VDWall LVP100 LED Video Processor
4 inputs · 2× DVI outputs · dual images · PIP / PBP · 2 sending cards inside · 1U 19-inch
The compact, entry-level VDWALL processor for small LED advertising screens, storefront and doorway signage — four inputs, two DVI outputs, dual images and a front panel simple enough to set once and leave running — supplied by Excelled Display, LED display manufacturer and controller supplier for global B2B integrators.
VDWall LVP100 LED Video Processor at a Glance
What is it? The LVP100 is the entry-level, compact model in the VDWALL processor line — a 1U 19-inch rack unit that switches and scales four sources for one LED screen and is operated from its own front-panel buttons. VDWALL’s document header reads “LVP100 LED VIDEO WALL PROCESSOR” and “LVP100 LED HD Video Processor”.
What can it take in? 1× CVBS, 1× VGA (RGBHV), 1× DVI and 1× HDMI — composite video in PAL/NTSC at 1V(p_p)/75Ω, PC formats up to 2048×1152_60Hz on VGA, up to 2304×1152_60Hz on DVI, and up to 1920×1080_60Hz as PC (VESA) or 1080p_60Hz as HDMI 1.3 (CEA-861).
How does it reach the LED wall? Through its 2× DVI outputs and the sending-card chain: the LVP100 can host 2 LED sending cards inside its own chassis, so the processor-to-sender cabling stays short and the sending card drives the receiving cards on the screen.
Who is it for? Small LED advertising screens, shop-front and doorway signage, retail window displays and any project that needs a simple, low-cost, set-and-forget processor rather than a modular video wall controller.
What is included? The unit ships with a 1.5 m power cord ×1, a 1.5 m DVI cable ×1, a user manual ×1, an operations CD ×1 and a BNC-RCA adapter ×1; the LED sending cards ×2 are optional. Configuration and pricing from our sales team.
Where the VDWall LVP100 Fits: Small LED Screens and Storefront Signage
Not every LED screen needs a rack of modular inputs. A shop-front price sign, a doorway display or a small advertising screen usually runs one player and one live source, and it needs a box that takes those signals, fits them to the panel and keeps running without an operator. That is the job the LVP100 was specified for: VDWALL’s own feature list states that 4 inputs, 2 outputs and dual images are enough for the application requirements of small LED screens in most cases.
The trade-offs are deliberate. Instead of a module bay, a touch surface or a network control stack, the LVP100 gives you four fixed inputs, two DVI outputs, dual-image processing and front-panel buttons in a 1U 19-inch chassis weighing 2.5 kg net. For an integrator rolling the same storefront screen design out across many sites, that means fewer settings to misconfigure, a shorter bill of materials and a processor that can be racked, set once and left alone.
Four Inputs, Four Formats
CVBS, VGA (RGBHV), DVI and HDMI all live on the rear panel at once — legacy player and modern source available together.
Dual DVI Outputs
Two DVI outputs, 13 documented output formats from 1024×768 to 2560×816, including portrait and square canvases.
Dual Images
PIP or PBP among any two images, with 3 custom preset dual-image modes stored for the layouts a site repeats.
Built to Stay On
Specified to work seven days a week and twenty-four hours a day — high-reliability, stable operation for signage duty.
VDWall LVP100 Inputs and Outputs: 4 Inputs, 2 DVI Outputs, Dual Images
The LVP100 carries one input of each format an LED signage project actually meets: composite video for legacy players and cameras, VGA for a PC, DVI for a graphics source or media player, and HDMI for a modern player or laptop. Nothing is shared or switchable — all four sit on the rear panel simultaneously, so a storefront screen can hold a media player on HDMI and a legacy source on CVBS and move between them without re-cabling.
