7.5" E-Ink Display FPC-8612 800×480 Red/Black/White SPI

7.5" E-Ink Display FPC-8612 800×480 Red/Black/White SPI

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Sale price  $139.38 Regular price  $188.62
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7.5" E-Ink Display FPC-8612 800×480 Red/Black/White SPI

7.5" E-Ink Display FPC-8612 800×480 Red/Black/White SPI

Sale price  $139.38 Regular price  $188.62
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7.5-Inch Tri-Color E-Paper Display — FPC-8612 | 800×480 | SPI Interface

Bring your Raspberry Pi Pico or compatible microcontroller projects to life with the RaderBook FPC-8612 7.5-inch E-Ink display. Featuring a crisp 800×480 pixel resolution and a vivid tri-color palette of red, black, and white, this EPD (Electronic Paper Display) delivers a true paper-like visual experience with virtually zero power consumption when idle. Perfect for smart home dashboards, IoT status boards, digital signage, e-readers, and maker projects. Made in Mainland China.

Why Choose an E-Ink Display?

E-paper displays use microcapsule electrophoretic technology: charged pigment particles suspended in a clear fluid migrate when an electric field is applied, reflecting ambient light just like ink on paper. The result is a sharp, glare-free image that remains perfectly visible — even in bright sunlight — without any backlight power drain.

  • ✅ Ultra-low power: Standby current under 0.01 µA — the image holds without any power at all
  • ✅ Wide viewing angle: >170° for easy reading from any direction
  • ✅ Tri-color output: Red, black, and white for eye-catching displays
  • ✅ SPI interface: Supports both 3-wire and 4-wire SPI for flexible integration
  • ✅ 3.3V operation: Directly compatible with Raspberry Pi Pico and most 3.3V microcontrollers
  • ✅ Paper-like aesthetics: Zero flicker, zero glare — easy on the eyes in any lighting

Full Technical Specifications

Display Size 7.5 inches (163.2 × 97.92 mm active area) Outline Dimensions 170.2 × 111.2 mm
Resolution 800 × 480 pixels Display Colors Red, Black, White
Operating Voltage 3.3V Interface 3-wire SPI / 4-wire SPI
Grey Scale 2 Viewing Angle >170°
Full Refresh Time 16 seconds Partial Refresh N/A
Refresh Power 48 mW (typical) Standby Current <0.01 µA (virtually zero)
Dot Pitch 0.204 × 0.204 mm Model Number FPC-8612
PCB Included No Origin Made in Mainland China

Ideal Use Cases

  • 🖥️ Raspberry Pi Pico e-paper projects and DIY displays
  • 📋 Smart home dashboards and IoT status monitors
  • 🏷️ Electronic shelf labels and digital signage
  • 📖 DIY e-reader and information display boards
  • 🔋 Battery-powered sensor readouts and data loggers

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Frequently Asked Questions

Q: Is the RaderBook FPC-8612 7.5-inch e-ink display compatible with Raspberry Pi Pico?

A: Yes — the FPC-8612 operates at 3.3V and communicates via 3-wire or 4-wire SPI, making it directly compatible with Raspberry Pi Pico and other 3.3V microcontrollers. A PCB/driver board is not included, so you will need an appropriate HAT or driver circuit for your specific setup.

Q: How long does the e-ink display retain its image without power?

A: E-ink (EPD) technology allows the FPC-8612 to retain its displayed image indefinitely without any power. The standby current is less than 0.01 µA — effectively zero — meaning your image will persist even when the device is completely powered off.

Q: What is the full refresh time for this 800×480 tri-color e-paper display?

A: The FPC-8612 has a full refresh time of approximately 16 seconds. This is typical for tri-color (red/black/white) e-ink panels of this size, and is well-suited for applications where content changes infrequently, such as dashboards, price tags, or status boards.

Q: Does this e-ink display support partial refresh?

A: Partial refresh is not available (N/A) on this tri-color EPD model. Full-screen refresh at 16 seconds is the standard update mode. For applications requiring frequent updates, a monochrome e-paper display may be a better fit.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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