OEM Replacement Solution inventory_2 In Stock & Customization Available memory Raspberry Pi & Industrial Compatible

Inland 3.5 Inch TFT LCD Touch Screen Monitor Replacement

High-reliability 3.5" TFT display module engineered as a drop-in replacement for Inland 3.5" touch monitors. Ideal for embedded systems, Raspberry Pi, HMI controllers, and industrial field equipment facing component obsolescence.

Resolution 480×320 / 320×240

Touch Tech Resistive & PCAP

Interface Bus SPI / RGB / MCU / MIPI

Operating Temp -20°C to +70°C

Luminance 350 - 1000 Nits

LED MTBF 50,000 Hours

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verified Guaranteed pinout cross-compatibility & 5-10 year production lifecycle commitment.

ZY-350-INL4832-RT

Mechanical Blueprint & Panel

Active Area

73.44 × 48.96 mm

480×320 RGB

straighten Outline (W×H×D): 85.92 × 56.34 × 3.85 mm

cable Connection Header: 40-Pin GPIO / 0.5mm FPC

settings_brightness Backlight Drive: 6x Parallel White LED Array

swap_horiz Inland PN: INL-3.5-LCD 100% Drop-In Match

Product Overview & Replacement Solution

The original Inland 3.5 inch TFT LCD touch screen monitor has long been recognized as a versatile, low-profile display module standard for hobbyists and industrial system integrators alike. Commonly configured with 480×320 resolution, integrated touch control, and an interface adapted directly for Raspberry Pi headers and compact embedded motherboards, it plays an essential role in miniature diagnostic displays, field instruments, and edge compute dashboards.

However, sudden supply chain allocations, manufacturer discontinuation, and revisions to original Inland production runs have left engineering teams and aftermarket repair depots facing critical module shortages. Zylcdshop addresses these risks directly by manufacturing industrial-grade, drop-in replacement TFT LCD panels engineered to identical mechanical envelopes, pin-for-pin bus compatibility, and optical specifications.

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Engineered Drop-in Replacement Guarantee

Our replacement series (ZY-350 series) directly replaces discontinued or obsolete Inland 3.5 inch TFT LCD touch modules without requiring mechanical PCB redesign or software driver rewrites. We support standard 40-pin Raspberry Pi GPIO direct plug-in connections, ILI9486 / ST7796S driver controller IC architectures, XPT2046 touch controllers, and custom FPC flexible flat cable modifications upon request.

Engineering Parameters

Comprehensive Technical Specifications

Unit: mm, Typ. values at 25°C unless otherwise noted

Parameter	Standard Specification	Optional / Custom Configurations
aspect_ratio Display Size	3.5 Inch (Diagonal)	Custom 2.8", 3.2", 4.0", 4.3" available
tv Display Type	Transmissive TFT LCD Touch Screen Module	Sunlight readable transflective options
grid_view Resolution	480 × 320 Pixels (HVGA)	320 × 240 (QVGA) alternative variant
crop Active Area (A.A.)	73.44 (H) × 48.96 (V) mm	Customized mask or polarizers
square_foot Outline Dimensions	85.92 × 56.34 × 3.85 mm (Without bracket)	Mounting bezel, ears, or front frame options
touch_app Touch Panel Type	4-Wire Resistive (RTP) with XPT2046 Controller	Projected Capacitive (PCAP) Multi-Touch / I2C
hub Interface Options	SPI (High-Speed 4-wire) / 40-Pin Header	RGB 18/24-bit, MCU 8/16-bit, MIPI DSI
visibility Viewing Direction	12:00 Clock / 6:00 Clock Direction	Full View Angle IPS Panel Upgrade (80/80/80/80)
wb_sunny Backlight Luminance	350 cd/m² (Nits) Standard	500 - 1000 cd/m² High Brightness for Sunlight
thermostat Operating Temp Range	-20°C to +70°C	-30°C to +80°C Extended Wide Temp Grade
bolt Operating Voltage	3.3V Logic / 5.0V Power Input	Wide voltage DC-DC step down onboard (7-24V)
developer_board Host Compatibility	Raspberry Pi 3B / 3B+ / 4B / 5, Zero 2W	Arduino Uno/Mega, STM32, ESP32, Embedded Linux

Architectural Highlights

Key Features of the 3.5 Inch TFT Module

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Compact 3.5" Form Factor

Optimized footprint designed specifically for tight spatial budgets in portable medical devices, industrial handheld terminals, and space-limited DIN-rail enclosures.

A.A.: 73.44 × 48.96 mm

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High Clarity TFT Display

Delivers up to 262K crisp colors with high contrast ratios, wide viewing angle polarization, and zero-flicker LED driver backlights built for 24/7 continuous operation.

Color: 65K/262K True RGB

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Dual Touch Technologies

Choose between industrial 4-wire resistive touch (supporting gloves and styluses in grease/water environments) or projected capacitive (PCAP) multi-touch panels with smooth gestures.

Controller: XPT2046 / FT6336

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Multi-Interface Bus Options

Plug-and-play SPI connection directly over the Raspberry Pi 40-pin header, with alternative pinouts accommodating MCU 8/16-bit parallel buses or high-speed RGB interfaces.

