Vcan

Name: Vcan
Address: Bantian, Shenzhen, 518129, CN
Telephone: +86 755 2558 7556

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http://iVcan.com is VCAN Group Limited's website on Facebook. We will update our new products information here.

29/10/2026

Wideband RF Signal Monitoring and Analog FPV Video Detection Introduction Wideband RF signal monitoring is an important requirement in wireless communication testing, analog video reception, RF engineering, and automated signal analysis. Engineers often need to identify active frequency channels, measure signal strength, monitor analog FPV video transmissions, and collect RF activity data for further analysis. The iVcan VRX2300 wideband analog FPV video receiver provides a potential hardware foundation for developing a PC-controlled RF monitoring and video detection system....

Wideband RF signal monitoring, analog FPV video detection, PC-controlled frequency tuning, RSSI logging, SDR integration, OEM receiver.

28/10/2026

How to Connect a TCP-to-Virtual-COM Software to a CVBS-to-IP Encoder Board

1. Introduction When integrating a CVBS-to-IP video encoder board into a camera control system, some users need to transmit serial control commands from a PC to the encoder board over a TCP/IP network. For example, a user may have an RS232 controller connected to a PC. The PC receives control commands through a physical serial port or a virtual COM port....

TCP-to-virtual-COM communication with a CVBS-to-IP encoder board, including TTL UART configuration, TCP client/server modes, camera control.

27/10/2026

USB-to-SBUS Converter: Communication Loss, Failsafe Behavior, and MATLAB Compatibility

When using a USB-to-SBUS converter to control a DJI Ronin-S gimbal, a robotic system, or another SBUS-compatible device, it is important to understand how the converter behaves when communication is interrupted. For applications involving powered motors, optical tracking, or automated calibration, a predictable response to communication loss is particularly important. In this article, we answer common technical questions about our USB-to-SBUS converter, including SBUS output behavior, communication-loss handling, watchdog support, firmware identification, and raw 25-byte SBUS packet compatibility....

USB-to-SBUS converter handles communication loss, USB disconnection, failsafe requirements, MATLAB control, and raw 25-byte SBUS packets.

27/10/2026

How to Use the Wideband FPV Video Receiver 500MHz–10GHz (VRX2300)

The VRX2300 wideband analog FPV video receiver covers a specified receiving frequency range of 500MHz to 10GHz. It features nine preset frequency tables containing 424 frequency entries, one user-defined frequency table, three front-panel buttons, a two-digit LED display, a USB Type-C serial interface, and CVBS analog video output. This guide explains how to power on the VRX300, select frequency channels, switch between preset frequency tables, configure the receiver through a computer, and import a custom frequency list....

How to use the wideband FPV video receiver covering 500MHz–10GHz. Preset frequency tables, button control, serial commands, custom channel.

27/10/2026

Wideband Analog FPV Video Receiver, 500MHz–10GHz, 9 Preset Band Tables, Custom Frequency Table, CVBS Output

This is a wideband analog FPV video receiver covering 500MHz to 10GHz, designed for applications requiring flexible frequency selection across multiple RF bands. It features 9 built-in frequency tables with 424 preset channels, plus support for one user-defined frequency table containing 8–80 custom frequencies. With three front-panel buttons, a two-digit display, an SMA antenna connector, CVBS composite video output, and USB Type-C virtual serial port control, the VRX2230 offers convenient local operation and PC-based frequency configuration in a compact receiver. Key Features Wide receiving frequency range: 500MHz–10GHz 9 preset frequency tables with 424 preset channels 1 customizable frequency table supporting 8–80 frequencies USB Type-C interface for serial commands and frequency control...

Wideband analog FPV video receiver covering 500MHz–10GHz, with 424 preset channels, custom frequency tables, USB Type-C serial control.

26/10/2026

RV1126B-P AI Development Board with 3 TOPS NPU, Linux and 4K Video Processing

The RV1126B-P AI development board is a compact 38 × 38 mm Linux computing platform featuring a quad-core ARM Cortex-A53 CPU, 3 TOPS NPU, and hardware-accelerated 4K H.264/H.265 video processing. With 2 GB DDR4 memory, 64 GB eMMC storage, and optional Sony IMX415 4K or IMX307 1080p camera integration, it is designed for edge AI, computer vision, intelligent imaging, and embedded system development. OEM/ODM customization is available for qualified projects....

RV1126B-P AI development board with 3 TOPS NPU, quad-core Cortex-A53, Linux, 4K video processing and optional IMX415 camera integration.

26/10/2026

Custom Firmware on Encoder Boards: OEM Development Policy

Introduction At iVcan, we understand that some OEM customers need more than a standard video encoder board. They may already have their own Linux firmware, web interface, video management system, server infrastructure, and application software. For these customers, the objective is not to use our standard software. Instead, they want to integrate our hardware into their existing products and develop their own complete solutions....

Custom Firmware on Encoder Boards, OEM firmware, hardware pinout documentation, SigmaStar SDK integration, PR2000K decoder drivers

25/10/2026

50W 100W RF Power Amplifier Modules for DDS Boards

Product Overview These 50W and 100W RF power amplifier modules are designed for compatible DDS signal sources and authorized RF transmission or testing systems. Multiple frequency-band options are available for different radio-frequency applications. The product family includes four configurations covering VHF and UHF frequency ranges. Each model operates from a 28V DC power supply and features a compact module design....

50W 100W RF power amplifier modules covering VHF and UHF frequency ranges. 28V DC operation, compact designs and OEM customization.

25/10/2026

DDS RF Detection Board for Two-Way Radio Applications, Jamming Board

Product Overview This DDS-based RF board is designed for specialized two-way radio monitoring and RF countermeasure systems. Covering 136–530MHz, it integrates RF detection and interference-related functions into a compact hardware platform for professional wireless communication applications. According to the manufacturer's application information, the board combines detection and interference functions. The specified detection and response timing is 40ns and 20ms, respectively. Actual operating performance depends on the system configuration, RF environment, antenna setup, and deployment conditions....

DDS RF detection board for two-way radio systems, covering 136–530MHz with RF detection functions, Ethernet, RS485, RS232 interfaces.

23/10/2026

Tiny CVBS AHD to IP Encoder Board – 46×22mm Mini Ethernet Video Encoder with Onboard Recording

Short Description The Tiny CVBS AHD to IP Encoder is an ultra-compact video encoder board measuring just 46×22mm. It converts analog CVBS/AHD video signals into IP network streams through Ethernet, making it ideal for space-constrained embedded systems, industrial equipment, and custom electronics. Unlike conventional designs using a TF card for recording, this compact encoder uses onboard memory chip storage, with optional 32GB or 128GB capacity....

Tiny CVBS AHD to IP encoder board with 46×22mm compact PCB. Mini Ethernet video streaming, onboard memory recording with 32GB or 128GB.

Address

Bantian
Shenzhen
518129

Telephone

+86 755 2558 7556

Website

http://iVcan.com/

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