ADAS SoC
WT8911
| 【 General Description 】 |
| The WT8911 is a high performance smart camera processor for ADAS application which incorporates a 32-bit RISC CPU with DSP instruction set that operates up to 200MHz and rich vision-processing-units/interfaces such as scaler, lens correction, image mask, optical flow detection, and etc. It features ADAS functions such as LDW (Lane-Departure Warning), MOD (Moving-Object Detection), BSD (Blind-Spot Detection), RCW (Rear-Collision Warning), and etc. |
| With a small form factor BGA package, the WT8911 is perfect for smart camera for automotive application where the vision processor must be integrated into the camera module. As a stand-alone processor, the WT8911 can drastically reduce main ECU’s computing burden for time-sensitive ADAS computing. It can also act as a co-processor of WT8893S Around View Monitor (AVM) processor providing ADAS features to an AVM system. The WT8911 has been qualified to the Automotive Electronics Council (AEC) standard Q100 (Grade 2). |
| 【 Features 】 | |
| ● | Embedded 32-bit RISC CPU core |
| - Support external program memory with serial flash memory via 4-wire interface | |
| - DSP instruction set | |
| - Internal 32KB DLM | |
| - Internal 128KB ILM | |
| - AXI to APB bridge | |
| ● | Memory |
| - External serial flash | |
| - 10 optimized frame buffers for video data storage and CPU access | |
| ● | Down sampling scaler with flexible scaling ratio (1 - 6) |
| - Bilinear method | |
| ● | Image mask (5x5 and 1x5) with user-defined coefficients |
| ● | Grid remap |
| ● | Perspective |
| ● | Optical flow |
| - Lucas-Kanade (LK) optical flow algorithm | |
| ● | Features from accelerated segment test (FAST) corner detection |
| ● | Connected component labeling (CCL) |
| ● | Histogram 1D/2D calculation with polygon shape (MAX2D) |
| ● | Optimized OpenVX engine |
| ● | Sum of absolute differences (SAD) |
| ● | Video inputs: |
| - ITU-601 / ITU-656 / ITU-1120 YUV | |
| - Video formats: 720x480, 720x576, 1280x720p, 1920x1080p (30FPS) | |
| ● | Video outputs: |
| - ITU-601 / ITU-656 / ITU-1120 YUV | |
| - Video formats: 720x480, 720x576, 1280x720p, 1920x1080p (30FPS) | |
| - Analog CVBS output with internal video encoder | |
| ● | Parking guideline drawing |
| ● | B/W stretch and histogram |
| ● | Brightness & contrast adjustment |
| ● | On screen display |
| ● | HD to SD resolution conversion |
| ● | Frame buffer display |
| ● | Communication interfaces |
| - 1 master/slave mode I2C interfaces up to 400KHz | |
| - 1 master/slave SPI up to 12MHz | |
| - 2 full-duplex UART up to 1.5MHz | |
| - 1 CAN bus up to 1MHz | |
| - Interface for ISP and ICE | |
| ● | Timer with 16-bit prescaler |
| ● | GPIO with configurable input / output direction and pull-up / pull-down resistor |
| ● | Window Watchdog Timer |
| ● | 2 PWM (buzzer) |
| ● | CPU clock source |
| - External crystal oscillator 20MHz ~ 27MHz (built-in PLL) | |
| ● | Operating temperature range: -40℃ ~ +105℃ |
| ● | Package type: |
| - VFBGA 112-ball (8 x 8 mm) | |
| - LQFP-128 | |
| ● | AEC-Q100: |
| - This product has been qualified to the Automotive Electronics Council (AEC) standard Q100 (Grade 2) | |
Follow us
