ATSC 3.0 Devices
Powering One-To-Many Data Distribution at the Modern Edge
EdgeBeam’s solutions come to life with ATSC 3.0 devices manufactured by our trusted partners. These devices are pivotal for enterprises ready to capitalize on enhanced efficiency, capacity, and cost savings, thanks to one-to-many data distribution in the last mile.
ATSC 3.0 Receivers, Gateways, and More
Where Broadcast Meets Your Enterprise
From ATSC 3.0 receivers and multi-access gateways to embedded modem modules and ruggedized field hardware, EdgeBeam’s ATSC 3.0 device ecosystem helps bring broadcast-enabled hybrid networking to distributed deployments, even in the most challenging environments.
Through close collaboration with top device manufacturers, we’ve improved how data moves at the edge.
View Partner NetworkMost importantly, each device from our manufacturing partners is designed to empower enterprises to:
- Deliver identical data-dense payloads to unlimited endpoints all at once
- Provide reliable connectivity when conventional networks are strained
- Reach moving assets and dispersed operations across broad regions
- Attain predictable, synchronized, low-latency performance at scale
- Lower bandwidth consumption to reduce data transport expenses
ATSC 3.0 Device Ecosystem
Devices Built to Move Data Differently
Available Now
RTK Handheld Device -BMD-1000
High-precision Positioning
The BMD-1000 by MBC Korea is an RTK handheld device designed to receive GNSS correction data over ATSC 3.0 broadcast and deliver it to supported RTK receivers and data collectors. With built-in ATSC 3.0, GNSS, and Bluetooth connectivity in a rugged IP67-rated form factor, the BMD-1000 provides reliable, high-accuracy positioning for demanding field applications.
Coming Soon
Broadcast Gateway - IP67-Enclosed
Internet of things
The broadcast gateway by Tolka is designed to receive and process broadcast data over ATSC 3.0 to support IP-based applications and data services. With integrated ATSC 3.0 and cellular connectivity in a rugged IP67-rated enclosure, the gateway’s waterproof, dust-tight form factor is ideal for outdoor, weather-exposed, or harsh industrial environments.
Coming Soon
Tolka M.2 PCIe Module - Gen3
Automotive High-precision Positioning Internet of things Public Safety
The M.2 PCIe module by Tolka is an integration-ready Gen3 module designed to bring ATSC 3.0 broadcast reception directly into embedded systems and edge devices. Available in ATSC 3.0-only or ATSC 3.0 and cellular configurations, the module enables scalable one-to-many data distribution while supporting optional two-way connectivity for telemetry and control.
Coming Soon
Broadband Gateway -ZAT-6000L
Digital Signage Internet of things
The ZAT-6000L by Zinwell is a gateway designed to receive and process broadcast data over ATSC 3.0 to support IP-based applications and data services. With integrated 4G/LTE connectivity, the ZAT-6000L provides a secure reverse channel for device management, telemetry, authentication, and service-level signaling ideal for use in a variety of solutions and use cases.
Coming Soon
M.2 PCIe Module - Gen3
Automotive High-precision Positioning Internet of things Public Safety
The M.2 PCIe module by Ikotek is an integration-ready Gen3 module designed to bring ATSC 3.0 broadcast reception directly into embedded systems and edge devices. Available in ATSC 3.0-only or ATSC 3.0 and cellular configurations, the module enables scalable one-to-many data distribution while supporting optional two-way connectivity for telemetry and control.
ATSC 3.0 Device Features and Benefits
Enterprise-Grade. Field-Ready. Performance-Driven.
Used in connected vehicles, transportation fleets, indoor and outdoor displays, public systems, and industrial facilities, the ATSC 3.0 devices offered by our manufacturing partners are purpose-built to perform in diverse conditions under real operational load.
Native Internet Protocol (IP)-Based Architecture
ATSC 3.0 is IP-native, meaning data packets are transported in standard IP format. Devices can integrate broadcast seamlessly with cellular, satellite, or broadband in a hybrid model, enabling scalable distribution and two-way control.
Wide-Area Coverage Without Multiple Base Stations
A single ATSC 3.0 transmission site can cover tens of miles in radius, often spanning an entire metropolitan area or region. Cellular networks require dozens or hundreds of base stations to provide comparable geographic reach.
Resilience in High-Density or High-Demand Scenarios
In ATSC 3.0 broadcast, adding receivers does not increase bandwidth consumption at the source. And, because broadcast is not dependent on per-device sessions, it is less susceptible to congestion during peak demand events.
Ingress Protection (IP) Rating Against Water and Dust
ATSC 3.0 devices with waterproof, dust-tight enclosures rated IP67 or higher are ruggedized for use in outdoor, weather-exposed, or harsh industrial installations.
Solutions
Meet the Demands of Tomorrow, Today
See how one-to-many distribution strengthens performance across digital signage, public safety, connected vehicles, and critical enterprise operations.
Determine the Right Device for Your Deployment
Talk with our team to identify the best-fit hardware for your custom hybrid network.
Speak to an ExpertPower the Next Generation of Hybrid Networking
Discover how to align your devices with EdgeBeam’s growing ecosystem.
Become a Manufacturing PartnerTurn the Last Mile Into a Competitive Advantage
Explore our Resource Center to learn how first movers are capitalizing on ATSC 3.0 at scale.
Visit Resource CenterFrequently asked questions (FAQs)
Get Answers to FAQs About EdgeBeam’s Devices
EdgeBeam’s device ecosystem includes ATSC 3.0 receivers, embedded modem modules (such as M.2 form factors), multi-access gateways, and ruggedized field hardware. Devices may support broadcast-only or broadcast-plus-other-network configurations depending on use case requirements.
Yes. Embedded modem modules and receiver components are designed for integration into vehicles, gateways, kiosks, signage systems, industrial equipment, and other connected platforms.
Yes. ATSC 3.0 devices support mobility, enabling reliable reception in vehicles, fleets, and moving assets. Because ATSC 3.0 broadcast coverage spans wide geographic regions from a single transmission site, ATSC 3.0 devices are well-suited for dispersed operations, mobility, and areas where cellular networks may be congested.
Transportation, digital signage, utilities, manufacturing, public safety, positioning systems, and other distributed operations that require scalable, simultaneous data delivery benefit from leveraging ATSC 3.0 technology.
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