RF Design Accelerators

NextGen RF’s BytePipe SDR carrier board hardware development kit (HDK), BP-KIT, makes it easy to evaluate any BytePipe system-on-module (SoM).

The A3G26D055N-100 is an orderable reference design for A3G26D055NT4. The A3G26D055N-100 circuit optimizes the device from 100-2500MHz band, with 12W CW and 11dB gain by utilizing half of the device.

RadioCarbon is a standalone RF front end (RFFE) that becomes a development kit when paired with the BytePipe™ SDR system on module.

The module is designed to interface directly with software-defined radios, such as those commonly implemented using Analog Devices’ Mixed-Signal Front-Ends...

The Evaluation Kit couples vProtean with a Carrier board and software to allow a user to quickly evaluate vProtean’s capabilities and performance.

NXP has released a digital library of over 400 RF reference circuits accessible on-demand. Accessing the RF Circuit Collection can reduce development time with easy online access to proven designs for fast time to market. Featured circuits for RF Power Amplifier IC’s are listed here.

NXP has released a digital library of over 400 RF reference circuits accessible on-demand. Accessing the RF Circuit Collection can reduce development time with easy online access to proven designs for fast time to market. Featured circuits for RF Power Transistors are listed here.

Active antenna array consisting of 36 elements (16 active) with integrated Beam-Forming IC’s (PFICs) and antenna elements.

Includes baseband processor board, wideband transceiver board, high power RF Front End board for 4G/LTE Band 14/28, and software GUI to operate and control the system.

High Power RFFE Design Accelerator 1.35-2.7 GHz and 4.4-5 GHz 1W and 2W linear Front End Design Accelerators with RX.

RF Front End Board providing 5W avg power (post-circulator), for LTE Band 14 and 28.

0.03-6 GHz RF Transceiver and FPGA System on Module (SoM) dev kit that includes SoM, carrier board, software, and technical support.

Satellite digital audio radio service (SDARS) compliant circuit and licensable reference design based on Guerrilla RF LNAs and Qualcomm SAW filters.

Antenna feasibility report for new designs. Obtain a customized recommendation for your IoT project for free and within 24 hrs.

RF Transceiver + FPGA System on Module (SoM) are a combination of ADI transceiver with an FPGA, designed to reduce engineering cost and time.

Includes pair of ruggedized SDRs based on the Portable Reference Design, built around the ADRV9361-Z7035 SoM.

Wideband RF transceiver FMC cards are ADI transceivers in an FMC form factor; designed to be flexible enough to fit on multiple FPGA platforms with the goal of reducing design cost and time.

The DE705 is a complete RF Front-End evaluation platform for FDD operation of LTE Bands 14 and 28. This development platform is available as a licensable design and can be modified to support a wide range of operating conditions.