Search results: “Linsn” – Page 8
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Linsn RV803 Optical Fiber LED Screen Controller Card
$63.33Linsn RV803 development based on the Linsn eighth generation Gigabit Ethernet port, compatible with all the features of the cable transmission, all-digital, all-fiber transmission mode; the high transfer rate, transmission speed dual-port 2Gb per second, single-port 1Gb per second; Long transmission distance, transmission range up to 500 m (standard multimode 500 m), 20 km single-mode, 20 km or moreto be ordered
This product has been discontinued.
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Linsn RV804 Optical Fiber LED Display Receiver Card
$63.33RV804 is designed for small size led screen, meet the demand of small dimensions installation design, apart from differences in size and output interface, and all other functions with RV803. It has the following characteristics.
This product has been discontinued.
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Linsn RV921 LED Receiver Card With 50 PIN Female Connector
$24.38Original price was: $24.38.$23.40Current price is: $23.40.Support 12-bit HDMI the colors input (required nine generations, sent cards fit)
Single card maximum support 1024 single point chromaticity correction
Supports dual hot backup receiver card for demanding performances screen
Supports pixel fault detection (requires a dedicated chip support) -
LINSN SC801 Single Mode Ethernet Media Converter
$93.00Original price was: $93.00.$89.00Current price is: $89.00.The introduction of long-distance optical fiber transmission system, fiber optic transmission of this technology, the LED display control
signal can be transmitted to longer distances, to ensure the integrity of the signal so that the whole LED display system more stable,
reliable and convenient. -
LINSN SB-8 LED Sender Box without Sending Card Inside
$67.93Original price was: $67.93.$65.00Current price is: $65.00.You can install the LED Sender Card inside, like TS801D, TS802D and TS901
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LINSN TS803 Fiber LED Controller Card
$221.67TS803 LED cotnroller card is a full-color sending card, supports full-color, dual-color and single-color led display.
Developed based on the eighth generation control system,having all function of 802 sending card, applied optical fiber transmission technology
Single 803 sending card max supports 2048*940 pixels
Hi-speed transmission, 2 Gb/s with double outputs, 1Gb/s with single output
Transmission distance: 500m (multi-mode) to 20km (single-mode), above 20km need custom orderThis product has been discontinued.
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Linsn RV927 Rental LED Display Recipient Card
$24.38The recipient card RV907/917/927/937 is designed specifically for rental LED display. Not only compatible with generation
RV807/817/827/837 completely, but also meet the needs of led lighting and led curtain. -
LINSN RV907 Rental LED Screen Receiving Card
$24.38Original price was: $24.38.$23.40Current price is: $23.40.LINSN RV907 has been no longer in production and our recommended alternatives are as following: Linsn Technology RV907A
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LINSN RV905H LED Receiver Board
$20.00Original price was: $20.00.$19.20Current price is: $19.20.Compatible RV801, has the full function of RV801 receiver card;
HDMI supports 12-bit color input (Need work with 9 generations LED sender).
Adopt 18 signal processors, maximum support RGB each 18 bit(260,000) gray.
Single card maximum support 1024X256 pixels, 1,024 single-point color correction.
Temperature monitoring.
Humidity Monitor (need the humidity sensor).
RoHS Compliant.
CE-EMC compliance with EU standards. -
LINSN RV902 LED Display Panel Receiving Card
$22.64Original price was: $22.64.$20.90Current price is: $20.90.Max supports 2048*1280
Sender card rotation function
Sender card zoom in/out function
In Sender setting, the ratio of width and height can be set to realize zoom in or zoom out
10-bit colors Depth
Multi-display synchronous and combination functions. -
LINSN RV901T LED Screen Receiver Card
$20.00This product has been no longer in production and our recommended alternatives are as follows:
LINSN RV201 -
Shenzhen LINSN Technology RV908T LED Receiver Card with HUB75 Output
$15.23This product has been no longer in production and our recommended alternatives are as follows:







