Lightware MX-CPU2 Processor Board for Modular Matrix Frames - 91110008

Product Overview

The Lightware MX-CPU2 is a processor board designed for installation into Lightware's modular matrix switcher frames, providing the control intelligence, routing logic, and network connectivity for large-format video matrix systems. It supports the full range of Lightware modular frame configurations, enabling scalable matrix routing from small meeting room deployments up to large-scale multi-room AV matrix installations. The MX-CPU2 is the recommended upgrade path for existing Lightware modular frames requiring enhanced processing capability and expanded control integration.

Product Description

The MX-CPU2 processor board slots into the dedicated CPU bay of Lightware's MX series modular matrix frames, taking over all signal routing decisions, EDID management, and external control communications. The board supports Lightware's LW3 control protocol over Ethernet, RS-232, and other interfaces, enabling integration with virtually any third-party control system. EDID emulation and management is handled centrally by the CPU board, ensuring that all input cards in the frame report consistent display capabilities to connected sources. The processor manages the crosspoint matrix for all installed input and output boards simultaneously, supporting full non-blocking routing of video and audio signals across the installed frame configuration. Firmware updates are applied directly to the CPU board over the network, simplifying maintenance in installed systems without requiring physical card removal. The MX-CPU2 is compatible with Lightware's full range of MX frame input and output boards, including HDMI, DVI, DisplayPort, TPS, fiber, and analog signal types.

Key Features

• Modular Matrix Processing — Provides centralized routing control for all input and output boards installed in the MX frame
• LW3 Protocol Support — Open TCP/IP control API for straightforward integration with Crestron, AMX, Extron, and custom platforms
• Full EDID Management — Centrally emulates and manages EDID data for all inputs, ensuring reliable source handshake across the frame
• Non-Blocking Crosspoint — Supports simultaneous routing of all installed signals without bandwidth contention
• Multi-Interface Control — Ethernet, RS-232, and other control interfaces supported for flexible integration
• Over-the-Network Firmware Updates — Apply firmware updates remotely without pulling cards from the frame
• Broad Signal Type Compatibility — Works with HDMI, DVI, DisplayPort, TPS, fiber, and analog I/O boards in the same frame
• Redundancy Support — Compatible with dual-CPU configurations in frames that support hot-standby redundancy

Typical Applications

• Corporate AV matrix systems in large conference centers requiring centralized routing control
• University campuses with modular matrix frames distributing signals across multiple buildings
• Broadcast facilities using Lightware MX frames for multi-format signal routing
• Government and military command centers with strict control system integration requirements
• Rental and staging companies upgrading existing MX frames with enhanced processor capability
• Houses of worship with complex multi-zone AV routing managed from a single control system

Technical Specifications

Competitor Comparison

Frequently Asked Questions

Which Lightware MX frames is the MX-CPU2 compatible with?

The MX-CPU2 is compatible with Lightware's MX series modular matrix frames. Confirm frame compatibility with your specific MX chassis model before ordering. Contact Creation Networks for a compatibility check.

Can the MX-CPU2 be installed without powering down the entire frame?

Hot-swap capability depends on the specific frame model. For frames that support redundant CPU configurations, the secondary board can be swapped while the primary remains active. Single-CPU frames require a power cycle for board installation.

Does the MX-CPU2 support third-party control systems out of the box?

Yes. The LW3 protocol is fully documented and provides ASCII-based commands over TCP/IP. Crestron, AMX, Savant, and Extron drivers are available. Custom integrations can be built against the published command reference without licensing fees.

How is EDID managed across a large frame with many inputs?

The MX-CPU2 maintains an EDID database for all installed input cards, allowing per-input EDID emulation, copying from any connected display, or programming of custom EDID profiles. This is managed through Lightware's LDC (Lightware Device Controller) software.

What happens if the CPU board fails in a production installation?

For frames supporting dual-CPU redundancy, the hot-standby board takes over immediately upon primary failure. For single-CPU frames, the matrix routing will hold the last crosspoint state until the board is replaced. Creation Networks maintains replacement inventory for rapid dispatch.

Is the MX-CPU2 an upgrade to an older CPU board, and is the upgrade process disruptive?

The MX-CPU2 is a second-generation processor board replacing earlier MX CPU revisions. The upgrade requires a brief maintenance window to swap the board and reconfigure if needed. Existing routing configurations can be exported and reimported after the upgrade.

Can multiple MX frames be managed from a single control system point?

Yes. Each MX-CPU2 board has its own IP address and responds to LW3 commands. A control system can address multiple frames independently or in coordination. Lightware's LARA automation software can also manage multiple frames as a unified system.