1.3-Inch OLED Display Price: A Complete 2025 Guide to Costs, Factors, and Buying Strategies

The 1.3-inch OLED display has become a staple in compact electronics—from smartwatches and fitness trackers to industrial sensors and DIY projects—thanks to its ultra-thin profile, deep contrast, and low power consumption. For buyers, designers, and hobbyists alike, understanding 1.3-inch OLED display prices is critical: costs vary widely based on technical specs, order volume, and application, ranging from under \(1 to over \)15 per unit.

This guide demystifies 1.3-inch OLED pricing in 2025, drawing on current market data and industry trends. We’ll break down base price ranges for different use cases (industrial, wearable, DIY), explore the technical and market factors that drive cost fluctuations, compare retail vs. bulk pricing, and offer actionable tips for optimizing your purchase. Whether you’re sourcing displays for mass production or buying a single unit for a hobby project, this resource equips you with the knowledge to make informed decisions.

1.3-inch OLED display prices are not one-size-fits-all—they hinge on the display’s intended use, which dictates key specs like resolution, interface, and build quality. Below are the most common application categories and their corresponding 2025 price ranges, backed by real market data.

Industrial and IoT devices (e.g., sensors, handheld test instruments, control panels) prioritize durability, standard interfaces (SPI/I2C), and monochrome output over high resolution. These displays are typically passive-matrix OLEDs (PMOLEDs), which are more cost-effective than active-matrix (AMOLED) variants.

• Low-volume (1–99 units): \(2.70 – \)4.00 per unit
• Mid-volume (100–999 units): \(2.35 – \)3.23 per unit
• High-volume (1,000+ units): \(1.00 – \)2.88 per unit

• Resolution: 128×64 (standard for industrial readouts)
• Interface: SPI or I2C (low-cost, widely compatible with microcontrollers)
• Driver Chip: SSD1306 or SH1106 (common, budget-friendly controllers)
• Color: Monochrome (blue or white; eliminates color filter costs)

A manufacturer sourcing 5,000 1.3-inch OLEDs for temperature sensors could expect to pay ~\(1.95 per unit, totaling \)9,750. For 10,000+ units, prices drop to as low as $1.00 per unit—an over 48% savings .

Wearables (e.g., smartwatches, fitness trackers) demand higher quality than industrial displays, often requiring better luminance, tighter tolerances, and sometimes flexible substrates. While many use PMOLEDs for cost efficiency, premium models may use low-power AMOLEDs.

• Entry-level (monochrome, 128×64): \(2.90 – \)5.18 per unit
• Mid-range (monochrome, 128×64, flexible): \(2.99 – \)6.99 per unit
• Premium (high-luminance, 320×320): \(7.00 – \)15.50 per unit

• Luminance: 60+ cd/m² (for outdoor visibility)
• Flexibility: FPC (flexible printed circuit) connections add \(0.50–\)2.00 per unit
• Resolution: Higher densities (e.g., 320×320) increase costs due to more pixels
• Durability: Water-resistant coatings add \(1.00–\)3.00 per unit

A fitness tracker brand ordering 1,000 1.3-inch flexible OLEDs with 128×64 resolution would pay ~\(3.50–\)3.90 per unit, while a premium smartwatch line using 320×320 displays might spend \(12–\)15 per unit .

DIY enthusiasts (e.g., Arduino users, makers) prioritize compatibility and affordability, with most opting for off-the-shelf PMOLED modules. These displays often include pre-soldered headers and driver boards for easy integration.

• Single unit (retail): \(7.49 – \)9.97 per unit
• Small batch (10–20 units): \(3.38 – \)8.12 per unit
• Medium batch (50+ units): \(3.40 – \)7.59 per unit

• Compatibility: Pre-tested for Arduino/Raspberry Pi adds \(1.00–\)3.00 per unit
• Packaging: Anti-static bags or retail boxes increase costs vs. bulk packaging
• Availability: In-stock units command a 10–20% premium over made-to-order options

A hobbyist buying one 1.3-inch OLED for an Arduino project would pay ~\(9.97, while a makerspace purchasing 50 units for workshops could get them for ~\)7.59 each—saving ~24% .

