TM1934 Break Continue LED Strip
Leading LED Pixel Lighting Products Manufacturer in China
TM1934 LED strip light is a type of double-channel data transmission digital LED strip. TM1934 LED strip light is a type of double-channel data transmission digital LED strip. There are 4 wires: V+, DI, BI, GND for power and signal to transfer. With externally separate TM1934 ICs and SMD5050 RGB LED chips, the TM1934 digital LED strip has high brightness and stable signal transfer.
The most notable feature of TM1934 LED strip is its pixel break-continue function. If one LED on the light strip is broken, the backup signal channel will continue to transmit data to the next normal LED, which will not affect the normal work of other LEDs.
|Item||Voltage||Power||Pixel Quantity||LED Quantity||Cutting Unit||Break Continue||PCB Width|
|STE-TTL-4PIN-RGB-60-12V||DC12V||14.4W/M||20 pixels/m||60 LEDs/m||50mm||Yes||10mm|
|STE-TTL-4PIN-RGB-72-12V||DC12V||17.2W/M||24 pixels/m||72 LEDs/m||41.6mm||Yes||8mm|
|STE-TTL-4PIN-RGB-60-24V||DC24V||14.4W/M||10 pixels/m||60 LEDs/m||100mm||Yes||10mm|
|STE-TTL-4PIN-RGB-72-24V||DC24V||17.2W/M||12 pixels/m||72 LEDs/m||83.3mm||Yes||8mm|
TM1934 break continue LED strip Series
TM1934 Pixel LED Tape Lighting Display
Uses of TM1934 break continue LED strip
The TM1934 addressable LED strip is a color lighting option that applied to various application situations, such as signage, stage, and decorative lighting.
Individual control and the break-continue feature, allow for the creation of distinctive lighting effects that can draw attention and enhance visibility.
Overall, the TM1934 LED strip provides a flexible solution for LED lighting that requires individual control.
Related Products You May Need:
LED controllers for TM1934 LED strip light
JST non-waterproof connectors & waterproof connectors
TM1934 Break Continue LED Strip: Everything You Need to Know
Table of Contents
TM1934 LED strip lights provide a flexible and adaptable lighting solution for a variety of applications. They are simple to install, can be simply cut to any size, and can be shaped to fit any surface. To guarantee optimum performance and effectiveness, it is crucial to select the proper kind of LED strip for your application. The TM1934 break continue LED strip is a well-liked option and has a number of benefits over other kinds of LED strips. All you need to know about TM1934 break continue LED strip lights will be covered in this post.
Advantages of TM1934 Break Continue LED Strip
TM1934 break continue LED strip lights provide various benefits, such as:
The TM1934 LED strip’s break continue design offers more personalization and versatility. It can be readily cut and moulded to fit any surface or space thanks to the integrated circuit (IC) design, and it can even be utilized to construct intricate lighting designs and patterns.
The pre-soldered wiring and connectors on the TM1934 LED strip make it simple to connect it to a compatible controller and power source.
The TM1934 LED strip has a very low power requirement and produces very little heat. Because of this, it is the best option for situations where security and energy efficiency are priorities.
High-quality LED chips are used in the TM1934 LED strip to provide bright, colorful lighting with superb color accuracy and consistency.
How to Install the LED Strip TM1934 Break Continue
The technique of installing TM1934 break continue LED strip lights is rather straightforward. The basic steps are as follows:
First, measure the size of the installation space and then cut the strip to fit.
Second, connect the strip connectors to a compatible controller and power supply.
Third, use the mounting clips or adhesive backing to attach the LED strip to the surface where it will be installed.
TM1934 vs WS2815, What's the difference?
While both TM1934 and WS2815 LED strip lights offer excellent performance and functionality, there are some key differences between them, we hope you can make a better choice for your particular application after reading this.
Table-TM1934 VS WS2815
|PWM Frequency||4 kHz||1.2 kHz|
|Refresh Rate||Higher refresh rate for smoother color transitions||Lower refresh rate|
|IC Type||External IC||Built-in IC|
|Cut Unit||3LEDs/ 6LEDs||1LED|
LED Strip Voltage
The TM1934 is a type of external IC LED tape light, for the DC12V model, each IC drives 3LEDs, and for the DC24V model, each IC drives 6 LEDs.
PWM frequency is the rate at which the LED driver circuitry toggles on and off to control the LEDs’ brightness. The LED system’s flicker and dimming performance may be impacted by the variation in PWM frequency.
In the case of TM1934 and WS2815, TM1934’s PWM frequency is 4 kHz and WS2815’s is 1.2 kHz. While flickering or obvious banding in the light output may occur at lower PWM frequencies, smoother and more consistent dimming may occur at higher PWM frequencies. Yet, a higher PWM frequency may also result in a rise in power consumption and circuitry heat production.
The refresh rate of an LED strip light refers to how quickly it can update the color and brightness of the LEDs. The TM1934 has a higher refresh rate than the WS2815, so it can update the lighting more quickly and smoothly, which allows the TM1934 to meet higher quality lighting requirements.
External IC VS Built-in IC
The TM1934 is a type of external IC LED tape light, for the DC12V model, each IC drives 3LEDs, and for the DC24V model, each IC drives 6 LEDs. However, the WS2815 LED strip is the built-in IC tape light, each LED has an internal IC, which makes the strip light control more precise control.
The cost of TM1934 and WS2815 LED strips may vary by specific manufacturer and supplier. In general, the price of WS2815 is slightly higher than the TM1934 LED strip, because of its individual control and unique resume function.
TM1934 Break Continue LED Strip Maintenance Advice
Here are several maintenance tips, hope can help you to keep the addressable LED strip more durable and perform its best functions:
1. Avoid placing the LED strip in moisture areas. If need to install it beside the water, you can choose the waterproof IP65 and IP67. If underwater, you need IP68 LED strips.
2. Keep the strip clean. The dust on the surface will reduce the light they emit and possibly cause the LED strip to overheat.
3. Do not bend or twist the strip. The overbending may damage the circuit and even break down the strip light.
4. Choose compatible power supplies and controllers to ensure the LED strip is receiving the proper voltage, current, and right signal.
A flexible and adaptable lighting option, the TM1934 break continue LED strip has a number of benefits over other kinds of LED strips. As well as offering more versatility and customization thanks to its break-continue design, its high-quality lighting and energy efficiency make it a popular option for a variety of applications. The TM1934 break continue LED strip is a good option for anyone searching for a dependable and adaptable lighting solution due to its simple installation and broad range of uses.