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ENC28J60
+NomenclatureMicrochip Technology
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FabricantTechnologie de micropuce
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Pièce fabricant #ENC28J60
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Fiche technique ENC28J60 DataSheet
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En stock24447
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Spécifications
| Attribut | Valeur |
Présentation
Description
### Key Features:
- SPI Interface (up to 20 MHz) for easy MCU integration.
- IEEE 802.3 Compliance (10 Mbps Ethernet).
- Hardware CRC, filtering, and DMA for efficient data handling.
- Low power consumption (3.3V operation).
### Applications:
- IoT devices, home automation, and industrial control.
- Used with microcontrollers like AVR, PIC, STM32, and Arduino.
### Limitations:
- No 100BASE-T support (only 10 Mbps).
- Limited buffer size for large packets.
Popular libraries like EtherCard (Arduino) and uIP simplify its use. Ideal for cost-sensitive, low-speed Ethernet projects.
Equivalent
- W5500: Hardwired TCP/IP stack, easier to use.
- LAN8720: PHY chip, requires external MAC (e.g., in MCUs).
- DM9000: Higher performance, parallel interface.
- KSZ8851: SPI/I²C interface, built-in QoS.
- CH395: Integrated TCP/IP stack, supports SPI/UART.
Choose based on interface (SPI, parallel), built-in stack, or PHY-only needs.
Pinout
- SPI Interface (Pins 1–4, 6–8, 23–25): Communicates with a microcontroller via Serial Peripheral Interface (SCK, SO, SI, CS).
- Ethernet PHY (Pins 9–22, 26–28): Handles 10BASE-T Ethernet, including differential transmit/receive pairs (TPOUT±, TPIN±) and LED indicators.
- Power & Reset (Pins 5, 28): Requires 3.3V power (VDD) and a reset input (RESET).
It integrates MAC, PHY, and an 8KB buffer, enabling Ethernet connectivity for embedded systems.
Manufacturer
Application
1. IoT Devices – Enables Ethernet communication in smart sensors, home automation, and industrial IoT.
2. Industrial Control – Used in PLCs, remote monitoring, and automation systems.
3. Consumer Electronics – Adds Ethernet support to printers, gaming consoles, and media devices.
4. Embedded Systems – Provides low-cost networking for microcontrollers (e.g., Arduino, PIC, AVR).
5. Prototyping & Education – Facilitates network experiments in academic and DIY projects.
Its low cost, SPI interface, and compact design make it ideal for resource-constrained applications requiring wired Ethernet.