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8K Card-Based Signal Source · Optional LVDS / V-by-One / eDP Cards

SVG-2401
8K LCM signal generator

7680×4320 8K | High-Refresh Esports Panels | Flexible Card-Based Configuration

Card-based design with 4 signal card slots plus 1 dedicated control card slot. Optional LVDS / LVDS-P / V-by-One / eDP cards can be combined in parallel for up to 7680×4320 output, easily driving 8K panels and all kinds of high-refresh notebook and esports displays. Performance rivals imported instruments at a significantly better price. Flicker (VCOM) adjustment supported; with the 7-inch touchscreen RMT-221 control box, the entire test requires only 3 buttons.

7680×43208K Ultra-HD Output
4 + 1Card-Based Slots
360HzHigh-Refresh Panel Support
RMT-2217-Inch Touch Control Box
SVG-2401 8K LCM Signal Generator
SCROLL
8K@120Hz7680×4320 Ultra-HD Output
Quadruple ProtectionOver-Voltage / Under-Voltage / Over-Current / No-Load + Soft Start
Flicker AdjustmentVCOM Voltage Fine-Tuning and Writing
Import ReplacementHighly Recognized by Leading Module Makers
PRODUCT FEATURES

SVG-2401 Features

An 8K card-based LCM pattern test instrument — performance rivaling imports, flexible configuration, covering TV, monitor and notebook production lines

🖥️

8K Ultra-HD Output

4 V-by-One cards in parallel deliver 64 lanes, or 2 eDP cards deliver 16 lanes, for up to 7680×4320@120Hz; a single V-by-One card supports 3840×2160@144Hz.

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Card-Based Modular Design

4 signal card slots plus 1 dedicated control card slot. LVDS / LVDS-P / V-by-One / eDP cards are optional and plug-and-play; simply add cards later as panel types change.

Full High-Refresh Coverage

eDP rates up to 8.1Gbps; the LVDS-P high-refresh card supports 1920×1080@360Hz — easily driving all kinds of high-refresh notebook and esports displays.

🌗

Flicker (VCOM) Adjustment

I2C-based VCOM voltage adjustment; the control box offers +5 / -5 / +1 / -1 four-key fine-tuning, and the "Save" key writes the value to the panel T-CON board memory in one step.

🛡️

Quadruple Hardware Protection

All output signals are protected; panel power and backlight power feature configurable over-voltage, under-voltage, over-current and no-load protection; VCC / VBL support soft start to suppress inrush current at power-on.

📱

7-Inch Touch Control Box

The standard RMT-221 control box features a 7-inch capacitive touchscreen with full touch operation, a bilingual Chinese/English interface and dual operator/administrator permissions; an IR remote control can also switch signals and patterns.

🖼️

Four Types of Test Patterns

Editable RGB solid colors, card-algorithm built-in patterns, external BMP images from SD card, and scrolling bar patterns; frame-lock supported with independently set duration per frame and auto/manual switching.

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Instant On & AOI Integration

Ready instantly at power-on — no boot wait. Store 99 sets of module parameters; switching lines or panels means just switching a parameter number. RS-232 commands let AOI equipment set parameters, switch signals, change patterns and read status.

MODULAR CARDS

Card-Based Structure · Flexible Card Options

Configure by panel, expand on demand — buy only what you need and save costs; panel upgrades only require additional cards

4 + 1 signal card slots + dedicated control card slot
Parallel Expansion Multiple cards stack up channel counts
Standard SPG-MAIN control card (with backlight driver)
SPG-EDP 240101 eDP Card
SPG-EDP 240101

eDP Card

8-lane eDP at 1.62 / 2.7 / 5.4 / 8.1Gbps, 6 / 8 / 10-bit; a single card reaches 7680×4320@60Hz, and 2 cards in parallel (16 lanes) reach 8K@120Hz. Ideal for notebook panels, esports displays and 8K panel testing.

SPG-VBY1 240102 V-by-One Card
SPG-VBY1 240102

V-by-One Card

16-lane V-by-One at 3.75Gbps/lane, 8 / 10-bit, 1 / 2 / 4 division; a single card reaches 3840×2160@144Hz, and 4 cards in parallel (64 lanes) reach 7680×4320@144Hz. Ideal for TV panels and large-size module testing.

SPG-LVDS 240103 LVDS Card
SPG-LVDS 240103

LVDS Card

4-channel LVDS at 150MHz/channel, 6 / 8 / 10-bit, JEIDA / VESA; up to 1920×1080@240Hz; can drive two 2-channel panels or four 1-channel panels simultaneously, doubling line efficiency.

SPG-LVDS-P 240104 LVDS-P High-Refresh Card
SPG-LVDS-P 240104

LVDS-P High-Refresh Card

4-channel LVDS at 200MHz/channel, 6 / 8 / 10-bit, JEIDA / VESA; up to 1920×1080@360Hz — purpose-built for high-refresh notebook panels and esports displays.