Custom displays (e.g., specialized interfaces, unique form factors, branded color gamuts) involve engineering fees and minimum order quantities (MOQs), making them the most expensive option.

• Engineering fee: \(500 – \)2,000 (one-time cost for design tweaks)
• Per-unit cost (10,000+ units): \(2.88 – \)15.50 (varies by customization)
• MOQ: Typically 1,000+ units (lower MOQs add 20–50% to per-unit costs)

• Interface: Proprietary connectors add \(1.00–\)4.00 per unit
• Color: Custom palettes (e.g., branded red) cost \(0.75–\)2.50 per unit
• Form factor: Irregular shapes (non-rectangular) add \(2.00–\)5.00 per unit

Understanding what drives 1.3-inch OLED costs helps buyers negotiate better deals and avoid overpaying for unnecessary features. Below are the most impactful factors, with real-world examples of their price effects.

The two primary OLED technologies—passive-matrix (PMOLED) and active-matrix (AMOLED)—account for the biggest price gaps in 1.3-inch displays.

• PMOLED: Uses a simple grid to control pixels, making it cheaper to manufacture. Most 1.3-inch OLEDs (industrial, DIY, entry-level wearables) are PMOLEDs, with prices starting at $1.00 for high-volume orders .
• AMOLED: Uses a thin-film transistor (TFT) backplane for precise pixel control, offering better brightness and power efficiency. AMOLED 1.3-inch displays cost 2–3x more than PMOLEDs, with prices starting at $7.00 per unit .

Price Impact: A 128×64 PMOLED costs ~\(1.95 (10,000+ units), while a 128×64 AMOLED costs ~\)7.00 for the same volume—a $5.05 difference per unit.

Higher resolution means more pixels, which increases manufacturing complexity and cost. For 1.3-inch OLEDs, resolution typically ranges from 128×64 (entry-level) to 320×320 (premium).

• 128×64: The most common resolution, used in industrial and DIY displays. Prices start at $1.00 (high-volume) .
• 240×240: Mid-range resolution for wearables, adding \(1.50–\)3.00 per unit vs. 128×64.
• 320×320: Premium resolution for smartwatches, costing \(7.00–\)15.50 per unit .

Price Impact: A 128×64 PMOLED costs ~\(2.45 (1,000–4,999 units), while a 320×320 AMOLED costs ~\)12.00 for the same volume—nearly 5x more.

The interface (how the display connects to a device) affects cost, with simpler interfaces being cheaper.

• SPI/I2C: The most common, low-cost interfaces (used in 90% of 1.3-inch OLEDs). Add \(0.25–\)1.00 per unit vs. parallel interfaces .
• Parallel: Faster but bulkier, used in industrial devices. Costs \(1.00–\)2.00 more than SPI/I2C.
• Proprietary: Custom interfaces (e.g., for branded wearables) add \(1.00–\)4.00 per unit due to engineering costs .

Price Impact: An SPI/I2C 128×64 OLED costs ~\(2.70 (1–99 units), while a parallel version of the same display costs ~\)4.00—a 48% increase.

Volume is the single biggest lever for reducing 1.3-inch OLED prices. Manufacturers offer tiered pricing, with steep discounts for large orders.

• Retail (1–9 units): Highest prices, as sellers add markup for storage and customer support. A 128×64 OLED costs \(7.49–\)9.97 per unit .
• Small batch (10–999 units): Moderate discounts. Prices drop to \(2.45–\)3.90 per unit .
• Large batch (10,000+ units): Maximum discounts. Prices plummet to \(1.00–\)1.95 per unit .

Price Impact: Buying 10,000 units instead of 10 units cuts the per-unit cost of a 128×64 OLED from \(2.90 to \)1.00—a 65% savings.

Color and brightness add cost by requiring additional materials (e.g., color filters) or engineering.

