2.13 Inch Retail Price Tag E Paper Display with SPI Interface

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Key Specs

Model P/N

HS02132-M001F-H

Size

2.13″

Resolution

122×250

Brightness

100 (Typ.)(cd/m²)

Viewing Angle

180° Full Wide Viewing Angle

Connector Type

MCU/SPI(24-pin FPC)

Operating Temp

0 ~
40 °C

Overall(mm)

29.2(W)×
59.2(H)×
0.92(D)
Upgrade Options (OEM/ODM)

huisoar

HS02132-M001F-H

General Features

Brand

huisoar

Panel Size (inch)

2.13"

Model P/N

HS02132-M001F-H

Resolution

122×250

Brightness (nits)

100 cd/m² (Typ.)

Viewing Angle

180° Full Wide Viewing Angle

Response Time

6ms

Overall (mm)

29.2(W)×
59.2(H) ×
0.92(D) mm

Active Area (mm)

23.70(H)×48.55(V)

Refresh Rate

60Hz

Display Colors

Black, white and red

Panel Type

E-Ink

Connector Type

MCU/SPI(24-pin FPC)

Operating Temp

0 ~
40 °C

Touchscreen Type

Without

Storage Temp

−25°C to +60°C

Work Mode

Reflective EPD, black/white/red

Pixel Format

122 × 250 pixels; 0.194 × 0.194 mm pixel pitch

Operating Environment

Controlled commercial indoor environments after system qualification g(Typ./Max.)

Designed For

Electronic Shelf Label, Price Tag, Portable E-Note, Industrial Instrument,Retail price tags, electronic shelf labels and compact low-update information panels

2.13 Inch Retail Price Tag E Paper Display with SPI Interface

Its black, white and red 122 × 250 panel uses a 24-pin SPI connection and a 0.92 mm profile for compact shelf-label assemblies.

Product Summary

The Retail Price Tag E Paper Display is a 2.13-inch electronic-paper component for shelf labels and other low-update retail information products. Its portrait 122 × 250 raster supports prices, product names, barcodes, stock indicators and promotional accents within a compact label area.

The panel provides black, white and red output through an MCU/SPI interface and a 24-pin FPC. It has a 23.70 × 48.55 mm visible area and a 29.20 × 59.20 × 0.92 mm outline. The standard configuration has no backlight and no touch panel.

Key Specifications

ParameterConfirmed value
Display size2.13 inches
Resolution122 × 250 pixels
Display colorsBlack, white and red
InterfaceMCU/SPI
FPC24 pins
Visible area23.70 × 48.55 mm
Module outline29.20 × 59.20 × 0.92 mm
Pixel pitch0.194 × 0.194 mm
ViewingListed 180° wide view
BacklightNone
Touch panelNone
Operating temperature0°C to +40°C
Storage temperature−25°C to +60°C

Black, White and Red Shelf-Label Artwork

Prepare the Native 122 × 250 Canvas

Create label artwork at the native 122 × 250 pixel resolution and confirm the installed orientation before releasing graphics. A portrait layout can reserve a large central price field, a smaller product-name zone and separate areas for unit pricing, promotion text or inventory status.

Small fonts, thin rules and barcodes should be validated on a physical sample. Final legibility depends on font weight, front-window reflections and the shopper’s viewing distance.

Use Red as a Controlled Accent Color

Treat red as a third display color rather than a continuous-tone graphic channel. It is well suited to promotional fields, discount marks and alert icons, while black should carry most text and barcode information.

Prepare artwork with explicit black, white and red layers and confirm the accepted bitmap or conversion workflow. Do not assume that artwork prepared for another 2.13-inch panel will produce identical results.

Retail Price Tag E Paper Display SPI Integration

Confirm the 24-Pin FPC Definition

The interface is identified as MCU/SPI with 24 pins, but the complete pin assignment, connector pitch, contact side, logic levels and timing are not defined. A matching pin count does not establish compatibility with another panel.

Before PCB release, confirm the SPI mode, clock limit, chip-select behavior, data/command control, reset, busy indication, supply requirements and generated drive voltages. The FPC drawing should also identify pin-one orientation and the permitted bend area.

Separate the Bare Panel from the ESL System

This item is a display component rather than a complete wireless electronic shelf label. A finished ESL also requires a controller, power subsystem, communications hardware, enclosure, front window and software for receiving and rendering pricing data.

Define whether the procurement scope is the raw EPD panel, a panel-plus-controller assembly or a finished tag. That decision changes firmware, power, mechanical and production responsibilities.

Approve the Controller and Waveform Package

Electronic-paper refresh behavior depends on the controller and waveform package used for the exact color version. The driver IC, LUT or waveform package, refresh time, partial-refresh capability and sleep sequence are not confirmed.