Resolution ceilings are printed plainly in the datasheet: VGA accepts PC (VESA) formats up to 2048×1152_60Hz with R, G, B at 0.7V(p_p)/75Ω, DVI up to 2304×1152_60Hz, and HDMI covers PC (VESA) up to 1920×1080_60Hz plus HDMI 1.3 (CEA-861) video up to 1080p_60Hz. The PC timings follow the display standard published by VESA, and the 1080-line video timings follow the broadcast standards published by SMPTE, so a compliant source needs no guesswork at commissioning time.
| Interface | Specification |
|---|---|
| Inputs — quantity / type | 1× CVBS; 1× VGA (RGBHV); 1× DVI (VESA); 1× HDMI (VESA / CEA-861) |
| CVBS input | BNC connector; composite video SYS PAL / NTSC; amplitude / impedance 1V(p_p)/75Ω |
| VGA input | 15-pin D_Sub (female); PC (VESA standard) ≤2048×1152_60Hz; R, G, B = 0.7V(p_p)/75Ω |
| DVI input | 24+1 DVI_D (female); PC (VESA standard) ≤2304×1152_60Hz |
| HDMI input | Type-A; PC (VESA standard) ≤1920×1080_60Hz; HDMI 1.3 (CEA-861) ≤1080p_60Hz |
| Outputs — quantity / type | 2× DVI, interface DVI OUT 24+1 DVI_D |
| DVI output formats | 1024×768_60/75Hz; 1080×1920_60Hz; 1200×1600_60Hz; 1280×1024_60/75Hz; 1600×1200_60Hz; 1920×1080_50/60Hz; 1366×768_60Hz; 1440×900_60Hz; 1536×1536_60Hz; 1920×1200_60Hz; 2048×1152_60Hz; 2304×1152_60Hz; 2560×816_60Hz |
| Images | Dual images; PIP / PBP display among any 2 images; 3 custom preset dual-image modes |
| Switching | Seamless switching; fade in and fade out switching |
Faroudja® Processing: Real Color®, 10+ Bit DCDI and TrueLife™
What happens between the input and the DVI output is the other half of the specification, and it is the part that shows on a screen viewed from two metres away. The LVP100 uses Faroudja® Real Color® image processing for colour handling, 10+ Bit Faroudja® DCDI de-interlacing processing so that interlaced composite and 1080i-style sources are rebuilt cleanly instead of showing jagged edges on motion, and Faroudja® TrueLife™ augmented video and image processing for detail and contrast on the scaled output.
For a storefront or doorway screen this is the difference between a promo loop that reads as video and one that reads as a stretched file. Composite CVBS in particular — still common on legacy players and cameras — is the format most punished by weak de-interlacing, and it is exactly the input the LVP100 is built to take.
If the source list grows past four inputs, compare other processor classes — the Colorlight X2 LED video processor sits in an adjacent bracket, and our LED control system collection maps the rest of the chain.
PIP/PBP on the LVP100: Any Two Images, 3 Custom Preset Modes
Dual-image working is what separates the LVP100 from a plain scaler. Any two of the four inputs can be combined as picture-in-picture or picture-by-picture — HDMI alongside VGA, DVI beside CVBS, a live camera in the corner of a promo loop — and the layout is stored rather than rebuilt: the processor keeps 3 custom preset dual-image modes for the arrangements a site repeats every day.
Switching between sources is handled the way a broadcast desk handles it: seamless switching, with fade in and fade out. On a storefront screen that matters more than it sounds. A hard cut between a bright promotion and a dark menu board is jarring at close range, and a re-lock while the screen is in front of customers is worse; a fade gives the change a natural edge and seamless switching means the screen never blanks or flashes during the transition.
Two images is the realistic ceiling for this class of screen. Larger VDWALL processors carry more layouts — the VDWall LVP605 LED video processor runs PIP/PBP with four modes (M1–M4) alongside text overlay, hot spare and mosaic functions — and the comparison table below shows where each model sits.