• Monochrome (blue/white): Cheapest option, used in 80% of 1.3-inch OLEDs. Prices start at $1.00 .
• Multi-color: Limited palettes (e.g., blue + yellow) add \(0.50–\)1.50 per unit.
• Full-color (RGB): Rare in 1.3-inch displays but used in premium wearables. Costs \(5.00–\)10.00 more than monochrome .
• Luminance: Displays with 60+ cd/m² (outdoor visibility) cost \(0.75–\)2.00 more than 30–40 cd/m² models .

Price Impact: A monochrome 128×64 OLED costs ~\(1.95 (10,000+ units), while a full-color version costs ~\)8.00 for the same volume—a $6.05 difference.

2025 market trends are shaping 1.3-inch OLED prices, driven by 产能 (capacity) and competition.

• Increased Capacity: Chinese manufacturers have expanded 8.6-generation OLED factories, boosting supply and lowering prices by 15–20% since 2024 .
• Competition: Growth in 中小尺寸 OLED 出货量 (1–8 inch) to 10 billion units in 2025 has intensified competition, pushing down bulk prices .
• Raw Materials: Fluctuations in organic material costs (e.g., OLED emitters) can add 5–10% to prices in tight supply periods.

Price Impact: A 128×64 OLED that cost \(2.30 in 2024 now costs \)1.95 in 2025—a 15% decrease due to expanded 产能 .

How you buy a 1.3-inch OLED—retail, bulk, or custom—depends on your needs (volume, specs, timeline) and budget. Below is a detailed comparison of each buying model.

Retail is ideal for hobbyists, small businesses, or prototyping, as it requires no MOQs and offers fast shipping.

• No MOQ (buy 1 unit at a time)
• Fast delivery (1–7 business days)
• Pre-tested for compatibility (e.g., Arduino)

• Highest per-unit prices (2–3x bulk costs)
• Limited customization (only off-the-shelf specs)

• 1 unit: \(7.49–\)9.97
• 10 units: \(3.38–\)8.12
• 50 units: \(3.40–\)7.59

DIY projects, prototypes, small repairs, or low-volume industrial use (e.g., 10 sensors for a lab).

Bulk buying is for manufacturers, distributors, or large makerspaces that need consistent supply at lower costs.

• Tiered discounts (cheaper per unit at higher volumes)
• Faster lead times for repeat orders
• Basic customization (e.g., packaging, connectors)

• MOQs (typically 100+ units)
• Longer lead times (2–4 weeks for production)

• 100–999 units: \(2.35–\)3.23
• 1,000–4,999 units: $2.45
• 10,000+ units: \(1.00–\)1.95

Wearable brands, industrial device manufacturers, or distributors supplying hobby stores.

Custom buying is for businesses needing displays tailored to their product’s unique specs (e.g., proprietary interfaces, branded colors).

• Displays match exact product requirements
• Exclusive features (e.g., flexible form factors)
• Lower per-unit costs at very high volumes (10,000+)

• High engineering fees (\(500–\)2,000)
• Large MOQs (1,000+ units)
• Long lead times (4–8 weeks for design + production)

• 1,000+ units (custom interface): \(3.50–\)3.90
• 10,000+ units (custom color): \(2.88–\)5.00
• Engineering fee: \(500–\)2,000 (one-time)

Premium wearable brands, specialized industrial device makers, or companies with unique UI requirements.

1.3-inch OLED prices are not static—they’re influenced by broader industry trends. Below are the key 2025 trends to watch, along with their potential impact on costs.

2025 marks the first year 中小尺寸 OLED (1–8 inch) 出货量 will exceed 10 billion units, driven by demand for wearables, AR/VR devices, and industrial sensors . This growth is expanding manufacturing capacity, especially in China, which is pushing down bulk prices by 15–20% compared to 2024.

Price Impact: Expect bulk 128×64 PMOLED prices to drop to \(0.90–\)1.80 by late 2025 as factories scale production.

