameter storage or calibration data retention.