Matching the LED Screen: Custom Output Resolution and DVI EDID
An LED screen is not a monitor with a fixed format, and the LVP100 is designed for that reality: it allows an access to set the output resolution to fulfill the size of the LED screen, so the processor produces the canvas the wall expects instead of a standard format that the sending card then has to fight. The two DVI outputs carry 13 documented formats — from 1024×768_60/75Hz and 1280×1024_60/75Hz through 1366×768_60Hz, 1440×900_60Hz, 1600×1200_60Hz and 1920×1080_50/60Hz, up to 1920×1200_60Hz, 2048×1152_60Hz, 2304×1152_60Hz and the wide 2560×816_60Hz — plus the portrait formats 1080×1920_60Hz and 1200×1600_60Hz and the square 1536×1536_60Hz for column and cube-shaped screens.
The second half of the job is DVI EDID. EDID is how a source asks a display what it can accept, and because the LVP100 presents EDID data on its DVI path, the input resolution can be set freely to make dot-to-dot display successful. In practice: set the output to the screen’s native pixel canvas, let the source output the same pixel count, and one source pixel maps to one LED pixel — no rescaling, no softness and no lost detail on a sign that shoppers read from a metre away.
If the project also involves splitting or splicing a larger canvas, the LED video splicer guide covers where a single-output processor stops and an image-splicing processor begins — useful when one screen becomes two.
VDWall LVP100 Wiring and Configuration: Sending Cards and Front-Panel Setup
The LVP100 has room for two LED sending cards inside its own chassis, which settles the wiring question before the rack is built. Because the processor has only two DVI outputs, the processor-to-sender run is short and fixed: card in the slot, DVI cable between the output and the card, and the sender’s ports go out to the receiving cards on the wall. No external sender box, no second power supply, no third DVI cable to lose behind the rack.
Step by Step: LVP100 Wiring and Configuration
- Connect one of the four inputs. Use CVBS (BNC), VGA (15-pin D_Sub), DVI (24+1 DVI_D) or HDMI (Type-A) — all four are available at once, so wire the format that suits the player and keep the rest as spare capacity.
- Fit up to 2 sending cards inside the LVP100 and cable them to the 2× DVI outputs. With the senders in the processor chassis the DVI run stays inside the rack, and the long cable run becomes the sending card to the receiving cards on the screen.
- Set the output resolution to the screen. From the front panel, choose the documented output format closest to the screen’s pixel canvas — or the custom resolution the screen requires — so the processor drives the size the wall actually is.
- Set the input resolution for dot-to-dot. With DVI EDID in play, the source can be set to the same pixel count as the output, so no scaling is introduced anywhere in the chain.
- Choose the dual-image preset — or none at all. Select PIP or PBP among any two images and store the layout in one of the 3 custom preset dual-image modes.
- Run the screen from the front panel and leave the switching behaviour as seamless with fade in and fade out, so source changes never flash on a customer-facing sign.
Front-Panel Control — and No Configuration Software to Match
Operation follows the same logic. The LVP100 is controlled by operations on the front panel buttons — described in the feature list as convenient and flexible for front panel users — so input selection, output setup and preset calls happen on the unit itself, with no laptop on site and no software version to match. RS232 is listed as an optional control port for installations where a room control system needs to talk to the processor.
Be clear about what is not here: this model is front-panel driven, and no app, cloud service, PC configuration suite or network control interface is documented for the LVP100 — we do not claim one. If a project needs the processor configured over a network or monitored remotely, that is a requirement for a different model in the range; tell us and we will point you at the right one instead of selling around the gap.
What the LVP100 gives you instead is predictability. It is built to be left alone: VDWALL specifies it to work seven days a week and twenty-four hours a day, with high reliability and stability, inside a 0–45°C temperature range and 15–85% humidity — roughly the life of a shop window in summer or a doorway sign in winter. Commissioning stops at the front panel, which also means no software revision to keep matched across a roll-out of identical screens.
Match the sending and receiving side to the wall itself: a sending controller such as the Mooncell MTB400E LED sending controller and receiving cards such as the Colorlight I5A-905 LED receiving card are the parts that sit either side of this processor in a signage build. Background for the rest of the chain: how to connect an LED display controller walks through the source-to-sender-to-screen path, and the MRV208 LED receiving card covers the last hop to the cabinets.