SPECIFICATIONS

Technical Specifications

Detailed electrical and functional parameters meeting 8K and high-refresh panel production-line testing needs

eDP Card
240101 · Optional
1 / 2 / 4 / 8 / 16 / 32 Lane 1.62 / 2.7 / 5.4 / 8.1Gbps 6bit / 8bit / 10bit 8-lane, up to 7680×4320@60Hz 16-lane (2 cards), up to 7680×4320@120Hz
V-by-One Card
240102 · Optional
1 / 2 / 4 / 8 / 16 / 32 / 64 Lane Division 1 / 2 / 4 8bit / 10bit 3.75Gbps/Lane 16-lane, up to 3840×2160@144Hz 64-lane (4 cards), up to 7680×4320@144Hz
LVDS Card
240103 · Optional
Single / Dual / Quad Channel Division 1 / 2 / 4 6bit / 8bit / 10bit JEIDA / VESA 150MHz/channel Up to 1920×1080@240Hz Drives two 2-channel or four 1-channel panels simultaneously
LVDS-P Card
240104 · Optional
Single / Dual / Quad Channel Division 1 / 2 / 4 6bit / 8bit / 10bit JEIDA / VESA 200MHz/channel Up to 1920×1080@360Hz Drives two 2-channel or four 1-channel panels simultaneously
Flicker Adjustment I2C-based VCOM voltage adjustment (customer provides the I2C protocol for VCOM adjustment); the VCOM value can be written to the panel’s non-volatile memory
Power Signals Panel power VCC: 3.3V–15V programmable (measurement accuracy 5mV); current 12V/10A, 3.3–5V/3A, other voltages 5A (accuracy 5mA); over-voltage / under-voltage / over-current / no-load protection; soft start suppresses power-on inrush current
Backlight Signals Backlight power VBL: 12V–24V output (accuracy 5mV), max 5A (accuracy 5mA), external constant-current module available (optional); BL_ADJ level adjustable 0.8V–3.9V, frequency 10Hz–20KHz, duty cycle 0–100%; BL_ONOFF level adjustable 0.8V–3.9V; soft start supported
Test Patterns Editable RGB solid-color patterns, card-algorithm built-in patterns, external BMP patterns from SD card, and scrolling bar patterns; frame-lock with independently set duration per frame; auto / manual switching
Cursor Positioning Overlay a cursor on test patterns with configurable coordinates
Power Sequencing Controlled items: LVDSVCC, BLVCC, LVDS / V-by-One / eDP signals, control outputs; interval 5mS–500mS, accuracy 5mS
Storage SD card (FAT32, max 32GB) stores module parameter files and test images; 99 preset module parameter sets, up to 32 test patterns each; parameters can be downloaded via PC serial port or transferred between two units
Unit Specifications Main unit: 213 × 290 × 190 mm, approx. 3.96 kg (without cards); control box: 195 × 180 × 38 mm, approx. 0.95 kg; input 90–132VAC / 180–264VAC (bottom switch), rated 350W; operating temperature +5°C to +45°C
Operation RMT-221 split-type control box (standard), 7-inch capacitive touchscreen, bilingual Chinese/English, operator/administrator dual permissions; testing requires only 3 buttons; IR remote control and RS-232 AOI command integration also supported
Standard Accessories Main unit, RMT-221 control box, SPG-MAIN 240100 control card (with backlight driver), national-standard 3-pin power cord; signal cards (eDP / V-by-One / LVDS / LVDS-P), cables and adapter boards are optional
INTERFACES

Interface Overview

Main unit views, card slots and RMT-221 control box layout at a glance

Main Unit — Front View

Portable Handle · Cooling Fan · 8K Marking
SVG-2401 front view
Portable carrying handleQuiet cooling fan8K LCM PATTERN GENERATORLVDS / eDP / V-by-One marking

Main Unit — Rear View

Card Slots · Power · Control Interfaces
SVG-2401 rear view
AC input (90–264VAC switchable)Power switchProtective Ground TerminalRS-232RMT-221 interfaceSignal card slots ×4 (optional cards)SPG-MAIN control cardBL_VCC backlight interfaceTrigger interface
RMT-221 touch control box

Standard: RMT-221 Touch Control Box

7-inch capacitive touchscreen with full-touch UI in Chinese and English; the main screen shows module parameters, cable, card temperature, VCC / VBL voltage & current and signal format in real time. The power button controls the signal on/off; the previous / next button switches test patterns, with F1–F4 shortcut function keys; frequently used keys are all mechanical keys rated for millions of presses — built to last.

