COMMERCIAL SIGNAL BOOSTER

Zinwave Uniwave 8000

Enterprise-class active DAS platform for large, complex buildings where passive boosters can't deliver adequate coverage. Supports all carriers with carrier-grade reliability.

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Product Details

Product Overview

The Zinwave 8000 is a versatile, future-ready Distributed Antenna System (DAS) designed to provide reliable wireless coverage across diverse environments such as airports, hospitals, enterprises, and public venues. With seamless support for cellular, public safety, and private wireless systems, the Zinwave 8000 ensures exceptional connectivity for all communication needs. The system is optimized for scalability and simplicity, delivering advanced performance with minimal infrastructure complexity.

Key Features

  • Comprehensive Wireless Support: Operates across cellular, public safety, and private network frequencies.
  • Flexible Frequency Range: Covers 150 MHz to 5000 MHz with configurations in SISO, 2x2 MIMO, and 4x4 MIMO.
  • High Power Capability: Delivers 28 dBm composite power across multiple bands for consistent performance.
  • Scalable Architecture: Supports single-star and double-star topologies, capable of deploying up to 64 remote units.
  • Standard Cabling: Uses single-mode fiber (SMF) to connect hubs and remote units, reducing installation costs.
  • Future-Ready Design: New services can be added without hardware changes, making the system highly adaptable.

System Components

  • Primary Hub: Converts RF signals to optical signals and connects to remote units or secondary hubs. Supports up to four service modules and eight optical modules. Provides web-based GUI for configuration and monitoring. (Power: 110/230V AC, 80W).
  • Secondary Hub: Extends the reach of the system by connecting to the primary hub via fiber. It powers remote units through integrated 48V DC power supply and supports up to eight connected remote units.
  • Remote Units: Convert optical signals back to RF and amplify them for transmission. Available in SISO, 2x2, and 4x4 MIMO configurations, these units ensure seamless wireless coverage over wide frequency ranges.
  • Point of Interface (POI): Manages RF inputs and outputs across multiple bands. Features eight duplex and eight simplex ports with a maximum input power of 5W per port. Includes Bluetooth and Ethernet connectivity for remote management.

Technical Specifications

  • Frequency Range: 150 MHz – 5000 MHz
  • Gain Control: 22-29 dB adjustable gain, with 1 dB step resolution
  • Composite Output Power: +24 dBm (1500-2700 MHz); +17 dBm below 1500 MHz and above 3000 MHz
  • Operating Temperature: -5°C to +45°C (23°F to 113°F)
  • Noise Figure: 10-13 dB
  • Power Consumption: 113W for the primary hub, 200W for a fully loaded remote unit (4x4 MIMO)

Applications

The Zinwave 8000 has been deployed in a variety of industries, providing reliable wireless connectivity in:

  • Airports: Denver International, King Abdulaziz International
  • Healthcare: Santa Clara Valley Medical Center, Erasmus Medical Center
  • Public Venues: Lincoln Center, National 9/11 Memorial & Museum
  • Enterprises: AstraZeneca Headquarters, Southwest Airlines

Compliance and Certifications

  • Safety: IEC 62368-1, UL 62368-1
  • Laser Safety: IEC 60825-1:2014
  • Regulatory Approvals: FCC and Industry Canada Certified

With its advanced performance, modular design, and ease of deployment, the Zinwave 8000 DAS provides unparalleled flexibility for today’s wireless communication challenges. Whether for public safety, enterprise environments, or large-scale venues, the Zinwave 8000 ensures continuous connectivity where it matters most.

Specifications

  • SKU
    Uniwave-8000
  • Condition
    New

Regulatory Advisories

This is a CONSUMER device.
BEFORE USE, you MUST REGISTER THIS DEVICE with your wireless provider and have your provider's consent. Most wireless providers consent to the use of signal boosters. Some providers may not consent to the use of this device on their network. If you are unsure, contact your provider. You MUST operate this device with approved antennas and cables as specified by the manufacturer. Antennas MUST be installed at least 20 cm (8 inches) from any person. You MUST cease operating this device immediately if requested by the FCC or a licensed wireless service provider. WARNING. E911 location information may not be provided or may be inaccurate for calls served by using this device.

Please note, the four largest carriers - AT&T, T-Mobile, Verizon and Sprint - and more than 90 regional carriers have given blanket consent for use of all boosters certified to the new FCC standards.

Reviews

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Why Commercial Buyers Choose Us

We're not just a retailer. We're the experts who make sure you get the right system for your situation.

  • We Reliably Solve Problems

    Hospitals, warehouses, and Fortune 500 companies trust us when coverage matters. We've engineered over 1,500 solutions and counting.

  • Custom Designed for You

    Your building isn't generic, and your solution shouldn't be either. We design systems specifically for your space, your carriers, and your goals.

  • Support That Lasts

    From your first conversation to years after installation, you work with people who know your building and your system. No handoffs to call centers, no starting from scratch.

Get Your Custom Quote

Tell us about your building. Within 1 business day, you'll hear from an RF engineer, not a salesperson.

What You'll Receive

Expert building assessment

We analyze your layout, construction materials, and signal environment to map your coverage challenges before recommending any equipment.