VDWall LVP100 vs LVP605 vs LVP615S
All three are VDWALL LED video processors in the same family; the differences are input count, output flexibility, dual-image modes, onboard sending cards and control. Specifications below are taken from the published documentation for each model.
| Model | LVP100 ☆ | LVP605 | LVP615S |
|---|---|---|---|
| Position in the range | Entry-level / compact, 1U 19-inch | Multi-source processing with text overlay and mosaic | HD processing with SDI in and DVI loop cascade |
| Inputs | 1× CVBS, 1× VGA, 1× DVI, 1× HDMI | 3× Video, 1× S-Video, 1× YPbPr, 2× VGA, 1× HDMI, 1× DVI, 1× EXT | 2× Video, 1× YPbPr, 2× VGA, 1× DP, 1× DVI, 1× HDMI, 1× SDI in + SDI loop |
| Outputs | 2× DVI | 1× VGA + 2× DVI | 1× VGA + 2× DVI |
| Output resolution | Settable to fulfill the LED screen size; DVI EDID for dot-to-dot input | Customizable output, max horizontal 3840 or vertical 1920 | Custom output, width ≤3840, height ≤1920 |
| Dual images | PIP / PBP among any 2 images, 3 custom preset modes | PIP / PBP with 4 modes (M1–M4) | — |
| Image processing | Faroudja® Real Color®, 10+ Bit DCDI de-interlacing, TrueLife™ | Text overlay, hot spare, mosaic | Faroudja® Real Color® / DCDI / TrueLife™ |
| Sending cards inside | Up to 2 | — | 2 built in |
| Cascade | — | — | DVI Loop cascade |
| Control | Front-panel buttons; RS232 optional | Panel buttons + RS232 + Windows control software | RS232 / USB / LAN / WIFI / Infrared |
| Power consumption | ≤25W | ≤20W | ≤25W |
| Typical fit | Small advertising, storefront and doorway screens | Multi-source screens needing text and mosaic | HD builds needing SDI and cascade |
Cells marked — are not part of the published summary for that model; open the model page for the full datasheet. Model pages: VDWall LVP605 · VDWall LVP615S · VDWall LVP909. Send us the screen size and source list and we will confirm which of the three fits.
VDWall LVP100 Technical Specifications
| Parameter | Specification |
|---|---|
| Product type | Compact entry-level LED video wall processor (LED HD video processor), 1U 19-inch rack |
| Inputs | 1× CVBS (BNC); 1× VGA / RGBHV (15-pin D_Sub, female); 1× DVI (24+1 DVI_D, female); 1× HDMI (Type-A) |
| Input formats | CVBS: PAL / NTSC, 1V(p_p)/75Ω; VGA: PC (VESA standard) ≤2048×1152_60Hz, R, G, B = 0.7V(p_p)/75Ω; DVI: PC (VESA standard) ≤2304×1152_60Hz; HDMI: PC (VESA standard) ≤1920×1080_60Hz and HDMI 1.3 (CEA-861) ≤1080p_60Hz |
| Outputs | 2× DVI; interface DVI OUT 24+1 DVI_D |
| Output formats | 1024×768_60/75Hz; 1080×1920_60Hz; 1200×1600_60Hz; 1280×1024_60/75Hz; 1600×1200_60Hz; 1920×1080_50/60Hz; 1366×768_60Hz; 1440×900_60Hz; 1536×1536_60Hz; 1920×1200_60Hz; 2048×1152_60Hz; 2304×1152_60Hz; 2560×816_60Hz |
| Output resolution control | Output resolution can be set to fulfill the size of the LED screen; DVI EDID allows the input resolution to be set freely so dot-to-dot display succeeds |
| Dual-image processing | Dual images; PIP / PBP display among any 2 images; 3 custom preset dual-image modes |
| Switching | Seamless switching; fade in and fade out switching |
| Image processing | Faroudja® Real Color® image processing; 10+ Bit Faroudja® DCDI de-interlacing processing; Faroudja® TrueLife™ augmented video and image |
| Sending cards | It is enabled to put 2 sending cards inside (optional) |
| Control ports | RS232 (optional) |
| Control method | Operations on front panel buttons |
| Input voltage | 100-240VAC 50/60Hz |
| Power consumption | ≤25W |
| Environment | Temperature 0-45°C; humidity 15-85% |
| Product size | 482.6 (L) × 200 (W) × 44 (H) mm (1U 19-inch rack) |
| Packing size | 535 (L) × 315 (W) × 145 (H) mm |
| Weight | G.W. 4 kg / N.W. 2.5 kg |
| Standard accessories | 1.5 m power cord ×1; 1.5 m DVI cable ×1; user manual ×1; operations CD ×1; BNC-RCA adapter ×1 |
| Optional accessories | LED sending cards ×2 |
| Reliability | Enabled to work seven days a week and twenty-four hours a day; high-reliability and stable |
Running the wider chain, from wall to player? Send us the screen build and we will list the sending cards, receiving cards and processor that fit it — the same parts named on this page, quoted as one package.
