Vaxis Atom A5 5.5inch Wireless RX/TX Monitor

Vaxis Atom A5 TX 5.5" HDMI 1080p Touchscreen Wireless Monitor - Eliminating Cable Clutter and Monitoring Latency in High-Pace Digital Cinema Workflows

The Vaxis Atom A5 TX is an integrated 5.5-inch touchscreen monitor, wireless transceiver, and proxy recorder engineered to provide real-time, low-latency video monitoring and seamless focus-pulling coordination on modern film and commercial sets.

Overcoming Mission-Critical Set Challenges

Traditional camera rigs frequently suffer from over-rigging, where separate external monitors, wireless transmitters, and mounting arms create a logistical nightmare of messy cabling and unbalanced weight distributions. This accumulation of hardware not only increases the physical footprint of gimbals and handheld setups but also introduces multiple single points of failure via loose HDMI connections or damaged power leads. By fusing a high-brightness panel directly with an agile wireless transceiver ecosystem, this unit eliminates the physical chaos of external video senders, allowing crews to maintain a streamlined, lightweight footprint without sacrificing signal integrity.

On busy wireless sets, crowded frequencies and thermal throttling regularly trigger dropouts or severe signal degradation, paralyzing director viewing stations and focus pullers exactly when continuity is vital. The integrated hardware architecture solves these common environmental bottlenecks through robust multi-channel selection across the 5.1 to 5.8 GHz spectrum and an engineered thermal dissipation housing that prevents overheating during extended operational cycles. Furthermore, the unit combats tracking inaccuracies and delayed responses during fast-paced tracking shots by sustaining an ultra-low latency threshold of under 80 milliseconds, ensuring the focus puller stays perfectly synchronized with the camera's physical optics.

Lost take communication and time-consuming playback loops often delay set schedules, as script supervisors and directors wait for a camera operator to cycle through internal menus. This system bypasses this workflow bottleneck by providing an onboard microSD slot configured for immediate proxy recording in compressed MP4 formats, complete with automatic timecode sync that triggers simultaneously when the primary camera body begins rolling. This instant playback capability gives focus pullers and on-set supervisors immediate confirmation of framing, focus, and performance without interrupting the main camera department's rolling pipeline.

Definitive Technical Breakdown

• Display Type: 5.5-inch Touchscreen LCD Panel

• Native Resolution: 1920 x 1080 (Full HD)

• Pixel Density: 401 ppi

• Aspect Ratio: 16:9

• Maximum Panel Brightness: 1000 nits (cd/m²) for high-ambient visibility

• Contrast Ratio: 1200:1

• Video I/O Connectivity: 1 x HDMI Type A Input, 1 x HDMI Type A Loop Output

• Audio Monitoring: 2-Channel 48 kHz embedded HDMI audio; 1 x 3.5mm stereo headphone output

• Wireless Range: Up to 492.1 feet / 150 meters line-of-sight

• Operating Frequency: 5.1 to 5.8 GHz dynamic selection

• Transmission Latency: < 80 ms end-to-end

• RF Power Output & Sensitivity: 17 dBm RF power; -80 dBm RF sensitivity

• Onboard Recording Support: Single microSD/microSDHC/microSDXC card slot for MP4 proxy recording

• Timecode Synchronization: Automated camera-trigger sync support via HDMI metadata

• Software Toolset: CINE OS featuring Focus Peaking, Histogram, Pixel Zoom, Vectorscope, Waveform, and False Color

• Custom LUT Support: Internal storage capacity for up to 50 user-loaded 3D LUTs (.cube files)

• Power Architecture: Dual fixed Sony L-Series (NP-F) battery plates; 1 x 12 VDC barrel input; 1 x USB Type-C input

• Physical Form Factor: 5.9 x 3.6 x 1.2 inches / 151 x 92 x 30.5 mm

• Chassis Weight: 12.28 ounces / 348 grams

Practical Troubleshooting & Deployment FAQ

Q: How does the unit maintain wireless signal stability when operating in high-interference RF environments or crowded urban locations?

A: The transceiver utilizes intelligent frequency hopping across the 5.1 to 5.8 GHz band, screening out compromised channels to maintain an uninterrupted data pipe. If severe RF congestion occurs, users can manually sweep and lock onto cleaner channels directly from the touchscreen interface, while the dual external, replaceable antennas can be upgraded to high-gain alternatives to punch through dense interference or extended barriers.

Q: In the event of a sudden camera power loss or disrupted HDMI connection, what happens to the internal proxy recording?

A: The CINE OS architecture utilizes an auto-saving MP4 container protocol that actively writes metadata to the microSD card. If the HDMI feed or primary camera signal drops unexpectedly, the monitor immediately closes the active clip safely up to the final cached frame, preventing file corruption and preserving the proxy footage for immediate on-set continuity review.

Q: Can this specific unit function as a standalone receiver on a director's cage, or must it be configured strictly as an on-camera transmitter?

A: The hardware features native transceiver mode-switching capabilities, allowing it to instantly toggle between transmitter (TX) and receiver (RX) roles via software commands. It seamlessly integrates into an existing ecosystem, allowing you to configure one unit on the camera body as a TX while routing the video signal to additional units serving as handheld RX monitors for directors, clients, or focus pullers.

Q: How does the dual battery plate operate under continuous usage, and does it support hot-swapping to avoid rig downtime?

A: The dual NP-F L-series plate draws power dynamically from both slots to maximize operating longevity. To execute a hot-swap during a live setup, ensure at least one charged battery remains firmly seated with adequate voltage while replacing the depleted cell, allowing the display and wireless link to maintain an uninterrupted power loop without requiring a full system reboot.