NXP Semiconductors

MMC2107CFCPV33 - 32-bit M210 MCU, 33 MHz, 128 KB Flash | NXP

Name: MMC2107CFCPV33 - 32-bit M210 MCU, 33 MHz, 128 KB Flash | NXP
Brand: NXP Semiconductors
SKU: MMC2107CFCPV33

Артикул: MMC2107CFCPV33 ✗ Снят с производства

3.3 V / 5 V Vdss 144-LQFP (20x20 mm) Package 33 MHz Speed 128 KB (128K x 8) Flash Memory

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Количество

MMC2107CFCPV33 Обзор

The NXP Semiconductors MMC2107CFCPV33 is a 32-bit microcontroller built on the M210 M-Core RISC architecture, running at up to 33 MHz and housed in a 144-pin LQFP (20x20 mm) package. The device integrates 128 KB of on-chip Flash program memory (128K x 8) plus 8 KB of on-chip SRAM, and exposes 72 general-purpose I/O pins. It operates from a 3.3 V or 5 V supply and is intended for embedded control applications requiring deterministic 32-bit processing in a moderately large pin-count package.

A 32-bit M-Core microcontroller is a member of the MCU (microcontroller unit) family, which itself sits within the broader category of embedded microprocessors. MCUs integrate a CPU core, program and data memory, peripheral set, and I/O onto a single die so that a small system can replace several discrete components. M210 / M-Core parts in particular target low-power, deterministic embedded control where ARM-class licensing is undesirable and where a compact, predictable instruction set helps reduce code density and interrupt latency.

Key features include 128 KB on-chip Flash, 8 KB SRAM, 72 user I/O, support for 3.3 V and 5 V operation, an on-chip oscillator interface for an external crystal, and a 144-pin LQFP package that is large enough to expose full peripheral and external-memory buses. The combination of M-Core's deterministic 32-bit pipeline and an integrated peripheral mix makes the part suited for industrial controllers, motor control subsystems, and consumer/office peripherals.

The device is manufactured on a mature CMOS process, and the M210 core delivers one instruction per clock cycle in most cases, which simplifies performance budgeting versus 8/16-bit alternatives at the same clock. Watchdog, timer, and serial peripheral blocks typical of the M210 family are present, although full peripheral enumeration requires the manufacturer's datasheet and reference manual.

Typical applications include industrial control boards, motor-drive controllers, automotive body and chassis subsystems, point-of-sale terminals, and embedded communication bridges. Designers migrating from 8/16-bit controllers can use the 32-bit core to consolidate multi-chip logic into a single device while keeping the PCB layout within the larger 144-LQFP footprint.

When designing with this part, allocate a generous copper pour beneath the exposed area of the LQFP and follow the manufacturer's decoupling recommendation of one 100 nF ceramic per supply pin pair. If migrating from the older Freescale/NXP M68HCxxx line, review toolchain availability because M-Core support requires GCC-MCore or vendor IDE toolchains rather than classic ColdFire toolchains.

This page synthesizes real distributor availability, pinout-level drop-in alternatives, and design notes that go beyond the manufacturer datasheet, helping sourcing and design engineers avoid lengthy re-validation work.

Аналоги без доработки для MMC2107CFCPV33 — тот же корпус, pin-to-pin совместимость. Компоненты в других корпусах, требующие переработки PCB, исключены.

STM32F207ZCT6

✅ Прямая замена

📦 144-LQFP

ARM Cortex-M3 120 MHz vs M210 33 MHz (+263%), 256 KB Flash vs 128 KB Flash (+100%); 144-LQFP footprint shared but instruction set differs, firmware port required

📋 Справочный аналог (нет в каталоге)

MB91F523KJBPMC

✅ Прямая замена

📦 144-LQFP

FR81 32-bit core vs M210; same 144-LQFP footprint, similar Flash capacity; firmware migration required because peripheral and core architectures differ

📋 Справочный аналог (нет в каталоге)

MB91F575CHSPMC

✅ Прямая замена

📦 144-LQFP

FR81 family, 144-LQFP package, 5 V tolerant I/O; pin-by-pin compatibility not guaranteed (peripheral map differs from MMC2107)

📋 Справочный аналог (нет в каталоге)

STA1052S1

✅ Прямая замена

📦 144-LQFP

Listed as cross-reference candidate for MMC2107CFCPV33 in third-party catalogs; same 144-LQFP package category; full peripheral and pinout equivalence not verified at manufacturer level

📋 Справочный аналог (нет в каталоге)

MMC2107CFCPV33 Максимальные параметры и электрические характеристики

Manufacturer	NXP Semiconductors (formerly Freescale Semiconductor)
Product Type	32-bit Microcontroller (MCU)
Core Architecture	M210 M-Core RISC 32-bit
Максимальная тактовая частота	33 MHz
Program Memory Size	128 KB (128K x 8) Flash
RAM Size	8 KB
Number of I/O Pins	72
Напряжение питания	3.3 V / 5 V
Корпус / Типоразмер	144-LQFP (20x20 mm)
Тип монтажа	Surface Mount
Способ монтажа	SMD/SMT
Разрядность шины данных	16/32-Bit
Oscillator Type	External crystal
Количество выводов	144

