UL Certification
Safety Compliance &
Deployment Confidence
- High-Speed NVMe storage
- Real-time GPU Acceleration
- PCI/PCIe Expansion
What is 5G?
5G is the fifth-generation wireless technology that is up to 100x faster than 4G LTE networks. 5G connectivity will significantly provide benefits in ultra-wide coverage, ultra-low latency, and mission-critical reliability for many industrial applications from extreme remote deployments to smart private factories.
Learn More About 5G
Plug and Play - 5G Ready Fanless Computer
5G benefits provide disruptive connectivity for Industry 4.0 applications such as AI IIoT, AR, VR, robotic process automation, edge and cloud computing, advanced data analytics, and more.
5G Connectivity for the Rugged Edge
The Dual-SIM 5G cellular network module (DTB-M2BK) provides immediate 5G access for Premio’s industrial edge computers. As a result, these ruggedized computers can tap into 5G networks that provide coverage for better bandwidth, lower-latency, and new channels for machine-to-machine communication in industrial and enterprise settings.
- Global 5G Coverage for the Rugged Edge
- Dual SIM Network Redundancy and GNSS Positioning
- Expandable Modular Designs – Just Plug and Play
- True Industrial-grade Design
Smart City
Heathcare
Kiosk and Retail
Smart Factory
Smart Car
Surveillance
How is 5G Beneficial for Industrial Edge Computers?
Integrating 5G connectivity with industrial edge computers enables hardened ruggedized hardware to tap into enhanced mobile broadband (eMBB), ultra-reliable low latency communication (uRLLC), and massive machine-to-machine communications (mMTC). As processing power shifts closer to data generation, industrial edge computers with 5G connectivity will bridge new capabilities for machine intelligence and streamline automation.
- 5G supports ultra-low latency, less than 1ms
- 5G supports 100X more in network capacity and efficiency
- 5G is faster than 4G, delivering up to 20 Gigabits-per-second (Gbps)
- 5G leverages a variety of spectrums Low, mid, and high (mmWave) bands
Up to 20Gbps
100x More Capacity
Ultra-Low Latency
5G Wide Spectrum Coverage
Key Benefits of 5G
Rugged edge computing provides a convergence of the latest technologies in compute, storage, and connectivity in hardened computing platforms. For the first time ever, new wireless technologies like 5G provide new advancements in connectivity for industrial edge computers with enhanced mobile broadband, low-latency connections, and massive machine-to-machine communications.
- eMBB (Enhanced Mobile Broadband)
- uRLLC (Ultra-Reliable Low Latency Communication)
- mMTC (Massive Machine-Type Communications)
5G Spectrums: Not All Bands are Created Equal
5G network has a broad EMF spectrum which divides 5G connectivity into three main types based on their radio wave spectrum, coverage, and latency.
Low-band Spectrum
5G networks with frequencies under 1 GHz and can reach hundreds of square miles for nationwide coverage. Low-band 5G networks are 20% faster than 4G LTE with a download speed of around 250 Mbps.
Mid-band Spectrum
5G networks with a frequency spectrum of 1-6 GHz or what is known as sup-6 GHz. Mid-band 5G networks focus around metropolitan areas with speed around six times faster than 4G LTE, ranging from 125-900 Mbps.
High-band Spectrum (mmWave)
5G mmWave frequency bands are ten times faster than 4G LTE. With a spectrum range of 24-50 GHz, 5G mmWave low-latency speed can reach up to 10Gbps of data rates. High-band 5G networks have coverage just over a kilometer which are centered around dense urban areas.
| Low-Band 5G | Mid-Band 5G (sub-6 Ghz) | High-Band 5G (mmWave) | |
|---|---|---|---|
| EMF Spectrum | <1 GHz | 1-6 GHz | 25-50 GHz |
| Latency Speed | ~250 Mbps | 125-900 Mbps | Up to 10 Gbps |
| Coverage | Nationwide, Hundreds of Miles2 | Metropolitan Areas, Several Miles2 | Dense Urban Areas, Less than a Mile |
| Comparison to 4G LTE | 20% Faster | 6x Faster | 10x Faster |
Connecting Near edge and far edge podcast
A key benefit of edge computing is the ability to generate real-time data insights to facilitate faster and more accurate decisions with machine intelligence. Edge computing paired with 5G connectivity drives the synergy for new business models and intelligence with new levels of speed and accuracy.
