Complete EBYTE WiFi module comparison guide. Compare ESP8266, ESP32, CC3200, DA16200, RTL8812 and MT7688 modules across UART, WiFi+BLE, dual-band and router series. Find your perfect match.

EBYTE, in partnership with leading chip manufacturers including Espressif, Texas Instruments, Realtek, and MediaTek, has built a complete product matrix covering Serial-to-WiFi, WiFi+BLE combo, dual-band WiFi, and router-grade WiFi modules.

EBYTE's E53 series (FMS system) is built specifically to solve these agricultural IoT challenges. It uses LoRa spread spectrum technology with a star network topology, supports master-node command delivery and OTA firmware updates — a perfect fit for your farm project

In a nutshell: CANopen is a high-level Application protocol built on top of CAN bus hardware. Through a standardized communication mechanism and object dictionary, it enables PLCs, sensors, actuators, and other devices to "speak the same language" and work together efficiently. Distributed I/O is one of CANopen's most classic and widely used Applications.

A multi-dimensional comparison covering penetration, interference immunity, transmission range, regulatory constraints, with EWM700 case analysis

The Semtech SX1276 is the most widely adopted LoRa transceiver in the ELRS ecosystem for the 900 MHz band, and understanding how it works is key to appreciating why ExpressLRS receivers like the EWM700-900T20DXN can deliver 20–40 km range at only 100 mW output power

ExpressLRS (ELRS) is a high-performance, open-source radio control (RC) link system built on ESP32/ESP8285 microcontrollers and Semtech SX127x/SX128x LoRa RF chips. Hosted on GitHub and maintained by a global community, it is designed for FPV drones, fixed-wing aircraft, RC cars, boats, and other RC Applications.

When selecting an embedded industrial core board, engineers often fall into a common trap: focusing solely on CPU clock speed and core count while overlooking the processor's ecosystem — whether documentation is complete, drivers are mature, the community is active, and long-term supply is stable.

The NE2-S1W module from EBYTE was born to solve this core pain point. Built upon the classic NE2-S1 Ethernet serial server module, it integrates WiFi functionality directly, enabling "wired + wireless" dual-network access and making serial device networking far more flexible. Meanwhile, the companion NE2-S1W-TB development test kit provides an ideal platform for rapid evaluation and prototyping.

The E91-DTU(xxxSL30) series and E91-DTU(400SL37) launched by Chengdu EBYTE Electronic Technology Co., Ltd. are purpose-built to address this core pain point. They are EBYTE's next-generation LoRa waterproof wireless data radios, featuring IP67 waterproof rating, industrial-grade wide temperature range, and high-power long-distance communication — allowing wireless communication to fear no weather

EBYTE industrial computing product model numbers follow a three-segment structure: "Prefix + Core Identifier + Suffix." Each segment carries specific product information. Different product types (core boards, single board computers, industrial controllers) have different prefixes, but the internal encoding logic remains consistent.

In the world of embedded Linux industrial System-on-Modules (SoMs), the entry-level market has long been dominated by two major camps: NXP's i.MX6ULL and STMicroelectronics' STM32MP1 series. Choosing between them is a classic dilemma every hardware engineer and project manager faces.

EBYTE Wireless Modules Based on Silicon Labs EFR32 Series — Comprehensive Technical Analysis of E51-470NW16S, E180-ZG120A/B, and E76-2G4M10S1A

In the industrial computing domain, the number of processor cores in a CPU module — "how many cores" — is a critical metric of performance. From dual-core to quad-core, and up to higher-core-count multi-core processors, the differences go far beyond simple numerical stacking. They represent fundamental distinctions in task processing capability, power consumption, and Application scenarios.

In embedded systems development, hardware performance is undoubtedly important, but the factor that truly determines whether a project can be rapidly deployed is often the maturity of the software ecosystem. For ARM-based industrial core boards running Linux, a well-crafted software ecosystem can compress development cycles from months to just weeks. This article takes EBYTE's industrial core board product line as a case study to explore how the software ecosystem serves as the "invisible engine" that accelerates product time-to-market.