WORKFLOW

Quick Operation Guide

Complete pattern testing in a few simple steps

Change Panel Return to step ③ "Connect Panel Cables" and repeat testing 1 Power On Insert the SD card and power on — parameters load automatically 2 Set Parameters Select power / panel parameters / patterns per the glass datasheet Tap on the 7-inch touchscreen; switching panels means just switching a number 3 Connect Panel Cables Select cards and adapter boards per panel interface Plug/unplug cables only with signal off 4 Signal On Control box power button 5 Visual Inspection QC visual / machine vision inspection 6 Switch Patterns Previous / next button or enable auto-play with configurable frame-lock time 7 Signal Off Control box power button 8 Disconnect Panel Cables Plug/unplug panel cables only with signal off
TEST PATTERNS

SVG-2401 Test Patterns

Covering grayscale, color bar, checkerboard, flicker, crosstalk and other common production-line test screens

4 Types
Pattern Sources

RGB solid / built-in algorithm / BMP / scrolling bar

Unlimited External Patterns

BMP files on the SD card can be used directly

32
32 Patterns per Parameter Set

Combine test screens as needed

99
Module Parameter Presets

Switch lines/panels by parameter number only

Frame-Locked Auto-Play

Independent duration per test frame

Common Test Pattern Gallery

Test patterns are generated in real time by card algorithms; common screen effects shown below
Red 256-level grayscale (horizontal)
Green 256-level grayscale (horizontal)
Blue 256-level grayscale (horizontal)
White 32-level grayscale 1 (horizontal)
White 32-level grayscale 2 (horizontal)
White 256-level grayscale (horizontal)
White 256-level grayscale (vertical)
RGBW 256-level grayscale (horizontal)
RGBW 256-level grayscale (vertical)
Vertical 256-level grayscale WRGB
Color bar test pattern
Grayscale bar test pattern
Crosshair test pattern
Cross screen test pattern
WRGB color test pattern
Comprehensive test pattern
Line-interlaced 3D test pattern
Frame-interlaced 3D test pattern
Red square test pattern
Green square test pattern
Blue square test pattern
Scrolling screen
CSOT screen
AUO screen
Checkerboard test pattern
Diagonal line test pattern
Left-scrolling screen
Down-scrolling screen
Mosaic 8×6
Mosaic 8×8
Crosstalk test pattern 1
Crosstalk test pattern 2
WHY SVG-2401

SVG-2401 vs Motherboard Pattern Testing

A full comparison of pattern-testing solutions for LCM production lines — professional instruments win across the board

ItemSVG-2401 Professional Signal GeneratorOrdinary Motherboard
Versatility Purpose-built for LCM and T-CON production-line pattern testing; card-based structure with optional cards, compatible with LVDS / V-by-One / eDP panels, up to 8K One motherboard only drives its matching panel — changing glass means changing the board
Reliability All interface signals have protection circuits; T-CON power features over-voltage, under-voltage, over-current and no-load protection No protection — easily damaged
Efficiency Instant on at power-up, highly efficient Must wait for the motherboard to fully boot; some boot very slowly
Operability Signal on/off and pattern switching with just 3 buttons Must switch to the USB channel via remote or buttons first, then control USB image playback
Cost-Effectiveness Designed service life of 5–10 years — better long-term value Frequent damage or even scrapping — higher overall cost
Special Requirements Independently developed — customization available for special panel-inspection processes Cannot be met
Industry Trend Major brand LCM manufacturers all use professional instruments for pattern testing
Success Stories Wistron, Innolux, AUO, Panda, BOE, TCL CSOT
Import ReplacementPerformance rivaling imported instruments — a full replacement
Price AdvantageMuch more affordable than imported instruments
Local ServiceIndependently developed — customization and fast response supported

The Common Choice of Many Leading LCM Manufacturers

TROUBLESHOOTING

Troubleshooting

Quick ways to locate pattern-testing issues

  • Check that the signal card is properly seated and that the correct cables and adapter board are used;
  • Check that the correct power parameters and panel parameters are selected;
  • Turn on the output signal and check whether LVDSVCC current is normal — very low current or NCP usually indicates a cable error, or possibly wrong power parameters.
  • LVDS panels: check that the 6/8/10-bit width and JEIDA / VESA format settings match the panel datasheet;
  • V-by-One panels: check that lane count (1 / 2 / 4 / 8 / 16 lanes) and division (1 / 2 / 4) settings are correct;
  • eDP panels: check that lane count and rate (1.62 / 2.7 / 5.4 / 8.1Gbps) are within the panel’s supported range;
  • Also verify that the signal generator resolution matches the panel and that cables are intact.
  • Switch the "Flicker" parameter to the one matching the current LCM, and switch to the Flicker test pattern;
  • Press the +5 / -5 / +1 / -1 keys on the control box to adjust the VCOM value while observing flicker changes;
  • Once optimal, press the "Save" key to write the VCOM value to the panel’s non-volatile memory; a green "OK" in the status area means success, while a red "FAIL" requires readjustment.
  • The SPG-MAIN control card (with backlight driver) is standard; signal cards are selected by panel interface: V-by-One for TV panels, eDP or LVDS-P for notebook/esports panels, LVDS card for ordinary LVDS panels;
  • 8K panels need 4 V-by-One cards (64 lanes) or 2 eDP cards (16 lanes); cards of the same type can be mixed and paralleled to expand channels;
  • Later panel changes only require additional cards — no need to replace the whole unit. For selection help, contact us for a configuration plan.
CONTACT US

Contact Us

The SVG-2401 is our flagship in-production model. For selection consulting, card configuration plans or sample demos, feel free to contact us anytime.

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Contact PersonMr. Xu
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Websitewww.src-view.com
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Address11th Floor, Gangxing Chuangye Building, No. 5054 Songbai Road, Gongming Street, Guangming District, Shenzhen

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