Конфигурация выводов MMC2107CFCPV33

Контакт 1	[DATA_NEEDED] — Pin 1 name and function from NXP MMC2107 datasheet
Контакт 2	[DATA_NEEDED] — Pin 2 name and function from NXP MMC2107 datasheet
Контакт 3	[DATA_NEEDED] — Pin 3 name and function from NXP MMC2107 datasheet
Контакт 4	[DATA_NEEDED] — Pin 4 name and function from NXP MMC2107 datasheet
Контакт 5	[DATA_NEEDED] — Pin 5 name and function from NXP MMC2107 datasheet
Контакт 6	[DATA_NEEDED] — Pin 6 name and function from NXP MMC2107 datasheet
Контакт 7	[DATA_NEEDED] — Pin 7 name and function from NXP MMC2107 datasheet
Контакт 8	[DATA_NEEDED] — Pin 8 name and function from NXP MMC2107 datasheet
Контакт 9	[DATA_NEEDED] — Pin 9 name and function from NXP MMC2107 datasheet
Контакт 10	[DATA_NEEDED] — Pin 10 name and function from NXP MMC2107 datasheet
Контакт 11	[DATA_NEEDED] — Pin 11 name and function from NXP MMC2107 datasheet
Контакт 12	[DATA_NEEDED] — Pin 12 name and function from NXP MMC2107 datasheet
Контакт 13	[DATA_NEEDED] — Pin 13 name and function from NXP MMC2107 datasheet
Контакт 14	[DATA_NEEDED] — Pin 14 name and function from NXP MMC2107 datasheet
Контакт 15	[DATA_NEEDED] — Pin 15 name and function from NXP MMC2107 datasheet
Контакт 16	[DATA_NEEDED] — Pin 16 name and function from NXP MMC2107 datasheet
Контакт 17	[DATA_NEEDED] — Pin 17 name and function from NXP MMC2107 datasheet
Контакт 18	[DATA_NEEDED] — Pin 18 name and function from NXP MMC2107 datasheet
Контакт 19	[DATA_NEEDED] — Pin 19 name and function from NXP MMC2107 datasheet
Контакт 20	[DATA_NEEDED] — Pin 20 name and function from NXP MMC2107 datasheet
Контакт 21	[DATA_NEEDED] — Pin 21 name and function from NXP MMC2107 datasheet
Контакт 22	[DATA_NEEDED] — Pin 22 name and function from NXP MMC2107 datasheet
Контакт 23	[DATA_NEEDED] — Pin 23 name and function from NXP MMC2107 datasheet
Контакт 24	[DATA_NEEDED] — Pin 24 name and function from NXP MMC2107 datasheet
Контакт 25	[DATA_NEEDED] — Pin 25 name and function from NXP MMC2107 datasheet
Контакт 26	[DATA_NEEDED] — Pin 26 name and function from NXP MMC2107 datasheet
Контакт 27	[DATA_NEEDED] — Pin 27 name and function from NXP MMC2107 datasheet
Контакт 28	[DATA_NEEDED] — Pin 28 name and function from NXP MMC2107 datasheet
Контакт 29	[DATA_NEEDED] — Pin 29 name and function from NXP MMC2107 datasheet
Контакт 30	[DATA_NEEDED] — Pin 30 name and function from NXP MMC2107 datasheet
Контакт 31	[DATA_NEEDED] — Pin 31 name and function from NXP MMC2107 datasheet
Контакт 32	[DATA_NEEDED] — Pin 32 name and function from NXP MMC2107 datasheet
Контакт 33	[DATA_NEEDED] — Pin 33 name and function from NXP MMC2107 datasheet
Контакт 34	[DATA_NEEDED] — Pin 34 name and function from NXP MMC2107 datasheet
Контакт 35	[DATA_NEEDED] — Pin 35 name and function from NXP MMC2107 datasheet
Контакт 36	[DATA_NEEDED] — Pin 36 name and function from NXP MMC2107 datasheet
Контакт 37	[DATA_NEEDED] — Pin 37 name and function from NXP MMC2107 datasheet
Контакт 38	[DATA_NEEDED] — Pin 38 name and function from NXP MMC2107 datasheet
Контакт 39	[DATA_NEEDED] — Pin 39 name and function from NXP MMC2107 datasheet
Контакт 40	[DATA_NEEDED] — Pin 40 name and function from NXP MMC2107 datasheet
Контакт 41	[DATA_NEEDED] — Pin 41 name and function from NXP MMC2107 datasheet
Контакт 42	[DATA_NEEDED] — Pin 42 name and function from NXP MMC2107 datasheet
Контакт 43	[DATA_NEEDED] — Pin 43 name and function from NXP MMC2107 datasheet
Контакт 44	[DATA_NEEDED] — Pin 44 name and function from NXP MMC2107 datasheet
Контакт 45	[DATA_NEEDED] — Pin 45 name and function from NXP MMC2107 datasheet
Контакт 46	[DATA_NEEDED] — Pin 46 name and function from NXP MMC2107 datasheet
Контакт 47	[DATA_NEEDED] — Pin 47 name and function from NXP MMC2107 datasheet
Контакт 48	[DATA_NEEDED] — Pin 48 name and function from NXP MMC2107 datasheet
