Key benefits Compact, high-contrast visual interface: a 1.64-inch AMOLED capacitive touch display delivers vivid 16.7M colors and high pixel density for clear graphics and readable text in small devices. Flexible processing choices: a dual-core, dual-architecture design supports either dual ARM Cortex-M33 cores or dual Hazard3 RISC-V cores, with clocks up to 150 MHz to handle responsive UIs, sensor fusion, or lightweight edge computation. Integrated, ready-to-use touch and display stack: the CO-5300 display driver and FT-3168 capacitive touch controller are built in and use standard QSPI and I2C links, reducing hardware integration time. Fast development cycle: drag-and-drop programming via USB mass-storage mode simplifies firmware updates and prototypes without specialized flashing tools. What it does and why it matters Displays high-resolution graphics (280 × 456) and accepts multi-point capacitive touch input on a compact 1.64" AMOLED panel, enabling modern, interactive interfaces in space-constrained products. Supports two mainstream processor architectures (ARM Cortex-M33 and Hazard3 RISC-V) in a dual-core arrangement, giving developers choice in toolchains and performance scaling while maintaining a small footprint. Uses QSPI for display data and I2C for touch control, providing reliable, widely supported communication paths for embedded systems. Key attributes (function, compatibility, size, performance) Function: Combined display and capacitive touch input for user interfaces. Size: 1.64-inch AMOLED module suitable for handheld and embedded applications. Resolution: 280 × 456 for sharp UI and readable text in a compact area. Color: 16.7 million colors for rich visuals. Interface: Display via QSPI; touch via I2C. USB mass-storage mode for drag-and-drop programming. On-chip drivers/controllers: CO-5300 display driver, FT-3168 capacitive touch chip. Processing: Dual-core, dual-architecture support (dual ARM Cortex-M33 or dual Hazard3 RISC-V), clockable up to 150 MHz for responsive display updates and lightweight computation. Practical applications Portable instruments and handheld tools: High-contrast AMOLED and capacitive touch create a compact, responsive control surface for test equipment, medical handhelds, or field meters. Prototype UI and embedded control panels: Integrated display driver and touch controller plus drag-and-drop USB programming speed up iteration when building instrument front-ends, consumer prototypes, or industrial HMIs. Wearables and compact consumer devices: Small form factor and rich color rendering enable notifications, short-form graphics, and touch interactions on wrist devices, smart remotes, or compact controllers. Developer convenience Faster prototyping: Copy firmware files directly to the device via USB mass storage—no specialized flashing utility required. Standard interfaces: QSPI and I2C connectivity simplifies integration with a wide range of microcontroller and SoC ecosystems. Choice of architecture: Use ARM Cortex-M33 or Hazard3 RISC-V cores depending on existing toolchains or ecosystem preferences while retaining the same physical module. Technical summary Display: 1.64-inch AMOLED capacitive touch panel Resolution: 280 × 456 Colors: 16.7M Display interface: QSPI Touch controller: FT-3168 (I2C communication) Display driver: CO-5300 Processor support: Dual-core, dual-architecture (dual ARM Cortex-M33 or dual Hazard3 RISC-V), up to 150 MHz clock Programming: Drag-and-drop via USB mass storage This module is engineered to reduce integration time and deliver a compact, high-quality touch display solution for embedded projects requiring crisp visuals, reliable touch input, and flexible processing options.