When it comes to dashboards, it’s not what you think
The earliest cars didn't have dashboards at all
Is it surprising?
Hundreds of years ago, in the era of horse-drawn carriages and dirt roads, people set up a shield in front of the driver to prevent dust and splashes, and to prevent the embarrassment of hitting the horse when braking suddenly. At that time, this board was named "dashboard", which is probably the earliest prototype of the dashboard.
In the early 1870s, an engineer named Karl Benz (Karl Benz, is it familiar?) built the world's first internal combustion engine car. However, because the engine was installed under the driver, the wheels would throw debris when the car was running. For safety reasons, the dashboard was once again retained.
Ford Model T – image by Horseless Carriage Club of America
One small step for an engineer, one giant leap for mankind!
Starting in the 1930s, as cars became more complex, engineers realized, hey, this board can not only be used to block mud, but also hang various instruments. Thus, the dashboard was born!
However, the development of dashboards is also very bizarre and tortuous. History has left behind several dashboards with unique designs.
A nightmare of claustrophobia, the dashboard is surrounded by the steering wheel
1972 Maserati Boomerang concept
The disk is not a calculator.
1981 Citroen Xenia concept
This is probably an interstellar spaceship.
1988 Pontiac Banshee
Of course, after years of exploration, today's dashboards have found the perfect middle ground between technology and practicality, like this:
certainly
Behind such a cool dashboard
Cypress wants to say
Traveo MCU
Cypress's Traveo MCU series for automotive use integrates up to 4MB of high-capacity embedded flash memory, stepper motor control and thin-film transistor (TFT) display control, has advanced sound output capabilities and supports all in-vehicle network standards required by today's instrument systems, which can improve the performance and cost-effectiveness of automotive instrument systems and body electronic systems.
The Traveo MCU family is based on the Arm Cortex® R5 240MHz processor and supports the Controller Area Network – Flexible Data (CAN-FD) automotive communication protocol for higher data bandwidth and faster network speeds.
In addition, the 40nm Traveo MCU is optimized for high-end body and gateway systems, and the new process allows automakers to embed more on-chip flash memory for various advanced applications.
With the launch of the 40nm Traveo MCU, the Traveo MCU series helps to build various instrument systems, body and motor control systems, and brings new features such as FOTA upgrades.
How about it? Has it refreshed your understanding of the dashboard?
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