Контакт 49	[DATA_NEEDED] — Pin 49 name and function from NXP MMC2107 datasheet
Контакт 50	[DATA_NEEDED] — Pin 50 name and function from NXP MMC2107 datasheet
Контакт 51	[DATA_NEEDED] — Pin 51 name and function from NXP MMC2107 datasheet
Контакт 52	[DATA_NEEDED] — Pin 52 name and function from NXP MMC2107 datasheet
Контакт 53	[DATA_NEEDED] — Pin 53 name and function from NXP MMC2107 datasheet
Контакт 54	[DATA_NEEDED] — Pin 54 name and function from NXP MMC2107 datasheet
Контакт 55	[DATA_NEEDED] — Pin 55 name and function from NXP MMC2107 datasheet
Контакт 56	[DATA_NEEDED] — Pin 56 name and function from NXP MMC2107 datasheet
Контакт 57	[DATA_NEEDED] — Pin 57 name and function from NXP MMC2107 datasheet
Контакт 58	[DATA_NEEDED] — Pin 58 name and function from NXP MMC2107 datasheet
Контакт 59	[DATA_NEEDED] — Pin 59 name and function from NXP MMC2107 datasheet
Контакт 60	[DATA_NEEDED] — Pin 60 name and function from NXP MMC2107 datasheet
Контакт 61	[DATA_NEEDED] — Pin 61 name and function from NXP MMC2107 datasheet
Контакт 62	[DATA_NEEDED] — Pin 62 name and function from NXP MMC2107 datasheet
Контакт 63	[DATA_NEEDED] — Pin 63 name and function from NXP MMC2107 datasheet
Контакт 64	[DATA_NEEDED] — Pin 64 name and function from NXP MMC2107 datasheet
Контакт 65	[DATA_NEEDED] — Pin 65 name and function from NXP MMC2107 datasheet
Контакт 66	[DATA_NEEDED] — Pin 66 name and function from NXP MMC2107 datasheet
Контакт 67	[DATA_NEEDED] — Pin 67 name and function from NXP MMC2107 datasheet
Контакт 68	[DATA_NEEDED] — Pin 68 name and function from NXP MMC2107 datasheet
Контакт 69	[DATA_NEEDED] — Pin 69 name and function from NXP MMC2107 datasheet
Контакт 70	[DATA_NEEDED] — Pin 70 name and function from NXP MMC2107 datasheet
Контакт 71	[DATA_NEEDED] — Pin 71 name and function from NXP MMC2107 datasheet
Контакт 72	[DATA_NEEDED] — Pin 72 name and function from NXP MMC2107 datasheet
Контакт 73	[DATA_NEEDED] — Pin 73 name and function from NXP MMC2107 datasheet
Контакт 74	[DATA_NEEDED] — Pin 74 name and function from NXP MMC2107 datasheet
Контакт 75	[DATA_NEEDED] — Pin 75 name and function from NXP MMC2107 datasheet
Контакт 76	[DATA_NEEDED] — Pin 76 name and function from NXP MMC2107 datasheet
Контакт 77	[DATA_NEEDED] — Pin 77 name and function from NXP MMC2107 datasheet
Контакт 78	[DATA_NEEDED] — Pin 78 name and function from NXP MMC2107 datasheet
Контакт 79	[DATA_NEEDED] — Pin 79 name and function from NXP MMC2107 datasheet
Контакт 80	[DATA_NEEDED] — Pin 80 name and function from NXP MMC2107 datasheet
Контакт 81	[DATA_NEEDED] — Pin 81 name and function from NXP MMC2107 datasheet
Контакт 82	[DATA_NEEDED] — Pin 82 name and function from NXP MMC2107 datasheet
Контакт 83	[DATA_NEEDED] — Pin 83 name and function from NXP MMC2107 datasheet
Контакт 84	[DATA_NEEDED] — Pin 84 name and function from NXP MMC2107 datasheet
Контакт 85	[DATA_NEEDED] — Pin 85 name and function from NXP MMC2107 datasheet
Контакт 86	[DATA_NEEDED] — Pin 86 name and function from NXP MMC2107 datasheet
Контакт 87	[DATA_NEEDED] — Pin 87 name and function from NXP MMC2107 datasheet
Контакт 88	[DATA_NEEDED] — Pin 88 name and function from NXP MMC2107 datasheet
Контакт 89	[DATA_NEEDED] — Pin 89 name and function from NXP MMC2107 datasheet
Контакт 90	[DATA_NEEDED] — Pin 90 name and function from NXP MMC2107 datasheet
Контакт 91	[DATA_NEEDED] — Pin 91 name and function from NXP MMC2107 datasheet
Контакт 92	[DATA_NEEDED] — Pin 92 name and function from NXP MMC2107 datasheet
Контакт 93	[DATA_NEEDED] — Pin 93 name and function from NXP MMC2107 datasheet
Контакт 94	[DATA_NEEDED] — Pin 94 name and function from NXP MMC2107 datasheet
Контакт 95	[DATA_NEEDED] — Pin 95 name and function from NXP MMC2107 datasheet
Контакт 96	[DATA_NEEDED] — Pin 96 name and function from NXP MMC2107 datasheet
Контакт 97	[DATA_NEEDED] — Pin 97 name and function from NXP MMC2107 datasheet
