The DM37x processor is compatible with OMAP35x series processor software and pin-to-pin compatible with Sitara AM37x devices, which can easily upgrade products to higher performance options. The difference between DM3730 and DM3725 is that DM3725 does not have a 3D graphics accelerator. Customers upgrading from OMAP3530 to DM3730 can achieve a 50% increase in ARM performance and a 40% increase in DSP performance, as well as a 2x increase in graphics performance, when power consumption drops by about 40%.
800MHz C64x + DSP and hardware video accelerator can realize audio and HD 720p video decoding and encoding independent of ARM processor (supporting audio and video codec), which can be further expanded on ARM, run more advanced applications and support various A responsive 2D or 3D graphical user interface for applications such as industrial personal digital assistants (PDAs).
The DSP engine is programmable and supports multiple general signal processing tasks, such as digital filtering, mathematical functions, and image processing and analysis. For example, in industrial applications using cameras, the DSP can run an edge detection algorithm on the video output by the camera to detect whether certain people or objects are in the picture.
TI provides developers with a complete software development kit (SDK) that minimizes development costs and accelerates the time-to-market process. It contains all the components that developers need to evaluate the product and start development work. It can be passed in a few minutes. The DM3730 evaluation board (EVM) starts development. .
The main features and advantages of DM3730:
Main features
DM3730 and DM3725 are not only pin compatible and software compatible with each other, but also compatible with Sitara AM3715 and AM3703 processors. Each device can be configured to work at multiple operating points that support low-power or high-performance modes;
TMS320C64x + DSP up to 800MHz supports 720p 30 frames per second (fps) high-definition video encoding and decoding;
DM3730 has PowerVR 200MHz graphics accelerator, supports OpenGL ES 2.0, can render 20 million polygons per second, and has an advanced display subsystem;
Compared with the OMAP3530, the performance of the LPDDR controller is increased by 20%, and the L1 cache is improved by 100% (improved memory bandwidth).
Advantage
Provide many price, feature and power consumption options, can meet the needs of various terminal products on the basis of one-time investment in hardware and software;
Can realize high-intensity signal analysis, processing and seamless HD video decoding for multimedia applications;
Enable developers to create user interfaces that support excellent 3D graphical navigation functions for realistic results;
It can improve multiprocessor performance and reduce latency.
A manual light tower is a portable lighting system that is operated manually. It is typically used in construction sites, outdoor events, emergency situations, and other areas where temporary lighting is needed.
Here are some key features and components of a manual light tower:
1. Light Fixtures: A manual light tower usually consists of multiple light fixtures mounted on a telescopic mast. The number and type of light fixtures can vary depending on the model and purpose of the tower.
2. Mast: The mast is the vertical structure that supports the light fixtures. It is typically made of steel or aluminum and can be extended or retracted manually to adjust the height of the lights.
3. Generator: Most manual light towers have an integrated generator to provide power to the light fixtures. The generator is usually powered by gasoline, diesel, or propane.
4. Control Panel: The control panel is used to start and stop the generator, control the intensity of the lights, and adjust other settings. It is typically located near the base of the tower for easy access.
5. Mobility: Manual light towers are designed to be portable and easy to move around. They are often equipped with wheels or a trailer hitch for towing.
6. Stabilization: To ensure stability, manual light towers are equipped with stabilizing legs or outriggers that can be extended to provide a solid base.
7. Durability: Manual light towers are built to withstand harsh outdoor conditions. They are typically made of heavy-duty materials and have weather-resistant coatings.
8. Manual Operation: Unlike automated light towers, manual light towers require manual operation for adjusting the height, turning on/off the lights, and starting/stopping the generator.
9. Lighting Options: Manual light towers can be equipped with different types of light fixtures, such as metal halide, LED, or halogen lights. The choice of lighting depends on the specific requirements of the application.
10. Safety Features: Manual light towers often have safety features such as emerg
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