T-600K Controller Tutorial – Pinout, Wiring Diagrams & LEDEdit-K Setup

The T-600K is the six-port workhorse of the K-series family — the controller you meet in medium building facades, stage backdrops and long shopping-mall runs. It speaks LEDEdit-K, runs online over Ethernet or offline from SD, and drives thousands of pixels across its ports. This tutorial covers pinout, single and multi-controller wiring, software setup and the SD export that makes it standalone.

T-600K at a glance

• 6 SPI outputs, each driving up to ~1,024–2,048 LEDs depending on chip and frame rate
• Ethernet LAN port for online mode + device discovery in LEDEdit-K
• SD card slot for offline standalone playback (FAT32, .led files in root)
• Power: logic supply (commonly 5V or 7.5–24V by version — read your label) plus separate pixel power
• Chips: WS2811, WS2812B, UCS1903, SM16703, TM1809 and more — selected as T-600K–<chip> in software
• Cascading: multiple T-600K units sync for facades wider than 6 ports

Check the revision. T-600K boards shipped over many years with different port current limits and display types. The white sticker (e.g. T-600K-WS2811 v3.2) decides which software profile you pick.

Pinout and ports

Signal ground discipline decides whether the wall works: every port’s GND must connect to its strip’s GND at the first pixel. Floating grounds cause the classic “first meters flicker, rest dark” fault.

Single-controller wiring

3-wire strips (WS2811/WS2812B): controller DATn → strip DI, controller port GND → strip GND, pixels powered separately with power injection every 5 m (60 LEDs/m) or 2.5 m (144 LEDs/m). One 5V 60A supply per ~300–500 LEDs is a sane starting rule; compute exactly (see our power supply guide).

4-wire strips (APA102/SK9822): add controller CLKn → strip CI alongside DATn → DI, same grounding. Clocked strips tolerate longer data runs and higher frame rates — worth it for camera-visible stages.

Keep data runs from controller to first pixel under ~3 m for 3-wire, ~10 m for 4-wire; beyond that use a differential TTL extender pair rather than thicker wire.

Multi-controller wiring

Facades wider than 6 ports chain two or more T-600K units:

1. Network them: all controllers + PC on one dedicated switch, static IPs in one subnet (192.168.1.50, .51, …). No DHCP, no venue LAN.
2. Split the layout in LEDEdit-K: sections 1–6 → unit 1, sections 7–12 → unit 2, in physical left-to-right order.
3. Sync playback: designate unit 1 as master in the network window; slaves follow its frame clock over LAN. Verify with a full-white chase — any unit lagging a frame shows instantly.
4. Power domains: each controller’s strips get their own supplies; tie all supply GNDs together at one star point to avoid ground loops.

Label everything: cable flags P1–P6 per unit plus unit numbers (U1, U2). A 12-port facade without labels is a 3-hour debug session waiting to happen.

LEDEdit-K setup for T-600K

1. Network window: confirm the unit appears with correct IP and model. If missing, check subnet, firewall exception and cable.
2. New project → T-600K–<your chip> — the suffix matters; T-600K–WS2811 and T-600K–WS2812B generate different timings.
3. Layout per port: width/height and snake direction per port; keep each port under its LED cap.
4. Effects + online preview: press play with the link green and watch the real wall.
5. Export to SD: FAT32 card, .led files in root, unlock switch off, OS-eject before removal.

Troubleshooting

Related guides

• LEDEdit-K online guide — network setup deep-dive
• T-1000S tutorial — single-port offline basics
• Power supply guide — sizing supplies
• Free downloads — LEDEdit-K installer
• LEDEdit Pro 2026 features — 151 effects and direct export