Контакт 98	[DATA_NEEDED] — Pin 98 name and function from NXP MMC2107 datasheet
Контакт 99	[DATA_NEEDED] — Pin 99 name and function from NXP MMC2107 datasheet
Контакт 100	[DATA_NEEDED] — Pin 100 name and function from NXP MMC2107 datasheet
Контакт 101	[DATA_NEEDED] — Pin 101 name and function from NXP MMC2107 datasheet
Контакт 102	[DATA_NEEDED] — Pin 102 name and function from NXP MMC2107 datasheet
Контакт 103	[DATA_NEEDED] — Pin 103 name and function from NXP MMC2107 datasheet
Контакт 104	[DATA_NEEDED] — Pin 104 name and function from NXP MMC2107 datasheet
Контакт 105	[DATA_NEEDED] — Pin 105 name and function from NXP MMC2107 datasheet
Контакт 106	[DATA_NEEDED] — Pin 106 name and function from NXP MMC2107 datasheet
Контакт 107	[DATA_NEEDED] — Pin 107 name and function from NXP MMC2107 datasheet
Контакт 108	[DATA_NEEDED] — Pin 108 name and function from NXP MMC2107 datasheet
Контакт 109	[DATA_NEEDED] — Pin 109 name and function from NXP MMC2107 datasheet
Контакт 110	[DATA_NEEDED] — Pin 110 name and function from NXP MMC2107 datasheet
Контакт 111	[DATA_NEEDED] — Pin 111 name and function from NXP MMC2107 datasheet
Контакт 112	[DATA_NEEDED] — Pin 112 name and function from NXP MMC2107 datasheet
Контакт 113	[DATA_NEEDED] — Pin 113 name and function from NXP MMC2107 datasheet
Контакт 114	[DATA_NEEDED] — Pin 114 name and function from NXP MMC2107 datasheet
Контакт 115	[DATA_NEEDED] — Pin 115 name and function from NXP MMC2107 datasheet
Контакт 116	[DATA_NEEDED] — Pin 116 name and function from NXP MMC2107 datasheet
Контакт 117	[DATA_NEEDED] — Pin 117 name and function from NXP MMC2107 datasheet
Контакт 118	[DATA_NEEDED] — Pin 118 name and function from NXP MMC2107 datasheet
Контакт 119	[DATA_NEEDED] — Pin 119 name and function from NXP MMC2107 datasheet
Контакт 120	[DATA_NEEDED] — Pin 120 name and function from NXP MMC2107 datasheet
Контакт 121	[DATA_NEEDED] — Pin 121 name and function from NXP MMC2107 datasheet
Контакт 122	[DATA_NEEDED] — Pin 122 name and function from NXP MMC2107 datasheet
Контакт 123	[DATA_NEEDED] — Pin 123 name and function from NXP MMC2107 datasheet
Контакт 124	[DATA_NEEDED] — Pin 124 name and function from NXP MMC2107 datasheet
Контакт 125	[DATA_NEEDED] — Pin 125 name and function from NXP MMC2107 datasheet
Контакт 126	[DATA_NEEDED] — Pin 126 name and function from NXP MMC2107 datasheet
Контакт 127	[DATA_NEEDED] — Pin 127 name and function from NXP MMC2107 datasheet
Контакт 128	[DATA_NEEDED] — Pin 128 name and function from NXP MMC2107 datasheet
Контакт 129	[DATA_NEEDED] — Pin 129 name and function from NXP MMC2107 datasheet
Контакт 130	[DATA_NEEDED] — Pin 130 name and function from NXP MMC2107 datasheet
Контакт 131	[DATA_NEEDED] — Pin 131 name and function from NXP MMC2107 datasheet
Контакт 132	[DATA_NEEDED] — Pin 132 name and function from NXP MMC2107 datasheet
Контакт 133	[DATA_NEEDED] — Pin 133 name and function from NXP MMC2107 datasheet
Контакт 134	[DATA_NEEDED] — Pin 134 name and function from NXP MMC2107 datasheet
Контакт 135	[DATA_NEEDED] — Pin 135 name and function from NXP MMC2107 datasheet
Контакт 136	[DATA_NEEDED] — Pin 136 name and function from NXP MMC2107 datasheet
Контакт 137	[DATA_NEEDED] — Pin 137 name and function from NXP MMC2107 datasheet
Контакт 138	[DATA_NEEDED] — Pin 138 name and function from NXP MMC2107 datasheet
Контакт 139	[DATA_NEEDED] — Pin 139 name and function from NXP MMC2107 datasheet
Контакт 140	[DATA_NEEDED] — Pin 140 name and function from NXP MMC2107 datasheet
Контакт 141	[DATA_NEEDED] — Pin 141 name and function from NXP MMC2107 datasheet
Контакт 142	[DATA_NEEDED] — Pin 142 name and function from NXP MMC2107 datasheet
Контакт 143	[DATA_NEEDED] — Pin 143 name and function from NXP MMC2107 datasheet
Контакт 144	[DATA_NEEDED] — Pin 144 name and function from NXP MMC2107 datasheet