Custom system design

Equipment recommendations with antenna placements tailored to your space, plus what coverage to expect and why.

Transparent pricing

A complete quote including equipment, cabling, and installation options. No surprise costs.

What Happens Next

1

You submit

We review your building details within 1 business day

2

We call

A 15-minute discovery call with an RF engineer to understand your situation. Larger projects may include floorplan analysis or a site visit.

3

You decide

You receive a custom proposal with no obligation to buy.

100% Free, No Obligation

The consultation and system design cost nothing. If it won't work for your building, we'll tell you.

Prefer to talk now? 1-888-974-8237

Mon-Fri 9am-7pm ET, Sat 10am-3pm ET

Ready to Get Started?

or

Request a Quote

Typical response: Within 1 business day

Frequently Asked Questions

What makes the Zinwave 8000 different from the Zinwave 5000?

Both are enterprise-grade DAS solutions, but they serve different needs:

The 8000 is the more advanced platform, offering broader frequency support and MIMO capabilities for demanding 5G applications. The right choice depends on your specific requirements—we'll recommend the best fit during your consultation.

What is MIMO and why does the Zinwave 8000 support it?

MIMO (Multiple Input Multiple Output) is a wireless technology that uses multiple antennas to improve performance:

  • 2x2 MIMO: Two transmit and two receive paths, doubling potential throughput
  • 4x4 MIMO: Four paths, quadrupling capacity for high-demand applications

The Zinwave 8000 supports SISO, 2x2 MIMO, and 4x4 MIMO configurations because:

  • Modern 5G networks rely on MIMO for peak performance
  • High-density venues need maximum capacity per antenna
  • Future wireless standards will increasingly require MIMO support

Supporting MIMO ensures your DAS investment delivers optimal performance both now and as wireless technology evolves.

How large of an area can the Zinwave 8000 cover?

The Zinwave 8000's coverage scales based on system configuration:

  • Single-star topology: One primary hub connecting directly to up to 8 remote units
  • Double-star topology: One primary hub with up to 8 secondary hubs, each supporting 8 remote units (64 total)

This architecture can cover facilities from tens of thousands to millions of square feet, including:

  • Multi-building campuses
  • Large single structures (airports, convention centers)
  • Distributed facilities with varying building types

During the design phase, we'll determine the optimal topology and number of components for your specific facility.

Does this system support cellular, public safety, and private networks simultaneously?

Yes, the Zinwave 8000 is designed to support multiple wireless services on a single infrastructure:

  • Commercial cellular: All major carriers' 4G and 5G networks
  • Public safety: FirstNet, P25, LMR, DMR, TETRA, and other emergency services
  • Private networks: CBRS, private LTE, and enterprise wireless systems
  • Wi-Fi offload: Integration with building Wi-Fi infrastructure

Rather than deploying separate systems for each service, the Zinwave 8000 consolidates everything into one efficient platform—reducing infrastructure complexity, installation costs, and ongoing maintenance.

What happens when new wireless technologies are deployed?

The Zinwave 8000 is designed for adaptability:

  • Wide frequency range: 150 MHz to 5 GHz covers current and anticipated future bands
  • Software-defined: New services can often be added through configuration rather than hardware changes
  • Modular architecture: Components can be upgraded or added as needs evolve
  • No forklift upgrades: The fiber infrastructure you install today supports tomorrow's technologies

This future-ready design protects your investment as carriers deploy new spectrum, technologies evolve, and your facility's wireless needs change over time.

How scalable is the Zinwave 8000 system?

The Zinwave 8000 is built for growth:

  • Start small: Begin with a single hub and a few remote units
  • Expand as needed: Add secondary hubs and remote units to extend coverage
  • Maximum scale: Up to 64 remote units per primary hub
  • Phased deployment: Install infrastructure for future zones, activate when ready

This scalability is valuable for:

  • Organizations with planned expansions
  • Campus environments adding new buildings
  • Facilities wanting to phase investment over time

We can design systems that accommodate your future plans, not just today's requirements.

What's involved in the professional design and installation process?

DAS projects require thorough planning and coordination:

  1. Requirements gathering: Understanding your coverage needs, user density, and service requirements
  2. Site survey: Comprehensive RF assessment and infrastructure review
  3. System engineering: Detailed design including hub locations, fiber routes, and antenna placement
  4. Carrier coordination: Working with cellular providers on signal source integration
  5. Installation planning: Phased approach minimizing operational disruption
  6. Deployment: Professional installation of all system components
  7. Commissioning: Complete testing, optimization, and documentation

We'll provide detailed timelines and milestones during the proposal phase. Complex facilities may take several months from design to completion.

What warranty and ongoing support do you provide?

The Zinwave 8000 comes with comprehensive support:

  • Manufacturer warranty: Full coverage for all system components
  • Expert support: US-based technical team familiar with your installation
  • Remote monitoring: Optional 24/7 system health monitoring
  • Maintenance programs: Scheduled preventive maintenance for critical facilities
  • Upgrade path: Support for system expansion and technology updates

For mission-critical DAS installations, we recommend ongoing maintenance agreements to ensure maximum uptime. Specific terms will be detailed in your project proposal.

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Zinwave Uniwave 8000

What You Should Know

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