AI generated

From best effort - to a secured user experience and monetization.
One high-performing solution serving multiple networks.
Maximizing the value for enterprises and consumers alike.

  • Positioning
  • 5G laptops
  • Healthcare
  • Stadium
  • Public safety
Dot 4455

Operator A (Host)

Public

-

Downlink

Mbps

-

Uplink

Mbps

Private

Optional

-

Downlink

Mbps

-

Uplink

Mbps

Operator B

Public

-

Downlink

Mbps

-

Uplink

Mbps

Operator C

Public

-

Downlink

Mbps

-

Uplink

Mbps

×
Dot 4455
  • Super high data rate – up to 4.4 Gbps
  • Cost-efficient deployment for multi-operator sharing
  • Flexible deployment with CAT6A, hybrid fiber or fiber
Max throughput Up to 4.5 Gbps
Instantaneous bandwidth 200 MHz for mid-band
Full-band for FDD-band
Output power 4 x 400 – 500 mW (TDD)
4 x 125 – 250 mW (FDD)
MIMO 4T4R for primary TDD band
2T2R per band (FDD and/or TDD)
Antennas 8 built in omni-directional
(external antenna variant also available)
Standards 2G, 3G, 4G, 5G
Weight/volume 2.3 kg / 2.3 L
×
IRU 8850
  • Double the capacity and double the coverage of 
current IRU generation
  • Optimized for high-capacity Multi-operator deployments
  • IT-like deployment with Fiber, Hybrid-fiber and electrical 
CAT6A cable, supporting up to 10km between IRU and Dots
  • HW prepared for Open Fronthaul, ready to support future 
network evolution
Dot ports 16 fiber (SFP+/SFP28 cages)
8 RJ-45 (total up to 16 Dots)
Fronthaul 4 CPRI SFP+/SFP28 ports
(4.9 / 9.8 / 10.1 / 25 Gbps)
Dot Compatibility Single Band: 4474, 4459, 4454
Dual Band: 2254
Triple Band: 4475, 4453, 4455
Quad Band: 2256
Antenna bandwidth Up to 1600 MHz
Dimensions 1.5 U
Weight 10 kg
Power supply -48 Vdc, ET20 connector
110 – 240 Vac, 50-60 Hz
Supported cables Easy deployment with CAT6A, hybrid fiber
or fiber for extended reach (10km)
×
3 x RAN Processor 6672
  • Unmatched capacity (4x) for the smallest energy footprint
  • Designed for up to 6 NR/LTE mixed mode configurations
  • Built for ORAN, 5G Advanced and enhanced AI/ML deployments
  • Best in class flexibility for DRAN and unmatched capacity for 
CRAN on 1U
  • Wifi client connectivity for simplified maintenance
Size 1 U
CPRI/eCPRI ports 18
Max Throughput (DL/UL) -
Hardware Prepared
40 Gbps
Mixed Mode of CPRI/

eCPRI supported
12 ports CPRI/eCPRI
All 18 ports support eCPRI
Operating temperature -5 to +55° C
Standards NR, LTE
Protection class IP 20
Power consumption ~295 W (estimated)

About

How Spatial Uplink
Multi-User MIMO works

Modern indoor environments are becoming increasingly uplink‑heavy as devices transmit video, sensor data and real‑time content — now amplified by the rise of AI‑assisted applications.

Spatial Uplink MU‑MIMO enables the IRU8850 installed base to meet these growing demands through a software upgrade only, with no new hardware required.

Uplink cell
capacity

Increased UL user throughout
4x 30%
Single Cell Single User MIMO
FROM

2T2R


4T4R

Spatial Uplink Multi-User
MIMO
TO

2T8R


4T16R

About

Spatial Uplink
Multi-User MIMO in action

UL MU‑MIMO enables a major uplift in indoor 5G uplink performance for both FDD and TDD by allowing up to four simultaneous uplink users (four layers) per cell with improved interference mitigation. Simulation results show that traditional DAS experiences rapid throughput degradation under load, while RDS provides more stable scaling. With UL MU‑MIMO, uplink throughput and scalability improve significantly beyond both architectures.

The study uses a large single‑floor office (50,000 m²) with 80 ceiling‑mounted Dots, 4,000 UEs, and the 3GPP Mixed Office model. Traffic follows 3GPP FTP model 1, with FDD 20 MHz at 2.0 GHz and TDD 100 MHz at 3.5 GHz (DDDSU).