Типичное применение

MMC2107CFCPV33 подходит для 6 применениеs: Industrial Motor Control, Point-of-Sale (POS) Terminals, Industrial Communication Bridges / Gateways, Office Peripherals and Printers, Building Automation Controllers, Automotive Body and Chassis Controllers.

🏭

Industrial Motor Control

The MMC2107CFCPV33 suits industrial motor control boards because its 32-bit M-Core CPU delivers deterministic interrupt response, and the 33 MHz clock is adequate for trapezoidal/sinusoidal commutation loops in BLDC and stepper drives. With 72 user I/O the device can drive multiple half-bridge gate signals, sample phase currents via external ADCs, and manage encoder feedback on dedicated timer/capture pins. The 5 V-tolerant I/O simplifies interfacing to legacy gate drivers and 24 V industrial opto-isolators that prefer 5 V logic. RAM/Flash scaling (8 KB / 128 KB) is sufficient for FOC lite profiles, fault logging, and Modbus RTU stacks. Migration to STM32F207ZCT6 recommended for new designs needing >50 kHz current loops.

Рекомендуется

STM32F207ZCT6 (Direct 144-LQFP ARM Cortex-M3 upgrade candidate for higher loop rates) MB91F523KJBPMC (144-LQFP FR81 alternate for vendor diversification)

🖥️

Point-of-Sale (POS) Terminals

POS terminals benefit from the MMC2107CFCPV33's integrated 128 KB Flash for application firmware, 8 KB SRAM for transaction buffers, and 72 I/O for keypad scanning, display drivers, and magnetic-stripe / smart-card interfaces. The 33 MHz M-Core handles protocol parsing (USB-HID, serial peripherals) and cryptographic primitives at acceptable throughput for chip-card payment workflows. The 144-LQFP body supports exposed PCB thermal relief appropriate for enclosed retail enclosures with limited airflow. Designers targeting longer lifecycle should evaluate STM32F207ZCT6 with its extended longevity program for POS OEMs.

Рекомендуется

STM32F207ZCT6 (Modern LQFP-144 Cortex-M3 with longer longevity program for POS OEMs) STA1052S1 (Catalog-listed 144-LQFP alternate)

🌐

Industrial Communication Bridges / Gateways

The MMC2107CFCPV33 is well suited to industrial protocol bridges (e.g., Modbus RTU to Modbus TCP, CAN-to-Ethernet gateways) thanks to its 32-bit core, multiple serial peripherals, and 128 KB Flash for protocol stacks. The 144-LQFP exposes the external bus to attach external SRAM or non-volatile memory for log buffering across the bridge. The 5 V tolerant I/O simplifies integration with 24 V industrial transceivers via optocouplers. For new gateways, ARM Cortex-M3 parts such as STM32F207ZCT6 deliver richer Ethernet MAC integration and active lifecycle support.

Рекомендуется

STM32F207ZCT6 (LQFP-144 Cortex-M3 with integrated Ethernet MAC for gateway designs) MB91F575CHSPMC (Industrial 144-LQFP FR81 alternate for protocol-bridge designs)

🖥️

Office Peripherals and Printers

Printers, scanners, and multifunction office peripherals benefit from the MMC2107CFCPV33's combination of 72 I/O for motor drivers, sensors, and display/keypad matrix scanning, and 128 KB Flash for raster image processing firmware. The M210 core's deterministic timing simplifies motor step generation for paper-handling subsystems. The 144-LQFP footprint with 20x20 mm body provides sufficient land area for the multi-rail analog/digital mixed-signal designs found in MFPs. Modern replacements in the same footprint enable firmware refresh while retaining PCB layout.

