NovaStar H_STD I/O Card H Series I/O Card

What is NovaStar H_STD I/O card?

The NovaStar H_STD I/O Card is a control-interface card for a compatible H Series chassis that needs to communicate with defined external equipment. It installs in an input-card slot, but it brings in no HDMI, SDI, DisplayPort or IP video and sends no data to LED cabinets. Instead, it makes serial, Ethernet, I/O, relay and infrared connections available for a programmed system integration.

It earns that input-card slot when the LED wall must work alongside other room or venue equipment: a serially controlled endpoint, a planned contact trigger, a low-voltage relay circuit or equipment that accepts infrared commands. Before ordering, name the endpoint and intended action for every connection. The card supplies the interface hardware; the external command protocol, wiring and test remain part of the finished integration.

Request H_STD I/O Card bulk pricing →
For confirmed multi-card or project quantities. Direct checkout remains available when the chassis slot and the required external interfaces are already specified.

NovaStar H_STD I/O card key features: what it adds to an H Series system

• Keep a defined serial endpoint in the same installation: two programmable COM ports support RS422, RS485 and RS232. Choose them when the connected equipment already has a documented serial-control method.
• Use Ethernet for the control endpoint, not for LED cabinets: the 10/100 Mbps port supports TCP/IP and UDP/IP for the device attached to this card. It is not an LED cabinet-data output.
• Give each contact a clear purpose: each of the three I/O pins can be set as an input or output. Label the wiring and intended response before the card is installed, rather than treating the pins as generic spare connections.
• Plan relay and infrared endpoints at the same time as the wiring: three relay groups and three programmable IR outputs can serve suitable external equipment. Relay output is limited to 30 V DC / 3 A, so it is not a direct mains switching path.
• Spend the input-card slot on integration, not more video: the card is compact and low power, but that slot can no longer accept another video source. Buy H_STD I/O for a confirmed external-control need, not simply because an empty position is available.

NovaStar H_STD I/O card specifications

These are card-level interfaces and limits. The H Series chassis, the external device, the programming and the electrical design determine what the finished system can safely do.

How NovaStar H_STD I/O card fits an H Series control connection

The H Series input cards, video/LED output cards and H_STD I/O card have separate roles. Input and output cards handle pictures. H_STD I/O provides the programmed control connection between the chassis and a selected external endpoint, without adding a video source or cabinet route.

1. Define the outside device first. Identify whether it expects serial, network, contact, relay or IR control, and keep its own protocol documentation with the design.
2. Reserve an input-card slot for H_STD I/O. That slot is now for system integration, not for a new video source.
3. Wire and program the intended relationship. Map every connector to one named endpoint and planned action; verify the electrical limit before energizing a relay circuit.
4. Test the complete operating sequence. Confirm the external device responds as expected after normal operation and restart, before depending on it in a live room or show environment.

NovaStar H_STD I/O card connections explained

Connector names alone do not define a finished system. This table separates the card’s verified interface from the project-specific question that must be answered before purchase.

When H_STD I/O card is the right use of an input-card slot

Choose H_STD I/O Card when a compatible H Series chassis needs a real, documented external-control connection and the system design calls for serial control, Ethernet control, programmable triggers, a low-voltage relay route or IR output.

Choose a source card instead when the immediate need is another picture on the LED layout. For instance, the H_1x HDMI2.0 Input Card adds an HDMI source; H_STD I/O adds none. Use the H Series category to review chassis, source cards and LED output cards as separate decisions.

NovaStar H_STD I/O card applications

These are installation situations where the card can give a planned external connection a place in the H Series system. They do not promise a prebuilt driver or automation program for the outside equipment.

NovaStar H_STD I/O card setup and safety checks

• Check the chassis and input-card position: confirm the exact installed H Series chassis has an available input-card slot for H_STD I/O. Use the H Series category to identify the chassis, then verify its own specification and slot map before reserving a position.
• Confirm the remote endpoint: match the connector type and exact command/protocol requirements to the external equipment before any wiring is finalized.
• Define I/O and relay behavior: write down which I/O pins are inputs or outputs, and keep every relay circuit within NovaStar’s 30 V DC / 3 A maximum.
• Commission the whole sequence: test each command, trigger and restart behavior with the real external equipment. Cabinet mapping and receiving-card configuration are separate LED-output tasks, not H_STD I/O setup.

NovaStar H_STD I/O card specifications, manual and firmware

The first PDF contains the official H_STD I/O Card section inside NovaStar’s current H20 specification. The manual, firmware and release notes are verified H Series family resources; their labels make the scope clear.

NovaStar H_STD I/O card FAQs