Automotive Solutions
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Automotive Solutions STORAGE PRODUCTS

With Vision and Intellect, You Can Make It! Semiconductor devices fulfill a major role in the evolution of automobiles. Toshiba's Three Core Technologies Safety Automobiles have been making tremendous progress in terms of safety, Technology to assist in safe driving environmental performance, and the utilization of information technology. Now, a suite of driver-assist technologies that enhance both vehicle and driver safety are attracting much attention, such as collision avoidance, parking assist and self-driving. Toshiba offers various automotive semiconductor devices designed to improve...

Safety: Advanced Driver Assistance Systems(ADAS) Toshiba offers various next-generation ADAS solutions, including image recognition processors that can run multiple recognition applications in parallel; system power supply ICs with an output stage optimized to deliver maximum system efficiency; and high-performance CMOS image sensors with a two-megapixel, Full HD 1080p resolution and a Toshiba-original high-dynamic range (HDR) mode. ADAS: Front and Surround Monitoring Solutions The TMPV75 and TMPV76 Series of image recognition processors are capable of processing input images from one to...

ADAS Monocular-Camera Rear-View Monitoring Solution (Rear-View Monitor, Electronic Rear-View Mirror, Electronic Door Mirrors) The TMPV7502XBG combines high image recognition performance with low power consumption (0.6 W typical, as measured by Toshiba) due to the use of a single video input interface channel for a monocular camera. Consequently, the TMPV7502XBG is available in a small package. It is suitable for rear-view monitor, electronic rear-view mirror and electronic door mirror applications that provide vehicle and pedestrian recognition and moving-object detection capabilities....

Parking Assist Systems Toshiba’s image recognition processors are suitable for parking assist applications that help drivers safely park their vehicles. From camera images, these image recognition processors recognize parking stripes and detect pedestrians, vehicles and moving obstacles around a vehicle. The image recognition processor can be combined with the Capricorn™ display controller and a video processor to display a top-view image and parking stripes on the instrument cluster or center information display. Camera Camera Camera Image Recognition System for Parking Assist and Top-View...

Image Recognition Processors Running image recognition algorithms necessary for an ADAS at high speed and low power consumption Driving Assistance Applications Features The TMPV75 and TMPV76 Series of image recognition processors process input images from in-vehicle cameras and detect the motion of human beings, and their heads and arms as well as vehicles and other objects. The TMPV75 and TMPV76 Series can provide recognition results in various manners, such as marking the recognized objects over a camera image on an LCD panel, alerting the driver with a voice message or beep, or notifying...

Image Recognition Processors Feature 1: Parallel execution of up to eight image recognition applications The Media Processing Engine (MPE) is suitable for image recognition and other multimedia processing. It is a very long instruction word (VLIW) machine that can issue multiple instructions simultaneously. It consists of Toshiba's proprietary low-power 32-bit RISC core called a Media Embedded Processor (MeP) and either a coprocessor suitable for multimedia processing called Image Recognition VLIW Coprocessor 2 (IVC2) or its successor, IVC2 with FPU (IVC2F). IVC2 and IVC2F can execute one...

Feature 3: Toshiba’s original pattern recognition using color features (TMPV760 Series) In addition to the Toshiba-original luminance-based CoHOG, the image recognition accelerator contained in the TMPV760 Series processes four kinds of feature quantities: color-based CoHOG, Co-occurrence Histograms of Pairs of Edge Orientations and Color Differences (CoHED), Co-occurrence Histograms of Color Differences (CoHD), and Color Histograms. This accelerator provides high recognition performance even at nighttime and at scenes with less luminance differences between objects and the background....

Automotive Display Controllers Capricorn™ Toshiba’s automotive display controllers are designed to provide the capability to display instrument clusters, navigation systems and other in-vehicle applications. These controllers integrate a CPU(s), a graphics engine(s) and a variety of interfaces on a single chip. Toshiba is also developing automotive display controllers with a stepper motor controller that can control analog meters. Overview Display controllers available for low-end to high-end applications Integrated ARM Cortex or TX49 RISC CPU 24-bit color depth plus 8-bit alpha blending...

Toshiba's 2D Graphics Engine TX4966 Display Capabilities 3D cover flow x1/y1 1. Rotation engine 2. Transformation engine 3. Drawing engine 4. Blit engine G1 3D Engine (TX4966), Animation using OpenGL® ES 1.1 Mirroring Rotation engine High-quality motion pictures using Blitting Engine and Transformation Engine Antialiasing Transformation engine Drawing engine Thanks to the graphics engine, graphical applications put little workload on the CPU. Built in Individual 5 Layers by Each GDC (Graphic Display Controller) Capricorn-Bt/C 5-layer-GDC Support Format 16-bit RGB (5:6:5) 32-bit RGBA...

Automotive Video Processors Dual/Single-Picture Video Processors Highlights Frame memory for dual-picture processing Toshiba's automotive dual video processors with an integrated frame memory can display two independent pictures simultaneously. (Video processors without a frame memory can display only one picture.) Additionally, dual video processors can overlay graphics signals from a system-on-a-chip (SoC) on video signals. Toshiba's video processors incorporate a video decoder(s), support various analog and digital video formats and allow optimal picture adjustment according to the...