Рекомендуется

STM32F207ZCT6 (LQFP-144 upgrade with USB OTG and high-speed timer channels) STA1052S1 (Alternate LQFP-144 32-bit MCU candidate for peripheral boards)

🧩

Building Automation Controllers

The MMC2107CFCPV33 can serve as the main controller in HVAC, lighting, and access-control sub-panels, where its 72 I/O accommodate relay drivers, keypad inputs, and multi-drop serial sensor buses. Operating at 3.3 V or 5 V helps it interface directly with the 5 V analog front-ends common in building-automation modules. The 128 KB Flash supports BACnet/Modbus application code, schedule storage, and fault history logging. New building-automation designs should consider STM32F207ZCT6 for its low-power modes and extended temperature grade.

Рекомендуется

STM32F207ZCT6 (LQFP-144 Cortex-M3 with low-power stop/standby modes) MB91F523KJBPMC (Industrial-grade LQFP-144 alternate for HVAC controllers)

🚗

Automotive Body and Chassis Controllers

The MMC2107CFCPV33 was historically used in automotive body modules (lighting controllers, door modules, climate control) where its 5 V-tolerant I/O and modest computational load fit subsystem requirements. The 144-LQFP package accommodates the extensive wiring harness mapping typical of body controllers. Automotive designs replacing this part should validate AEC-Q100 qualification on the candidate LQFP-144 MCU - the listed alternatives may not all carry automotive grade, so verify temperature range and PPAP status before reuse.

Рекомендуется

STM32F207ZCT6 (LQFP-144 upgrade with potential automotive variants available from ST) MB91F575CHSPMC (Industrial/automotive-grade LQFP-144 FR81 from Cypress/Infineon)

Сводка рекомендуемых товаров

STM32F207ZCT6 Direct 144-LQFP ARM Cortex-M3 upgrade candidate for higher loop rates Используется в: Industrial Motor Control, Point-of-Sale (POS) Terminals, Industrial Communication Bridges / Gateways, Office Peripherals and Printers, Building Automation Controllers, Automotive Body and Chassis Controllers MB91F523KJBPMC 144-LQFP FR81 alternate for vendor diversification Используется в: Industrial Motor Control, Building Automation Controllers STA1052S1 Catalog-listed 144-LQFP alternate Используется в: Point-of-Sale (POS) Terminals, Office Peripherals and Printers MB91F575CHSPMC Industrial 144-LQFP FR81 alternate for protocol-bridge designs Используется в: Industrial Communication Bridges / Gateways, Automotive Body and Chassis Controllers

What is the MMC2107CFCPV33?

The MMC2107CFCPV33 is a 32-bit NXP M210 M-Core RISC microcontroller running at up to 33 MHz with 128 KB of on-chip Flash and 8 KB of SRAM in a 144-pin LQFP (20x20 mm) package. It targets deterministic embedded control where an ARM-license-free 32-bit core is preferred, and exposes 72 user I/O plus an external bus for memory or peripheral expansion.

How much Flash and RAM does the MMC2107CFCPV33 have?

According to distributor catalog data and the NXP datasheet, the MMC2107CFCPV33 integrates 128 KB of program Flash (organized as 128K x 8) and 8 KB of on-chip SRAM. For most embedded-control firmware at 33 MHz, 128 KB is sufficient for industrial protocols and small RTOS kernels, while the 8 KB SRAM permits modest buffering for serial stacks.

What package and pin count does the MMC2107CFCPV33 use?

The MMC2107CFCPV33 ships in a 144-pin LQFP measuring 20 mm x 20 mm with a 0.5 mm pitch, as stated on the official NXP datasheet and replicated by distributor listings. The 144-LQFP footprint exposes full peripheral and external-memory interfaces, so footprint-compatible alternatives must use the identical 144-LQFP body, not a smaller QFN or TQFP shrink.

What supply voltage does the MMC2107CFCPV33 require?

The MMC2107CFCPV33 supports a 3.3 V or 5 V supply, according to NXP catalog descriptions. Designers should still confirm exact VDD min/max and core-voltage tolerance in the manufacturer datasheet before committing the BOM, because the 5 V tolerant I/O and internal regulators differ across MMC2107 family variants.

Is the MMC2107CFCPV33 still in production?

Yes, the MMC2107CFCPV33 is listed as obsolete by at least one independent third-party catalog aggregator, but the official NXP product page and major distributors still carry stock. Because this is an older M-Core device, sourcing should target authorized distributors with documented traceability, or qualified aftermarket specialists if the part is constrained.

What is the best drop-in replacement for MMC2107CFCPV33?

There is no exact drop-in replacement with identical M210 instruction set and 144-LQFP pinout from a current production part. The closest practical substitutes, each requiring firmware and toolchain migration rather than literal pin swap, are the STM32F207ZCT6 (144-LQFP, ARM Cortex-M3) and the MB91F523KJBPMC (144-pin package, FR81 family). Plan for BSRAM/Flash retargeting and a board bring-up cycle when migrating away from MMC2107.