VDWall LVP100 Manual and Technical Documentation
Every specification on this page is taken from VDWALL’s own document for this model, “Overview of LVP100 V1.0”, whose header reads “LVP100 LED VIDEO WALL PROCESSOR” and “LVP100 LED HD Video Processor”. That document is the source for the input and output lists, the format tables, the accessory list, the dimensions and the feature list quoted here — the numbers are transcribed, not estimated.
We do not host a copy of the manufacturer’s manual and we will not publish a download link we cannot stand behind. If you need the LVP100 manual, a datasheet PDF or written specifications for a tender package, a submittal or an engineering file, ask us directly: request the LVP100 documentation with the model name, the screen size in pixels and your project stage, and we will send the vendor documentation available for the unit we quote.
Documentation for Setup: What Exists and What Does Not
Setup documentation for this model is short by design, because the setup itself is short. The documented control method is operations on the front panel buttons, and RS232 is listed as an optional control port. There is no app, no cloud account, no PC configuration suite and no network control interface documented for the LVP100, and we do not invent one to fill the gap.
That matters when you are writing a scope of work. If your project calls for configuration from a laptop, remote monitoring or scheduled playback control, the LVP100 is the wrong unit and the requirement should be priced against a different model in the range — tell us the requirement and we will say so plainly. If your project calls for a processor that is configured once at the screen, from its own buttons, and then left running seven days a week and twenty-four hours a day at ≤25W, that is exactly what this model documents.
VDWall LVP100 LED Video Processor FAQ
Q1 What is the VDWall LVP100 LED video processor?
The LVP100 is the compact, entry-level model in the VDWALL processor line. It is a 1U 19-inch rack unit that switches and scales up to four sources for an LED screen, carries dual-image PIP/PBP processing and Faroudja image processing, and is operated from its own front-panel buttons.
Q2 What inputs does the LVP100 accept?
Four: 1× CVBS on BNC (PAL/NTSC, 1V(p_p)/75Ω), 1× VGA/RGBHV on 15-pin D_Sub, 1× DVI on 24+1 DVI_D, and 1× HDMI on Type-A. PC formats run up to 2048×1152_60Hz on VGA, 2304×1152_60Hz on DVI, and 1920×1080_60Hz on HDMI, which also covers HDMI 1.3 (CEA-861) up to 1080p_60Hz.
Q3 How many outputs does it have, and how does it reach the LED wall?
Two DVI outputs on 24+1 DVI_D connectors. They feed the sending-card chain: the LVP100 can host up to two LED sending cards inside its own chassis, and the sending card then drives the receiving cards and the screen — so the processor-to-sender cabling stays short.
Q4 Can the LVP100 show two images at the same time?
Yes. It provides dual-image processing with PIP and PBP display among any two images, and it stores 3 custom preset dual-image modes for the layouts a site uses repeatedly. Source changes use seamless switching with fade in and fade out.
