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HackRF Pro

Use the newer HackRF platform for wideband RF development.

RadioSoftware-defined radio

Radio equipment needs certification where you live (FCC, CE, UKCA, ISED, Anatel). Some devices are uncertified or restricted in Brazil. Buyers are responsible for their local law.

Bring along
Host software, USB-C data cable and a suitable antenna.
Keep in mind
Extended sample modes depend on software; cable and antenna are not included.
Source checked · Sep 16, 2026
HackRF Pro
Image creditMaker preliminary hardware photo · Great Scott Gadgets

(02) Blueprint

Build it yourself

Open hardware

HackRF Pro (codename 'praline') ships full KiCad schematic/PCB under CERN-OHL-P-2.0; firmware/gateware is bundled with the shared HackRF firmware codebase.

HackRF Pro (praline) top-level schematic

Read straight from the maker’s repository. Open on GitHub

HackRF Pro (praline) top-level schematic

GitHub

Source 2

git clone https://github.com/greatscottgadgets/hackrf-pro.git

Key parts 4

Research notes

Repo confirmed via gh api (CERN-OHL-P-2.0, 61 stars, pushed 2026-01-10). Chip part numbers confirmed by grepping raw mcu.kicad_sch/fpga.kicad_sch/adc-dac.kicad_sch/mixer.kicad_sch for lib_id references. iCE40UP5K matches what's already noted in the batch's known chip data.

Every link checked 2026-09-27.

Hand this device to your agent. Everything on this page, as clean Markdown and JSON: specs, shops, prices, design files, parts.

Made the HackRF Pro? Put the badge on your README; it links here, with every shop that sells it.

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Specifications

RF and processing

8
Operating range
100 kHz–6 GHz; half-duplex transmit or receive.
Tuning boundary
Tunes 0 Hz–7.1 GHz; the wider tuning span is not its rated operating range.
Standard samples
8-bit I/Q at up to 20 MS/s.
Half-precision mode
4-bit I/Q at up to 40 MS/s; trades precision for throughput.
Extended precision
16-bit I/Q; ≥16× decimation/interpolation; typical effective resolution 9–11 bits.
FPGA
Lattice iCE40UP5K; gateware is bundled with firmware.
DC-offset removal
FPGA signal paths offer an optional DC blocker.
RF controls
Software-set gain/filter; switchable RF-port supply: 3.3 V, 50 mA.

Ports and buying requirements

7
USB
USB-C connector with high-speed USB 2.0 data; USB-powered.
Host supply
Shared HackRF host guide specifies 5 V, 500 mA and high-speed USB.
RF connector
SMA; an RP-SMA antenna needs an adapter.
Clock and trigger
P1/P2 default to CLKIN/CLKOUT; default clock interface is 10 MHz, 0–3.3 V.
Timing and shielding
TCXO, installed RF shielding and a hardware transmit-disable facility.
Package
Plastic enclosure included; USB-C data cable and antenna are separate.
Add-ons
Maker names Opera Cake, most PortaPacks and some enclosures; verify the exact accessory.

Software and model boundary

7
Existing applications
Designed to run HackRF One applications by default; new modes need application support.
Install
Official libhackrf/HackRF Tools guide provides Linux, macOS, FreeBSD and Windows paths.
Firmware image
Use hackrf_pro_usb.bin; HackRF One uses a different image.
Recovery
Use the model-specific .dfu image for DFU recovery, then the .bin image for flash.
Reviewed release
2026.01.3 release notes include a mixer-lock fix and access to Pro’s larger flash.
Initial revision
Official revision list identifies r1.2.1 as the first production Pro.
Design files
Dedicated Pro repository publishes KiCad hardware files; software lives in the shared HackRF repository.
What still needs checking
  • A Pro-specific maximum RF-input power was not found in the reviewed official pages; HackRF One’s −5 dBm limit is not asserted for Pro.
  • Availability of each new FPGA mode in a particular application/release remains untested.
  • The product page still promises a forthcoming migration guide; do not promise a completed migration workflow.
HackRF ProGreat Scott Gadgets
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