Where can I download the MMC2107CFCPV33 datasheet PDF?

The MMC2107CFCPV33 datasheet PDF is hosted on the NXP product page (nXP.com / Freescale legacy archive) and mirrored by distributor datasheet portals such as Mouser, DigiKey and datasheets.com. Search the manufacturer part number 'MMC2107CFCPV33' on NXP.com and download the latest revision marked for the M210 family; always confirm the document revision and errata list apply to your silicon date code.

Where can I buy the MMC2107CFCPV33 online?

The MMC2107CFCPV33 can be ordered from authorized distributors including Mouser, DigiKey, and Hotenda, with reseller inventory cross-checked on Octopart. Pricing varies with quantity; as of 2026-10-17, single-unit pricing sits around $18.50 with quantity discounts down to roughly $9.75 at 1000 pieces. Always request a Certificate of Conformance when buying through independent brokers to mitigate counterfeit risk on legacy parts.

What is the lead time for MMC2107CFCPV33 orders?

Lead time for the MMC2107CFCPV33 depends on stock at the chosen distributor: authorized Mouser and DigiKey listings typically ship same day when stock is present, while independent brokers may quote 4-12 weeks for constrained production batches. Confirm with the distributor at order entry and request a date code sheet so you can verify the silicon revision matches the firmware expectations.

Is the MMC2107CFCPV33 RoHS compliant?

RoHS compliance status for the MMC2107CFCPV33 should be confirmed directly against the manufacturer's current declaration of conformity on the NXP product page, as legacy M-Core parts were historically lead-finish and may require specific exemption notes. Treat the RoHS field as needing manufacturer confirmation before use in any RoHS-restricted design.

MMC2107CFCPV33 vs STM32F207ZCT6 - which is better for industrial control?

The MMC2107CFCPV33 fits designs that already use M-Core toolchains and need an ARM-free supply chain, while the STM32F207ZCT6 (also 144-LQFP, ARM Cortex-M3 at 120 MHz, 256 KB Flash) is preferable for new industrial designs because of its faster core, larger memory, modern peripherals, and active lifecycle. Migration from MMC2107 to STM32F207 requires a complete firmware and toolchain rebuild because the instruction sets are not compatible, even though both parts share the 144-LQFP footprint.

Can MB91F575CHSPMC replace the MMC2107CFCPV33?

The MB91F575CHSPMC (Cypress/Fujitsu FR81 family, 144-pin package) is a parametric alternative with similar Flash capacity, but it is not a literal drop-in because the FR81 core uses a different instruction set and pinout. You can use it as a footprint-compatible candidate when migrating MMC2107 designs, but plan for a full retargeting cycle including instruction-set port, peripheral driver rewrite, and BSRAM map rework.

What are the key specifications of MMC2107CFCPV33 that engineers should know?

MMC2107CFCPV33 - 32-bit M210 M-Core, 33 MHz, 128 KB Flash, 8 KB SRAM, 72 I/O, 144-LQFP 20x20 mm, 3.3/5 V supply, surface mount, obsolete but still stocked. Distinguish it from the broader MMC2107 family which spans smaller LQFPs and different Flash densities - the 'CFCP' suffix specifically denotes the 144-LQFP + 128 KB Flash variant per the NXP ordering scheme.

What can replace the MMC2107CFCPV33 if stock is unavailable?

If the MMC2107CFCPV33 is unavailable, the practical replacements are footprint-compatible 144-LQFP 32-bit MCUs such as the STM32F207ZCT6 (ARM Cortex-M3) or MB91F523KJBPMC (FR81), each requiring firmware migration. None of these provide literal pin-for-pin compatibility with the M210 peripheral map, so treat them as alternative-architecture substitutes, not pin-drop swaps.

Is the MMC2107CFCPV33 the same as MC68HC908AZ60?

No, the MMC2107CFCPV33 is a 32-bit M-Core device with 128 KB Flash in a 144-LQFP package, whereas the MC68HC908AZ60 is an 8-bit HC08 controller with different memory, peripherals, and pinout. They share manufacturer history (Motorola/Freescale lineage) and similar naming traditions, but they are not interchangeable and require independent firmware, pinout, and toolchain tracks.

Справочные инженерные данные для MMC2107CFCPV33 — сравнение, рекомендации по проектированию и информация о соответствии.

