Remote control and switch output
315/433MHz transmitter and receiver modules for appliances, lighting, gate control, and alarm devices.
Knowledge
RF Module Selection Knowledge
Built from FNRF content-center product data, search opportunity notes, and public-claim guardrails for procurement teams and engineers.
Application Starting Points
Use the application to narrow the product category.
Wireless UART and sensor data
UART TTL links using FSK, GFSK, or spread-spectrum modulation for sensors, instruments, industrial controls, and robots.
Low-power and compact devices
Mini and low-power series for battery devices, single-live-wire products, compact enclosures, and standby-sensitive designs.
Antenna and range evaluation
Pre-production checks cover antenna type, placement direction, enclosure material, and same-band interference.
Selection Flow
These checks make model recommendation and quotation faster before sample ordering.
Remote control, sensor data, alarm, industrial UART, low-power standby, or another use case.
Voltage, IO level, current, UART or switch output, and antenna space.
Target market, certification needs, datasheets, samples, and pre-production evaluation conditions.
Check range, metal enclosure, power ripple, interference, and antenna placement before production.
FAQ
Range, low-power selection, mini modules, and Shopify sample-purchase notes.
How should I choose a 433MHz wireless remote-control module?
Check transmitter/receiver role, operating voltage, output method, antenna form, range requirement, and whether low standby current is needed. Standard remote-control projects usually start with the Ling series; low-power receivers point to Micro series; longer range or documentation-heavy projects may fit Yuan series.
What is the difference between a wireless UART module and a remote-control module?
Wireless UART modules carry serial data for MCUs, sensors, instruments, and embedded devices. Remote-control modules usually handle key inputs, switch outputs, or key values for appliances, lighting, gate control, and alarm devices.
Where are low-power receiver modules useful?
They are useful for battery-powered products, single-live-wire switches, and standby-time-sensitive devices. Selection should compare standby current, wake-up behavior, output mode, and real installation range.
When should I choose a mini wireless module?
Choose mini modules when enclosure space is limited, such as compact remotes and small sensors. Before production, confirm pinout, antenna clearance, power supply, and real range in the target enclosure.
What should I check when wireless range is unstable?
Check antenna placement, metal or battery shielding, power ripple, receiver ground, and same-band interference. Treat range numbers as condition-based references and run full-device tests before production.
Can samples be purchased directly?
Standard samples can be paid through Shopify. Custom configurations, pre-production evaluation, and documentation checks are quoted first, then handled by deposit link or invoice.
Send Conditions for Module Selection
Even without a fixed model, application, range, voltage, quantity, and target market are enough to start a recommendation.
Ask for sourcing