#HACKRF ONE, ANTENNA ANDROID#
RF Analyzer - Android APP for HackRF (english)įrom time to time we hear the disappointment of customers returning the HackRF One, because he or she expected something totally different.Short HackRF review in Germany by c't Hacks (Heise).HackRF Present and Future at NYU CSAW 13 (Video, english).HackRF Presntation at GRCon 12 (Video, English).
![hackrf one, antenna hackrf one, antenna](https://i.ebayimg.com/images/g/Mp4AAOSwcDBdoZMU/s-l300.jpg)
![hackrf one, antenna hackrf one, antenna](https://pg-cdn-a2.datacaciques.com/00/NjM1OQ/19/11/29/75551ba79sq1h1o8/77b7c086456b4c96.jpg)
#HACKRF ONE, ANTENNA SOFTWARE#
2014: Now the software SDR-Radio by Simon Brown supports the HackRF Board (from version 2.x on).ġ8. Up to date information about software is found on the manufacturers Wiki site.ġ8. Several authors already have announced their support for the HackRF One. Due to the open source and license fee free nature of the project, other software project can join at any time. The board further supports 1MB flash memory.Ĭurrently (Autumn 2014) the HackRF One board is working with 'SDR-Radio', 'GNU Radio' and 'SDR#'' (SDR Sharp). The entire system and all interfaces areĬontrolled by a powerful ARM Dual Core Cortex processor (NXP LPC4320). This ADC as wellĪs the DAC uses has 8 bit resolution. The IQĭata is then passed to an ADC/DAC chip Maxim MAX5864. Which provide for a very linear signal and a low noise figure. Switched directly to the amplifiers or directly to the antenna.īaseband chip a Maxim MAX2837 component is used, which covers aįrequency range of 2.3 to 2.7 GHz. Mixer and filtersĬan be bypassed by further RF switches, allowing the IF signals to be Programming and finally fed to the baseband circuitry. The signal is mixed up or down, depending on user After theįilter the signal arrives at an RF mixer RFFC 5072. The amplifiers ICs can be selected inĪnd out of the signal path by RF switches (SKY13317).Īmplifier block is followed by a low-pass and a high-pass filter, whichĬan be used to limit the signal in either path (input/output). Various components, based on user programming.Īntenna input two MGA-81 GaAs MMIC amplifiers follow, one serves the RF switches at all critical junction points allow the selection of The HackRF One board isĬharacterised by a very high flexibility when choosing the signal path. Please refer to the frontend block diagram. A JTAG connector can be used to program the ARM Cortex processor.
![hackrf one, antenna hackrf one, antenna](https://img.joomcdn.net/097112095f73d18b8eb8c230c911b91a48bc78b9_original.jpeg)
These connectors offer GPIO pins as well as parameter in- and outputs from the CPLD. To support own hardware development and extensions, many signals are available on jumper sockets. The PCB is professionally manufactured with 4 layers.