Why UD Box 0630?
A versatile broadband up/down frequency converter designed to extend sub-6 GHz instruments into the FR2 and FR3 (6–30 GHz). With a shared LO and flexible sync, it's ideal for MIMO and multi-channel setups, making it a scalable, precise solution advancing 6G research, testing Ku-band satellite systems, or working on cutting-edge defense technologies, the UD Box 0630 is your gateway to FR3 higher-frequency innovation.FR3 Testing with Your Existing Equipment
UD Box 0630 extends the frequency coverage of your sub-6 GHz instruments—like VSGs and VSAs—up to 30 GHz. This allows researchers and engineers to reuse their current setups for mmWave testing without purchasing expensive new gear, significantly lowering cost and setup time while expanding testing capability into FR2, FR3, and Ku-band.
Precision and Performance Built In
Equipped with an adjustable internal LO (6–30 GHz), excellent EVM performance (–47 dB), and typical 12 dB conversion loss, the UD Box 0630 ensures clean and accurate signal conversion. The built-in reference clock and synchronization interface guarantee stable, reliable measurements, making it ideal for MIMO, radar, and SATCOM system validation.
Designed for Flexible Integration and Automation
The UD Box 0630 comes with intuitive software—TMXLAB Kit—and an API suite supporting Python, MATLAB, LabVIEW, and more. Users can easily control LO frequency, channels, reference clocks, and power settings, enabling seamless integration into research labs or automated production lines for Wi-Fi 6/7, UWB, and 6G component testing.
Key Features
- RF Frequency Range: 6 – 30 GHz
- IF Range: 1 – 8 GHz
- LO Tuning: 6 – 30 GHz (internal)
- Conversion Loss: 10 dB typical
- EVM (Loopback): –47 dB
- Dual-Channel: Supports up/down conversion simultaneously
- Clocking: 10 MHz output, 100 MHz input/output
- Software Control: Python, MATLAB, LabVIEW, C++, C#
- Sync Mechanism: Suitable for MIMO and multi-channel systems
- User-Friendly Software: TMXLAB Kit with GUI/API (Python, MATLAB, LabVIEW, C#)
UD Box Series
UD Box 0630 Interface
Intuitive Software Integrated - TMXLAB Kit (TLK)
With our in-house designed GUI and API, users have extensive control of LO frequencies as well as channels and reference ON/OFF functions in one unified view. They provide convenience for production line automation and are perfect for research environments.
- Simple step-by-step frequency settings
- Total control over channel power, internal / external reference clock and DC output power
- Friendly reminder of in-band harmonics
Compatible with Most Sub-6 GHz Instruments
Seamlessly integrate with your existing lab infrastructure. The UD Box 0630 is universally compatible with a wide range of standard Sub-6 GHz instruments, including Software Defined Radios (SDRs) and high-end Vector Signal Transceivers (VSTs). Expand your testing frequencies without replacing your trusted hardware.
From Wi-Fi to NTN: Covering Next-Gen FR2 & FR3 Applications
Designed for maximum versatility, the UDB-0630 empowers a wide range of next-gen wireless needs.
- Wi-Fi 6/7 - Upgrade Wi-Fi testing with wideband conversion
- Ku-band LEO - Ideal for 6–30 GHz satellite and LEO tests
- UWB - Enables broad-spectrum UWB measurements
- 5G FR2 / FR3 - Supports future 7–20 GHz 5G/6G bands
Highly Stable Phase Coherence for Advanced Radar & SATCOM Validation
The UD Box 0630 features a shared LO architecture and advanced synchronization mechanisms, ensuring exceptional phase coherence and deterministic alignment across multiple channels. This rock-solid stability provides the high-precision foundation required for phased array development, radar system calibration, and next-generation SATCOM testing.
Scalable Architecture to Accelerate Massive MIMO & Beamforming Prototyping
Maximize spectrum efficiency and link reliability with TMYTEK’s flexible mmWave MIMO solution. Leveraging its shared LO capability, you can effortlessly scale testbeds to support SU-MIMO, MU-MIMO, and Massive MIMO. With advanced beamforming and SPI ultra-low-latency switching, it provides a 3GPP-compliant platform to rapidly transform wireless theories into prototypes.
Explore 5G MIMO Testbed Applications
Empowering the Future of 6G, SATCOM & NTN
As wireless communication expands beyond earth, the UD Box 0630 bridges the gap between legacy test equipment and next-generation non-terrestrial networks. By covering critical FR3 and Ku bands, it enables pioneering research in 6G sub-THz precursors, satellite-to-device connectivity, and resilient NTN simulations.
Information & Documentation
What’s included
FAQ
Does the UD Box 0630 require an external Local Oscillator (LO) to operate?
No. The UD Box 0630 features a built-in, highly adjustable internal LO (6–30 GHz) with an integrated OCXO reference clock. However, it also includes an external LO input port, giving you the flexibility to use an external LO for multi-device synchronization if required.
Can the UD Box 0630 support simultaneous up-conversion and down-conversion for full-duplex testing?
Yes. Thanks to its dual-channel isolation design, the UD Box 0630 can perform up- and down-conversion at the same time. This allows you to test full-duplex wireless links and bidirectional communication systems simultaneously with a single device, saving both equipment costs and lab space.
For multi-channel MIMO setups, how does the UD Box 0630 ensure phase coherence across multiple units?
Phase coherence is critical for accurate MIMO and phased array validation. The UD Box 0630 achieves exceptional phase stability across multiple devices by utilizing a shared Local Oscillator (LO) architecture and deterministic synchronization via our integrated clocking interfaces. This ensures your expanded testbed remains tightly synchronized.
What types of instruments are compatible with the UD Box 0630?
It is universally compatible with most standard sub-6 GHz instruments on the market, including Vector Signal Generators (VSGs), Vector Signal Analyzers (VSAs), Vector Signal Transceivers (VSTs), and Software Defined Radios (SDRs).
How do we control the UD Box 0630 in an automated production line?
You can seamlessly integrate it using our TMXLAB Kit (TLK) software. We provide a comprehensive API suite that fully supports popular programming environments like Python, MATLAB, LabVIEW, C++, and C# over an Ethernet (LAN) connection.