NovaStar CX40 Pro LED Controller: Specifications and Setup Guide

The NovaStar CX40 Pro is a COEX-series 4K LED display controller with six 5Gbps Ethernet outputs, one 40Gbps optical port and a maximum device load of 9 million pixels. It combines video processing, sending and VMP control. Choose its operating mode, receiving cards and output configuration together: headline pixel capacity alone does not establish whether an LED wall will work.

At a glance: The NovaStar CX40 Pro accepts HDMI 2.0, DisplayPort 1.2 and 12G-SDI sources, supports HDR10 and HLG, and provides three independent layers in All-In-One mode. Published low-latency figures describe processing inside the controller, not the complete camera-to-screen delay.

This specification and setup guide is published by EagerLED for LED-wall buyers and integrators. It uses NovaStar’s CX40 Pro Specifications V1.0.1, dated July 4, 2023, reproduced by Manuals+ as an explicit reference baseline. It is a document-based guide, not a hands-on benchmark; verify newer firmware and receiving-card combinations against their matching documentation.

Contents

The NovaStar CX40 Pro belongs to the COEX control platform from Xi’an NovaStar Tech Co., Ltd. Its All-In-One mode combines source processing, scaling and cabinet data transmission. Send-Only mode suits installations where an upstream system already prepares the final canvas and the operator prioritizes a shorter processing path.

For an indoor LED screen, start with the actual cabinet resolution and receiving-card model. For a rental fleet, also document the available cable routes and source formats. The NovaStar CX40 Pro can serve either workflow, but an existing screen should not be assumed compatible merely because it already uses NovaStar hardware.

The NovaStar CX40 Pro has five video input connectors across three interface types. HDMI and SDI loop connections distribute the incoming source onward; they do not create additional processing capacity. Likewise, the two Gigabit Ethernet control ports carry management traffic and must be distinguished from the six 5Gbps cabinet outputs.

These NovaStar CX40 Pro specifications describe separate capabilities. They are not a guarantee that maximum input resolution, maximum frame rate, maximum bit depth and all processing features can be enabled simultaneously. Use the manufacturer specification tables to check the exact combination before finalizing the bill of materials.

The NovaStar CX40 Pro supports HDR10 and HLG, but successful HDR reproduction depends on the source, processor settings, receiving cards and calibrated LED cabinets. HDR10 uses PQ signaling associated with SMPTE ST 2084, while ST 2086 describes mastering-display metadata. They are not two interchangeable transfer curves.

First establish the intended output format in the player or graphics card. Then check how the NovaStar CX40 Pro identifies that input. If an SDR image is interpreted as HDR, or HDR is interpreted as SDR, brightness and color can look wrong even though the source remains visible.

HDR setup sequence: Confirm the source format, check automatic detection, select the appropriate HDR properties when manual configuration is required, and inspect highlight detail and shadow separation on the actual screen. The reference document allows manual HDR settings for DP, SDI and non-standard sources.

For the NovaStar CX40 Pro, HDR can reduce available load with the CA50E, CA50C and XA50 receiving-card combinations described in V1.0.1. Do not budget the screen from the 9-million-pixel headline without checking that condition. Our LED display HDR guide explains the display-side factors behind the result.

Input resolution, frame rate and chroma sampling must be treated as one specification. The NovaStar CX40 Pro supports 4096 x 2160 at 60Hz in listed formats, including 8-bit RGB 4:4:4 over HDMI and DP. The same baseline lists lower timing limits for 10-bit or 12-bit RGB 4:4:4; 4K60 cannot be generalized to every format.

Forced 8192 x 1080 at 60Hz is an ultra-wide input option under supported conditions. The source graphics card must produce that timing, and HDMI/DP input width must be a multiple of eight. A frame-rate list reaching 240Hz does not establish 4K240 support. Check the NovaStar CX40 Pro Video Source Specifications before choosing a media-server output.

NovaStar CX40 Pro low latency is a conditional processing specification. With the documented low-latency setup, Send-Only mode achieves zero frames, described as less than 1ms inside the controller; All-In-One mode is one frame. Source capture, rendering, transmission and LED scan behavior add their own delay.

