Product category
41 results
Confirm the protection structure, sealing and cable exits for the intended environment.
View details →Compare 1515 LED strip configurations by LED density, PCB width, maximum power and voltage-specific cutting interval.
View details →Compare 2110 LED strip configurations from 120 to 700 LEDs per meter, with configuration-specific PCB widths, power values and cutting intervals.
View details →Compare standard 2216 LED strips and a separate one-LED-per-cut cabinet configuration by voltage, power, PCB width and cutting interval.
View details →Compare 2835 LED strip configurations by voltage, LED density, PCB width and cutting length. Standard, multi-row, S-type and one-LED-per-cut options are listed separately.
View details →Compare standard and double-row 3528 LED strip configurations, including voltage-specific cutting intervals, PCB widths and maximum power per meter.
View details →Open the existing series reference and confirm the required configuration with Wismart.
View details →Review the mains-supply requirements, installation conditions and applicable documentation.
View details →Compare standard 5050 LED strips with 30, 60 or 120 LEDs per meter, including a double-row option. Match PCB width, maximum power and voltage-specific cutting interval.
View details →Compare 2835 high-efficacy configurations by LED density, maximum power, PCB width and cutting interval. Keep standard and double-row constructions separate when preparing your selection.
View details →Compare 120-LED-per-meter side-emitting 3014 strips with 5, 8 or 10 mm PCB options. Match the available DC voltage to its cutting interval before choosing a configuration.
View details →Compare 2835 constant-current LED strip configurations with 6.5–18 V, 10–30 V and 18–30 V DC input ranges. Each range is paired with its own PCB width, power and cutting interval.
View details →Compare the silicone-protected and dark-spot-free configurations separately. Both list IP20; do not select an outdoor installation on the basis of the silicone description alone. Confirm the required construction and installation profile.
View details →Select the package and density together with the 1903 control configuration. Confirm the supply version, controller and wiring before ordering. A numerical cut interval is not specified in this table.
View details →Choose the PCB construction and model together. Include the expected installation temperature, supply and required color when requesting a sample. A numerical operating-temperature rating is not listed here.
View details →Single-color, tunable-white, full-spectrum and RGB configurations are listed separately. Free-cut is shown only where specified for the selected row. Confirm the required light type and installation details.
View details →Compare three-, four-, five- and six-row configurations by power, density and cutting interval. Include the mounting space and power-feed arrangement when requesting the mechanical and installation details.
View details →Full-spectrum 2835 single-color LED strips with CRI 98. Compare the listed power, PCB width and paired supply and cutting options.
View details →Keep RGBW, WWA and RGB configurations separate and select the matching IC. The listed roll length is not a maximum one-end-fed installation length. Confirm the power-feed and controller arrangement for the project.
View details →Compare the LED package, color-control arrangement and PCB construction together. The 4848 RGB configuration has its own listed specifications; do not assume it shares the other configurations’ power or protection options.
View details →Compare SPI LED strips with external or built-in ICs, single-color and multi-color configurations, voltage-specific cuts and signal-backup options. Select the exact configuration for your project.
View details →Specify whether the project requires purple light or one of the listed red-to-blue combinations. Provide the required spectral and installation requirements for confirmation; no wavelength or plant-performance result is specified here.
View details →Start with the control protocol, IC and segment requirements before choosing a programmable strip.
View details →Compare DMX512 LED strips by colors, LED package, PCB width, power and cutting interval. Review the listed IC / SEG control options and select the exact configuration for your project.
View details →Compare 1616 and 2422 flexible wall-washer configurations by LED package, density, power, cutting interval and beam angle. Choose white-light or RGBW options for your project.
View details →Compare long-run constant-current LED strips with single-color, tunable-white and RGBW configurations. Match the supply voltage, PCB width and cutting interval to the selected row.
View details →Compare RGB, RGBW and RGBCWW LED strips by LED construction, density, PCB width, maximum power and voltage-specific cutting interval. Select a configuration for your project inquiry.
View details →Compare SOB single-color, two-wire CCT, three-wire CCT and RGB configurations with their own PCB widths and cutting intervals.
View details →Compare 2-wire and 3-wire tunable-white LED strips, including separate-LED and 2-in-1 configurations. Select the supply voltage, PCB width and cutting interval for your project.
View details →Compare COB and SMD LED strip light engines and silicone-protected constructions for cove lighting. Choose by cove geometry, dot visibility, output, exposure, run length, dimming and project samples.
View details →A B2B guide to specifying high CRI LED strip for retail shelves, museum cases and display lighting using model-level color data, representative mock-ups, batch control and RFQ requirements.
View details →A practical workflow for measuring roofline routes and sizing LED strip branches, drivers, controllers, low-voltage cables, power feeds and spare sections before ordering.
View details →A B2B power-planning guide for matching LED strip voltage, real load, driver derating, conductor routes, feed points and dimming controls while reducing voltage-drop risk.
View details →A B2B guide to selecting outdoor LED strip, Neon Flex or addressable systems for eaves and rooflines by light effect, exposure, voltage, mounting, control and sample testing.
View details →A B2B guide to selecting outdoor LED strip lights by exposure, IP construction, voltage, color control, power distribution, mounting, sealing and sample approval.
View details →A B2B guide to specifying RGBIC and addressable LED strips by IC architecture, control resolution, voltage, pixel density, controller, power distribution and sample approval.
View details →A buyer comparison of RGBIC, analog RGBW and addressable RGBW for outdoor Christmas lighting, including white-light quality, controller compatibility, power distribution and sealing.
View details →Learn how LED binning groups measured performance ranges, what SDCM and MacAdam steps mean, and why LED strips with the same CCT can still look different.
View details →Learn how material aging, LED-package color shift, chemical exposure, voltage drop and control faults can make an LED strip appear yellow, and how to distinguish them.
View details →A B2B guide to selecting camera-compatible LED strip systems by strip architecture, PWM frequency, power-supply ripple, dimming method, color quality and project-specific testing.
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