Q5 How do I set the output resolution to match my LED screen size?
The LVP100 allows the output resolution to be set so it fulfills the size of the LED screen. Start with the documented formats — 1024×768_60/75Hz, 1280×1024_60/75Hz, 1366×768_60Hz, 1440×900_60Hz, 1600×1200_60Hz, 1920×1080_50/60Hz, 1920×1200_60Hz, 2048×1152_60Hz, 2304×1152_60Hz and 2560×816_60Hz, plus portrait 1080×1920_60Hz, 1200×1600_60Hz and square 1536×1536_60Hz. For a non-standard screen whose pixel count is none of these, set the custom resolution the screen requires and verify the sending card is configured for the same pixel canvas — if the picture is cropped, doubled or off-centre, the output and the sender are usually set to two different sizes.
Q6 What does DVI EDID do on this processor?
EDID is how a source asks the display path what it can accept. On the LVP100, DVI EDID makes it possible to set the input resolution freely so dot-to-dot display is successful. Set the output to the screen’s pixel canvas, then set the source to the same pixel count: the image maps pixel for pixel and no scaling is introduced. If the picture still looks soft, the source has usually ignored the EDID and is rescaling to a standard format — set the graphics output manually to the screen’s resolution.
Q7 Can LED sending cards be fitted inside the LVP100?
Yes. The chassis is enabled to hold 2 sending cards, which are listed as optional accessories. With the senders inside, the only cabling between processor and sender is the short DVI link inside the rack, and the long run is the sending card out to the receiving cards.
Q8 How is the LVP100 controlled — is there an app or setup software?
The documented control method is operations on the front panel buttons, described by VDWALL as convenient and flexible for front panel users, so input selection, output setup and preset calls happen without a laptop on site. RS232 is listed as an optional control port. There is no app, cloud account, PC configuration software or network control interface documented for this model, and we do not claim one — if your project needs configuration over a network or remote monitoring, tell us and we will point you to a model that provides it.
Q9 Why is there no picture on the second DVI output?
The two DVI outputs are driven by the same dual-image engine, so a single-image configuration has nothing to route to the second output. Before treating the port as faulty, check that a second image has actually been configured and that a PIP or PBP layout is active — the processor stores 3 custom preset dual-image modes for exactly these arrangements. Then confirm the second output is set to a resolution the screen accepts and that its DVI cable and sending card are properly seated.
Q10 Where can I get the VDWall LVP100 manual or a PDF datasheet?
The specifications on this page come from VDWALL’s own document “Overview of LVP100 V1.0”, whose header reads “LVP100 LED VIDEO WALL PROCESSOR” and “LVP100 LED HD Video Processor”. We do not publish a download link of our own, so contact our team and ask for the LVP100 documentation, quoting the model name and your project stage — we will send the vendor manual and datasheet material available for the unit we quote.
Q11 How much does the VDWall LVP100 cost, and how do I check availability?
No price is published for this model, and we will not quote a figure from a web page: pricing depends on configuration — the processor plus the optional LED sending cards ×2 — as well as quantity, lead time and the rest of the control chain on the project. Send us the screen size in pixels, the source list and the quantity for a factory-direct quote with a current availability check.
Q12 What ships in the box, and what is optional?
Standard accessories are a 1.5 m power cord ×1, a 1.5 m DVI cable ×1, a user manual ×1, an operations CD ×1 and a BNC-RCA adapter ×1. The only optional item listed is the pair of LED sending cards (×2).
The VDWall LVP100, Sized for Small LED Screens
VDWall LVP100 gives storefront, doorway and small advertising screens one compact processor that takes four source formats, holds dual-image layouts, matches the wall’s resolution dot-to-dot and can carry up to two sending cards inside the same 1U chassis — backed by Excelled’s pre-shipment testing and factory-direct support. Pair it with our LED screens and controller hardware for a complete signage package.
Related reading: LED display media player guide · LED video processor guide · Request a quote