TI's new MCU is coming: 10 times the computing power of previous flash-based MCUs, are you excited?

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TI's new MCU is coming: 10 times the computing power of previous flash-based MCUs, are you excited? [Copy link]

MCU appearance, processor-level computing performance,

This new product from TI seems to be very powerful. Are you attracted by it? Do you want to test it?

TI Sitara AM2x MCU combines processor-level computing performance with MCU's easy design, helping engineers realize real-time control, intelligent analysis and network applications. With the new Sitara AM2x series MCU, engineers can use 10 times the computing power of previous flash-based MCUs.

Low-power MCUs with processor-class performance

The AM243x MCU is the first available device in the AM2x family, featuring up to four Arm Cortex-R5F cores, each running at up to 800MHz. This high real-time processing speed is critical in factory equipment such as robots, where fast computing capabilities combined with high-speed access to the MCU's internal memory can help improve both the robot's motion accuracy and speed, thereby increasing productivity. The additional processing power enables designers to further analyze functions such as predictive maintenance, thereby reducing downtime on the factory floor. In a typical application, the AM243x devices can achieve this level of performance while consuming less than 1W of active power, enabling factory operators to extend power supply life and reduce operating costs and energy consumption.

TI's new Sitara AM2x series redefines MCUs

Sitara AM243x MCUs integrate sensing and drive peripherals to enable low-latency real-time processing and control for factory automation, and simplify the implementation of industrial networks through communication acceleration modules. AM243x devices expand TI's support for multiple Gigabit Industrial Ethernet protocols and time-sensitive networks (TSN) to enable next-generation factory networks. With AM243x, engineers can use certified, TI-directed protocol stacks to support EtherNet/IP, EtherCAT, PROFINET, and IO-Link Master, etc. to meet evolving industrial communication standards. The on-chip security features of the AM243x MCU support new encryption requirements, and the integrated functional safety mechanisms, diagnostics, and auxiliary functions can help system integrators achieve the safety integrity level (SIL) 3 requirements of the IEC 61508 standard in their industrial designs.

Simplify high-performance design with easy-to-use tools and software

To reduce the complexity of design and development, TI created the Sitara AM243x LaunchPad development kit to quickly evaluate high-performance MCUs. With the help of evaluation tools and the Sitara MCU+ software framework, developers can immediately start experiencing the precise real-time control and industrial networking capabilities of the AM243x MCU out of the box. Developers can also access application-specific reference examples, a powerful tool and software ecosystem, and the MCU+ Academy training website to simplify design and speed up time to market.

For further information, please read the official press release >>TI's new Sitara AM2x series redefines MCUs, with 10 times the processing power of existing devices

Netizens who have been attracted by the new product can leave comments and Guanzai will see if everyone is interested and try to apply for the new product to test.

dcexpert

If it really has such high performance, it would be great. The biggest problem may be that TI's development tools are difficult to use. I hope there are other options besides CCS.

w494143467

This is still an MCU, the performance is too powerful. I want to test it! ! !

freebsder

I just saw the new product push yesterday, and today there are detailed information. It’s a great thing, I’ll get it to play with.

wsmysyn

Looks very powerful,,, as mentioned above, if the IDE is easier to use, you can play with it. .

When I was in school, I used TI's 2812 DSP. The operation of burning flash was really complicated.

Then there is the IDE. The emulator is so difficult to use...

lcofjp

Launchpad is 576 yuan per piece, and you can start group buying on eeworld.

RCSN

Group Buying

dql2016

Nuclear madman,

dql2016

How to develop programs with so many cores? Will it be troublesome? I need to write two programs for the dual core of ST

cntszxb

Can't find the assembly instruction set for this MCU