Not every operations center needs a full LED video wall. Some rooms do not have the depth for rear-access service. Some budgets cannot justify six figures for a display surface. Some timelines cannot absorb the weeks of structural work, cabling, and calibration that a large-scale LED installation demands. But the need for dense, high-resolution visualization is still there.
This is the gap that Jupiter Systems fills with an approach most display manufacturers cannot offer: purpose-built video wall processors paired with native 5K ultrawide displays. The combination delivers pixel density that rivals or exceeds many LED configurations, in a fraction of the time, cost, and complexity.
Jupiter is the only manufacturer that builds both the processors (Catalyst and PixelNet) and the displays (Pana 21:9 ultrawide) under one roof. When the processor and the display are engineered by the same team, the result is a 5K visualization ecosystem where every component is optimized to work together.
The 5K Advantage: 33% More Pixels Than 4K
A standard 4K display outputs 3840 x 2160 pixels, roughly 8.3 million total. The Pana 105D outputs 5120 x 2160 pixels, roughly 11.1 million total. That is 33% more horizontal resolution in a single display, without stacking panels, without bezels, and without alignment calibration.
For data-dense environments like security operations centers, network operations centers, and emergency management facilities, those extra 1,280 horizontal pixels translate directly into more dashboards, more camera feeds, more data streams visible at once, at native resolution, without scaling artifacts that degrade readability.
The 21:9 aspect ratio is not just wider, it is architecturally practical. Because the display is wider rather than taller, it fits into rooms with standard ceiling heights where a taller 16:9 videowall would require structural modifications or simply would not fit. Two Pana 105D displays stacked vertically deliver over 22 million pixels in a configuration that is roughly 8 feet wide and 7 feet tall, well within the envelope of most existing operations center spaces.
Catalyst: Centralized Processing With 5K Output
The Catalyst is Jupiter’s flagship centralized video wall processor. It accepts up to 156 sources in its maximum configuration and outputs to displays at resolutions up to 4K60 per output. When driving Pana displays, Catalyst handles all the source management, windowing, and layout composition through Canvas software, then delivers the final composited output to each Pana via DisplayPort.
For a typical operations center deployment, a single Catalyst can drive multiple Pana displays simultaneously, each showing a different combination of sources, dashboards, and live feeds. Operators manage everything through the Canvas web interface: dragging sources onto displays, resizing windows, creating saved layouts for different operational scenarios, and switching between them instantly. No software installation on operator workstations is required.
This centralized architecture means the processor lives in a secure equipment room while the displays mount on the wall, connected by DisplayPort cabling. The physical separation simplifies maintenance (the processor is accessible without disturbing the display wall), improves security (compute hardware stays behind locked doors), and reduces noise in the operations room.
PixelNet: Distributed 5K Across Secure Networks
For deployments where sources and displays are spread across different rooms, floors, or even buildings, PixelNet provides a distributed architecture that delivers uncompressed video over a secure, enclosed Layer 2 network.
PixelNet is not AV-over-IP. It does not compress video. It does not transcode. It does not introduce encoding latency. Source nodes capture video from each input, and display nodes render it onto Pana displays, all over a dedicated network with zero compression and zero visual degradation. For environments where image integrity is non-negotiable, whether reading fine text on security dashboards or monitoring pixel-level detail on engineering visualizations, this matters.
The distributed model also means PixelNet scales without the physical constraints of a centralized chassis. Adding a new source or a new display means adding a node to the network, not finding an empty slot in a rack-mount enclosure. For organizations that grow their operations center incrementally, this flexibility is a significant architectural advantage.
Case Study: Mexico’s Federal Election Agency
When Mexico’s Instituto Nacional Electoral (INE), the independent agency responsible for organizing federal elections, needed to upgrade the cybersecurity division’s Security Operations Center, the requirements were demanding: maximum display density, minimal bezel lines, strict information security, and a streamlined system architecture.
The existing installation was a traditional eight-panel videowall, a four-by-two grid of displays that provided the necessary screen area but introduced multiple bezel divisions that fragmented the image. For a SOC monitoring cybersecurity threats during federal elections, those bezel lines were not just cosmetic issues. They broke up dashboard layouts, made it harder to track data flowing across the full display surface, and complicated the visual workflow for analysts who needed to scan the entire wall at a glance.
POP Media Technology, a Mexico City-based integrator with nearly 20 years of experience in information display solutions, recommended a fundamentally different approach: two Jupiter Pana 105D ultrawide displays paired with a Catalyst V processor.