Use case

Uplink drivers with high requirements on performance  

Uplink traffic growth trend Basic Mobile Coverage  

  • Personal devices
  • Wearables
  • Connected objects
Always-on Laptop/PC
(Built-in-5G)
IoT  - Smart
building
Smartphone / Tablet
XR/AR/VR Headsets
(Collab/Design)
Conference Camera /
Room System
Artificial Intelligence
(Live Transcribe/Assist)
AI/AR Glasses
(Work Agents)
Cobots/Mobile Robots
(Facilities/Logistics) work
Holographic workspace /
collaboration
Smartphone
(Traveler Uploads/Video Calls)
Payment terminal /
Ticket kiosks
Tablet / Laptop
(On-the-go Work)
AR Glasses
(Wayfinding/Tourist Info)
Service Robots
(Cloud controlled cleaning/info)
Surveillance Camera
(CCTV/Body-cam)
Autonomous
Service Carts/Vehicles
AI/AR Glasses
Continuous Uplink Agents
Drone Inspection /
Security
Medical Imaging Device
(e.g., scanner/ultrasound)
Patient Monitor /
Bedside Device
Telemedicine Cart
(HD Camera + Instruments)
Wearable Health Monitors
(Patches/Bands)
AI 
(Diagnostics/Workflow Assist)
AR Glasses Remote Assist
/ Surgery Planning
Assisted Surgical Robotics /
Remote surgery
Diagnostic Robots /
Autonomous Rounds
Always-on Clinician Glasses
(Hands-free AI Agent)
Select use case
Cell uplink capacity
  • Triple band*
  • Dual band*
  • Single band
Single-User
MIMO
Gbps
Multi-User
MIMO
Gbps
*Note: The capacity increase ratio is the same
regardless of the starting point

Integrated positioning and
communication

  • Tracking of critical assets
  • Consumer pattern insights
  • Emergency positioning

Integrated positioning
and communication

  • 1-3m

    Unmatched cellular positioning precision for any 5G device

  • 3 in 1

    Solution for coverage, capacity
    and positioning

  • 100%

    Integrated with the existing network and Ericsson Private 5G

  • New features arrow right

Integrated positioning
and communication:
What’s next?

Features:

  • From single to multi-operator communication
  • Single operator positioning
  • On the road to positioning for all CSPs

Integrated positioning
and communication:
What’s next?

Features:

  • Positioning on Dot level
  • Cover different floors and corridors
  • Benefit the healthcare industry
AI generated

A modern workplace with high-
performance Indoor 5G

  • Enable the office of the future: reliable multi-
    operator 5G transforms connected spaces
  • Empower today’s workforce: secure, high-
    speed connectivity for laptops and mobile
    devices
  • Drive innovation and efficiency: AR/VR
    meetings, AI analytics and holographic design
    collaboration

Customer case  

High performing indoor 5G for offices
10 Norton Folgate, UK


Problem


A modern Grade A building with BREEAM Outstanding & Wiredscore Platinum certifications struggled with indoor mobile coverage.

Outcome


Building now has strong and reliable 4G & 5G across all floors. It was the first building in UK with shared small cell indoor 5G from neutral host.

Solution


A fully shared high performance indoor mobile system installed, using Ericsson Dot solution, with all operator services being integrated.

AI generated

Reimagine healthcare with
secure, scalable 5G connectivity

  • Enable the hospital of the future: reliable 5G
    for advanced connected care
  • Protect critical operations: seamless coverage
    for staff coordination and secure data integrity
  • Drive innovation and efficiency: AR/VR-assisted surgery, AI diagnostics, predictive
    patient care

Customer case  

Neutral Host and Private 5G networks
Tampa General Hospital, USA


Problem


Better networking support for a new electronic medical records system. Outdated Distributed Antenna System (DAS)unreliable and caused disruptions.

Outcome


Improved connectivity for all premises that requires both public and private data integrity.
Hospital operations run more smoothly.

Solution


Combining Neutral Host with Private 5G Network for everyday coverage and to support the medical, academic, and research initiatives in the future.

Customer case  

Neutral Host and Private 5G Networks
AdventHealth, USA 


Problem


IT infrastructure can’t support the developing “hospital of the future” connectivity needs and ambitions.

Outcome


Streamlined infrastructure with flexible coverage capabilities to support the dynamic and innovative vision.

Solution


The Neutral Host network provides coverage for patients and visitors, while the Private 5G network covers operational needs.

AI generated

Monetize stadium experiences
with scalable indoor 5G

  • Monetize every seat: seamless 5G unlocks new
    fan revenue streams
  • Operate safely at peak: resilient connectivity for
    ticketing, payments, and emergency alerts
  • Create immersive experiences: AR replays,
    holographic highlights, and AI-driven crowd
    insights

Customer case  

Elevating performance for live experiences
The Rogers Centre, Canada


Problem


Traditional stadium networks couldn’t handle massive, simultaneous social sharing and uploads during events. Rogers Centre faced record-breaking data usage and complex coverage challenges.

Outcome


Rogers and Ericsson deployed advanced 5G with Radio Dot System, Massive MIMO antennas, and real-time network management, ensuring robust, high-capacity coverage for 50,000+ users.

Solution


Network capacity expanded equivalent to 33 cell towers’ worth, supporting 7.4 TB data in one show, 182,000+ photos shared, and future-ready, scalable, sustainable operations.

AI generated

Secure and consistent experience for businesses

  • Laptops and phones on secure and 
high-performing connection
  • Embedded 3GPP security
  • Increased CSP market share

Connect small and medium enterprises

Superior and secure enterprise 5G connectivity is now enhanced with even greater coverage. Cater to venues
up to 8,000 m2 (80,000 ft2).

Key Features:

  • All-in-one wall- or rack-mounted solution supporting up to 8 Dots
  • 3 Gbps peak downlink speed
  • Supports all generally available Dots
  • 2G through 5G support