Display makers are adopting new production techniques to cut costs, including:

• Inkjet Printing: Reduces material waste by 30%, lowering per-unit costs by \(0.25–\)0.50 .
• No-Mask Lithography: Eliminates expensive metal masks, slashing AMOLED production costs by 25% .
• LTPO+ Backplanes: Improves power efficiency without raising costs, making AMOLEDs more competitive with PMOLEDs.

Price Impact: These technologies could make 1.3-inch AMOLEDs cost \(5.00–\)8.00 per unit (10,000+ units) by 2026, down from \(7.00–\)15.50 in 2025.

While OLED dominates 1.3-inch displays in 2025, Micro LED is emerging as a rival. Micro LED offers better brightness and longevity but costs 5–10x more than OLED today . However, as Micro LED production scales, it could pressure OLED makers to lower prices to retain market share.

Price Impact: OLED manufacturers may cut 1.3-inch premium display prices by 10–15% by 2027 to compete with entry-level Micro LEDs.

OLED production relies on rare organic materials (e.g., iridium-based emitters) whose prices fluctuate with supply chains. In 2025, stable supply from Chinese and Korean suppliers is keeping material costs low, but geopolitical tensions could disrupt this, adding 5–10% to OLED prices.

Price Impact: A supply shortage could push 128×64 PMOLED bulk prices from \(1.00 to \)1.10–$1.20 per unit.

Whether you’re a hobbyist or a manufacturer, these strategies will help you get the lowest possible price for 1.3-inch OLED displays in 2025.

The biggest mistake buyers make is paying for unneeded features. For example:

• If you’re building a temperature sensor, a 128×64 monochrome PMOLED (\(1.00–\)2.90) is sufficient—no need for a 320×320 AMOLED (\(7.00–\)15.50) .
• If your device is used indoors, a 30–40 cd/m² display is fine—skip the 60+ cd/m² option that adds \(0.75–\)2.00 per unit .

If you anticipate needing multiple displays (e.g., 50+ for a makerspace), buy in bulk to save. For example:

• 1 unit of a 128×64 Arduino-compatible OLED costs \(9.97, but 50 units cost \)7.59 each—saving $119 total .
• Partner with other hobbyists or small businesses to meet MOQs (e.g., split a 1,000-unit order with 3 other brands).

Suppliers often offer discounts for repeat orders or flexible timelines. For example:

• Ask for a 5–10% discount if you agree to a 4-week lead time instead of 2 weeks.
• Negotiate lower prices if you’re willing to accept slightly older driver chips (e.g., SSD1306 instead of the latest model)—they’re often just as functional.

OLED demand spikes in Q3 (July–September) as brands prepare for holiday product launches, driving up prices by 10–15%. Buy in Q1 (January–March) or Q4 (October–December) post-holidays for lower costs.

Prices vary widely between suppliers, even for identical specs. For example:

• A 128×64 SPI OLED costs \(2.90 from one supplier but \)1.55 from another for the same volume .
• Check both regional (e.g., US-based) and global (e.g., Chinese) suppliers—global suppliers often have lower bulk prices, but factor in shipping costs.
•  

• Retail: No MOQ (buy 1 unit)
• Bulk: 10–100 units
• Custom: 1,000+ units

• Shipping: \(5–\)20 for small batches, \(50–\)100 for bulk orders.
• Import fees: 5–10% of the order value for global suppliers.
• Engineering fees: \(500–\)2,000 for custom displays .

1.3-inch OLED display prices in 2025 range from \(1.00 to \)15.50 per unit, depending on application, specs, and order volume. By understanding key cost drivers (PMOLED vs. AMOLED, resolution, order size) and leveraging market trends (expanded capacity, manufacturing advancements), buyers can optimize their purchases—whether they’re sourcing 1 unit for a DIY project or 10,000 for mass production.

As 中小尺寸 OLED 出货量 continues to grow and competition intensifies, 1.3-inch OLED prices are poised to become even more accessible in 2026 and beyond. By following the tips in this guide—matching specs to needs, buying in bulk, and negotiating with suppliers—you can ensure you get the best value for your budget.