|
| Brand Name: | Shi Zun |
| Model Number: | PX-3568 Board |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Payment Terms: | T/T |
PX-3568 Dual-screen AI-enabled POS Scale Board 1080p eDP interface 4-pole 3.5mm jack
PX-3568 Dual-screen AI-enabled POS Scale Board Description:
The PX-3568 board is driven by a quad-core Cortex-A55 processor that is capable of reaching a maximum clock speed of 2.0GHz. The Mali-G52 GPU can efficiently handle far greater graphical complexity. It also comes with a 0.8-TOPS NPU for AI acceleration and a max RAM capacity of 8GB. With a variety of onboard display interfaces, multiple I/O and expansion options, this board may be readily applied to dual-screen POS scales, industrial control, edge computing, and more.
PX-3568 Dual-screen AI-enabled POS Scale Board Parameters:
|
Keyword: |
Dual-screen AI-enabled POS Scale Board |
CPU: |
Rockchip RK3568, quad-core Cortex-A55 @2.0GHz |
|---|---|---|---|
| GPU: | Mali-G522EE | RAM: | 2GB (or 4GB/8GB optional) LPDDR4 |
|
ROM: |
8GB eMMC (128GB Max) |
PoE: |
1x PoE interface |
|
USB Host: |
4x USB 2.0 (external) 1 x USB3.0,8 x USB2.0 (internal) |
Serial Port: |
1x TTL/RS232 DB-9, 3x TTL/RS232 (pin header type), 1x TTL/RS485 (pin header type) |
|
NPU: |
RKNN NPU,0.8 TOPS (INT8) |
Android: |
Android 11(recommended) |
PX-3568 Dual-screen AI-enabled POS Scale Board Features:
Dual-screen Display Capability: Supports dual-screen display with different content on each screen, suitable for scenarios that require simultaneous display of weighing information and advertisements or promotional messages.
Artificial Intelligence Empowerment: Equipped with artificial intelligence technology, it can quickly and accurately recognize products, reducing manual operations and improving weighing and checkout efficiency.
Powerful NPU Support: Features the RK3568 chip with an integrated 0.8T NPU, supporting various AI models such as Caffe, providing robust AI processing capabilities.
Multi-type Dual-screen Display: Supports multiple dual-screen display configurations such as dual-LVDS or EDP+LVDS, meeting the needs of different scenarios.
Image Processing Capability: Equipped with an 8M ISP with HDR functionality, good performance in backlight conditions, and support for image post-processing such as noise removal, distortion correction, and color enhancement.
Network Connectivity Performance: Supports Gigabit Ethernet and single-band 2.4G or dual-band 2.4G&5G WiFi modules, providing faster network transmission speeds and lower latency.
Compact Design: The overall design is compact and small, facilitating adaptation to different structures of devices.
Built-in Thermal Printer: Compatible with 12V/24V cash drawers, helping devices complete integrated services such as intelligent recognition, weighing, receipt printing, and payment.
High Precision Processing Effect: Based on a large amount of training data and real-world business scenarios, it provides high-precision processing effects.
Algorithm Adaptability: Universal algorithm capabilities, adapting to different scenarios and types of business data input and processing.
Fast Processing Response: Combined with customized optimized algorithm models and engineering solutions, it achieves millisecond-level processing response and feedback.
|
|
| Brand Name: | Shi Zun |
| Model Number: | PX-3568 Board |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Packaging Details: | 170mmx 105mmx 20mm |
| Payment Terms: | T/T |
PX-3568 Dual-screen AI-enabled POS Scale Board 1080p eDP interface 4-pole 3.5mm jack
PX-3568 Dual-screen AI-enabled POS Scale Board Description:
The PX-3568 board is driven by a quad-core Cortex-A55 processor that is capable of reaching a maximum clock speed of 2.0GHz. The Mali-G52 GPU can efficiently handle far greater graphical complexity. It also comes with a 0.8-TOPS NPU for AI acceleration and a max RAM capacity of 8GB. With a variety of onboard display interfaces, multiple I/O and expansion options, this board may be readily applied to dual-screen POS scales, industrial control, edge computing, and more.
PX-3568 Dual-screen AI-enabled POS Scale Board Parameters:
|
Keyword: |
Dual-screen AI-enabled POS Scale Board |
CPU: |
Rockchip RK3568, quad-core Cortex-A55 @2.0GHz |
|---|---|---|---|
| GPU: | Mali-G522EE | RAM: | 2GB (or 4GB/8GB optional) LPDDR4 |
|
ROM: |
8GB eMMC (128GB Max) |
PoE: |
1x PoE interface |
|
USB Host: |
4x USB 2.0 (external) 1 x USB3.0,8 x USB2.0 (internal) |
Serial Port: |
1x TTL/RS232 DB-9, 3x TTL/RS232 (pin header type), 1x TTL/RS485 (pin header type) |
|
NPU: |
RKNN NPU,0.8 TOPS (INT8) |
Android: |
Android 11(recommended) |
PX-3568 Dual-screen AI-enabled POS Scale Board Features:
Dual-screen Display Capability: Supports dual-screen display with different content on each screen, suitable for scenarios that require simultaneous display of weighing information and advertisements or promotional messages.
Artificial Intelligence Empowerment: Equipped with artificial intelligence technology, it can quickly and accurately recognize products, reducing manual operations and improving weighing and checkout efficiency.
Powerful NPU Support: Features the RK3568 chip with an integrated 0.8T NPU, supporting various AI models such as Caffe, providing robust AI processing capabilities.
Multi-type Dual-screen Display: Supports multiple dual-screen display configurations such as dual-LVDS or EDP+LVDS, meeting the needs of different scenarios.
Image Processing Capability: Equipped with an 8M ISP with HDR functionality, good performance in backlight conditions, and support for image post-processing such as noise removal, distortion correction, and color enhancement.
Network Connectivity Performance: Supports Gigabit Ethernet and single-band 2.4G or dual-band 2.4G&5G WiFi modules, providing faster network transmission speeds and lower latency.
Compact Design: The overall design is compact and small, facilitating adaptation to different structures of devices.
Built-in Thermal Printer: Compatible with 12V/24V cash drawers, helping devices complete integrated services such as intelligent recognition, weighing, receipt printing, and payment.
High Precision Processing Effect: Based on a large amount of training data and real-world business scenarios, it provides high-precision processing effects.
Algorithm Adaptability: Universal algorithm capabilities, adapting to different scenarios and types of business data input and processing.
Fast Processing Response: Combined with customized optimized algorithm models and engineering solutions, it achieves millisecond-level processing response and feedback.
