6G FR3 Platform | Validate Algorithms Over-the-Air | https://tmytek.com
OverviewWhy TMYTEK FR3

The Golden Band. On Your Bench.
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Hardware remains the biggest bottleneck in 6G FR3 research, often requiring costly equipment overhauls. TMYTEK bridges this gap by directly connecting your sub-6 GHz SDRs to 7.125–8.3 GHz. Protect your existing investments while unlocking immediate access to end-to-end FR3 validation today.

FR3's Standards Are Being Written Today.
Shape Them with Real Data.

The Golden Band (7.125–8.3 GHz) anchors 6G upper mid-band research. TMYTEK provides field-ready hardware to run real trials,
validate algorithms, and help shape the 3GPP standard today.

7.125–8.3 GHz

ITU-identified candidate band spanning the Americas & most of Asia-Pacific

Rel-19 → Rel-21

3GPP’s active timeline for standardizing FR3 channel models

Field Trials Ready

Field trials and spectrum studies now underway across multiple regions in parallel

Shared Spectrum

Defense satellite links and radar backhaul already operate in this band today

Accelerate 6G standardization with real data. Drive 3GPP channel modeling and algorithm proposals through field-proven FR3 measurements today.

A Proven Research Platform,
Ready for FR3 & 6G Research OTA Validation.

Download Product Brief
01SDR & Instrument Compatibility

Seamless SDR & USRP Integration

UD Box 0630 connects directly to existing SDRs and USRPs. Expand into 6G upper mid-band (FR3) without equipment overhauls — saving budget and time.

02Channel Control

For Real-Time Algorithm Validation

BBox Lite FR3 offers ±40° beam steering with 10 μs SPI triggering via a unified API — delivering real-time spatial control for ISAC, radar, and dynamic beamforming.

03Modular Expansion

Scalable Hardware for Wide-Area Environments

Scale seamlessly from a single bench to wide-area testing with BBox Lite FR3’s detachable arrays and XRifle RIS’s λ/4 bezel design for continuous panel tiling.

04Built on Proven FR2 Infrastructure

Zero Risk, Zero Re-Learning

Powered by the same battle-tested TMXLAB Kit GUI and Python API used across TMYTEK’s global FR2 deployments — build on a proven ecosystem, not an unproven prototype.

A Modular Ecosystem for
End-to-End FR3 Research.

Active Phased-Array Beamforming

BBox Lite FR3

1×4-channel electronically steered array in a compact, USB-C powered development kit.
  • Ultra-compact development kit designed for rapid benchtop testing
  • Up to ±40° electronic beam steering; 10 µs SPI-triggered beam/mode switching
  • Same TMXLAB Kit GUI / Python API as TMYTEK's proven mmWave BBox Lite family
  • Detachable antenna array for custom RF front-end experiments

*Select features coming soon; official specs subject to release.

Passive Reconfigurable Reflection

XRifle Dynamic RIS FR3

16×16-element, 1-bit electronically reconfigurable reflect-array.
  • Active phase-surface control for dynamic beam-shaping experiments
  • λ/4 bezel design enables seamless λ/2 tiling into large-area panels
  • Fully passive RF path — 12V DC + Ethernet control only, no RF cabling
  • Same TMXLAB Kit GUI / Python API as the existing XRifle Dynamic RIS series

*Select features coming soon; official specs subject to release.

Turn Your SDR into an FR3 SDR

UD Box 0630

A versatile, bi-directional up/down converter that extends your existing sub-6 GHz SDR or USRP into FR2, FR3, and Ku-band (6–30 GHz).
  • RF frequency range: 6–30 GHz, IF range 1–8 GHz
  • 1 GHz instantaneous bandwidth, bi-directional up/down conversion
  • Precision OCXO + internal LO for -47 dB EVM — clean enough for rigorous MIMO and radar phase synchronization
  • Dual-channel RF/IF paths with shared LO sync — built for multi-channel and early-stage MIMO algorithm validation
  • TMXLAB Kit GUI / APIs (Python, MATLAB, LabVIEW, C++, C#)
Learn More About UD Box 0630

One Platform Across Every
6G Research Domain.

FR3 Channel & Algorithm Research

Validate upper-mid-band beamforming/channel control; what the kit is built for first.

ISAC & Radar Algorithm Validation

One active array covers both communication and sensing roles.

SATCOM Waveform Validation

X-band/LEO-adjacent waveforms via UD Box 0630's 6–30 GHz range.

NLoS Channel-Control Validation

Programmable reflection around blockage, tested before field deployment.

ROADMAP

2026 Q4

Engineering Samples Ready

Preliminary timeline; feasibility and specifications remain subject to validation and change.

Shape the Future of FR3 with Us.

Interested in algorithm validation, engineering samples, or a technical deep-dive?
Talk to your TMYTEK representative.

Contact TMYTEK

Request Early Access

Leave your email and a TMYTEK representative will follow up about early access to the 6G FR3 Platform.

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Download Product Brief

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