D2030
RF Downconverter / Tuner

Extend your RF test equipment’s frequency and bandwidth performance economically
  • RF In 27-30 GHz
  • IF Out 3.55 GHz (Opt.: 5.5975 GHz)
  • Real-Time Bandwidth (RTBW) 160 MHz
  • Tuning Resolution 100 kHz
  • Optional 10 MHz clock synchronization
  • Control from a Spectrum Analyzer or from a computer
  • Compact: 17.15 cm x 18.74 cm x 3.5 cm (6.75” x 7.38” x 1.38”)
  • Light: <1 kg (2.2 lbs)
  • Low power consumption: 6 W @ 12V
  • thinkRF D2030 RF Downconverter / Tuner
  • Power adapter and cable
  • BNC-male to 2.55mm-female power adaptor

This thinkRF product is sold through thinkRF’s Authorized Sales Partners.

Maintenance Plan Plan for per unit per year
   
CERT Calibration Certificate and Traceability Statement

 

UPGRADE YOUR EXISTING FIELD, LAB & MANUFACTURING TEST EQUIPMENT TO 30 GHz WITH thinkRF D2030

The thinkRF D2030 RF Downconverter / Tuner is engineered to work seamlessly with existing spectrum analysis equipment by downconverting RF from the 27 – 30 GHz frequency bands down to an intermediate frequency (IF) from 3.55 GHz to 5.5975 GHz (optional). Increase performance at a lower cost and without replacing existing solutions with the thinkRF D2030 RF Downconverter / Tuner.

thinkRF D2030 RF Downconverter / Tuner
SWaP

Compact Form Factor

Measuring 17.15 cm x 18.74 cm x 3.5 cm (6.75” x 7.38” x 1.38”) and weighing less than 1 kg (2.2 lbs), the thinkRF D2030 RF Downconverter / Tuner features a compact design that makes it portable, versatile, and easy to use for 5G analysis in any deployment scenario without adding significant size, weight, and power (SWaP) requirements. +12 VDC at 6 W allows it to be powered by an external battery, vehicle power outlet for increased mobility or standard power supply with plug adaptor.

OPEN APIs

Standard Configuration Interface

The thinkRF D2030 RF Downconverter / Tuner supports open APIs for C/C++ and Python, and standard configuration protocols via SCPI commands over a Telnet connection, or configuration via spectrum analyzer software over a LAN connection.

thinkRF D2030 RF Downconverter / Tuner
thinkRF D2030 RF Downconverter / Tuner
OPEN

Platform

The thinkRF D2030 RF Downconverter / Tuner works with your existing test equipment, RF signal detectors, and interfaces, meaning there’s minimal training requirements for users. The open platform works seamlessly with current spectrum analysis solutions through standard SCPI control over Ethernet, allowing the user to control the unit through the spectrum analyzer or any standard PC.

MULTI-UNIT

Synchronization Capability

thinkRF has created a 5G RF downconverter that features 10 MHz input and output clock references for multi-unit synchronization. As 5G mobile and wireless communications technologies continue to draw upon wider bandwidths and higher frequencies, users can run multiple units in parallel to monitor, detect, and analyze these signals at a lower cost and without replacing their current investment in RF signal detectors.

thinkRF D2030 RF Downconverter / Tuner
thinkRF D2030 RF Downconverter / Tuner
APIs & PROTOCOLS

Proven Integrations

thinkRF and its application ecosystem helps developers, engineers, and program manager see the full picture in complex spectrum environment. thinkRF has a wide variety of application partners depending on your requirements.

BEST PRICE – PERFORMANCE RATIO

on The Market

Downconverters are one of the most economical and cost-effective methods for increasing the frequency performance of RF signal analysis systems. In the new world of 5G networks, a downconverter can reduce time to market and costs for mobile operators and system integrators. The thinkRF series of RF downconverters / tuners are designed for maximum performance and interoperability. The thinkRF D2030 RF Downconverter / Tuner enables translation of RF signals in the frequency range of 27-30 GHz with up to 160 MHz of real-time bandwidth (RTBW).

thinkRF D2030 RF Downconverter / Tuner
Ready to Demo The thinkRF D2030?

Extend your RF test equipment’s frequency and bandwidth performance economically!