Request the approved datasheet and software package for the ordered revision before selecting a controller or reusing code from another 122 × 250 panel.

Mechanical and Optical Qualification

Use the Confirmed Module Envelope

The panel outline is 29.20 × 59.20 × 0.92 mm, with a 23.70 × 48.55 mm visible area. The enclosure drawing should define the front opening, support surface, FPC exit and tolerance stack without stressing the glass edge or flex connection.

The product view shows the FPC exiting from the lower edge, so connector placement and bend clearance should be included in the first prototype.

Design for Ambient Light

The standard panel has no backlight. Its appearance depends on store lighting, front-window transmission, reflections and viewing geometry. The listed 180° wide-view statement should be validated in the intended housing rather than treated as a finished-system guarantee.

No front light, protective-glass grade or optical bonding is confirmed for the standard configuration.

Temperature and Refresh Boundaries

Apply the 0°C to +40°C Operating Range

The component operating range is 0°C to +40°C, and the storage range is −25°C to +60°C. These limits suit controlled commercial environments but do not establish freezer, refrigerated-case or outdoor operation.

Finished-product qualification should also include the controller, battery, adhesive, enclosure and front window.

Confirm Update Timing and Power Data

No refresh time, update-energy figure, sleep current or lifetime grade is confirmed. Battery-life calculations should use approved measurements from the selected controller, waveform, update frequency and wireless architecture.

Define the expected number of daily updates, full-screen refresh requirement, permitted flicker and recovery behavior after power interruption.

Applications and Selection Boundaries

The Retail Price Tag E Paper Display is suited to electronic shelf labels, promotional price cards, inventory tags, reusable logistics labels and compact low-update information panels after interface and environmental qualification.

It should not be presented as a complete wireless ESL, touch display, illuminated display or freezer-grade label. Projects requiring partial refresh, front lighting, touch or a broader temperature range need separate review.

Customization and Procurement

FPC orientation, connector definition, controller and waveform support, color version, front-window design, enclosure adaptation, artwork conversion, branding and packaging may be reviewed by project.

Custom configurations are generally reviewed from 500 pieces, subject to tooling requirements, material availability and the requested specification. Sample and standard-panel quantities are confirmed separately.

Procurement Checklist

Confirm the following before sample approval:

  • Approved ordered revision and exact black, white and red color version
  • Native 122 × 250 artwork and installed orientation
  • Complete 24-pin assignment and FPC drawing
  • SPI mode, timing, clock, reset and busy signals
  • Logic supply and panel drive-voltage requirements
  • Controller, LUT and waveform package
  • Full-refresh and partial-refresh support
  • Refresh time, update power and sleep-current data
  • 23.70 × 48.55 mm visible area
  • 29.20 × 59.20 × 0.92 mm mechanical fit
  • Front-window material and ambient-light target
  • 0°C to +40°C operating environment
  • Sample criteria, order quantity and annual demand

Application Scenarios

FAQ

About 2.13 Inch Retail Price Tag E Paper Display

What must be checked before connecting the 24-pin SPI panel?

Confirm the pinout, FPC pitch and contact side, SPI mode, clock, reset and busy behavior, logic levels and drive-voltage requirements. The 24-pin label and SPI interface do not prove compatibility. Submit the host-controller specification and approved ordered-revision documentation before PCB release.

Is this panel a complete electronic shelf label?

No. It is a 2.13-inch black-white-red EPD panel with a 24-pin MCU/SPI connection. A complete shelf label also needs a controller, power subsystem, communications hardware, enclosure and application software. Define the required supply scope before quotation and sample approval.

How should black, white and red artwork be prepared?

Prepare content at 122 × 250 pixels with separate black, white and red regions. Use black for most text and barcodes, red for selected promotional accents and white for the background. Validate small text, barcode readability and color mapping with the approved controller and waveform.

Does the absence of a backlight guarantee visibility in every store?

No. The no-backlight design relies on ambient light, and finished visibility depends on illumination, front-window transmission, reflections and viewing geometry. Test the listed wide-view behavior in the final housing. Front-light or optical-treatment requirements must be specified separately.

Is partial refresh supported?

Partial-refresh support is not confirmed for this exact black-white-red model. It depends on the controller, waveform and panel revision. Request full-refresh and partial-refresh documentation, timing, artifact limits and the recommended operating sequence before including partial update in the product specification.

Need a custom solution or samples?

Request a Sample and Engineering Review For a Retail Price Tag E Paper Display project, submit the host controller, complete 24-pin requirements, SPI timing, voltage plan, waveform needs, 122 × 250 artwork, enclosure drawing, front-window design, refresh target, sample quantity and annual demand. Engineering review covers pin mapping, interface timing, controller and waveform support, color conversion, update behavior, power data, FPC routing, optical conditions, mechanical fit, temperature limits and customization feasibility.
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