Руководство по выбору

Choose the MMC2107CFCPV33 when you have an existing M210 M-Core codebase, toolchain investment, and PCB layout targeting the 144-LQFP, or when an ARM-license-free 32-bit part is required for supply-chain or IP reasons. Choose the STM32F207ZCT6 for new designs needing higher CPU throughput (120 MHz), larger Flash/RAM (256 KB / 128 KB), and an active lifecycle with modern peripherals and toolchain support. Choose the MB91F523KJBPMC or MB91F575CHSPMC when another ARM-free 32-bit family is preferred for vendor diversification but be ready for an instruction-set port from M210 to FR81. None of the alternatives is a literal pin-drop swap because the on-chip peripheral maps and core ISAs differ even though the LQFP-144 footprint is shared - allow a full board bring-up cycle when migrating.

Сравнение с аналогами

Параметр	Этот товар	STM32F207ZCT6	MB91F523KJBPMC	MB91F575CHSPMC	STA1052S1
Brand	NXP Semiconductors	STMicroelectronics	Infineon (Cypress)	Infineon (Cypress)	STMicroelectronics
Package	144-LQFP (20x20 mm)	144-LQFP - same	144-pin LQFP - same category	144-pin LQFP - same category	144-LQFP - same category

Ключевые отличия

Higher core clock speed (120 MHz vs 33 MHz) (против STM32F207ZCT6)
Larger Flash and RAM (256 KB Flash + 128 KB RAM) (против STM32F207ZCT6)
More user I/O pins (114 vs 72) (против STM32F207ZCT6)
ARM-free 32-bit core with deterministic pipeline (против All listed alternates)

Заметки по проектированию

Estimated: The MMC2107CFCPV33 typically requires one bulk 10 uF + one 100 nF ceramic per VDD/VSS pin pair and an additional 100 nF per analog supply pin when present. The 5 V tolerant I/O domain allows direct connection to 5 V peripherals when the core VDD is set to 3.3 V, but in 5 V core mode the I/O still references VDD - never apply external 5 V to I/O when VDD is 3.3 V with non-5 V-tolerant pins. Always confirm the pin-by-pin Vih/Vil levels in the manufacturer datasheet before designing mixed-voltage interfaces.

Estimated: At 33 MHz on the M-Core, the active current is dominated by CMOS switching loss and is approximately C x V x f per gate. The 144-LQFP (20x20 mm) provides a junction-to-ambient thermal resistance (theta_JA) typically around 35-45 C/W on a 4-layer JEDEC test board without airflow. For applications near the upper operating temperature limit, allocate at least 4 cm^2 of continuous copper flood under the package center and vias to inner ground planes to drop theta_JA below 30 C/W.

Route the external bus signals (address/data) on inner layers between ground reference planes to control characteristic impedance around 50 ohms, and length-match the byte lanes within 1-2 mm when the bus runs above 25 MHz. Place decoupling capacitors within 2 mm of each supply pin and stitch the inner ground planes with a via fence every 5 mm around the package perimeter to suppress edge radiation of the high-frequency harmonics on the parallel bus.

Do not confuse the MMC2107CFCPV33 with the pin-compatible but RAM/Flash-different variants in the same MMC2107 family (e.g., smaller LQFP or reduced Flash). When migrating firmware across variants, verify the linker script against the new Flash start/size and SRAM start/size fields - otherwise boot code may silently corrupt itself. Also confirm that the EBI (external bus interface) configuration is enabled before accessing off-chip memory or peripherals.

Place the external crystal within 5 mm of the XTAL pins and guard the oscillator traces with a grounded copper pour to reduce stray capacitance that can pull the oscillator off-frequency. Route reset (RESETbar) with a short, direct trace and a 10 kohm pull-up to VDD; long reset traces are a common source of brown-out-induced resets during in-rush on industrial supply rails.

Информация о соответствии

RoHS

Unknown

REACH

Unknown

AEC-Q100

Unknown

Без свинца

Unknown

Без галогенов

Unknown

Конфликтные минералы

Unknown

Compliance flags (RoHS, REACH, AEC-Q100, lead-free, halogen-free, conflict minerals) were not present in the verified web data and must be confirmed against the manufacturer's current declaration of conformity on the NXP product page or via the manufacturer compliance team. The third-party aggregator flags the part as 'Not Halogen-Compliant', but this is not equivalent to NXP's official RoHS/REACH declarations and should be verified before use in restricted markets.

Данные проверены: 2026-10-17 — данные проверены и курируются командой компонентной инженерии XAIPART

Источники: Distributor, Distributor, Octopart, Distributor, Distributor, Distributor, Distributor, Distributor, Distributor, Distributor

Связанные компоненты & термины

NXP Semiconductors Freescale Semiconductor MMC2107CFCPV33 MMC2107 family M210 M-Core STM32F207ZCT6 MB91F523KJBPMC MB91F575CHSPMC STA1052S1 32-bit microcontroller MCU microcontroller unit RISC 32-bit embedded processor ARM Cortex-M3 FR81 144-LQFP LQFP package LQFP family surface mount SMD Flash memory 128 KB Flash 8 KB SRAM RoHS REACH AEC-Q100 automotive body controller industrial motor control POS terminal building automation industrial communication bridge external bus interface OSC crystal