Speed: Up to 125MHz SPI Bus

Deployment Spectrum

Proven Application Domains

Raspberry Pi & IoT

Pi Dashboards & IoT Nodes

Compact display standard for Raspberry Pi mini computers, OctoPrint status monitors, Pi-hole telemetry dashboards, and localized headless server monitoring terminals.

check Direct 40-Pin header alignment
check Raspbian / Linux kernel driver ready

Industrial Automation

Industrial HMI Terminals

Machine automation interfaces, PLC sub-controller panels, electrical testing rigs, and measurement instruments requiring rugged, glove-compatible resistive touch input.

check High noise immunity design
check Rugged glove and stylus tracking

Embedded Systems

Microcontrollers & DSPs

Low-overhead UI solution for STM32, ESP32, Arduino Mega, and NXP i.MX systems using standard SPI or 8/16-bit parallel buses with readily available open-source GUI libraries.

check LVGL & TouchGFX compatible
check Hardware SPI DMA support

Smart Hardware

Smart Devices & Tools

Handheld diagnostic multimeters, HVAC smart thermostats, intercom access control systems, and portable inspection cameras prioritizing low energy consumption.

check Low 3.3V standby consumption
check Sleek custom bezel glass integration

Institutional Engineering Partner

Why Choose Zylcdshop for LCD Replacement

We specialize in bridging the gap between discontinued consumer OEM panels and long-lifecycle industrial manufacturing requirements, providing predictable, multi-year supply reliability.

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5-10 Year Product Availability

Avoid costly board redesigns due to unexpected end-of-life (EOL) announcements. We lock Bill-of-Materials (BOM) configurations for multi-year industrial lifecycles.

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Pin-to-Pin Compatibility & Custom FPC

Need an altered ribbon flex layout or inverted connector pinout? Our in-house engineering team modifies FPC pinouts, length, and connector types to match your legacy motherboard.

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Optical Bonding & Brightness Boost

Upgrade standard 350-nit indoor screens to sunlight-readable 1000-nit modules. We offer full optical bonding (OCA/OCR), Anti-Glare (AG), Anti-Reflective (AR), and Anti-Fingerprint coatings.

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Low Prototyping MOQ & Fast Sampling

Rapid engineering sample dispatch within 3–5 business days for evaluation. Low minimum order quantities allow testing and validation without high financial risk.

Engineering Checklist

How to Select the Right 3.5" TFT LCD Touch Screen

Review these four critical hardware parameters before ordering a replacement display assembly:

1 Step 01

Check Resolution

Confirm your application requirement between standard 480×320 (HVGA) for sharp UI graphics or 320×240 (QVGA) for legacy MCU memory budgets.

Check frame buffer RAM size

2 Step 02

Confirm Bus Interface

Verify controller bus protocol: SPI 4-Wire for Raspberry Pi direct stacking, or parallel RGB/MCU 8/16-bit buses for high-speed frame rendering.

Match pinout pitch (0.5mm / 2.54mm)

3 Step 03

Select Touch Method

Choose Resistive (RTP) for harsh factory conditions, glove use, and stylus inputs, or Capacitive (PCAP) for multi-touch and optical clarity.

I2C vs SPI touch controller IC

4 Step 04

Verify Dimensions

Confirm module outline (85.92 × 56.34 mm), active area placement, connector location, and screw bracket clearances to ensure drop-in mechanical enclosure fit.

Compare 2D CAD DXF drawings

Engineering Support

Frequently Asked Questions

An Inland 3.5 inch TFT LCD touch screen monitor is a compact display module integrating a 3.5-inch color transmissive panel with touch screen functionality (commonly 480×320 resolution with resistive touch). It was widely popularized as an affordable, plug-and-play monitor for Raspberry Pi development boards, embedded maker projects, and portable instrumentation systems.

Yes. Zylcdshop manufactures 100% pin-compatible and dimensionally matched 3.5-inch TFT replacement modules. Our displays are calibrated to match the active area, optical parameters, pinout assignments (ILI9486 / ST7796 / XPT2046 controller configurations), and operating voltages of the original Inland monitors, providing seamless drop-in replacements for field maintenance or continued production.

Yes. Our standard replacement unit incorporates the standard dual-row 40-pin female GPIO header that sits directly on top of Raspberry Pi boards (compatible with Raspberry Pi 3B, 3B+, 4B, 5, and Pi Zero 2W). Standard open-source LCD-show drivers and Linux frame buffer kernels (fbcp / FBTFT) are fully supported.

Absolutely. We offer complete OEM/ODM modifications including: Projected Capacitive (PCAP) multi-touch glass bonding, custom logo printing on cover lenses, high-brightness backlight enhancement up to 1000 nits, wide-temperature (-30°C to +80°C) industrial liquid crystal polarizers, and custom FPC cable lengths or pinouts.

Industrial Catalog

Need an Inland 3.5 Inch TFT LCD Replacement or Custom OEM Solution?

Contact Zylcdshop engineers today for sample verification, pinout cross-check, CAD drawings, and tier-volume pricing discounts.

mark_email_read Direct engineer response within 4 hours

science Evaluation sample kits dispatched in 48-72h

verified 100% mechanical & timing verification before dispatch

engineering

Display Applications Engineering Desk

service@zylcdshop.com

Request Quote or Sample Testing

Complete the technical specifications for an accurate quotation.