WOLF-0314

MXC carrier for FGX modules with SDI/DP/analog I/O, PCIe x16, Ethernet + dual USB

Overview

WOLF-0314

PCIe Development Carrier for MXC-FGX Modules

The MXC-FGX Carrier (WOLF-0314) is a PCIe development platform that hosts supported MXC modules through an on-board 500-pin MXC Type A/B connector. A standard PCIe x16 edge interface and a dedicated power input enable bench evaluation and integration testing without a VPX chassis.

The carrier breaks out multiple video inputs and outputs to simplify bring-up and validation. It provides access to SDI channels along with common display interfaces such as DisplayPort, DVI, VGA, and LVDS, allowing developers to quickly connect sources, monitors, and test equipment while exercising capture, conversion, and output paths.

Block Diagram

The block diagram shows an MXC-FGX PCIe carrier highlighting the host PCIe interface and the routing of SDI/DP/analog connectors used to exercise FGX module capabilities. It emphasizes how the carrier provides a development harness for real-time conversion and streaming workflows into a host system.

Interactive diagram
WOLF-0314 — Block Diagram
Block diagram for WOLF-0314

Features

WOLF-0314 is a PCIe development carrier board for WOLF MXC-FGX modules, providing a bench platform that exposes video I/O and display interfaces for validation and integration testing. The MXC module seats on a 500-pin connector, includes a dedicated power connector, and connects to a host PC through a PCIe x16 interface.

Video I/O Features
  • SDI inputs and outputs (channels A through D)
  • Additional SDI input (channel E)
  • Display outputs: DVI, VGA, and LVDS
  • DisplayPort input and output connectors (A and B)
Connectivity / System Management
  • PCIe x16 interface to host PC
  • Power connector for bench operation
Mechanical / Open Systems Architecture
  • Bench development carrier for MXC- FGX module evaluation
  • 500- pin MXC module connector for carrier- based integration

Specifications

Key configuration and performance parameters for WOLF-0314 are summarized below for quick comparison. Values shown reflect the standard module configuration; contact WOLF if you need a tailored build or a specific payload profile.

Wolf No. WOLF-0314
GPU / Device N/A
Slot Profile N/A
Slot Profile Type N/A
Connectivity PCIe x16, Ethernet(GigE)
Network Chip N/A
PCIe N/A
Dimensions N/A
Video Inputs DisplayPort A/B In, SDI A/B/C/D In
Video Outputs DisplayPort A/B Out, DVI Out, VGA Out, LVDS Out, SDI A/B/C/D Out
DisplayPort Yes
HDMI Yes
Lifecycle Active

Configuration Guide

This PCIe carrier is typically ordered with configuration-dependent connector population and is intended to support multiple MXC-FGX module variants. Contact Sales for the latest ordering numbers and available options.

Some configuration options for this carrier include:

  • Supported MXC module variant (which determines the exposed video I/O set)
  • Connector population for SDI and auxiliary video formats (carrier configuration dependent)
  • Host integration and harnessing options for lab evaluation
Representative ordering numbers
Ordering Number Description
Contact Sales MXC-FGX carrier ordering and configuration options

FAQ

WOLF-0314 (MXC-FGX-CARRIER) is a PCIe development carrier for supported MXC-FGX modules.

It allows bench evaluation without a VPX chassis by providing:

  • A 500-pin MXC Type A/B connector for the module
  • PCIe x16 host connectivity
  • External connector breakouts for SDI and display interfaces

It breaks out:

  • SDI inputs and outputs (A–D) plus an additional SDI input (E)
  • DisplayPort input/output (A and B)
  • Display outputs: DVI, VGA, LVDS

Key validation steps:

  • PCIe stability under capture/convert streaming load
  • SDI channel mapping and signal integrity across the required rates
  • Display interface interoperability (DP/DVI/VGA/LVDS) as needed by the target deployment

It supports predictable bench operation and helps isolate:

  • Power delivery issues vs module issues
  • Load-step behavior under streaming workloads
  • Repeatability across lab setups

This becomes especially important when you later translate results into a rugged power budget.

Dev carriers are commonly ordered as configuration-driven tools (connector population and supported module variants).

Contact Sales for ordering information and available configuration options.

Datasheet

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