MIMXRT1052CVL5B

Why Choose NBTC to Order MIMXRT1052CVL5B?

NBTC GROUP LIMITED supply advantage: technical empowerment and ecological support

As an expert in the supply chain of electronic components, NBTC GROUP LIMITED provides all-round support for MIMXRT1052CVL5B:

1. Company background and strength
   Main business of electronic components import and export, support BOM matching! Quick response! Stable supply chain! .
2. Spot and delivery
   Shenzhen warehouse always has spot, supports large quantities, and provides global delivery.
3. Price advantage
   Compared with Digi-Key ($13.87) and Mouser ($10.76), NBTC is only $8.99, reducing procurement costs by about 15-20%.

MIMXRT1052CVL5B

$9.90 Original price was: $9.90.$8.90Current price is: $8.90.

MIMXRT1052CVL5B

• Shipping Date: Shipping out within 3 days after full payment.
• Description: RT1050 Microcontroller IC 32Bit Single-Core 528MHz External Program Memory 196-LFBGA

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• Packing QTY: 1Pcs

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SKU: MIMXRT1052CVL5B

分类： Other BOM Materials, Pre-sale And New product

标签：BOM

* Product technology analysis: Performance breakthrough of cross-border processors

MIMXRT1052CVL5B is a cross-border processor of the i.MX RT1050 series, designed for industrial and edge computing scenarios. Its core architecture and performance advantages are as follows:

Core and main frequency

Adopting M7 core, industrial-grade main frequency reaches 528MHz (consumer-grade can reach 600MHz), supporting VFPv5 architecture floating-point unit, providing 32KB L1 instruction cache and 32KB L1 data cache, taking into account high performance and real-time response.

Memory and storage

1. Integrated 512KB tightly coupled memory (TCM), which can be flexibly configured as general RAM or dedicated storage, with 96KB boot ROM, supports fast startup.
2. Supports expansion interfaces such as SDRAM, NAND/NOR FLASH, SD/eMMC, Quad SPI, etc. to meet the storage requirements of complex systems.

Interfaces and peripherals

1. Display interface: supports parallel RGB LCD, 8/16/24-bit interface, with a maximum resolution of 1366×768, suitable for industrial HMI and consumer-grade display screens.
2. Audio interface: integrated SPDIF, I2S, SAI, supports AC97 and TDM codecs, suitable for audio subsystems and voice interaction devices.
3. Communication interface: provides CAN, I2C, SPI, USB 2.0 OTG, Ethernet controller (10/100Mbps), supports industrial Internet of Things and device interconnection.

Power supply and power consumption

Integrated DCDC and LDO, supports low power mode (24MHz operating frequency), built-in temperature sensor and GPC hardware power controller to optimize energy efficiency.

Security and encryption

Equipped with a data coprocessor (DCP), supporting AES-128, SHA-1/256, and CRC32 encryption, providing secure boot and non-volatile storage (SNVS), meeting industrial-grade security requirements.

* Application scenarios: an all-round player in industrial and edge computing

1. Industrial control
   **Motor control: High-precision motor drive is achieved through FlexPWM and orthogonal encoder.
   **Human-machine interface (HMI): Supports complex graphics rendering and touch interaction, and is suitable for industrial panels and monitoring systems.
   **Industrial Internet of Things (IIoT): Integrates Ethernet and wireless interfaces (such as WLAN, Bluetooth) to achieve remote monitoring of equipment and data upload.
2. Consumer electronics
   **Smart home: Low-power mode adapts to battery-powered devices (such as sensor nodes), combined with 2D graphics acceleration to support local display.
   **Wearable devices: Extend battery life through low-power peripheral interfaces, suitable for health monitoring and sports tracking.
3. Automotive electronics
   **In-vehicle infotainment system: Supports high-resolution display and audio processing, providing a smooth interactive experience.
   **Assisted driving module: Combines sensor interfaces (such as CSI) with real-time response capabilities to assist data collection and preprocessing (needs to pass AEC-Q100 certification).
4. Edge computing
   **Lightweight AI reasoning: Utilize floating point units and 2D graphics engines to accelerate algorithm operations.
   **Sensor data processing: Efficient data acquisition and transmission through parallel interfaces and DMA.