Premio supports the following 5G module modems in order to provide maximum worldwide coverage. Thales's broad portfolio of Cinterion® IoT Modules and Modem Cards enable always-on cellular communications for virtually any IoT or M2M application
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Premio supports the following 5G module modems in order to provide maximum worldwide coverage. SIMCom provides global leading 5G wireless technology solutions around the world, such as 5G, C-V2X, LPWA, LTE-A, Smart Module, LTE, WCDMA/HSPA(+), GSM/GPRS and GNSS Modules.
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Premio Rugged Edge Computers with 5G Compatibility:
RCO-6000-CML Series AI Edge Inference Computer
10th Gen Intel® Core™ & Intel® Xeon® W processors with W480E chipset
ACO-6000-CML Series In-Vehicle Fanless Computer
10th Gen Intel® Core™ & Intel® Xeon® W processors with W480E chipset
RCO-6000-CFL Series AI Edge Inference Computer
9th Gen Intel® Core™ Processor with Intel® Q370 Express Chipset
Markets That Will Benefit From 5G:
Cloud-Native Computing
Industrial IoT
AIoT
ADAS Telematics and Autonomous Vehicles
Robotics Process Automation
Rugged Edge Computing
Rugged NVR Surveillance
Massive Internet of Medical Things
Smart-Grid Control for Energy and Utility
Frequently Asked Questions (FAQs)
Why Choose Premio For Rugged Edge Computers
Expertise In The Design, Engineering and Manufacturing for Edge Computers for industry 4.0 automation and rugged IoT deployments in remote and mobile applications
- 30+ years of extensive design expertise in rugged computing solutions focused for reliability and longevity
- Thermal simulation chambers to guarantee wide operating temperatures remote and mobile edge deployments
- Global turnkey manufacturing and support infrastructure to accelerate scalable mass deployments in rugged edge computing solutions
- Long Product Life Cycles to ensure hardware reliability
- Deep understanding of IoT technologies in computation, storage, and connectivity designed for edge computing
- Regulatory testing and compliance options for rugged edge computers in the North America Markets
Rugged Edge Products
Edge computing devices come in a variety of different types that include, mini Iot gateways, fanless edge computers, and industrial grade embedded computers. As more processing power shifts closer to decentralized environments in remote, mobile, and harsh outdoor settings, computing solutions need to be ruggedized for reliability and power-efficiency
AI Edge Inference Computers
Deploy machine learning and run proven inference detection with ruggedized computing solutions purpose-built to deliver the highest-performance in processing (CPU & GPU), NVMe storage, and advanced connectivity
Fanless Mini IoT Gateways
Aggregate mission critical IoT sensor data with rugged and hardened IoT gateways that enable data telemetry from multiple endpoints into the cloud for more dashboard analytics.
Industrial Embedded Computers
Streamline Industry 4.0 automation with industrial-grade computing solutions for the harshest manufacturing environments requiring better data analysis for predictive insight and better productivity
Small Form Factor Computers
Purpose-built computing hardware to meet the toughest demands in rugged, mobile, and remote applications that require decentralized processing as close to data generation.
In-Vehicle Computer
Purpose-built and compliant for intelligent transportation and automotive applications requiring strict compliance for in-vehicle computing hardware
HMI Panel PC and Industrial Monitors
Integrate IP Rated All-In-One touchscreen displays to assist with automation and efficiency for in-line production equipment in the harshest IoT data processing applications
HPC Storage Servers for Micro Edge Datacenter
Data from thousands of IoT sensors, gateways, and industrial computers can be stored and managed in micro edge datacenters for maximum accessibility. High performance and dense storage servers provide access to mission critical data when it matters most