Price the Network You Will Operate
Evaluate revenue potential alongside the cost of sites, backhaul, customer equipment, installation, software, and support. Keep growth capital and recurring operating expense visible.
Build a Five-Year ScenarioPlan it. Connect it.
Keep it moving.
A broadband platform that brings radio hardware, real-time signal processing, and cloud operations together.
Reach, capacity, and operations.
One investment conversation.
Specify the Service You Will Deliver
Choose the radio and spectrum configuration around your link conditions and service mix. Confirm model-specific limits before turning a capacity headline into a sector plan.
Compare the Product FamilyMore ways to reach.
More room to grow.
Non-Line-of-Sight Engineering
Multipath integration helps recover usable energy from indirect signal paths.
Interference Cancellation
Adaptive processing suppresses unwanted radio energy in a changing environment.
Capacity for Growth
G2 gives operators a higher-capacity access option across multiple spectrum bands.
Built around the connection
your customer experiences.
Base Node
At the site.
The sector radio connects the access network to available backhaul.
Remote Node
At the address.
The subscriber radio closes the wireless link to each home or business.
CLOUD SUITE
Across the fleet.
Configuration, visibility, and troubleshooting help teams operate the network.
Read Transcript
The real world gets in the way. Tarana engineers for it. Multipath integration brings reflected signal paths together. Real-time interference cancellation helps the desired signal come through. With G2, four carriers combine capacity across licensed and unlicensed spectrum. So operators can plan for more customers. And communities can plan for more.
Your subscribers’ traffic
stays in your network.
Keep the forwarding path and the management relationship distinct when reviewing the architecture.
SUBSCRIBER DATA
- Home or businessCustomer gateway + Remote Node
- Radio accessRemote Node ↔ Base Node
- Operator networkBackhaul → routing → internet
MANAGEMENT
- Tarana Cloud SuiteConfiguration, monitoring, alarms
- Managed devicesEncrypted management communications
Conceptual architecture. TCS manages the network; subscriber payload does not transit TCS.
- Define the handoffDocument VLANs, addressing, subscriber policy, aggregation, and the backhaul interface with your network team.
- Plan failure behaviorReview power backup, backhaul resilience, recovery procedures, and the effect of a management outage as part of acceptance testing.
- Size the entire pathValidate radio and backhaul capacity together. A fast access link cannot compensate for congestion upstream.
A platform with a next chapter.
Gigabit broadband at scale.
6.4 Gbps
Sector capacity, with up to 512 Remote Nodes supported per sector.
The foundation in the field.
20M+
Homes and businesses covered by G1, as reported by Tarana.
The customer connection.
A family of subscriber radios, including the multiband RNm.
Choose the generation.
Then validate the configuration.
| Evaluation dimension | G1 Base Nodes | G2 Base Node | Remote Nodes |
|---|---|---|---|
| Role | Established single-band base-node family | Second-generation multiband Base Node | Subscriber-side radio family, including multiband RNm |
| Spectrum approach | Model-specific 3, 5, or 6 GHz options | Four separable carriers; 160 MHz aggregate bandwidth | RNm supports multiband operation; legacy RNs have model-specific capabilities |
| Headline capacity | 6 GHz four-carrier mode: up to 1.6 Gbps aggregate per link; sector limits are model-specific | Up to 6.4 Gbps per sector; up to 512 RNs | Service performance depends on radio, configuration, and link conditions |
| Migration consideration | Inventory installed Base Nodes and RNs | Backward-compatible with previous-generation RNs | Confirm RN model, firmware, and the feature set required |
| Procurement evidence | SKU, approved bands, interfaces, power, environment | SKU, band combination, capacity assumptions, regional approval | Mounting, power, cabling, install workflow, and compatibility |
Published capabilities are not simultaneous per-subscriber guarantees. Confirm the exact radio, software release, spectrum authorization, and service mix.
The details, without a form.
| Role | Second-generation Base Node |
|---|---|
| Sector capacity | 6.4 Gbps |
| Remote Nodes | Up to 512 per sector |
| Spectrum | Multiband support across CBRS, 5 GHz, and 6 GHz |
| Management | Tarana Cloud Suite |
| Role | First-generation Base Node |
|---|---|
| 6 GHz configuration | Four independent 40 MHz carriers in x2 mode |
| 6 GHz aggregate link capacity | Up to 1.6 Gbps in four-carrier mode |
| Spectrum | Model-specific 3 GHz CBRS, 5 GHz, and 6 GHz radios |
| Operation | Non-line-of-sight processing and interference cancellation |
| Reference | September 2026 G1 Technical Description |
| Role | Subscriber-side access radio |
|---|---|
| RNm | 3 GHz CBRS plus 5 / 6 GHz; up to 1.6 Gbps aggregate throughput |
| 6 GHz RN | 5 / 6 GHz; up to 1.6 Gbps aggregate throughput |
| RNv | 5 / 6 GHz; up to 800 Mbps aggregate throughput; optimized for LoS / near-LoS |
| 3 GHz and 5 GHz RNs | Up to 800 Mbps aggregate throughput; band and BN compatibility are model-specific |
| Installation | Validate link conditions, alignment, mounting, power, and the selected radio configuration |
| Reference | Official Remote-Node Comparison and Compatibility Table |
Capacity and availability depend on product, spectrum, configuration, and local regulations.
Open the DatasheetThe work continues
after the radio is installed.
Plan
Assess the service area and make site, spectrum, and backhaul decisions together.
Install
Support field teams with installation tools and training.
Operate
Use Tarana Cloud Suite to configure, monitor, and troubleshoot the network.
Give the field team and NOC
the same view of the network.
Make Installation Repeatable
The Install App supports radio setup and alignment. Define a standard completion record: device identity, mounting, alignment, link test, and the customer handoff.
Watch the Service, Not Just the Radio
TCS provides KPIs, history, and alarms. Agree which events require intervention, who receives them, and which service indicators trigger escalation.
Control Changes across the Fleet
Use roles, configuration discipline, and a staged firmware process. Validate on a pilot cohort before expanding a change to the wider network.
| Security topic | Platform reference | Your implementation decision |
|---|---|---|
| Access | Role-based administration and tenant separation are described by Tarana. | Assign named accounts and minimum necessary privileges. |
| Management communications | Tarana describes encrypted device-to-TCS communications. | Review onboarding, credential lifecycle, API access, and audit requirements. |
| Subscriber traffic | Radio encryption and the operator-owned forwarding path are described in the product overview. | Confirm the complete end-to-end security design, including the customer gateway and upstream network. |
Questions worth resolving early.
Does 512 Remote Nodes Mean 512 Simultaneous Gigabit Services?
No. The supported remote-node count and the sector’s aggregate capacity describe different limits. Engineer the service mix around busy-hour demand, available carriers, link quality, uplink share, and the headroom your service standard requires.
Can a G2 Upgrade Preserve Existing Customer Radios?
Tarana describes G2 as backward-compatible with previous-generation Remote Nodes. Confirm the inventory and software combination, and distinguish retained compatibility from the additional multiband capabilities of RNm.
What Should a Proof of Concept Demonstrate?
Use representative addresses and documented pass criteria. Include simultaneous load, difficult links, an install workflow, operational alarms, and recovery tests. Retain the configuration and test conditions with the results.