What are the key features of the EPM-1601 embedded peripheral?

The EPM-1601 provides isolated digital inputs, robust EMC protection, and compact size for embedded systems.

What applications is the EPM-1601 suitable for?

It is suitable for status monitoring, event detection, and industrial automation.

What are embedded peripherals and what are their typical applications?

Embedded peripherals are modular I/O and interface boards designed to expand the capabilities of embedded and industrial systems. They are used in automation, data acquisition, process control, and machine monitoring.

What are the advantages of using embedded peripherals?

They provide flexible I/O expansion, industrial-grade reliability, and easy integration with a wide range of embedded platforms.

What is the typical power input for embedded peripherals?

Most embedded peripherals support wide voltage input ranges (e.g., 9-36V DC) and are designed for low power consumption.

What communication interfaces are supported by embedded peripherals?

Common interfaces include RS-232/422/485, USB, Ethernet, CAN, and GPIO, depending on the model.

Are embedded peripherals compatible with standard industrial protocols?

Many models support protocols such as Modbus, CANopen, and EtherCAT for seamless integration.

What is the operating temperature range for embedded peripherals?

Most models support industrial temperature ranges, typically -40°C to +85°C.

How do I install an embedded peripheral in my system?

Most peripherals support DIN-rail, panel, or board-level mounting. Refer to the product manual for detailed installation steps.

What drivers or software are required for embedded peripherals?

Drivers and SDKs are usually provided for Windows and Linux platforms. Check the product page for downloads and documentation.

How do I connect embedded peripherals to my host system?

Use the appropriate interface cable (USB, serial, Ethernet, etc.) and ensure correct configuration in your system BIOS or OS.

What should I do if my embedded peripheral is not detected?

Check power supply, cable connections, and ensure drivers are properly installed. Try connecting to a different port or system if possible.

How can I update the firmware on my embedded peripheral?

Refer to the product manual for firmware update instructions. Updates are typically performed via USB or serial interface using vendor tools.

What steps should I take if I experience communication errors?

Verify interface settings (baud rate, parity, etc.), check for cable or connector damage, and ensure proper grounding and EMC protection.

Avalue EPM-1601 Módulo mPCIe a 4 puertos RS-232

Descripción del producto

The Avalue EPM-1601 is a mini PCI Express (mPCIe) expansion card designed to provide four independent RS-232 serial ports, facilitating seamless integration of legacy serial devices into modern embedded systems.

Engineered for industrial environments, the module operates within a wide temperature range and features a compact form factor, making it suitable for space-constrained applications.

With robust design considerations, the EPM-1601 ensures reliable performance in harsh conditions, making it an excellent choice for industrial automation, transportation, and manufacturing systems.

Especificaciones técnicas

Consumo de energía

3.3V±5%

Interfaz de salida

4x RS-232

Interfaz de entrada

PCI-Express. 2.0

Dimensiones

50.9mm*30mm

Formato

mPCIe

Temp. de funcionamiento

-40°C ~ +85°C

Temp. de almacenamiento

-40~+85°C

Ensayo de vibración

5G @5~500Hz

Ensayo de choque.

10G @ 11ms

SO

Windows 7/10 and Linux

Información de pedido

Standard Ordering PN:

-EPM-1601-A1R

Accessories List:

-2 pair DB-9 connectors cable

¿Qué es EPM-1601?

The EPM-1601 is a placa base industrial y embebida manufactured by Avalue, designed specifically for motherboard-embedded-peripheral applications. The Avalue EPM-1601 is a mini PCI Express (mPCIe) expansion card designed to provide four independent RS-232 serial ports, facilitating seamless integration of legacy serial devices into modern embedded systems. Engineered for industrial environments, the module operates within a wide temperature range and features a compact form factor, making it suitable for space-constrained applications. With robust design considerations, the EPM-1601 ensures reliable performance in harsh conditions, making it an excellent choice for industrial automation, transportation, and manufacturing systems.

Características y ventajas principales

Próximamente publicaremos la información sobre las características.

Aplicaciones y casos de uso

El EPM-1601 es ideal para numerosas aplicaciones de automatización industrial:

Manufacturing and production line applications
Custom industrial computing solutions
Transportation and logistics systems
Industrial automation platforms
Space-constrained applications
Embedded system development
Control system integration

EPM-1601

Aspectos destacados

Descripción del producto

Especificaciones técnicas

Requisitos de alimentación

Consumo de energía

E/S

Interfaz de salida

Interfaz de entrada

Mecánica y condiciones ambientales

Dimensiones

Formato

Temp. de funcionamiento

Temp. de almacenamiento

Ensayo de vibración

Ensayo de choque.

Soporte de software

SO

Información de pedido

Información de pedido

¿Qué es EPM-1601?

Características y ventajas principales

Aplicaciones y casos de uso

Preguntas frecuentes