The Result
The transformation was dramatic. Eight separate display panels collapsed into two seamless 5K ultrawides, with just a single division line between them instead of seven. Total pixel count increased while the number of physical devices on the wall decreased by 75%. The Catalyst V handled all source management through the Canvas web-based interface, eliminating the need to install any software on INE’s secure workstations.
The deployment addressed INE’s security requirements directly. The Catalyst V connected to INE’s network and integrated with their Active Directory for authentication. Operators access the videowall through a web browser, so there is no need to touch the controller’s operating system or install management software on classified workstations. The Pana 105D displays, using the D-model configuration with no internal OPS module, added no unnecessary computing devices to the secure environment.
As the integrator noted, the switch to fewer, higher-resolution displays was the right call: operators were able to display more data at higher quality with better readability, particularly for the dense information dashboards that a cybersecurity SOC demands. The 5K resolution meant that fine text, network graphs, and log data remained sharp even when multiple feeds shared the same display.
When to Choose Processor + Display Over LED
Jupiter manufactures both Pana LCD displays and Zavus MicroLED solutions. The right choice depends on the specific requirements of the deployment:
Choose Processor + Pana When:
- Room depth is limited: Pana displays mount flat to the wall with under 4 inches of depth. LED walls typically require 12 to 24 inches of rear service access. For rooms where every inch of floor space matters, the slim profile of mounted LCD displays is decisive
- Budget is constrained: Two Pana 105D displays with a Catalyst processor deliver over 22 million pixels at a fraction of the cost of a comparably-sized LED installation
- Timeline is tight: A Pana deployment can be installed and operational in days. Wall-mount the displays, rack the processor, cable between them, configure Canvas. An LED wall installation typically requires weeks of structural preparation, module assembly, alignment, and calibration
- Pixel density is the priority: At a 0.48mm pixel pitch, the Pana 105D delivers pixel density that smaller-pitch LED configurations approach but often at significantly higher cost
- Security requirements demand minimal computing devices: Pana D-model displays have no internal computer. Every device removed from the secure environment simplifies the compliance and accreditation process
Choose Zavus MicroLED When:
- Display size exceeds what individual panels can cover: Zavus MicroLED scales to virtually any size, creating truly seamless display surfaces with no division lines at all
- The environment requires extreme brightness: MicroLED delivers higher sustained brightness than LCD, essential for spaces with significant ambient light
- 24/7 static content is displayed: MicroLED has no image retention risk, making it ideal for displays that show persistent logos, tickers, or fixed dashboard layouts continuously
The key point is that Jupiter offers both paths. The choice is driven by the room, the budget, and the operational requirements, not by a limitation in the manufacturer’s product line.
The Complete 5K Visualization Stack
When the processor and the display come from the same manufacturer, the integration is seamless. Jupiter’s 5K visualization stack works as a unified system:
- Sources: Up to 156 inputs on Catalyst (maximum configuration), distributed across any number of nodes on PixelNet
- Processing: Catalyst for centralized deployments, PixelNet for distributed architectures, both managed through Canvas software
- Output: Native 5K (5120 x 2160) at 60Hz over DisplayPort 1.4 to Pana 105D or 81D displays
- Management: Canvas web interface for source layout, plus 40+ display API commands over TCP/IP, UDP, or RS232 for display-level control
- Security: Active Directory integration, role-based access in Canvas, external-compute display architecture with no OPS on D models
Every component in this stack is designed, manufactured, and supported by Jupiter Systems. When an integrator calls support, one team answers for the entire system. When firmware updates ship, they are tested against the full stack. When a new feature is added to Canvas, it is validated against every processor and display combination Jupiter offers.
Conclusion
Maximum pixel density does not require a maximum-complexity installation. For operations centers, SOCs, NOCs, and enterprise environments where 5K resolution, minimal bezels, rapid deployment, and streamlined maintenance are priorities, the combination of Jupiter processors and Pana ultrawide displays delivers a visualization solution that is faster to deploy, simpler to maintain, and more cost-effective than a full LED wall, without compromising on image quality or operational capability.
Mexico’s Instituto Nacional Electoral proved this in one of the most demanding environments imaginable: a cybersecurity SOC protecting federal election infrastructure. If two Pana 105Ds and a Catalyst V can meet that standard, they can meet yours.
Contact Jupiter Systems to design your 5K visualization solution.