At 60Hz, one frame lasts approximately 16.67ms, calculated as 1,000 divided by 60. That conversion helps compare a frame-based specification with a millisecond requirement, but it is not a measurement of a complete NovaStar CX40 Pro installation.

The V1.0.1 function-limitations table states that low latency and Genlock are mutually exclusive. It also requires Ethernet ports to load cabinets vertically and share the same Y coordinate for low latency. Establish that topology before installation; changing only the menu setting may not produce the expected result.

The NovaStar CX40 Pro also supports zero to two additional frames of controller delay. Add delay only when a measured synchronization requirement calls for it. For camera work, compare the full signal chain under the final shooting format, and record whether Genlock or low latency was selected.

A NovaStar CX40 Pro used for virtual production therefore needs a camera test, not only a low-latency checkbox. Inspect the recorded image at the intended shutter setting and frame rate. Document any banding, phase adjustments and cabinet behavior before approving the configuration for a shoot.

The NovaStar CX40 Pro provides tools for composition and color management, but each tool solves a different problem. Scaling changes geometry, a LUT maps colors, and cabinet calibration addresses panel uniformity. A repeatable workflow establishes the cabinet baseline first, then adjusts the source image.

In All-In-One mode, the NovaStar CX40 Pro supports up to three independent 4K layers and Z-order adjustment. A presentation might use a full-screen background, a live camera window and a graphic overlay. Test all three sources together because a successful single-source test does not validate the final composition.

Use pixel-to-pixel mapping for detailed text where possible. Custom scaling and snap-to-canvas help fit content, but stretching a source changes its geometry. Set the media-server canvas from the intended LED pixel layout and review LED screen resolution planning before creating show graphics.

The NovaStar CX40 Pro reference specification explicitly lists 17 x 17 x 17 .cube LUT files. Treat larger LUT grids as version-dependent capabilities that require matching current documentation. A LUT made for a different display target can introduce errors even when its file imports successfully.

Record the source color space, display target and LUT filename. Compare a neutral grayscale and known color patches before and after enabling it. The NovaStar CX40 Pro should be evaluated through the final camera or viewing chain, especially when the LED wall forms part of a photographed background.

The NovaStar CX40 Pro offers hue, saturation and brightness adjustment for black, white and twelve derived standard colors. Use this for targeted corrections after the broad calibration is stable. Correcting a brand red should not become a substitute for checking white balance, gamut or source interpretation.

Save a baseline preset before changes and compare skin tones as well as saturated graphics. After replacing cabinets, inspect uniformity again; a processor-level adjustment can mask one problem while creating another across the rest of the wall.

Dynamic Booster analyzes frames to adjust contrast and image detail. In the NovaStar CX40 Pro V1.0.1 baseline, supported receiving cards and prior brightness/gamut correction are prerequisites. The documentation names CA50E, CA50C and XA50 cards with suitable color-analysis equipment for this workflow.

Full grayscale calibration additionally requires the NovaStar C3200 camera. Do not promise a fixed energy-saving percentage or guaranteed service-life increase without project measurements. Check the advanced-function requirements for the complete NovaStar CX40 Pro system, then retain the calibration files with the project handover.

Commission the NovaStar CX40 Pro in stages: document the hardware, establish a known source, map the cabinets, validate loading, set processing, then save and test recovery. Keep the receiving-card configuration, VMP project and cable map together. The steps below are a planning workflow; installation must follow the supplied hardware manual.

The NovaStar CX40 Pro reference dimensions are 482.6 x 94.4 x 472.0mm and its net weight is 8.1kg. Use the mechanical drawing for rack fit; describing a 94.4mm-high enclosure as a standard 1U device would be misleading. The reference specifies at least four M5 x 12 mounting screws and a rack bearing at least 32.4kg.

