Datasheet — Eyeq4

No. EyeQ4 remains in production for cost-sensitive L2 systems (e.g., lane keeping + AEB) where 2.5 TOPS is sufficient. The datasheet is still essential for:

The EyeQ4 datasheet is unique because it describes a , not a CPU or GPU. The architecture consists of four main blocks: eyeq4 datasheet

For hardware designers, the most consulted section of the is the pinout table and electrical specifications. Below is a synthesized summary. The architecture consists of four main blocks: For

| Rail Name | Voltage (Nominal) | Max Current | Purpose | |-----------|------------------|-------------|---------| | VDD_CORE | 1.0V | 2.1A | VMPs and accelerators | | VDD_IO | 1.8V / 3.3V (selectable) | 0.5A | GPIO, debug, SPI | | VDD_MEM | 1.2V | 1.8A | DDR controller, PHY | | VDD_PLL | 1.0V | 50mA | Clock generation | While often overlooked, the EyeQ4 integrates an (specific

like the EyeQ5/EyeQ6, or are you reverse-engineering/studying its hardware accelerator ecosystem Mobileye EyeQ4 Vision Processor Family

With the release of EyeQ5 (24 TOPS, 7nm) and EyeQ6 (up to 128 TOPS), many wonder if the EyeQ4 datasheet is obsolete.

While often overlooked, the EyeQ4 integrates an (specific cores not public but believed to be Cortex-R or A-series derivatives) for: