查看“支持的LED芯片一览表”的源代码

[[ru:Таблица поддерживаемых чипов (IC)]]
[[en:Supported LED ICs]]
[[zh:支持的LED芯片一览表]]

本节列出 Light Stream 设备所支持的 LED 驱动 IC 的技术规格与控制参数。

= 支持的 LED 芯片 =

{| class="wikitable sortable" style="white-space: nowrap;"
|- style="white-space: normal; font-size: 0.85em; line-height: 1.2;"
! 芯片型号 (IC)
! 连接类型
! DMX 速率<br>(kbit/s)
! 通道数
! 色彩位深<br>(Bit)
! PWM 频率<br>(Hz)
! 备份信号线
! 通过<br>LS Player 端口控制
! 通过<br>LS Converter<br>(+Extender) 控制
! LS Converter<br>控制预设
! LS Converter<br>寻址预设
! 数据手册 (PDF)
|-
| '''APA102'''
| 2-Wire (Clocked)
| ➖
| 3
| 8 + 5 bit
| 19200
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/APA102_EN.pdf 📄 EN]
|-
| '''APA102-1515'''
| 2-Wire (Clocked)
| ➖
| 3
| 8 + 5 bit
| 20000
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/APA102-1515_EN.pdf 📄 EN]
|-
| '''APA102-2020'''
| 2-Wire (Clocked)
| ➖
| 3
| 8 + 5 bit
| 20000
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/APA102-2020_EN.pdf 📄 EN]
|-
| '''APA107'''
| 2-Wire (Clocked)
| ➖
| 3
| 8 + 5 bit
| 9000
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/APA107_EN.pdf 📄 EN]
|-
| '''APA107-2020'''
| 2-Wire (Clocked)
| ➖
| 3
| 8 + 5 bit
| 9000
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/APA107-2020_EN.pdf 📄 EN]
|-
| '''CS8812'''
| Single Wire
| ➖
| 3
| 8 → 12 bit γ
| 8000
| ✅
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/CS8812_EN.pdf 📄 EN]
|-
| '''FW1906'''
| Single Wire
| ➖
| 6
| 8 bit
| 2600
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/FW1906_EN.pdf 📄 EN]
|-
| '''GS8206'''
| Single Wire
| ➖
| 3
| 8 → 12 bit γ
| 8000
| ✅
| ➖
| ✅
| GS8206
| 自动
| [https://dl.lightstream.pro/PDF/IC/GS8206_EN.pdf 📄 EN]
|-
| '''GS8208'''
| Single Wire
| ➖
| 3
| 8 → 12 bit γ
| 8000
| ✅
| ➖
| ✅
| GS8206
| 自动
| [https://dl.lightstream.pro/PDF/IC/GS8208_EN.pdf 📄 EN]
|-
| '''GS8208B'''
| Single Wire
| ➖
| 3
| 8 → 12 bit γ
| 8000
| ✅
| ➖
| ✅
| GS8206
| 自动
| [https://dl.lightstream.pro/PDF/IC/GS8208B_EN.pdf 📄 EN]
|-
| '''GS8513'''
| Single Wire DMX
| 250 – 500
| 3
| 8 → 16 bit γ
| 9000
| ❇️
| ❔
| ❔
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/GS8513_ZH.pdf 📄 ZH]
|-
| '''GS8515'''
| Single Wire DMX
| ❔
| ❔
| ❔
| ❔
| ❇️
| ❔
| ❔
| DMX
| ❔
| ➖
|-
| '''GS8523'''
| Single Wire DMX
| 200 – 850
| 3
| 8 → 16 bit γ
| 9500
| ❇️
| ❔
| ❔
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/GS8523_ZH.pdf 📄 ZH]
|-
| '''GS8524'''
| Single Wire DMX
| 200 – 850
| 4
| 8 → 16 bit γ
| 9500
| ❇️
| ❔
| ❔
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/GS8523_ZH.pdf 📄 ZH]
|-
| '''GS8526'''
| Differential DMX
| 200 – 850
| 4
| 8 → 16 bit γ
| 300 - 9500
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/GS8526_EN.pdf 📄 EN]
|-
| '''GS8802'''
| Differential DMX (RDM)
| 200 – 500
| 4
| 8 → 16 bit γ
| 240 - 31000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/GS8802_EN.pdf 📄 EN]
|-
| '''HC2912C-2020'''
| Single Wire
| ➖
| 3
| 8 bit
| ❔
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/HC2912C-2020_EN.pdf 📄 EN]
|-
| '''HD107S'''
| 2-Wire (Clocked)
| ➖
| 3
| 8 + 5 bit
| 27000
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/HD107S_EN.pdf 📄 EN]
|-
| '''HD108'''
| 2-Wire (Clocked)
| ➖
| 3
| 16 + 5 bit gain
| 28000
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/HD108_EN.pdf 📄 EN]
|-
| '''Hi512E'''
| Differential DMX
| 250 – 1600
| 4
| 16 bit
| 250 - 16000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/Hi512E_EN.pdf 📄 EN]
|-
| '''Hi512E4'''
| Differential DMX
| 250 – 1600
| 4
| 16 bit
| 250 - 16000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/Hi512E_EN.pdf 📄 EN]
|-
| '''Hi512ES'''
| Differential DMX
| 250 – 1600
| 4
| 16 bit
| 250 - 16000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/Hi512E_EN.pdf 📄 EN]
|-
| '''LB1908'''
| Single Wire
| ➖
| 3
| 8 bit
| 8000
| ✅
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/LB1908_EN.pdf 📄 EN]
|-
| '''LPD6803'''
| 2-Wire (Clocked)
| ➖
| 3
| 5 bit
| 2500
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/LPD6803_EN.pdf 📄 EN]
|-
| '''LPD8803'''
| 2-Wire (Clocked)
| ➖
| 6
| 7 bit
| 4000
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/LPD8803-8806_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/LPD8803-8806_ZH.pdf 📄 ZH]
|-
| '''LPD8806'''
| 2-Wire (Clocked)
| ➖
| 6
| 7 bit
| 4000
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/LPD8803-8806_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/LPD8803-8806_ZH.pdf 📄 ZH]
|-
| '''SK6812'''
| Single Wire
| ➖
| 3 - 4
| 8 bit
| 1200
| ➖
| ➖
| ✅
| SK6812
| 自动
| [https://dl.lightstream.pro/PDF/IC/SK6812_EN.pdf 📄 EN]
|-
| '''SK9822'''
| 2-Wire (Clocked)
| ➖
| 3
| 8 + 5 bit
| 4700
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/SK9822_EN.pdf 📄 EN]
|-
| '''SM16703P'''
| Single Wire
| ➖
| 3
| 8 bit
| 1200
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/SM16703P_EN.pdf 📄 EN]
|-
| '''SM16703SP'''
| Single Wire
| ➖
| 3
| 8 bit
| 4700
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/SM16703SP_EN.pdf 📄 EN]
|-
| '''SM16704'''
| Single Wire
| ➖
| 4
| 8 bit
| ❔
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/SM16704_EN.pdf 📄 EN]
|-
| '''SM16704PB'''
| Single Wire
| ➖
| 4
| 8 bit
| 1200
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/SM16704PB_EN.pdf 📄 EN]
|-
| '''SM16716'''
| 2-Wire (Clocked)
| ➖
| 3
| 8 bit
| 1030000
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/SM16716_EN.pdf 📄 EN]
|-
| '''SM18522P'''
| Differential DMX
| 200 – 700
| 1 - 4
| 16 bit
| 4000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/SM18522P_ZH.pdf 📄 ZH]
|-
| '''SM18522PS'''
| Differential DMX
| 200 – 700
| 1 - 4
| 16 bit
| 4000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/SM18522PS_EN.pdf 📄 EN]
|-
| '''SM19522PG'''
| Differential DMX
| 200 – 750
| 1 - 6
| 16 bit
| 32000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/SM19522PG_EN.pdf 📄 EN]
|-
| '''TM512AB3'''
| Single Wire DMX
| 200 – 1000
| 3
| 8 bit
| 3600
| ❇️
| ❔
| ❔
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/TM512AB3_ZH.pdf 📄 ZH]
|-
| '''TM512AC'''
| Differential DMX
| 200 – 1000
| 4
| 16 bit
| 2000
| ❇️
| ✅
| ✅
| DMX
| TM512AC
| [https://dl.lightstream.pro/PDF/IC/TM512AC_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/TM512AC_ZH.pdf 📄 ZH]
|-
| '''TM512AC0'''
| Differential DMX
| 200 – 1000
| 3
| 8 bit
| 2000
| ❇️
| ✅
| ✅
| DMX
| TM512AC
| [https://dl.lightstream.pro/PDF/IC/TM512AC0_ZH.pdf 📄 ZH]
|-
| '''TM512AC4'''
| Differential DMX
| 200 – 1000
| 4
| 8 bit
| 3600
| ❇️
| ✅
| ✅
| DMX
| TM512AC
| [https://dl.lightstream.pro/PDF/IC/TM512AC4_ZH.pdf 📄 ZH]
|-
| '''TM512ACE'''
| Differential DMX
| 200 – 1000
| 3
| 16 bit
| 2000
| ❇️
| ✅
| ✅
| DMX
| TM512AC
| [https://dl.lightstream.pro/PDF/IC/TM512ACE_ZH.pdf 📄 ZH]
|-
| '''TM1803'''
| Single Wire
| ➖
| 3
| 8 bit
| 400
| ➖
| ➖
| ✅
| TM1803
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1803_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/TM1803_ZH.pdf 📄 ZH]
|-
| '''TM1804 (High speed)'''
| Single Wire
| ➖
| 3
| 8 bit
| 800
| ➖
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1804_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/TM1804_ZH.pdf 📄 ZH]
|-
| '''TM1804 (Low speed)'''
| Single Wire
| ➖
| 3
| 8 bit
| 400
| ➖
| ➖
| ✅
| ➖
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1804_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/TM1804_ZH.pdf 📄 ZH]
|-
| '''TM1809'''
| Single Wire
| ➖
| 9
| 8 bit
| 400
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1809_EN.pdf 📄 EN]
|-
| '''TM1812'''
| Single Wire
| ➖
| 12
| 8 bit
| 800
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1812_EN.pdf 📄 EN]
|-
| '''TM1814'''
| Single Wire
| ➖
| 4
| 8 + 6 bit gain
| 1000
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1814_EN.pdf 📄 EN]
|-
| '''TM1829'''
| Single Wire
| ➖
| 3
| 8 + 5 bit gain
| 7000
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1829_EN.pdf 📄 EN]
|-
| '''TM1903'''
| Single Wire
| ➖
| 3
| 8 bit
| 800
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1903_EN.pdf 📄 EN]
|-
| '''TM1914'''
| Single Wire
| ➖
| 3
| 8 bit
| 800
| ✅
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1914_EN.pdf 📄 EN]
|-
| '''TM1914A'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ✅
| ➖
| ✅
| TM1914
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1914A_ZH.pdf 📄 ZH]
|-
| '''TM1934'''
| Single Wire
| ➖
| 3
| 8 bit
| 800
| ✅
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/TM1934_EN.pdf 📄 EN]
|-
| '''UCS512'''
| Differential DMX
| 200 – 500
| 1 - 4
| 8 bit
| 2000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512_ZH.pdf 📄 ZH]
|-
| '''UCS512B3'''
| Single Wire DMX
| 250 – 750
| 3
| 8 bit
| 3000
| ❇️
| ❔
| ❔
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/UCS512B3_EN.pdf 📄 EN]
|-
| '''UCS512C'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 2000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C_ZH.pdf 📄 ZH]
|-
| '''UCS512C1'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 16000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C1_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/UCS512C1_ZH.pdf 📄 ZH]
|-
| '''UCS512C1L'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 16000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C1_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/UCS512C1_ZH.pdf 📄 ZH]
|-
| '''UCS512C2'''
| Differential DMX
| 200 – 750
| 1 - 4
| 8 bit
| 16000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C1_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/UCS512C1_ZH.pdf 📄 ZH]
|-
| '''UCS512C2L'''
| Differential DMX
| 200 – 750
| 1 - 4
| 8 bit
| 16000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C1_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/UCS512C1_ZH.pdf 📄 ZH]
|-
| '''UCS512C3'''
| Differential DMX
| 200 – 750
| 1 - 4
| 8 bit
| 3390
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C3_ZH.pdf 📄 ZH]
|-
| '''UCS512C4'''
| Differential DMX
| 200 – 750
| 4
| 16 bit
| 3600
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C4_ZH.pdf 📄 ZH]
|-
| '''UCS512C7'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 16000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C7-C8_EN.pdf 📄 EN]
|-
| '''UCS512C7L'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 16000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C7-C8_EN.pdf 📄 EN]
|-
| '''UCS512C7T'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 16000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C7-C8_EN.pdf 📄 EN]
|-
| '''UCS512C8'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 16000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C7-C8_EN.pdf 📄 EN]
|-
| '''UCS512C8L'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 16000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C7-C8_EN.pdf 📄 EN]
|-
| '''UCS512CBL'''
| Single Wire DMX
| 200 – 750
| 1 - 4
| 16 bit
| 16000
| ❇️
| ❔
| ❔
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512C1_EN.pdf 📄 EN] · [https://dl.lightstream.pro/PDF/IC/UCS512C1_ZH.pdf 📄 ZH]
|-
| '''UCS512CL'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 2000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| ➖
|-
| '''UCS512CN'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 2000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512CN_ZH.pdf 📄 ZH]
|-
| '''UCS512CNB'''
| Differential DMX
| 200 – 750
| 4
| 16 bit
| 2000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| ➖
|-
| '''UCS512D'''
| Differential DMX
| 200 – 750
| 1 - 4
| 8 → 16 bit γ + 6 bit gain
| 250 - 4000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512D_EN.pdf 📄 EN]
|-
| '''UCS512D-H'''
| Differential DMX
| 200 – 750
| 1 - 4
| 8 → 16 bit γ + 6 bit gain
| 250 - 4000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512D_EN.pdf 📄 EN]
|-
| '''UCS512DHN'''
| Differential DMX
| 200 – 750
| 1 - 4
| 8 → 16 bit γ + 6 bit gain
| 250 - 4000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512DHN_ZH.pdf 📄 ZH]
|-
| '''UCS512G'''
| Differential DMX
| 200 – 750
| 1 - 6
| 16 bit
| 32000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512G_ZH.pdf 📄 ZH]
|-
| '''UCS512G4'''
| Differential DMX
| 200 – 750
| 1 - 4
| 8 → 16 bit γ + 6 bit gain
| 250 - 32000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512G_ZH.pdf 📄 ZH]
|-
| '''UCS512G4H'''
| Differential DMX
| 200 – 750
| 1 - 4
| 8 → 16 bit γ + 6 bit gain
| 250 - 32000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512G_ZH.pdf 📄 ZH]
|-
| '''UCS512G6'''
| Differential DMX
| 200 – 750
| 1 - 6
| 8 → 16 bit γ + 6 bit gain
| 250 - 32000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512G_ZH.pdf 📄 ZH]
|-
| '''UCS512G6H'''
| Differential DMX
| 200 – 750
| 1 - 6
| 8 → 16 bit γ + 6 bit gain
| 250 - 32000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512G_ZH.pdf 📄 ZH]
|-
| '''UCS512H'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| 32000
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512H_EN.pdf 📄 EN]
|-
| '''UCS512H0L'''
| Differential DMX
| 200 – 750
| Master*
| ➖
| ➖
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/UCS512K_EN.pdf 📄 EN]
|-
| '''UCS512H4'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| ❔
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512H_EN.pdf 📄 EN]
|-
| '''UCS512H4L'''
| Differential DMX
| 200 – 750
| 4
| 16 bit
| ❔
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512H_EN.pdf 📄 EN]
|-
| '''UCS512H5L'''
| Differential DMX
| 200 – 750
| 1 - 4
| 16 bit
| ❔
| ❇️
| ✅
| ✅
| DMX
| UCS512
| [https://dl.lightstream.pro/PDF/IC/UCS512H_EN.pdf 📄 EN]
|-
| '''UCS512K'''
| Differential DMX
| 250 – 750
| 1 - 128
| 12 bit
| 4000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/UCS512K_EN.pdf 📄 EN]
|-
| '''UCS512KH'''
| Differential DMX
| 250 – 750
| 1 - 128
| 12 bit
| 4000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/UCS512K_EN.pdf 📄 EN]
|-
| '''UCS512KHB'''
| Differential DMX
| 250 – 750
| 1 - 128
| 12 bit
| 4000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/UCS512K_EN.pdf 📄 EN]
|-
| '''UCS512KLB'''
| Differential DMX
| 250 – 750
| 1 - 128
| 12 bit
| 4000
| ❇️
| ✅
| ✅
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/UCS512K_EN.pdf 📄 EN]
|-
| '''UCS1903 (High speed)'''
| Single Wire
| ➖
| 3
| 8 bit
| 800
| ➖
| ➖
| ✅
| UCS1903
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS1903_EN.pdf 📄 EN]
|-
| '''UCS1903 (Low speed)'''
| Single Wire
| ➖
| 3
| 8 bit
| 400
| ➖
| ➖
| ✅
| ➖
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS1903_EN.pdf 📄 EN]
|-
| '''UCS1904'''
| Single Wire
| ➖
| 3
| 8 bit
| 1500
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS1904_ZH.pdf 📄 ZH]
|-
| '''UCS2903'''
| Single Wire
| ➖
| 3
| 8 bit
| 1500
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS2903_EN.pdf 📄 EN]
|-
| '''UCS2904B'''
| Single Wire
| ➖
| 4
| 8 bit
| 1800
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS2904B_EN.pdf 📄 EN]
|-
| '''UCS5603'''
| Single Wire
| ➖
| 3
| 12 + 4 bit gain
| 2000
| ✅
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS5603_EN.pdf 📄 EN]
|-
| '''UCS7604'''
| Single Wire
| ➖
| 4
| 8 → 16 bit γ + 4 bit gain
| 16000
| ✅
| ➖
| ✅
| UCS7604
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS7604_EN.pdf 📄 EN]
|-
| '''UCS7614'''
| Single Wire
| ➖
| 4
| 8 → 16 bit γ + 4 bit gain
| 32000
| ✅
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS7614_ZH.pdf 📄 ZH]
|-
| '''UCS8603'''
| Single Wire
| ➖
| 3
| 16 + 4 bit gain
| 8000
| ✅
| ➖
| ✅
| GS8206
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS8603_EN.pdf 📄 EN]
|-
| '''UCS8903'''
| Single Wire
| ➖
| 3
| 16 + 5 bit gain
| 2000
| ➖
| ➖
| ✅
| UCS8903
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS8903_EN.pdf 📄 EN]
|-
| '''UCS8904A'''
| Single Wire
| ➖
| 4
| 16 bit
| 1000
| ➖
| ➖
| ✅
| UCS8904
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS8904A_EN.pdf 📄 EN]
|-
| '''UCS8904B'''
| Single Wire
| ➖
| 4
| 16 bit
| 4000
| ➖
| ➖
| ✅
| UCS8904
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS8904B_EN.pdf 📄 EN]
|-
| '''UCS9812'''
| Single Wire
| ➖
| 12
| 16 + 4 bit gain
| 5000
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/UCS9812_EN.pdf 📄 EN]
|-
| '''WS2801'''
| 2-Wire (Clocked)
| ➖
| 3
| 8 bit
| 2500
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/WS2801_EN.pdf 📄 EN]
|-
| '''WS2801S'''
| 2-Wire (Clocked)
| ➖
| 3
| 8 bit
| 2500
| ➖
| ➖
| ➖
| ➖
| ➖
| [https://dl.lightstream.pro/PDF/IC/WS2801S_EN.pdf 📄 EN]
|-
| '''WS2805'''
| Single Wire
| ➖
| 5
| 8 bit
| 4000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2805_EN.pdf 📄 EN]
|-
| '''WS2811'''
| Single Wire
| ➖
| 3
| 8 bit
| 400 / 2000
| ➖
| ➖
| ✅
| WS2811
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2811_EN.pdf 📄 EN]
|-
| '''WS2811C'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2811C_EN.pdf 📄 EN]
|-
| '''WS2811L'''
| Single Wire
| ➖
| 3
| 8 bit
| 400
| ➖
| ➖
| ✅
| WS2811L
| 自动
| ➖
|-
| '''WS2812'''
| Single Wire
| ➖
| 3
| 8 bit
| 400
| ➖
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2812_EN.pdf 📄 EN]
|-
| '''WS2812B-2020'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2812B-2020_ZH.pdf 📄 ZH]
|-
| '''WS2812B-2020-V6'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ➖
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2812B-2020-V6_EN.pdf 📄 EN]
|-
| '''WS2812B-Mini-V3J'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ➖
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2812B-Mini-V3J_EN.pdf 📄 EN]
|-
| '''WS2812B-Mini-V6'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ➖
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2812B-Mini-V6_ZH.pdf 📄 ZH]
|-
| '''WS2812B-V5-W'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ➖
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2812B-V5-W_EN.pdf 📄 EN]
|-
| '''WS2812C'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2812C_EN.pdf 📄 EN]
|-
| '''WS2812C-4020'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2812C-4020_EN.pdf 📄 EN]
|-
| '''WS2812E-V5-W'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2812E-V5-W_ZH.pdf 📄 ZH]
|-
| '''WS2812S'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2812S_EN.pdf 📄 EN]
|-
| '''WS2813'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ✅
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2813_EN.pdf 📄 EN]
|-
| '''WS2813B-RGBW'''
| Single Wire
| ➖
| 4
| 8 bit
| 2000
| ✅
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2813B-RGBW_EN.pdf 📄 EN]
|-
| '''WS2813B-V5-W'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ✅
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2813B-V5-W.pdf 📄 EN]
|-
| '''WS2814'''
| Single Wire
| ➖
| 4
| 8 bit
| 2000
| ✅
| ➖
| ✅
| WS2814
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2814_EN.pdf 📄 EN]
|-
| '''WS2814A'''
| Single Wire
| ➖
| 4
| 8 bit
| 2000
| ➖
| ➖
| ✅
| WS2814
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2814A_EN.pdf 📄 EN]
|-
| '''WS2814B'''
| Single Wire
| ➖
| 4
| 8 bit
| 4000
| ✅
| ➖
| ✅
| WS2814
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2814B_ZH.pdf 📄 ZH]
|-
| '''WS2814C'''
| Single Wire
| ➖
| 4
| 8 bit
| 4000
| ➖
| ➖
| ✅
| WS2814
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2814C_ZH.pdf 📄 ZH]
|-
| '''WS2814D'''
| Single Wire
| ➖
| 4
| 8 bit
| 2000
| ➖
| ➖
| ✅
| WS2814
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2814D_ZH.pdf 📄 ZH]
|-
| '''WS2814F'''
| Single Wire
| ➖
| 4
| 8 bit
| 2000
| ➖
| ➖
| ✅
| ❔
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2814F_ZH.pdf 📄 ZH]
|-
| '''WS2815'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2815_EN.pdf 📄 EN]
|-
| '''WS2815A-5054MP'''
| Single Wire
| ➖
| 3
| 8 bit
| 4000
| ➖
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2815A-5054MP_ZH.pdf 📄 ZH]
|-
| '''WS2815B-V1'''
| Single Wire
| ➖
| 3
| 8 bit
| 4000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2815B-V1_EN.pdf 📄 EN]
|-
| '''WS2815C'''
| Single Wire
| ➖
| 3
| 8 bit
| 4000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2815C_EN.pdf 📄 EN]
|-
| '''WS2815F'''
| Single Wire
| ➖
| 3
| 8 bit
| 4000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2815F_ZH.pdf 📄 ZH]
|-
| '''WS2816A'''
| Single Wire
| ➖
| 3
| 16 + 5 bit gain
| 10000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2816A_EN.pdf 📄 EN]
|-
| '''WS2816B-2020'''
| Single Wire
| ➖
| 3
| 16 + 4 bit γ
| 10000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2816B-2020_EN.pdf 📄 EN]
|-
| '''WS2816B-2121'''
| Single Wire
| ➖
| 3
| 16 + 4 bit γ
| 10000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2816B-2121_EN.pdf 📄 EN]
|-
| '''WS2816B-2427'''
| Single Wire
| ➖
| 3
| 16 + 4 bit γ
| 10000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2816B-2427_EN.pdf 📄 EN]
|-
| '''WS2816B-Mini'''
| Single Wire
| ➖
| 3
| 16 + 4 bit γ
| 10000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2816B-Mini_EN.pdf 📄 EN]
|-
| '''WS2816C-1313-4P'''
| Single Wire
| ➖
| 3
| 16 + 4 bit γ
| 10000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2816C-1313-4P_EN.pdf 📄 EN]
|-
| '''WS2816C-2121'''
| Single Wire
| ➖
| 3
| 16 + 4 bit γ
| 10000
| ✅
| ➖
| ✅
| WS2812
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2816C-2121_EN.pdf 📄 EN]
|-
| '''WS2818'''
| Single Wire
| ➖
| 3
| 8 bit
| 2000
| ✅
| ➖
| ✅
| WS2818
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2818_EN.pdf 📄 EN]
|-
| '''WS2818B'''
| Single Wire
| ➖
| 3
| 8 bit
| 4000
| ✅
| ➖
| ✅
| WS2818
| 自动
| [https://dl.lightstream.pro/PDF/IC/WS2818B_ZH.pdf 📄 ZH]
|-
| '''WS2821'''
| Single Wire DMX
| 250 – 750
| 3
| 8 bit
| ❔
| ❇️
| ❔
| ❔
| DMX
| ❔
| [https://dl.lightstream.pro/PDF/IC/WS2821_EN.pdf 📄 EN]
|}

= 辅助及专用芯片 =

''本组芯片负责系统的逻辑功能：在不同协议之间转换信号（例如从 DMX 转换为 Single Wire）、驱动外部功率三极管，或驱动专用指示面板。与智能 LED 不同，这些 IC 充当"指挥中心"或中间环节。''

{| class="wikitable"
|-
! 芯片型号
! 角色 / 用途
! 特性
! 数据手册
|-
| '''SM1612'''
| '''Display Driver'''
| 用于数码管显示屏和按键的驱动芯片。
| [https://dl.lightstream.pro/PDF/IC/SM1612_EN.pdf 📄 EN]
|-
| '''SM16126'''
| '''Matrix Driver'''
| 用于大型 LED 屏幕的 16 通道驱动芯片。
| [https://dl.lightstream.pro/PDF/IC/SM16126_ZH.pdf 📄 ZH]
|-
| '''SM16312'''
| '''VFD Driver'''
| 真空荧光显示屏（VFD）驱动芯片。
| [https://dl.lightstream.pro/PDF/IC/SM16312_EN.pdf 📄 EN]
|-
| '''SM17500P'''
| '''Transcoder'''
| 将 DMX512 信号转换为普通 Single Wire 信号，可通过 DMX 控制 WS2811 灯带。
| [https://dl.lightstream.pro/PDF/IC/SM17500P_ZH.pdf 📄 ZH]
|}

= 术语表 =

==== 连接类型 (Clock Type) ====

该参数决定传输数据所需的导线数量，以及信号的稳定程度。

* '''Single Wire（单线）：''' 最主流的标准。数据通过一根导线传输。需要精确配置时序才能正常工作（''Period''、''H0''、''H1''、''Reset''）。
* '''2-Wire (Clocked)（双线，带时钟）：''' 使用两根导线：一根传输数据（'''Data'''），另一根用于同步（'''Clock'''）。速度更快、更稳定，可消除像素"抖动"。
* '''Differential DMX（差分 DMX）：''' 专业标准（'''RS-485'''），使用两根数据线（A 线和 B 线）。可将信号无损传输数百米，非常适合户外幕墙。
* '''Single Wire DMX（单线 DMX）：''' 混合类型。采用 DMX 指令逻辑，但在物理上通过一根导线传输。在保留 DMX 系统灵活性的同时简化布线。

==== DMX 速率 (kbit/s) ====

芯片可自适应解码的 DMX-512 传输速率范围。仅 DMX 芯片（Differential / Single Wire DMX）有此值，其余为 ➖。

控制器输出的 DMX 信号速率必须落在该范围内。若所选速率超过芯片上限，芯片将无法解码，灯带不亮（即使接线完全正确）。标准 DMX 约 250 kbit/s；高速像素模式将速率提升至 500–750 kbit/s——只有上限匹配的芯片才能处理。

示例：250–500 的芯片无法在 750 kbit/s 下工作；200–2000 的芯片可处理任何速率。

==== 通道数 (Channels) ====

芯片上用于控制颜色的独立输出数量。

* '''3 通道：''' 经典 RGB（红、绿、蓝）。
* '''4 通道：''' 通常为 RGBW（增加白色通道以呈现柔和色调）或 RGB + Amber（琥珀色）。
* '''1–4 或 1–6（范围）：''' 表示芯片为通用型，可通过软件配置：例如用于驱动单个大功率白光投光灯，或完整的 RGBW 段。
* '''5–12 等：''' 输出数量较多的芯片可同时驱动多个 RGB/RGBW 组，常用于矩阵模组。

==== 色彩位深 (Bit) ====

决定 LED 在 0 至 100% 之间亮度变化的平滑程度，以及内部的控制架构。

'''基础位深（每通道）：'''

* '''5 bit''' — 32 级。LPD6803 风格。分辨率低，可见明显"台阶"。
* '''7 bit''' — 128 级（按协议，最高位用作标志位）。LPD8806/8803。
* '''8 bit''' — 256 级。大多数芯片的标准。在极低亮度下可见轻微"台阶"。
* '''12 bit''' — 4,096 级。过渡明显更平滑。
* '''16 bit''' — 65,536 级。最高平滑度，专业级应用。

'''复合标注'''（芯片内部具有额外处理时）：

* '''8 + 5 bit''' — 每通道 8 位色彩 + 5 位'''像素级全局调光'''（32 级）。APA102/SK9822/HD107S 架构。色彩控制为 8 位，但像素亮度由独立的 5 位电流调节单独控制。
* '''16 + 4 bit gain''' / '''16 + 5 bit gain''' — 16 位色彩控制 + '''每通道独立电流调节'''（4 或 5 位）。UCS9812 / WS2816A / UCS8903 / HD108。本质上每通道两个参数：粗调电流 + 平滑 PWM。
* '''12 + 4 bit gain''' — 12 位色彩 + 每通道 4 位增益。UCS5603。
* '''8 → 12 bit γ''' — 用户发送 8 位数据，但'''芯片内部的 Gamma 校正将其扩展为 12 位 PWM'''，以获得更平滑的观感。GS8206/8208。
* '''16 + 4 bit γ''' — 16 位色彩 + 内部 4 位 γ 校正（有效分辨率约 20 位）。WS2816B/C 系列。

==== PWM 频率 (Hz) ====

LED 的闪烁频率——肉眼不可见，但摄像设备可以捕捉到。

* '''低'''（&lt; 1000 Hz）：用手机拍摄视频时，画面会出现滚动的黑色条纹。
* '''高'''（&gt; 2000 Hz）：适合室内及业余视频拍摄。
* '''超高'''（8000 至 32000 Hz）：专业"''Flicker-Free''（无频闪）"标准。即使在慢动作拍摄下，画面也完全干净。

==== 备份信号线 (Backup line / Redundant Line) ====

当链路中某个像素失效时，使灯带仍能继续工作的技术。其适用性取决于'''协议拓扑'''：

* '''链式（级联）拓扑'''（Single Wire、2-Wire Clocked）——信号从一颗芯片传到下一颗：每颗芯片在 <code>DIN</code>（数据输入）接收数据，取走属于自己的 24/32 位数据段，再通过 <code>DO</code> / <code>DOUT</code> 输出（Data Output，不同厂商命名不同）将剩余数据转发给下一颗芯片。若某颗芯片损坏，其后所有芯片都将失去信号。此时备份（backup）数据输入才有意义：
** <code>DIN + BIN</code> — '''B'''ackup '''In'''put（备份输入），例如 WS2813、WS2815、WS2818（WorldSemi）
** <code>DIN + FDIN</code> — '''F'''orward (auxiliary) '''D'''ata '''In'''put（辅助数据输入），例如 UCS5603、UCS7604、UCS7614、TM1914、LB1908
** <code>DATA1+CLK1 + DATA2+CLK2</code> — 针对 2-Wire 的假设性第二组 Data+Clock（实际上尚无任何现有芯片实现）
* '''总线拓扑'''（Differential DMX、Single Wire DMX）——所有芯片'''并联'''在同一根数据线上（或差分 A+B = D+ / D− 线对）。每颗芯片独立监听数据流并取走属于自己的 DMX 数据段。单颗芯片损坏不影响其他芯片。从架构上'''无需备份线'''。

列值说明：

* ✅ '''有：''' 芯片具有额外的数据输入（DIN+BIN/FDIN 或类似方案）。若链路中某个像素损坏，信号将绕过它，灯带其余部分继续工作。
* ➖ '''无：''' 芯片没有冗余方案——某颗芯片损坏后，其后整段灯带熄灭。从架构上本可实现备份（链式拓扑），但该芯片未实现。
* ❇️ '''不适用：''' 芯片采用总线协议架构（DMX/RS-485 或单线总线）。从概念上无需备份——每颗芯片相互独立，单颗损坏不影响其他芯片。
* ❔ '''未确认：''' 该值有待核实。

==== LS Player 端口 / LS Converter 端口 (+Extender) ====

表示 Light Stream 设备上'''相应的端口'''能否驱动该芯片。此处特指设备上的 DMX 端口（LS Player / LS Converter / LS Extender），而非整台设备本身。

* ✅ '''支持：''' 该类型芯片可直接连接到此设备端口。
* ➖ '''不支持：''' 该类型芯片无法连接到此端口（协议 / 连接类型不同）。

==== LS Converter 控制预设 / 寻址预设 ====

在 LS Converter 中为正确驱动芯片而需要选择的设置。值为 `自动` 表示该参数自动识别；值为 `DMX` 表示使用 DMX 协议；值为 `➖` 表示该参数不适用（例如 2-Wire 芯片不使用 LS Converter）。

==== 图例 ====

* ✅ — 是 / 支持 / 芯片已实现该功能
* ➖ — 芯片未实现该功能（但架构上可实现）
* ❇️ — 该概念不适用于此协议（总线架构——所有芯片相互独立）
* ❔ — 该值未确认，有待核实