LORDWORLD
LORDWORLD ESP32-S3 5inch IPS Display Development Board 800×480
A 5 inch IPS display board with 800 by 480 resolution, 178 degree viewing angle, 32 bit dual core processor at 240 MHz, 2.4 GHz WiFi and BLE 5 connectivity, plus CAN, RS485.
- Sharp visuals from any angle with 178° IPS panel
- Fast processing for real-time tasks at 240 MHz dual-core
- Wireless connectivity via 2.4 GHz WiFi and Bluetooth
- Flexible expansion through CAN RS485 I2C isolated IO
- Ready-to-use 800×480 RGB LCD simplifies GUI development
ESP32-S3 5-inch IPS Development Board
The LORDWORLD board combines an ESP32-S3 dual-core processor with an 800×480 IPS LCD panel in a single unit. It targets makers and engineers building IoT edge devices that need a local display and wireless connectivity. The integrated RGB interface simplifies hardware design for human-machine interfaces.
Sustained load on dual-core LX7 at 240MHz
The 32-bit LX7 dual-core processor runs up to 240MHz and handles continuous WiFi and BLE traffic alongside display rendering. Onboard antenna placement maintains stable 2.4GHz links during extended data transfers. Isolated IO and industrial interfaces such as CAN and RS485 keep signal integrity over long cable runs in electrically noisy environments.
178° wide viewing angle IPS panel
The 5-inch IPS display delivers a 178° viewing angle so on-screen data remains readable from off-centre positions. This single specification determines whether the board suits control panels, kiosks or handheld testers where operators view the screen from varied positions. A narrower panel would limit those use cases.
商品特色
- Sharp visuals from any angle with 178° IPS panel
- Fast processing for real-time tasks at 240 MHz dual-core
- Wireless connectivity via 2.4 GHz WiFi and Bluetooth
- Flexible expansion through CAN RS485 I2C isolated IO
- Ready-to-use 800×480 RGB LCD simplifies GUI development
商品規格
| Brand | LORDWORLD |
|---|
商品問答
How much power does the ESP32-S3 5inch IPS display board draw when running continuously at 240MHz?
The board uses a 32-bit LX7 dual-core processor clocked up to 240MHz with onboard 2.4GHz WiFi and BLE; typical idle current is low but sustained full-speed operation with the 800×480 IPS panel lit will increase draw noticeably.
What power source and programming interface must I already have to start developing on this board?
You need a USB-C cable for 5V power and serial programming, plus a host PC running the ESP-IDF or Arduino toolchain; no separate debugger or external supply is required for basic bring-up.
Can I connect legacy RS-485 sensors and CAN bus actuators to this board without extra level-shifting hardware?
Yes, the board exposes isolated RS-485 and CAN interfaces alongside I2C and isolated IO, so older industrial devices can attach directly using their native signalling levels.
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