STIX Test Ecosystem Signal Analyzer
​The MU-STIX-A is a revolutionary Murideo thumb drive-sized 8K HDMI signal analyzer supporting HDMI 2.1 FRL signals up to 48 Gbps and legacy HDMI 2.0 TMDS signals up to 18 Gbps. The MU-STIX-A is ideal for rack room assembly testing or light-duty in-field pass/fail signal transmission verification.

• HDMI 2.1b, 8K 48 Gbps (FRL) compliantAccepts 720p, 1080p, 4K/60 & 4k/120 fps, and 8K/30 fps Signal Timings
• 8-, 10-, and 12-bit Color Depths, in RGB, 4:2:0, 4:2:2, and 4:4:4 Color Spaces
• Detects Signal Changes and HDMI Connection Loss
  OLED Screen Displays Incoming Video Image, Source Timing, FRL version or TDMS, Color Space, Color Depth, and HDCP Version
• Displays audio information, including incoming sampling frequency, bit rate size, and audio type
• Independently Powered
• Compatible with All HDMI Devices

Description

The MU-STIX-A is a revolutionary Murideo thumb drive-sized 8K HDMI signal analyzer supporting HDMI 2.1 FRL signals up to 48 Gbps and legacy HDMI 2.0 TMDS signals up to 18 Gbps. The MU-STIX-A is ideal for rack room assembly testing or light-duty in-field pass/fail signal transmission verification.

The MU-STIX-A analyzes video test patterns at resolutions from 720p through 8K/30 fps, including 4K/120 fps High Frame Rate. Its mini OLED screen displays the incoming video signal, resolution and timing, bit depth, chroma information, and HDCP Version, a versatile HDMI video monitor no larger than a USB “stick.” Powered by any standard USB power port, the MU-STIX-A can operate on the go around an installation site connected to a phone or tablet using a USB Type-C to Type-C cable. Its ultra-compact, stow-away form factor enables all field technicians to have a cost-effective HDMI video monitor and signal analyzer available for signal path verification for legacy HDMI system troubleshooting or new HDMI 2.1 installations.

The MU-STIX-A and MU-STIX-G Ecosystem enables rapid yet thorough in-house signal throughput confirmation before site deployment, verifying endpoint devices are functioning correctly, appropriately responding to programming, and aligned with system performance parameters. The Murideo MU-STIX-A OLED display physically corroborates source information parameters when connected to the output of an HDMI source.

The MU-STIX-A is a convenient, cost-effective multi-resolution format analyzer for commercial or residential integrators when simple pass-fail transmission path and display capability verification are required. Having multiple pairs of the STIX duo on hand makes tedious, labor-intensive pre-deployment rack room testing easy and fast. Field Technicians equipped with one or more MU-STIX-As enable system signal throughput confirmation for display-supporting electronics installed inside cable and device management in-wall storage enclosures, eliminating potential duplicate labor before the display is mounted.

Key Features

Low-cost, flexible analyzer
Verify standard output timings used by HDMI-based entertainment sources at low cost. Sources can be MU-STIX-G generated or in-field from installation source devices. Additional signal-related information is also captured and displayed on the MU-STIX-A OLED screen.

Analyze standard signal timings
HDMI VICs up to 8K/60 fps, DCI up to 4K/60 fps, VESA DMT, and VESA CVT-RB up to 600 MHz.

Displays additional source information
8-, 10-, and 12-bit color depth is detected and displayed, along with RGB, 4:2:0, 4:2:2, and 4:4:4 color spaces.

Audio Diagnostics (Not Audible)
Up to 8 LPCM audio channels at sampling rates from 32 kHz up to 192 kHz.

Ultra-compact Form Factor
The HDMI headshell-sized footprint enables easy connectivity in tight spaces after racks are built. It can also be conveniently stored with tools or in a computer bag for any time troubleshooting.

An integral component of the STIX Ecosystem
The STIX Ecosystem allows for asymmetrical scalability for MU-STIX-A deployment in end-to-end testing scenarios. Paired with the MU-STIX-G generator, system troubleshooting and infrastructure performance confirmation can be easily accomplished before sources and displays are installed.