MYC-C8MMX core board and the development board with NXP i.MX 8M Mini Series processors designed for embedded applications, the application processor family combines advanced processing capabilities, including advanced audio, video and graphics, providing high performance and low power embedded solution-style consumer and industrial applications.
i.MX 8M Mini performance
scalable 1x, 2x or 4x ARM Cortex- A53 + Cortex-M4 core processor
- Arm Cortex-A53 cores running up to each 1.8 GHz, to provide excellent system performance;
- Advanced low-power complex optimization process as the core for fanless operation, low calorie long battery life and system cost. Cortex-A core can be turned off when the low power Cortex-M4 subsystem performs real-time monitoring system.
Flexible memory options to meet the system requirements - LPDDR4 provide high-speed interfaces and the highest performance memory minimum standby power, or DDR4 and DDR3L interface allows the lowest cost system;
flexible high-speed interface - Two USB 2.0 interface with a PHY
- SDIO interface provides scalable three guiding source
storage and connectivity options - PCIe interface with L1 sub-states, and low power for fast wakeup
- MIPI-DSI (4-channel) display interface
- MIPI-CSI (4-channel) camera interface
- Ability Gigabit Ethernet MAC and the IEEE Audio Video Bridging having (AVB) is
applied to the media device IOT advanced video and audio
bis 1080p video interface - Independent hardware video encoding and decoding engine provides a low-power, high-quality products for a variety of applications 1080p video support video, such as video calls, surveillance and streaming media. Support for the latest standards as HEVC (H.265 *) and VP9 * as well as H.264 and VP8.
Professional audio embedded applications - While having a price advantage, to enable up to 20 audio channels embedded applications processor, DSD512 TDM audio mode and intelligently selects an audio stream connected to the speaker, the speaker bar and AV receivers. You can bring advanced audio embedded consumer or industrial design.
A new generation of HMI: video, voice, machine vision, artificial intelligence,
rich display and video functions
- Up to 1080p60 resolution MIPI-DSI (4-channel) interfaces, independent 2D and 3D GPU engines work effectively and efficiently achieve high-quality visual user experience.
- The latest resolution up to 1080p video playback standards
use H.264, H.265 and VP9 (for YouTube) low-power codec hardware acceleration.
The voice control to the edge - You can take advantage of the latest voice control. Software solutions support reliable voice control without DSP noisy environments.
Machine Vision - MIPI-CSI interface can connect the camera and execution based products and services, check imaging. This allows data collected for analysis, study and analysis of commercial or industrial automation systems.
System scalability and optimal design
pin-compatible package option provides design flexibility
- Expand and shrink products through pin-compatible package option enables you to design for protection in the future. Your single PCB design platform. Built using different i.MX 8M Mini application processor options to meet your product needs.
- Construction options include quad-core, dual-core or single-core processors Cortex-A53, Cortex-A53 operating frequency, and 1080p video performance.
Professional design allows system designers to simplify - Our professional engineers have been defined package options to simplify your hardware design and provide cost-effective overall system depends on the application. Hardware reference design can help you get started.
Comprehensive software support - Android, Linux, FreeRTOS and commercial partners operating system. BSP development to benefit from years of i.MX applications processors NXP and its partners.
Industrial and consumer support - Support Industry (-40oC to 105oCTj) application device options is always running in harsh environments. For more cost-effective, high performance application that provides consumer device options (0oC to 95oCTj, faster core speed). Source Mir Technology official website http://www.myir-tech.com/resource/522.asp