Its listed supply is AC 100-240V, 50/60Hz, with 105W specified consumption; actual consumption varies with use. The operating range is -10 to +45 degrees Celsius. The NovaStar CX40 Pro has an IP20 rating and must be protected from water. Maintain airflow, grounding and horizontal mounting as required by the installation and electrical instructions.

Connect a known progressive video source to the NovaStar CX40 Pro using the appropriate HDMI, DP or SDI input. Test the direct connection before adding adapters and loop-through devices. The reference allows up to eight devices in HDMI or SDI loop arrangements; verify signal stability across the complete route.

Next identify the receiving-card family and load each cabinet output deliberately. A physical Ethernet connector does not establish protocol compatibility. Our LED receiving-card guide explains why the card, driver IC and cabinet configuration belong in the same compatibility check.

The following NovaStar CX40 Pro port values apply to the CA50E, CA50C and XA50 baseline documented in V1.0.1. Apply the device’s 9-million-pixel ceiling as well as individual port limits, and check HDR-specific restrictions separately.

Calculated planning example: A 3840 x 2160 wall contains 8,294,400 pixels. Dividing it evenly across six ports gives 1,382,400 pixels per port. At 60Hz that is below the listed 12-bit port ceiling, but it does not validate HDR operation, cabinet scan settings or the physical connection map. At 120Hz the listed 12-bit port ceiling is 864,000 pixels, so the same six-port plan fails.

Ethernet Output Connection Diagram

Optical Transmission Connection Diagram

After checking power and cabling, start the NovaStar CX40 Pro and inspect the running indicator. In the reference, solid red means standby, solid blue means starting, solid green means normal operation and flashing red indicates abnormal operation. Check reported faults before applying a complex show configuration.

Use the home screen to confirm source detection and output connections. Establish a modest brightness setting suitable for the room, then display identification patterns and grayscale. Check each cabinet’s location and orientation before enabling the final media-server composition. This isolates mapping faults from processing faults on the NovaStar CX40 Pro.

Press the knob from the home screen to enter the menu, rotate to choose a setting and press to confirm. Hold the knob and BACK together for five seconds or longer to lock or unlock the touch screen and buttons. Record that procedure in the operator handover.

For the NovaStar CX40 Pro, treat EDID as the format agreement presented to the source. Start with a supported standard timing, then configure a custom timing when required by the actual canvas. Recheck the source output after changes; a menu selection alone does not prove the graphics card adopted it.

VMP means Vision Management Platform, the software identified for managing the NovaStar CX40 Pro. Connect the control computer through the Gigabit management network. Use the compatible VMP release to configure the screen, arrange sources, manage presets and inspect device or cabinet status.

Save a known-good project before experimenting with advanced image functions. For a NovaStar CX40 Pro handover, retain the software version, controller firmware, receiving-card model, cabinet file and source timing. Test a restart and preset recall in an appropriate commissioning window so recovery is demonstrated rather than assumed.

Assign the NovaStar CX40 Pro and control computer compatible IP settings. DHCP can simplify a temporary setup; documented static addresses are useful for fixed installations. Avoid duplicate IP addresses and label management cables separately from cabinet-output cables.

The reference describes built-in switching for management cascading of up to twenty devices. This does not merge their pixel capacity into a single controller. Confirm any SNMP, Art-Net or central-control requirements in the exact firmware documentation before integrating the NovaStar CX40 Pro with a venue control system.

The NovaStar CX40 Pro is worth considering when a project needs several source interfaces, local monitoring and integrated composition. Match those functions to the show requirement, rather than assuming every large screen needs this model. Small straightforward displays may need fewer capabilities; larger canvases may require additional processors and coordinated timing.

For a NovaStar CX40 Pro quotation, provide cabinet resolution, quantity, receiving-card model, target frame rate, bit depth, HDR requirement and cable distances. Specify the required accessories and support scope. Without that information, comparing prices may compare incomplete packages.

A NovaStar CX40 Pro system price should distinguish the controller from optical modules, receiving hardware, cabling, calibration and commissioning. No verified current selling price is stated here. Contact EagerLED with the screen specification to request a configuration-specific quotation and confirm availability.